WO2022048669A1 - Leak-preventing heavy impact-resistant chain belt - Google Patents

Abstract

A leak-preventing heavy impact-resistant chain belt comprising a chain armor member, a leak-preventing belt, a drive chain, and a connective armor member-chain-belt structure, the drive chain comprises a roller chain or an annular chain, the roller chain comprises drive chain shafts, chain rollers, and chain link plates, the chain armor member comprises a roller chain armor member or an annular chain armor member, the connective armor member-chain-belt structure is arranged on a drive chain shaft, or is arranged on a chain link plate, or is arranged on a chain armor member, and the connective armor member-chain-belt structure connects the chain armor member, the leak-preventing belt, and the drive chain together into a chain belt leak-preventing armored impact-resistant belt; the chain armor member comprises a chain armor plate strip or an armored belt, the armored belt comprises a chain armor through shaft belt or an armor block-to-armor block linked belt, the chain armor through shaft belt comprises armor blocks and chain armor through shafts, the chain armor through shafts comprise stiff through shafts and buffer shafts, through shaft holes are arranged on the armor blocks, the chain armor through shafts pass through the through shaft holes and connect the armor blocks into the chain armor through shaft belt, and the leak-preventing belt is connected to the chain armor member by means of the drive chain shaft, or the leak-preventing belt is connected to the chain armor member by means of the chain link plate.

Description

A kind of anti-leakage and anti-smashing rubber chain belt technical field

The invention belongs to the field of machinery, and in particular relates to an anti-leakage and anti-smashing rubber chain belt.

Background technique

The existing plate conveyors are mostly used for conveying mine materials. In order to smoothly rotate around the drum, the feeding plate and the feeding plate are set separately, and there are gaps between the separate feeding plates. The mud leaks from a large number of gaps to the support wheels between the upper and lower conveying plates, causing the support wheels to corrode. When the material leakage is serious, the material will fill the lower part of the conveying plate and the support wheels cannot be rotated. The spilled materials seriously pollute the environment. The accumulation between the upper and lower conveyor belts causes great difficulty in cleaning, and often consumes a lot of manpower, material resources, and time. The slat conveyor bolts the conveying plate to the upper part of the roller chain link plate, and each link plate is provided with There are multiple threaded connection holes, and it is also required that there are multiple connection holes at both ends of each feeding plate. In order to prevent the feeding plate from falling off, the feeding plate is fixed on the chain link plate with screws, which causes the roller chain. The structure is complex, requires high processing precision, and is difficult to process. The installation is complicated, the installation is difficult, and the assembly time is long. In use, because the material conveyed by the plate conveyor is large and heavy iron ore, coal gangue, coal gangue, etc. Gypsum stone, etc., blocks weighing hundreds of kilograms are often smashed on the conveying plate, causing the conveying plate to vibrate up and down. When the conveying plate vibrates up and down, the connecting screws and threads will be seriously damaged and the threads will be loosened or deformed. When rotating to the bottom of the conveyor, the feeding plate weighing more than 100 kilograms is pulled by the screw. The screws on the roller chain chain plate are limited by the width of the chain link plate. The feeding plate falls under its own weight, which often causes the screws to loosen and fall off. After the screws fall off, one end of the feeding plate tilts downward and collides with the frame, causing shutdown and production stoppage. The material on top is scraped to the discharge port for transfer. Due to the weight of the mineral material and the weight of the scraper plate above 100 kg, the material converges the scraper plate and the support plate to produce huge frictional resistance, which greatly increases the frictional resistance. For the shear force of the scraper, in order to prevent the scraper from being sheared and broken, the scraper is made particularly thick, heavy and bulky. Due to the large weight and volume of the scraper, the roller chain and sprocket will be , rollers, etc. correspondingly increase the volume and weight, and the weight of scrapers used for coal, iron ore and the roller chain itself increases the running energy consumption. The weight of the plate and sprocket is more than three tons. The sliding friction between the material and the supporting plate greatly increases the energy consumption of the motor, resulting in the energy consumption of the scraper feeder being twice that of the feeder with rolling friction transportation. It consumes energy. Because the scraper is set on the support plate to scrape the material, the scraper scrapes the conveying material, so that the material at the front of the scraper is accumulated and operated, that is, the accumulated material overflows from both sides of the support plate. Even if a material stopper is added on both sides, a large amount of material will flow out from the gap between the scraper chain and the material support plate, causing serious material waste and environmental pollution. The old belt conveyor is transported by the belt driven by the roller. There is no slippage between the belts, that is, the belt is tightened strongly. Due to the strong pulling, the belt conveyor is often broken, causing the material to be scattered, and the broken belt is thrown out forcefully, causing great losses such as casualties and damage to facilities. The belt with a large amount of expansion and contraction runs normally, that is, a huge belt storage device and a large number of anti-deviation devices are added to the belt conveyor, which increases the investment and power consumption. It is composed of steel armor sheet and steel armor sheet. Because the expansion ratio of the steel armor belt is different from that of the belt, the steel armor belt and the belt set up and down often run out of position during the operation of the belt and the steel armor belt. The roller drives the belt and the belt rotates. The steel armor belt does not rotate. The material cannot be transported out. There is a drive chain on the side of the steel armor belt, the gear drives the drive chain, and the drive chain drives the steel armor belt to run, and the belt is driven by the roller through friction. Driven, in actual operation, the steel armor belt rotates, the belt does not rotate, and the steel armor belt wears the belt. Due to thermal expansion and contraction and the pulling force of the drum, problems such as belt elongation, deviation, and slippage often occur. The belt is in the steel armor. The accumulation and folding in the belt hinder the normal operation of the steel armor belt. In order to prevent the belt from accumulating, folding, deviating, slipping, etc., a tensioner is set on the conveyor, and the belt circumference adjusted by the tensioner is consistent with the circumference of the steel armor belt. The length does not match, which often causes the steel belt to wear out. Because the belt is sleeved on the drum and the idler in a ring structure, to replace the damaged belt, the drum and the idler must be removed before the belt can be repaired and replaced. The failure rate is high and the practicability is poor. , There is also a vulcanized rubber layer on the lower part of the steel armor belt. Because the steel armor belt and the rubber material are different and the structure is different, when the steel armor sheet is rotated around the drum, the end of the steel armor sheet is warped to the outside of the drum at the seam between the steel armor sheet and the steel armor sheet. When the arc length is larger than that of the inner rubber layer, the steel armor sheet can bypass the drum. During the operation of a large lift, the steel armor sheet is peeled off from the rubber layer. The expansion rate of the steel armor belt is different from that of the rubber layer. It not only causes the steel armor belt and the rubber layer to run out of sync, because the rubber layer is infinite on both sides, the rubber layer in a free state accumulates, folds, deviates, and slips in the steel armor belt, resulting in the steel armor belt deviates, spreads materials, Large running resistance and high failure rate.

The existing mine armor belt feeder covers the upper part of the conveyor belt with a steel armor belt in order to resist heavy smashing of mineral blocks. Occlusal, connected to each other by threading and connecting the connecting ears, relying on the buckle between the connecting ear and the connecting ear of the nail piece and the close fit between the nail piece and the nail piece to form an annular armor belt to transport materials and prevent material leakage. The connecting ears of the nails and the connecting ears are densely arranged and fastened to each other. The connecting ears of the nails are relatively small but must withstand the direct impact and heavy smashing of the material. Coal, gangue, rock, cement block, steel and other massive mineral materials are directly smashed on the connecting ear of the nail piece. The commonly used mining armor belt feeder 4kw to 37kw power to the armor belt conveying material is 100 to 4000 kg. , the weight of the material on the conveyor belt surface is basically 100 kg to 3000 kg, and the impact force of large pieces of material such as iron ore with a diameter of 160 mm to 600 mm falling from a silo about 30 meters high to impact the armor belt is about 2500 kg to 9500 The tensile strength of a connecting lug with a width of 25mm and a height of 19mm is about 4800 kg, and the anti-smashing strength is about 2200 kg. Therefore, the connecting lug is used to directly withstand the impact force of large materials from a high place. The structure is unreasonable, so under the impact of large materials, the nail piece often breaks, causing shutdown and production, and maintenance is time-consuming and laborious. The anti-smashing slats are fixed on the roller chain link plate and connected to a conveyor belt. Since multiple bolt holes must be made on the roller chain link plate, it not only increases the difficulty of production, consumes a lot of manpower and material resources, but also weakens the rollers. The overall strength of the chain link plate, when the material is heavily smashed against the heavy-smashed slats, the bolts are often loosened and fall off due to strong vibration, so that one end of the anti-smashed slats sags and hits the support at the lower part of the feeder, causing the feeder to drive. The device is overloaded, burnt, shutdown, production and other major accidents, there are many gaps after the connection of multiple nails, the gaps are tortuous and difficult to seal, the material leakage is serious, the material is wasted, and the environment is polluted. There are many longitudinal gaps in the fastening of the connecting ear, many horizontal gaps in the front and rear nails, and it is difficult to achieve uniform gaps in the joints of the connecting ears, so the nails and the nails are difficult to fasten and the fit is poor, and the gap is sealed. There are many pieces, small pieces and complex structure. The nail piece seals and nail pieces are difficult to manufacture, install and fall off, especially the seals in the middle of the nail belt are more difficult to install, the production cost is high, the installation volume is large and difficult, and the front and rear nail pieces are transverse The buckle gaps are not on the same line, so that the transverse seal of the armor belt can only be connected to one end of the ear with a transverse sealing strip. There are more than 6,660 transverse seals for a 10-meter-long and 1-meter-wide armor belt, and the installation volume is large. It is also difficult, fragile and easy to fall off, poor sealing effect and short service life, because a nail piece must have a front circular convex arc connection ear, a rear circular convex arc connection ear, a front concave buckle connection ear groove, and a rear concave buckle connection ear groove. , the convex edge of the front groove of the front concave buckle connecting the ear groove is opposite to the convex edge of the rear groove of the rear concave buckle connecting the ear groove, so it rolls around the nail plate. When the drum rotates, the two grooves in opposite directions cause damage to the scraper for cleaning the material of the nail belt, and make the return of the nail belt material serious. . SUMMARY OF THE INVENTION

The present invention adopts the following technical solutions to realize:

The anti-leakage and heavy-smashing rubber chain belt includes chain armor, leakage resistance belt, drive chain and chain belt structure of the armor piece, etc. The drive chain includes roller chain or endless chain, etc. The roller chain includes the drive chain shaft, chain roller, etc. and chain link plates, etc. The chain armor includes roller chain armor or annular chain armor, etc. The chain belt structure of the armor is set on the driving chain shaft or on the chain link plate or on the chain armor, and the Chain armor pieces, leakage resistance belts, and drive chains are connected into chain belt leakage resistance armor and anti-smashing belts. Chain armor pieces include chain deck strips or armor belts, etc. Armor belts include chain armor through shaft belts or armor block and armor block buckle belts Etc., chain armor piercing belts include armor blocks and chain armor piercing shafts, etc. Chain armor piercing shafts include rigid shaft piercing and buffer piercing shafts, etc. The armor block is connected to form a chain armor through the shaft belt, the leakage resistance belt is connected with the chain armor piece through the driving chain shaft or the leakage prevention belt is connected with the chain armor piece through the chain link plate or the driving chain shaft is connected with the leakage prevention belt and the chain armor piece. When the leakage belt is connected with the chain armor through the drive chain shaft, the drive chain shaft is connected with the leakage prevention belt and the chain armor is connected with the chain link plate or the chain armor piece is connected with the driving chain shaft. When the leakage prevention belt is connected with the chain armor through the chain link plate When the parts are connected, the leakage prevention belt is connected to the chain link plate and the chain armor is connected to the drive chain shaft or the chain armor is connected to the chain link plate. The upper part or the chain armour piece and the chain armour piece are arranged close to the upper part of the leakage prevention belt, or the chain armour piece and the chain armour piece are arranged in the upper part of the leakage prevention belt. Chain link plate connecting armor chain belt structure, etc. When the armor connecting chain belt structure is arranged on the drive chain shaft, the drive chain shaft includes the chain shaft connection leakage stopper or the chain shaft connection chain armor device or the chain shaft connection resistance Leakage belt armor device, etc. When the chain belt structure of the armor connection piece is arranged on the chain link plate, the chain link plate includes the chain link plate connection leakage prevention belt device or the chain link plate connection device or the chain link plate connection resistance leakage belt A device, when using the chain shaft to connect the leakage stopper, the chain shaft connection to the leakage stopper is arranged at one end of the drive chain shaft to connect the leakage stopper to the drive chain shaft, and the chain armor piece is set on the chain link plate to drive The chain shaft passes through the link plate and the chain roller to form the link leakage prevention belt armor belt, and the drive chain drives the link leakage prevention belt armor belt to convey materials. When the chain shaft is used to connect the chain armor device, the chain shaft is connected to the chain armor. One end of the device connects the chain armor to the drive chain shaft, the leakage resistance belt is connected to the chain link plate, the driving chain shaft passes through the link plate and the chain roller to form the chain armor leakage prevention belt, and the drive chain drives the link armor leakage prevention belt For material conveying, when using the chain shaft to connect the leakage resistance belt armor device, the chain shaft connection leakage resistance belt armor device is set at one end of the drive chain shaft, and the chain armor parts and the leakage resistance belt set up and down are connected to the drive chain shaft. The drive chain shaft passes through the chain link plate and the chain roller to form the chain shaft connection leakage prevention belt armor belt.

The drive chain includes a chain belt connection piece, etc., the A chain belt connection piece includes a belt connection drive chain piece, etc. When a drive chain shaft is used to connect the leakage prevention belt, the drive chain shaft is set as the leakage prevention belt tooth shaft, and the leakage prevention belt tooth shaft. It is arranged on the upper surface of the leakage resistance belt and is connected by a belt connecting drive chain or is arranged on the lower surface of the leakage resistance belt and is connected by a belt connecting driving chain or the tooth shaft of the leakage resistance belt extends from the side of the leakage resistance belt at the inner end of the leakage resistance belt. The drive chain is connected, the gear shaft of the leakage resistance belt is connected with the chain roller and the chain link plate to form a drive chain with side shaft, and the drive chain with side shaft and the leakage resistance belt form a rubber chain belt with side shaft. The chain link plate of the rubber chain belt is connected by a chain belt connecting piece or the chain armour piece is arranged on the upper surface of the rubber chain belt of the side shaft or the chain armour piece is threaded on the tooth shaft of the leakage prevention belt, or when the chain link plate is used to connect When the leakage prevention belt is used, the leakage prevention belt is arranged on the chain link plate through a chain belt connecting piece, or the chain link plate is provided with a chain link tongue plate, and the belt connection driving chain piece connects the leakage prevention belt with the chain link tongue plate to form a chain. Tongue plate rubber chain belt, the chain armor piece is set on the chain link plate or the chain armor piece is set on the chain link tongue plate or the end of the chain armor piece is provided with the chain tooth shaft connecting the chain roller and the chain link plate, or the chain armor The parts are arranged on the upper part of the leakage prevention belt, and the chain armor is connected with the leakage prevention belt separately or in one piece. The armor buffer belt connects the leakage blocking belt to the bottom of the chain armor. The chain armor buffer belt includes screw-connected chain armor buffer belts, rope-connected chain armor buffer belts, hook-and-loop chain armor buffer belts or zipper links. Chain armor buffer belts, etc., when the leakage resistance belt is connected with the drive chain shaft, the chain armor piercing shaft is connected with the chain link plate or the chain armor piercing shaft is connected with the drive chain shaft or the armour block is connected with the drive chain shaft or the armor block is connected with the chain Link plate connection, when the leakage resistance belt is connected with the chain link plate, the chain armor shaft and the drive chain shaft are integrated, the chain roller and the chain link plate or the chain armor through shaft is connected with the chain link plate or the armor is connected with the chain link plate. The drive chain shaft is connected or the armature is connected with the chain link plate.

The chain armor includes the feeding section and the connecting drive chain, etc. The section of the feeding section is greater than or equal to the section of the connecting driving chain. The driving chain includes the left driving chain and the right driving chain, etc. The left driving chain and the right driving chain pass through the feeding section. The cross section is larger than the cross section of the connecting drive chain, and the left and right limit of the chain armor piece is set. When the cross section of the conveying section is equal to the cross section of the connecting driving chain, the end of the conveying section is provided with a positioning piece of the conveying section, and the positioning piece of the conveying section is connected to the driving chain section. The upper drive chain is limited, and the chain armor includes chain deck strips, etc. The chain deck strips and the chain deck strips are arranged separately. The chain plate segment stopper, the through-chain plate segment stopper and the through-drive chain segment stopper structure cooperate with each other to prevent rotation and retreat of the chain deck strip, and the through-chain plate segment stopper and the chain deck strip are separately connected or integrated Type, even the drive chain segment includes the roller segment of the chain plate or includes the chain plate segment, etc., and the chain deck strip includes the through-shaft anti-rotation chain deck strip or the chain plate anti-rotation chain deck strip or the chain shaft anti-rotation chain deck strip Or even chain plate anti-rotation chain deck strips, etc., the roller segment of the chain plate includes cylindrical segment prismatic segment or prismatic segment cylindrical segment or cylindrical segment hole anti-rotation segment or cylindrical segment table anti-rotation segment, etc. Rotary chain plates, etc., the corresponding anti-rotation chain plates include prismatic hole anti-rotation chain plates or plate hole anti-rotation chain plates or pallet anti-rotation chain plates, etc. Pallet anti-rotation chain plates, etc., roller chains include chain guards, etc., when cylindrical segments, prismatic segments and prismatic segments are used, chain deck strips include cylindrical segments, prismatic segments, chain deck strips and/or edge Cylinder segment chain deck strip, etc., cylindrical segment prismatic segment chain deck strip includes inner cylindrical segment and outer prismatic segment, etc. The end of the conveying segment is provided with an inner cylindrical segment, the end of the inner cylindrical segment is provided with an outer prismatic segment, and the inner cylindrical segment is provided with an outer prismatic segment. The cylindrical section passes through the chain roller, the outer prismatic section is sleeved with the prismatic hole and the anti-rotation chain plate is provided, and the outer prismatic section is provided with an outer prismatic section backstop structure. Back, the prismatic anti-rotation chain plate prevents the chain deck from rotating. The prismatic segment cylindrical segment chain deck includes inner prismatic segment and outer cylindrical segment, etc. The end of the conveying section is provided with an inner prismatic The outer cylindrical section is set, the outer prismatic section is sleeved with the rib hole anti-rotation chain plate, the outer cylindrical section passes through the chain roller, the outer cylindrical section is provided with the outer cylindrical section backstop structure, and the chain armour backstop is prevented from the outer cylindrical section. The structure cooperates to prevent the back, and the edge hole anti-rotation chain plate prevents the rotation of the chain deck. The chain deck includes the shaft hole anti-rotation chain deck, etc. The shaft hole anti-rotation chain deck includes the through-chain plate shaft and the shaft hole anti-rotation structure, etc. The end of the conveying section is provided with a through-chain plate shaft, the shaft hole anti-rotation structure is arranged on the through-chain plate shaft, the through-chain plate shaft passes through the chain rollers, and the shaft hole anti-rotation structure includes a chain-stop deck strip turning hole, etc. The corresponding plate hole anti-rotation chain plate is provided with a chain plate anti-rotation pin hole, the shaft hole anti-rotation structure passes through the connecting plate hole and the anti-rotation chain plate is provided, and the chain plate anti-rotation pin hole and the chain plate anti-rotation hole are provided with anti-rotation Pin anti-rotation, when the cylindrical section table anti-rotation section is used, the chain deck strip includes the shaft surface anti-rotation chain deck strip, etc. The axial surface anti-rotation chain deck strip includes the through-chain plate shaft and the pivot block anti-rotation structure, etc. The end is provided with a chain plate shaft, the pivot block rotation stop structure is arranged on the chain plate shaft, and the chain pass plate shaft passes through the chain rollers. There is a chain plate anti-rotation on the table anti-rotation chain plate The rotation-stop structure of the platform and the pillow block is used to prevent the rotation of the chain plate through the chain plate. The bar includes the feeding section and the chain plate section, etc. The chain plate section is arranged at the end of the feeding section, and the chain link plate includes the middle hole of the chain plate or the upper hole of the chain plate or the lower hole of the chain plate, etc. When using the middle hole of the chain plate When the chain plate segment passes through the middle hole of the chain plate, the middle hole of the chain plate includes the middle hole of the left chain plate and the middle hole of the right chain plate, etc. The middle hole of the left chain plate and the middle hole of the right chain plate pass through the feeding section. The cross-section of the plate segment limits the stop chain deck bar of the through-chain plate, the upper hole of the chain plate includes the upper hole of the inner chain plate and/or the upper hole of the outer chain plate, etc. The upper hole section of the outer plate, etc., the upper hole section passing through the inner plate is arranged in the upper hole of the inner chain plate, and the upper hole section passing through the outer plate is arranged in the upper hole of the outer chain plate. When the upper hole of the chain plate is used, the upper hole of the inner chain plate and the upper hole of the outer chain plate are multi-point positioning for the chain deck strip. The upper hole of the chain plate includes the upper edge hole of the chain plate or the upper round hole of the chain plate or the upper blind hole of the chain plate or the upper part of the chain plate. Stop table holes, etc. When using the chain shaft to prevent the rotation of the chain deck strip, the drive chain shaft includes the continuous leakage prevention belt and the chain deck structure, etc. The continuous leakage prevention belt and the chain deck structure connect the chain deck with the leakage prevention belt , When the chain plate is used to prevent the rotation of the chain deck, the chain link plate is provided with a chain deck mechanism, the chain deck is provided with a chain plate mechanism, and the chain deck mechanism and the chain plate mechanism include the chain deck. Etc., the chain deck mechanism and the chain plate mechanism are fixedly connected by the chain deck plate or the chain deck and the chain link plate are integrated, and the chain deck includes the horizontal upper convex block chain deck or the upper plane chain deck. Or side leak arrester chain deck strips, side leak arrester chain deck strips include side flat side leak arrester chain deck strips or side buckle leak stopper chain deck strips, side stop leak stopper chain deck strips include side leak stopper Along the platform, etc., the chain deck strip includes the conveying section and the leakage-stopping belt gear shaft connected to the driving chain section, etc. The conveying section and the connecting driving chain section are connected separately or in one piece. When they are connected separately, the conveying section is And the connecting drive chain segment is connected by screws or by pins or by buckle grooves, etc.

The leak-stopping tape includes side hole rubber chain leak-stopping tape or side-piercing rubber chain leak-stopping tape or chain shaft plate glue chain leak-stopping tape or chain plate glue chain leak-stopping tape or annular chain leak-proofing tape or edge-aligning leak-stopping tape etc., the chain armor includes plate chain armor or strip chain armor or nail plate chain armor, etc. Chain armor also includes anti-smashing steel chain armor or anti-smashing buffer chain armor, etc., anti-smashing steel chain armor Armour pieces include hollow upright chain armour pieces or solid chain armour pieces, etc., belt connection drive chain pieces include leak-proof belt pinion or belt edge nail buckle or edge screw or edge threading or edge card or edge paste or belt Side buckle groove or side pin or side cast glue or side zipper or side zipper zipper or side plate or side hole or side seal etc.

The roller chain armor includes double-hole plates, etc. The double-hole plate includes the connecting leakage-stopping belt chain plate and the connecting armor-part chain plate, etc. The connecting leakage-stopping belt chain plate and the connecting armor-part chain plate are integrated, and the armor-connecting chain plate is integrated. There is a pinion hole for the buckled leakage prevention belt and a mechanism for connecting the chain armor. The pinion hole of the buckled leakage prevention belt passes through two adjacent leakage prevention belt toothed shafts, and the connection chain armor mechanism fixes the chain armor. On the upper surface of the leakage prevention belt, the leakage prevention belt gear shaft includes a double-hole plate chain roller shaft and/or a chain-piercing piece shaft, etc. Or the shaft of the chain armor piece is connected to the leakage resistance belt gear shaft mechanism.

The leakage prevention belt includes conveyor belts, etc., and the conveyor belts include transverse piercing strips, etc., the transverse piercing strips pass through the inside of the conveyor belt, and the chain armor pieces are provided with scrapers and transverse piercing holes, or the chain armor pieces are welded with the transverse piercing strips or chain armor. The bolt is connected with the horizontal threading bolt, or the chain armor is connected with the horizontal threading jack, or the chain armor is connected with the horizontal threading pin, or the chain armor is connected with the horizontal threading buckle groove, or the chain armor is connected with the horizontal threading glue. The transverse threading scraper is connected with the conveyor belt through the transverse threading hole or integrated with the conveyor belt.

The leakage prevention belt includes conveyor belt, etc. The chain armor includes fixed scraper mechanism and transverse material blocking plate, etc. The roller chain armor is connected with the conveyor belt separately or in one piece, and the transverse material blocking plate is connected with the conveyor belt separately Or integrated, the fixed scraper mechanism is arranged on the roller chain armor, the roller chain armor includes the left roller chain armor and/or the right roller chain armor, etc., and the fixed scraper mechanism includes a baffle plate Fixed scraper slot, fixed scraper pin or fixed scraper thread, etc. The baffle fixed scraper slot includes the left baffle fixed scraper slot and/or the right baffle fixed scraper slot, etc. There is a scraper buckle groove mechanism that is engaged with the fixed scraper groove of the baffle. The scraper buckle groove mechanism includes the fixed scraper groove protrusion and the scraper abutting plate table, etc. The fixed scraper groove protrusion includes the left fixed scraper groove. Convex and/or right fixed scraper groove convex, etc., the scraper abutting plate platform includes left scraper abutting plate platform and/or right scraper abutting plate platform, etc. The left fixed scraper groove convex and the right fixed scraper groove convex are respectively buckled Fitted in the fixed scraper groove of the left baffle and the fixed scraper groove of the right baffle, the left scraper abutting plate platform and the right scraper abutting plate platform are respectively attached to the left roller chain armor piece and the right roller chain armor piece. The roller chain armour piece and the right roller chain armour piece fasten the transverse blocking plate to the upper part of the conveyor belt through the left scraper abutting the baffle table and the right scraper abutting the baffle table.

The chain armor includes ear protection and anti-smashing armor. The ear protection and anti-smashing armor includes connecting beams, ear protections, ear-piercing parts and connecting ears. The upper part of the connecting beam is provided with ear protectors or ear protectors and connecting beams. The connecting ear is arranged at the lower part of the ear protector and is arranged on the side of the connecting beam or the connecting ear is arranged at the lower part of the ear protector, the ear piercing piece is connected with the connecting ear to form the ear protection armor belt, and the connecting beam and the connecting ear are separately connected or integrated. Type, ear protection and anti-smashing armor pieces include front ear protection and rear ear protection, etc., connecting ear includes front connecting ear and rear connecting ear, etc., front connecting ear includes front left connecting ear and front right connecting ear, etc. The left connecting ear and the rear right connecting ear, etc., the ear protection and anti-smashing armor pieces include the front ear protection and heavy-smashing armour pieces, and the rear ear protection and heavy-smashing armour pieces. When dislocated, the distance between the rear left connecting ear and the rear right connecting ear is the sum of the front left connecting ear and the front right connecting ear. Right connecting ear, etc., the rear ear protection anti-smashing armor piece includes the rear left ear protection anti-smashing armor piece and the rear right ear protection anti-smashing armor piece, etc., the rear left ear protection anti-smashing armor piece includes the rear left armour piece. Left front connecting ear and rear Left armor piece, right front connecting ear, etc., rear right ear protection anti-smashing armor piece includes rear right armour piece left front connecting ear and rear right armour piece right front connecting ear, etc., rear left armour piece right front connecting ear and rear right armour piece Left front connecting ear sticker It is arranged between the rear left connecting ear of the front armor piece and the rear right connecting ear of the front armor piece, and is abutted with the rear left connecting ear of the front armor piece and the rear right connecting ear of the front armor piece, and the rear left connecting ear of the front armor piece and the front The distance between the rear right connecting ears of the armor piece is the sum of the right front connecting ear of the rear left armor piece and the left front connecting ear of the rear right armor piece. , The rear left connecting ear of the front armor piece and the rear right connecting ear of the front armor piece, the rear left connecting ear of the front armor piece and the rear right connecting ear of the front armor piece Restrict the rear left ear protection against heavy smashing armor pieces and the rear right ear protection against heavy smashing armor pieces Moving left and right, the front and back are buckled in sequence to form the ear-protecting anti-heavy-smashing armor belt. When set in sequence, the front ear-protecting anti-heavy-smashing armor piece includes the left and rear connecting ear of the front armor piece and the right rear connecting ear of the front armor piece. The smashing armor piece includes the front left connecting ear of the rear armor piece and the front right connecting ear of the rear armor piece. The front and right connecting ears are set against each other, and the ear-piercing pieces are connected to the left and rear connecting ears of the front armor piece, the front left connecting ear of the rear armor piece, the right and rear connecting ears of the front armor piece, and the front right connecting ear of the rear armor piece. The ear and the connecting ear are closely connected to the limit or the spaced limit. When the spaced limit is used, the right front connecting ear of the rear left armor piece and the left front connecting ear of the rear right armor piece are set against the rear left connection of the front armor piece. A limit connection ear group is formed between the ear and the rear right connection ear of the front armor piece. The limit connection ear group includes a left limit connection ear group and a right limit connection ear group, etc., and the left limit connection ear group and the right limit connection ear group. There is a space between the ear groups, and the upper part of the space is covered by the ear protection piece to prevent leakage, or the front right connecting ear of the rear armour piece and the front armour piece The right rear connecting ear is set against the buckle, the front left connecting ear of the rear armor piece and the rear left connecting ear of the front armor piece are set against the buckle, and the buckle ear piercing piece is connected to the front right connecting ear of the rear armor piece and the right rear of the front armor piece The connecting ear and/or the front left connecting ear of the rear armor piece and the rear left connecting ear of the front armor piece, the connecting ear and the ear piercing piece limit the left and right movement of the armor piece against heavy smashing, and the lower part of the armor belt for the ear guard against heavy smashing Set the stop leakage band.

Ear protectors include ear protectors tongue plate and ear protector gusset plate, etc. Front ear protector includes front ear protector tongue plate and front ear protector gusset plate, etc. Rear ear protector includes rear ear protector tongue plate and rear ear protector gusset plate, etc. The tongue plate of the ear protector forms the tongue plate buckle plate to seal the leakage armor, the front ear protector plate is attached to the rear ear protector tongue plate to prevent the material from leaking from the gap between the ear protector and the ear protector or the front ear protector plate is fastened. The ear protector tongue plate and the front ear protector gusset plate and the rear ear protector tongue plate are fastened with an ear protector leakage seal to prevent material from leaking from the gap between the ear protector and the ear protector. The ear protector buckle plate or the rear ear protector tongue plate is provided with a leak-proof sealing strip groove. The ear-guard leak-proof seal includes the ear-guard lateral leak-proof seal and/or the ear-guard longitudinal leak-proof seal, and the ear-guard lateral leak-proof seal The strip is arranged in the groove of the leak-proof sealing strip, and the longitudinal leakage-proof seal of the ear protector is provided with a perforation for the ear-piercing piece. The longitudinal leakage blocking seal of the ear protection piece is arranged between the left ear protection anti-smashing armor piece and the right ear protection anti-smashing armour piece, and the ear piercing piece passes through the perforation of the ear piercing piece to prevent the longitudinal leakage blocking seal of the ear protection piece from falling off, and the ear protection piece The leak-stop seal prevents material from leaking from the gap between the ear protector and the ear protector. The ear protector lateral leak-proof seal includes the ear protector seal and/or the seal hang-through lug, and the seal hang-through lug is provided with a buckle ear piercing. The ear piercing piece passes through the ear piercing hole, so that the lateral leakage blocking seal of the ear protector is fixed and prevented from falling off by the leakage blocking sealing strip groove and the ear piercing piece. .

Buckle ear piercings include through-buckle ear piercings or spaced through-buckle ear piercings or chain shaft buckle ear piercings, etc. Buckle ear piercings include through-buckle ear piercings or limit buckle ear piercings, etc. When using through-buckle ear piercings Both ends of the straight-through ear piercing piece can penetrate the front ear protection anti-smashing armor piece and the rear ear protection anti-smashing armour piece. Ear limit mechanism, connection ear limit mechanism includes boss connection ear limit mechanism or pin hole connection ear limit mechanism or threaded connection ear limit mechanism or circlip connection ear limit mechanism or sleeve connection ear limit mechanism, etc. , When using the stopper sleeve to connect the ear limit mechanism, the stopper sleeve connection ear limiter mechanism includes the buckle ear piercing strip and the buckle piercing strip block sleeve, etc. The piercing strip or the ear piercing strip passes through the piercing strip retaining sleeve. The piercing strip retaining sleeve supports the ear protector at the lower part of the ear protector. The end of the ear piercing piece is provided with a chain roller chain plate mechanism, and the chain roller chain plate mechanism is connected with the chain roller and the chain link plate to form a roller chain, and the ear protection and anti-smashing armor pieces are connected to form an ear-protecting and anti-smashing armor chain. Belt, connecting ears limit the left and right movement of the connecting beam and the ear protector, the ear piercing parts limit the front and rear movement of the connecting beam and the ear protector, the roller chain drives the ear protector to resist heavy smashing. The lower part of the belt is provided with a leakage stop band.

The beneficial effects of the present invention are:

1. The chain belt structure of the armor connection piece of the present invention is arranged on the drive chain shaft or on the chain link plate or on the chain armor piece, and the chain armor piece, the leakage resistance belt and the driving chain are connected to form a chain belt leakage resistance armor resistance. Smashing belt, there is a shaft hole on the armor block, the chain armor shaft passes through the shaft hole to connect the armor block into a chain armor shaft belt, and the leakage prevention belt is connected with the chain armor piece through the driving chain shaft or the leakage prevention belt passes through the chain. The link plate is connected to the chain armor piece or the driving chain shaft is connected to the leakage prevention belt and the chain armor piece. When the leakage prevention belt is connected to the chain armor piece through the driving chain shaft, the driving chain shaft is connected to the leakage prevention belt and the chain armor piece and the chain link plate are connected. The connection or the chain armor is connected with the drive chain shaft. When the leakage prevention belt is connected with the chain armor through the chain link plate, the leakage prevention belt is connected with the chain link plate and the chain armor piece is connected with the driving chain shaft or the chain armor piece and the chain link plate. Connection, the chain armor is higher than the upper surface of the leakage resistance belt, the chain armor is arranged at intervals on the upper part of the leakage prevention belt, or the chain armor and the chain armor are close to the upper part of the leakage prevention belt, or the chain armor and the chain armor are connected and arranged on the upper part of the leakage prevention belt. On the upper part of the leakage prevention belt, when the chain belt structure of the armor connecting piece is set on the drive chain shaft, when the chain belt structure of the armor connecting piece is set on the chain link plate, when the chain shaft is used to connect the leakage blocking belt device, the chain shaft is connected to the resistance belt. The belt leakage device is arranged at one end of the drive chain shaft to connect the leakage prevention belt to the drive chain shaft, the chain armor is arranged on the chain link plate, and the driving chain shaft passes through the link plate and the chain roller to form a link leakage prevention belt , The drive chain drives the link leakage prevention belt to convey the material. When the chain shaft is used to connect the chain armor device, one end of the chain shaft is connected to the chain armor device to connect the chain armor to the drive chain shaft, and the leakage prevention belt is connected to the chain link. Plate, the drive chain shaft is connected to the link plate and the chain roller to form the link armor leakage prevention belt, and the drive chain drives the link armor leakage prevention belt to convey the material. When the chain shaft is used to connect the leakage prevention belt armor device, the chain shaft The leak-stopping belt is set at one end of the drive chain shaft, and the chain armour and leak-stopping belts arranged up and down are connected to the drive chain shaft. The A-piece belt has changed the defect of material leakage between the feeding plate and the feeding plate of the chain conveyor, and solved the problem of the belt conveyor running slipping and deviating, which means that the material cannot be fed, and avoiding the belt being often smashed and smashed. When the tearing failure occurs, the leakage resistance belt at the lower part of the feeding plate can effectively prevent the powder, water and mud from leaking from a large number of gaps to the supporting wheel between the upper and lower feeding plates, ensuring that the supporting wheel is not polluted and corroded, avoiding When the material leakage is serious, the material fills the lower part of the conveying plate and the supporting wheel cannot be rotated. Collecting and utilizing the leaking materials avoids the occurrence of difficult cleaning caused by the accumulation of materials between the upper and lower conveyor belts, and saves a lot of manpower, material resources and time required for maintenance and maintenance. The existing mine scraper feeder The chain drives the scraper to scrape the material on the support plate to the discharge port for transfer. The sliding friction transportation mode is changed to the leakage prevention conveyor belt instead of the material support plate. Combined with the anti-leakage belt, it can be transported in large quantities by rolling friction, which not only avoids the leakage of the scraper set at intervals, but also avoids the occurrence of the material slipping on the belt due to the failure of the belt to scrape the material, and increases the transportation volume. , to avoid the occurrence of material sliding and accumulation failure, and the scraper blocks the large The block material smashes and damages the belt, ensuring that the conveyor belt cannot be smashed by small pieces, and the working principle of sliding friction scraping of the scraper feeder has been changed. The weight of the material plate makes the material converge the scraper plate and the support plate to produce huge frictional resistance, which avoids the shear damage to the scraper plate caused by the frictional resistance, and improves the service life of the scraper plate. Compared with the scraper plate of the sliding friction scraper type conveyor, the plate has the advantages of thin thickness, light weight, large scraping amount and long service life. The volume and weight reduce the manufacturing cost and energy consumption. The chain armor and the leak-proof conveyor belt run at the same time, which avoids the scraping due to the scraper set on the support plate. The material at the front of the material plate is accumulated and operated in large quantities, that is, a large amount of accumulated material overflows from the sides of the material support plate, which avoids the waste of overflowing material and avoids environmental pollution. The old belt conveyor is transported by the roller-driven belt. In the present invention, the vulcanized rubber layer on the lower part of the steel armor belt is to connect the chain armor piece and the leakage prevention belt with a driving chain, and the driving chain drives the chain armor piece and the leakage prevention belt to operate. When the chain armor piece and the leakage prevention belt run to the drum position , Under the limitation of the drive chain, the chain armor piece and the leakage resistance belt run synchronously, the chain armor piece and the leakage resistance belt are close to each other but not bonded, and the end of the chain armor piece is twisted on the upper space of the leakage resistance belt. Running, not restricted by the leakage resistance belt, so the chain armor does not damage the leakage resistance belt, avoiding the difference between the steel armor belt and the rubber material and structure. During the cocking operation, the steel armor sheet is peeled off from the rubber layer, which avoids the problem of asynchronous operation of the steel armor belt and the rubber layer due to the difference between the expansion rate of the steel armor belt and the rubber layer. In the invention, the drive chain is connected to both sides of the leakage blocking belt, so that the leakage blocking belt runs synchronously with the chain armor piece on the inner side of the chain armor piece, avoiding that the rubber layer in a free state is in the steel armor belt due to the infinite position on both sides of the rubber layer. Accumulation, folding, deviation and slippage will lead to the problems of deviation, material scattering, large running resistance and high failure rate of the steel armor belt, so as to realize the anti-smashing and wear-resistant conveying materials of the chain armor, and the leakage resistance belt ensures that the material does not leak and leak. The use of the drive chain to drive the chain armor and the leakage blocking belt for transportation ensures that the transportation device does not slip, deviate, and elastically expand, and avoids the belt being pulled by force, and the belt is often broken, causing the material to be scattered, and the broken belt to be thrown out forcefully. In case of great losses such as casualties and damage to facilities, the leakage stop belt is set at the lower part of the chain armor to ensure that the conveyor has no material spillage, long-term maintenance-free and efficient transportation, and the leakage stop belt has the functions of damping vibration and noise.

2. When using the drive chain shaft to connect the leakage prevention belt, the drive chain shaft is set as the leakage prevention belt pinion, and the leakage prevention belt pinion is arranged on the upper surface of the leakage prevention belt. The surface is connected by the belt connection drive chain or the pinion of the leakage resistance belt extends from the side of the leakage resistance belt at the inner end of the leakage resistance belt to connect with the drive chain, and the toothed shaft of the leakage prevention belt passes through the chain roller and the link plate to form the belt edge Shaft drive chain, the side shaft drive chain and the leakage resistance belt form a side shaft rubber chain belt, and the chain armor is arranged on the chain link plate of the side shaft rubber chain belt. The upper surface of the rubber chain with the side shaft or the chain armor piece is connected to the gear shaft of the leakage prevention belt, or when the chain link plate is used to connect the leakage prevention belt, the leakage prevention belt is set on the chain link plate through the armor chain belt connecting piece. Or the chain link plate is provided with a link tongue plate, and the belt connecting drive chain connects the leakage blocking belt with the chain link tongue plate to form a chain tongue plate rubber chain belt, and the chain armor piece is arranged on the chain link plate or the chain armor piece is arranged on the chain link plate. The chain link tongue plate or the end of the chain armour piece is provided with the chain armour gear shaft to connect the chain roller and the chain link plate, or the chain armour piece is arranged on the upper part of the leakage prevention belt, and the chain armour piece and the leakage prevention belt are connected separately or as a whole Type, when the chain armor piece is connected with the leakage prevention belt separately, the chain armor piece is provided with a chain armor buffer belt piece, and the chain armor buffer belt piece connects the leakage prevention belt to the bottom of the chain armor piece, and the chain armor buffer belt piece is connected to the chain armor piece. Including screw-connected chain armor buffer belt pieces, rope-connected chain armor buffer belt pieces, hook-and-loop chain mail buffer belt pieces or zipper chain mail buffer belt pieces. It is connected to the chain link plate or the chain armor is connected to the drive chain shaft or the armor block is connected to the drive chain shaft or the armor block is connected to the chain link plate. The shaft is one-piece, connecting the chain roller and the chain link plate or the chain armor through the shaft and the chain link plate, or the armor block and the drive chain shaft or the armor block and the chain link plate, which will not cause chain armor and leakage resistance. With misaligned operation, it avoids the wear of the chain armor piece and the leakage resistance belt, and at the same time avoids the gap between the chain armor piece and the leakage resistance belt caused by the dislocation operation of the chain armor piece and the leakage resistance belt. The gear shaft is connected to the leakage resistance belt and the chain armor piece, so that the leakage prevention belt and the chain armor piece are firmly combined. The combination is ingenious, the structure is simple, and the combination strength is high, so that the leakage prevention belt and the chain armor piece can be closely matched with a large amount of transportation materials. Leakage operation.

3. The section of the feeding section is greater than or equal to the section of the connecting drive chain. The left and right drive chains pass through the section of the feeding section that is greater than the section of the connecting driving chain to limit the left and right positions of the chain armor. When the section of the feeding section is equal to the connecting driving chain When the section is cross-section, the end of the conveying section is provided with the positioning piece of the conveying section, and the positioning piece of the conveying section is connected to the driving chain on the driving chain section to limit the position. There is a stopper for the chain plate segment, the stopper for the chain plate segment and the stop structure for the drive chain segment cooperate with each other to prevent the chain deck from rotating and retreating, and the stopper for the chain plate segment is connected to the chain deck separately. Or one-piece type, using the end of the conveying section to limit the drive chain on both sides of it, the structure is simple, the limit strength is high, and there are no wearing parts.

4. The drive chain segment includes the roller segment of the chain plate or the chain plate segment, the chain deck strip includes the shaft pass-through anti-rotation chain deck strip or the pass-through plate anti-rotation chain deck strip, and the chain plate roller segment includes the cylindrical segment Prismatic segment or prismatic segment Cylindrical segment or anti-rotation segment Cylindrical segment or cylindrical segment Hole anti-rotation segment or cylindrical segment Hole anti-rotation chain plate or plate hole anti-rotation chain plate or pallet anti-rotation chain plate, when using cylindrical segment prismatic segment and prismatic segment cylindrical segment, the end of the feeding segment is provided with an inner cylindrical segment, and the end of the inner cylindrical segment The outer prismatic section is arranged, the inner cylindrical section passes through the chain roller, the outer prismatic section is sleeved with the rib hole and the anti-rotation chain plate, the outer prismatic section is provided with the outer prismatic section backstop structure, and the chain armor backstop is connected to the outer prismatic section. The anti-return structure of the shaped section cooperates with the anti-retraction. The prismatic anti-rotation chain plate prevents the chain plate from rotating. The prismatic section of the cylindrical section of the chain deck includes an inner prismatic section and an outer cylindrical section. The end of the feeding section is provided with an inner prismatic section. The end of the inner prismatic section is provided with an outer cylindrical section, the outer prismatic section is sleeved with a rib-hole anti-rotation chain plate, the outer cylindrical section passes through the chain roller, the outer cylindrical section is provided with an outer cylindrical section backstop structure, and the chain armor is provided with a backstop. It cooperates with the anti-return structure of the outer cylindrical section, and the rib-hole anti-rotation chain plate prevents the rotation of the chain armor, and uses the rib-hole anti-rotation chain plate to prevent the rotation. The stability between them ensures the flatness of the conveying material and avoids a large amount of material leakage due to the skewing of the conveying plate.

5. The end of the conveying section is provided with a through-chain plate shaft, the shaft hole rotation stop structure is set on the through-chain plate shaft, and the through-chain plate shaft passes through the chain rollers. The corresponding plate hole anti-rotation chain plate is provided with a chain plate anti-rotation pin hole, the shaft hole anti-rotation structure passes through the connecting plate hole and the anti-rotation chain plate, and the chain plate anti-rotation pin hole and the chain-stop deck strip rotation hole are provided with The anti-rotation pin stops the rotation. The structure is provided with a rotation-stop hole on the shaft of the chain plate, which is simple to process and manufacture, and the anti-rotation pin cooperates with the chain plate anti-rotation pin hole to prevent the rotation, which not only stops the rotation of the conveying plate, but also plays a role in preventing rotation. The function of preventing the movement of the conveying plate from up and down, left and right, simple structure, comprehensive functions, convenient and quick installation and replacement.

6. When using the rotation stop section of the cylindrical section, the end of the conveying section is provided with a chain plate shaft, the rotation stop structure of the pivot table is set on the connection plate shaft, and the chain plate shaft passes through the chain roller, and the corresponding The chain plate anti-rotation chain plate is provided with a chain plate anti-rotation table, the pivot block anti-rotation structure passes through the plate platform anti-rotation chain plate. The chain stop deck bar turntable is arranged on the shaft, which is simple to process and manufacture, and the chain plate turn stop table and the chain stop deck bar turntable cooperate to prevent rotation, stop the rotation of the conveying plate, and prevent the conveying plate from going up and down. The function of moving left and right has the advantages of simple structure, comprehensive functions and convenient and quick installation.

7. When using the chain plate anti-rotation chain deck strip, the chain plate segment is set at the end of the conveying section, and the section of the conveying section is greater than or equal to the cross section of the chain plate section. When using the middle hole of the chain plate, the chain plate The segment passes through the middle hole of the chain plate, the middle hole of the left chain plate and the middle hole of the right chain plate pass through the section of the feeding section larger than the cross section of the chain plate section to limit the stop chain deck strip of the chain plate, and the upper hole section of the inner plate through the inner plate is set at The upper hole of the inner chain plate and the upper hole section of the outer chain plate are arranged in the upper hole of the outer chain plate. When the through chain plate section is arranged in the upper hole of the inner chain plate and the upper hole of the outer chain plate, the upper hole of the inner chain plate and the upper part of the outer chain plate The holes are positioned at multiple points for the chain deck. When the chain shaft is used to prevent the rotation of the chain deck, the leakage resistance belt and the chain deck structure connect the chain deck with the leakage prevention belt. When the chain plate is used to prevent the rotation of the chain deck When the chain link plate is provided with a chain deck mechanism, the chain deck is provided with a chain plate mechanism, and the chain deck mechanism and the chain plate mechanism are fixedly connected by the chain plate chain parts or the chain deck and the link plate are connected. One-piece, simple structure and convenient installation, the chain deck is connected to the drive chain, which changes the complex structure of the old scraper connecting the drive chain with multiple screws, so that the chain deck is connected with the drive chain through perforations. The principle of accurate positioning improves the positioning accuracy between the chain deck and the chain deck, and the chain deck hole from the 360° orientation restricts the chain deck from falling off the drive chain, so that the drive chain and the chain deck are firmly connected, and the structure is simple , There are few wearing parts, and the chain deck shaft and the drive chain shaft are integrated into one, which increases the function of the chain deck, saves materials, and saves the limit structure of the chain link plate at both ends of the drive chain shaft. The manufacturing cost is reduced, the vulnerable and easily falling parts are reduced, the rotation precision of the chain deck strip around the driving gear is improved, and the service life of the chain deck strip is prolonged.

8. Chain deck strips include transverse upper bulging material chain deck strips or upper plane chain deck strips or side leak-stop chain deck strips, and side leak-stop chain deck strips include side flat-edge leak-stop chain deck strips or side buckles Leakage blocking chain deck strip, the upper boss of the horizontally convex material blocking chain deck strip prevents the material from climbing and sliding, freezing and slipping, and the side of the side leakage blocking chain deck strip is provided with a side leakage material edge joint platform to prevent side leakage The material is fastened along the side table and the side leakage material is fastened along the side table to prevent the material from flowing out from the gap between the side leakage chain deck and the side leakage chain deck.

9. The conveying section and the connecting drive chain section are connected separately or in one piece. When they are connected separately, the conveying section and the connecting drive chain section are connected by screws or pins or connected by buckle grooves. When connecting the drive chain segment to facilitate maintenance, only the conveying segment needs to be replaced, and the drive chain parts do not need to be disassembled, which can be replaced quickly, saving time and materials.

10. The slat conveyor bolts the feeding plate to the upper part of the roller chain link plate. Each link plate is provided with multiple threaded connection holes. It is also required that both ends of each feeding plate have matching holes. There are multiple connecting holes. In order to prevent the feeding plate from falling off, the feeding plate is fixed on the chain link plate with screws, which makes the structure of the roller chain complex, requires high machining accuracy, and is difficult to process. The installation is complicated and difficult to install. , The assembly time is long. In use, because the material conveyed by the plate conveyor is iron ore, coal gangue, gypsum stone, etc. The conveying plate vibrates up and down. When the conveying plate vibrates up and down, the connecting screws and threads will be seriously damaged, resulting in loosening or deformation of the threads. The screws on the chain plate of the roller chain are limited by the width of the link plate, and the screws are generally made relatively small. Down tilt and rack collision cause downtime and production stoppage.

11. The connecting chain plate of the leakage resistance belt and the chain plate of the connecting armor piece are integrated. The chain plate of the connecting armor piece is provided with a pinion hole for the leakage prevention belt and a mechanism for connecting the chain armor piece to fasten the pinion of the leakage prevention belt. The hole penetrates and connects two adjacent leak-proof belt tooth shafts, and the connecting chain armour mechanism fixes the chain armour piece on the upper surface of the leak-proof belt. Or the shaft of the chain armor piece is connected to the leakage blocking belt gear shaft mechanism, and the invention adopts the connecting scraper chain plate to fix the chain scraper, which is convenient for installation, quick in disassembly and maintenance, and exquisite in structure.

12. The transverse piercing strips pass through the inside of the conveyor belt, and the chain armor pieces are provided with scrapers to penetrate the transverse piercing strips, or the chain armor pieces are welded with the transverse piercing strips, or the chain armor pieces and the transverse piercing strips are connected with bolts, or the chain armor pieces and the transverse piercing strips are connected. Chain socket connection or chain armor piece connected with horizontal piercing pin or chain armor piece with horizontal piercing buckle groove or chain armor piece connected with horizontal piercing glue, horizontal piercing scraper through transverse piercing hole and conveying The belt is connected or integrated with the conveyor belt, and the chain scraper is connected and fixed by the lateral threading strip, which improves the use value of the lateral threading strip and increases the bonding strength of the chain scraper and the conveyor belt.

13. The roller chain armor is connected to the conveyor belt separately or in one piece, the horizontal blocker is connected with the conveyor belt separately or in one, the fixed scraper mechanism is set on the roller chain armor, and the chain armor The end is provided with a scraper buckle groove mechanism that is engaged with the baffle fixed scraper groove. The left fixed scraper groove protrusion and the right fixed scraper groove protrusion are respectively buckled in the left baffle fixed scraper groove and the right baffle fixed scraper groove. In the scraper groove, the left scraper abutment plate and the right scraper abutment plate are respectively abutted against the left roller chain armor piece and the right roller chain armor piece, and the left roller chain armor piece and the right roller chain armor piece pass through the stopper. The left scraper abutting baffle platform and the right scraper abutting baffle plate fasten the transverse material blocking plate on the upper part of the conveyor belt. When the transport chain belt climbs a large angle slope to transport materials, the transverse material blocking plate intercepts the material from sliding down and avoids a large amount of material sliding down and blocking the transportation. Roadway to ensure the safe and efficient material conveying of the transport chain belt.

14. When the chain mail piece is connected to the drive chain and set on the upper part of the leakage resistance belt, the resistance leakage and heavy smashing rubber chain belt includes the driving roller and the reversing roller. The leakage belt gear, the diameter of the chain armor gear is larger than the diameter of the leakage prevention belt gear, the drive chain includes the chain armor drive chain and the leakage prevention belt drive chain, the chain armor drive chain connects the chain armor pieces into a chain armor conveyor belt, and the leakage prevention belt drive chain The leak-proof belt is connected to form a leak-proof chain belt. The chain armor gear drives the chain armor conveyor belt. The leak-proof belt gear drives the leak-proof chain belt.

15. The leakage resistance belt is connected with the drive chain shaft or the leakage resistance belt is connected with the chain link plate. When the leakage resistance belt is connected with the drive chain shaft, the armor penetration shaft is connected with the chain link plate or the armor penetration shaft is connected with the drive chain shaft or the armor penetration shaft is connected with the drive chain shaft. The block is connected to the drive chain shaft or the armour block is connected to the chain link plate. When the leakage resistance tape is connected to the chain link plate, the armor threading shaft and the drive chain shaft are integrated, and the chain roller and the chain link plate are connected, or the armor threading shaft is integrated. The shaft is connected with the chain link plate or the armature is connected with the drive chain shaft or the armature is connected with the chain link plate, and the installation is simple, fast and efficient.

16. The upper part of the connecting beam is provided with an ear protector, the connecting ear is arranged at the lower part of the ear protector and is arranged on the side of the connecting beam or the connecting ear is arranged at the lower part of the ear protector, and the ear piercing part is connected with the connecting ear to form the ear protection and anti-smashing armor belt. The wearing piece is connected to the connecting ear, and the multiple ear protectors are set in dislocation or in sequence. When dislocation is set, the distance between the rear left connecting ear and the rear right connecting ear is the front left connecting ear and the front right connecting ear. In sum, the right front connecting ear of the rear left armor piece and the left front connecting ear of the rear right armor piece are closely arranged between the rear left connecting ear of the front armor piece and the rear right connecting ear of the front armor piece, and are connected with the rear left connecting ear of the front armor piece and the rear left connecting ear of the front armor piece. The rear right connecting ear of the front armor piece is abutted, and the distance between the rear left connecting ear of the front armor piece and the rear right connecting ear of the front armor piece is the sum of the right front connecting ear of the rear left armor piece and the left front connecting ear of the rear right armor piece. After wearing the piece, the left armour piece is connected to the front right ear, the rear right armour piece is connected to the left front piece, the front armour piece is connected to the rear left ear and the front armour piece is connected to the rear right ear, the front armour piece is connected to the rear left ear and the front armour piece is connected to the rear right The rear left ear protection armor piece and the rear right ear protection anti-smashing armor piece move left and right, and they are buckled in sequence to form the ear protection anti-smashing armor belt. When set in sequence, the front armour piece is connected to the ear and the rear armour at the left and rear. The front and left connecting ears of the piece are placed against each other, the right and rear connecting ears of the front armor piece and the front right connecting ear of the rear armor piece are set against each other. The right rear connecting ear of the armor piece and the front right connecting ear of the rear armor piece are changed. The old common armor belt is changed in the present invention. It is the unreasonable structure of the buckle between the nails and the contact between the nails and the nails. The connecting ears of the nails are relatively small but must withstand the direct impact and heavy smashing of the material, avoiding iron ore, large coal, gangue, etc. Block minerals such as rocks, cement blocks, and steel pieces directly hit the hollow connecting ears, often breaking the connecting ears of the nail pieces. A single connecting ear can withstand a large tensile force, which can reduce the number of connecting ears by 95% compared with the old armor belt, which greatly reduces the manufacturing difficulty and assembly workload, and reduces the cost. Compared with the armor belt with the same size connecting ears 4 to 6 times the anti-smashing strength, even if there is a 500mm oversized material from a silo of about 30 meters, the ear protector will not be damaged and the armor piece will not be damaged. Accidents such as work stoppage and production stoppage caused by the breakage save a lot of maintenance time, manpower and material resources. When the connecting ears use the spaced buckle to connect the limit, the right front connecting ear of the rear left armor piece and the left front connecting ear of the rear right armor piece are set against the front. A limit connecting ear group is formed between the rear left connecting ear of the armor piece and the rear right connecting ear of the front armor piece. There is a space between the left limit connecting ear group and the right limit connecting ear group, and the upper part of the space is covered by the ear protector. Material leakage, or the front right connecting ear of the rear armor piece and the right rear connecting ear of the front armor piece are set against each other, and the front left connecting ear of the rear armor piece and the rear left connecting ear of the front armor piece are set up against each other, and the ear piercing piece is buckled. The front right connecting ear of the rear armor piece is connected with the right rear connection of the front armor piece The front left connecting ear of the rear armor piece and the rear left connecting ear of the front armor piece are connected to the ear and/or pierced. The setting of the ear protector greatly reduces the number of connecting ears used. The ear protection and the ear piercing parts limit the movement of each armour piece of the armour belt from left to right, preventing the armour piece from falling off and improving the straightness and stability of the armour belt. The setting of the leak-stopping belt makes the ear protector anti-smashing the nail belt increase the function of preventing and leaking materials, and improves the environmental protection performance of the whole machine.

17. The front ear protector gusset plate is attached to the rear ear protector tongue plate to form the tongue plate gusset plate to seal the leak, and the front ear protector gusset plate is attached to the rear ear protector tongue plate to prevent the material from leaking from the gap between the ear protector and the ear protector or the front ear protector. The gusset plate is attached to the tongue plate of the rear ear protector, and the ear protector leak-proof seal is set at the joint of the front ear protector gusset and the tongue plate of the rear ear protector to prevent the material from leaking from the gap between the ear protector and the ear protector. When the seal is leaked, each front ear protector gusset of the ear protector and the rear ear protector tongue plate can be aligned in the same direction, so that the surface of the ear protector armor belt has no zigzag gaps connecting the ear buckles, and It avoids the old-fashioned nail belt because one nail piece must have front circular convex arc connecting ear, rear circular convex arc connecting ear, front concave buckle connecting ear groove, rear concave buckle connecting ear groove, and front concave buckle connecting the front of the ear groove. The direction of the groove convex edge and the rear groove convex edge connecting the ear groove of the rear concave buckle are opposite, so when the nail plate rotates around the drum, the two groove convex edges in the opposite direction cause damage to the scraper for cleaning the nail belt material. , which greatly reduces the return material, and avoids the leakage of materials from the gap between the ear protector and the ear protector. The ear piercing piece is perforated, and the longitudinal leakage blocking seal of the ear protection piece is arranged between the left ear protection anti-smashing armor piece and the right ear protection anti-smashing armour piece, and the ear piercing piece passes through the perforation of the ear piercing piece to prevent the longitudinal leakage of the ear protection piece from being blocked. The seal falls off, the ear protector leak-proof seal prevents the material from leaking from the gap between the ear protector and the ear protector. The transverse leak-proof sealing strip of the piece is fixed and prevented from falling off by the leak-proof sealing strip groove and the buckle ear piercing parts, which greatly improves the stability and service life of the seal. It avoids the occurrence of many gaps after the connection of multiple nail pieces of the old armor belt, the tortuous gaps are difficult to seal, the leakage of materials is serious, the waste of materials and the pollution of the environment occur. The structure with multiple dislocations in the lateral gap on the surface makes the ear protector anti-smashing armor with the ear protector joint on the same straight line and the buckle gap is uniform, so the ear protector and the ear protector are easy to buckle and have a high degree of fit, avoiding the old-fashioned There are many broken and small and complex structures of the gap seals of the armor belt, which makes the ear protector leak-proof seal easy to manufacture, easy to install, and prevent from falling off, and the production and installation cost is low. , so that the transverse sealing strip of the nail belt can only be connected to one ear end with a transverse sealing strip, so that a commonly used nail belt with a length of 10 meters and a width of 1 meter is changed from having to use more than 6660 transverse sealing strips to only using 160 transverse sealing strips. The structure of a horizontal sealing strip, the sealing is simple and fast to install, the sealing effect is good, and the service life is long. On the basis of adding a leak-stop belt, it can completely prevent the powder, water, mud, etc. leaked from the tongue plate gusset seal leaking nail belt from falling to the lower part of the conveyor belt, which effectively protects the parts of the whole machine from contamination and improves the performance. Material recovery rate.

18. When using straight-through ear piercings, both ends of the straight-through ear piercings can penetrate through the front ear protectors and the rear ear protectors. The end of the ear piercing piece is provided with a connecting ear limit mechanism. When a retaining sleeve is used to connect the ear limit mechanism, the buckle ear piercing strip passes through the connecting ear, and the buckle piercing strip block sleeve is fastened on the buckle ear piercing strip or the buckle ear piercing strip. Passing through the snap-on bar cover, the snap-on bar cover supports the ear protector at the lower part of the ear protector, and the snap-on bar cover rotates around the snap-on bar and rolls friction with the lower support, which improves the anti-smashing strength of the ear protector and the resistance of the ear protector. The rolling friction operation of the heavy-smashing armor belt greatly reduces the running resistance, reduces the wear of the ear protector and the anti-heavy-smashing armor, and improves the service life. The roller chain plate mechanism wears the chain rollers and link plates to form a roller chain, and connects the ear protection and anti-smashing armor pieces to form an ear-protecting and anti-smashing armor chain belt. The wear parts limit the back and forth movement of the connecting beam and the ear protectors, and the roller chain drives the ear protectors to resist heavy smashing and the armor chain belt rolls and rubs the conveying material, which changes the structure of connecting the anti-smashing plate on the connecting plate of the roller chain, avoiding the use of heavy smashing plates. Bolts fix the anti-smashing slats on the roller chain link plate, and make multiple bolt holes on the roller chain link plate, which not only increases the difficulty of production, consumes a lot of manpower and material resources, but also weakens the overall quality of the roller chain link plate. Strength, when the material is heavily smashed against the heavy-smashing slats, the bolts are often loosened and fall off by strong vibration, so that one end of the anti-heavy-smashing slats sags and hits the support at the lower part of the feeder, causing the feeder drive device to be overloaded and burnt out. In the occurrence of major accidents such as shutdown and production stoppage, the lower part of the ear protector is equipped with a leakage resistance belt, so that the ear protector is resistant to heavy smashing and does not deform. Leakage and corrosion damage the towing pulley and frame, which improves the service life of the whole machine and avoids polluting the environment.

Description of drawings

Fig. 1 is the schematic diagram of the rubber chain belt of resistance, leakage resistance and heavy smashing in Example 1;

Fig. 2 is the schematic diagram of the rubber chain belt of resistance, leakage resistance and heavy smashing in Example 1;

Fig. 3 is the schematic diagram of the rubber chain belt of resistance, leakage and anti-smashing in Example 1;

Fig. 4 is the schematic diagram of the rubber chain belt of resistance, leakage resistance and heavy smashing in Example 1;

Fig. 5 is the schematic diagram of the rubber chain belt of resistance, leakage resistance and heavy smashing in Example 1;

Fig. 6 is the schematic diagram of the rubber chain belt of resistance, leakage resistance and heavy smashing in Example 1;

Fig. 7 is the schematic diagram of the rubber chain belt of resistance, leakage and anti-smashing in Example 1;

Fig. 8 is the schematic diagram of the rubber chain belt of resistance, leakage resistance and heavy smashing in Example 1;

Fig. 9 is the schematic diagram of the rubber chain belt of resistance, leakage resistance and heavy smashing in Example 2;

Fig. 10 is the schematic diagram of the rubber chain belt with resistance to leakage and heavy smashing in Example 2;

Fig. 11 is the schematic diagram of the rubber chain with resistance to leakage and anti-smashing in Example 3;

Fig. 12 is the schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 3;

Fig. 13 is the schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 3;

Fig. 14 is the schematic diagram of the rubber chain with resistance to leakage and anti-smashing in Example 4;

Fig. 15 is the schematic diagram of the rubber chain belt of resistance, leakage and anti-smashing in Example 5;

Fig. 16 is the schematic diagram of the rubber chain with resistance to leakage and anti-smashing in Example 6;

Fig. 17 is the schematic diagram of the rubber chain with resistance to leakage and anti-smashing in Example 7;

Fig. 18 is the schematic diagram of the rubber chain belt of resistance leakage and anti-smashing in Example 8;

Fig. 19 is the schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 8;

Fig. 20 is the schematic diagram of the rubber chain with resistance to leakage and heavy smashing in Example 9;

Fig. 21 is the schematic diagram of the rubber chain belt of resistance leakage and anti-smashing in Example 9;

Fig. 22 is the schematic diagram of the rubber chain with resistance to leakage and anti-smashing in Example 9;

Fig. 23 is the schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 9;

Fig. 24 is the schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 10;

Fig. 25 is the schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 10;

Fig. 26 is the schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 10;

Fig. 27 is the schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 10;

Fig. 28 is the schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 10;

Fig. 29 is the schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 10;

Fig. 30 is the schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 10;

Figure 31 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 11;

Fig. 32 is the schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 11;

Fig. 33 is the schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 11;

Figure 34 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 11;

Figure 35 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 12;

Figure 36 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 12;

Figure 37 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 12;

Figure 38 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 12;

Figure 39 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 13;

Fig. 40 is the schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 14;

Figure 41 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 14;

Figure 42 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 15;

Figure 43 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 16;

Figure 44 is a schematic diagram of the anti-leakage and anti-smashing rubber chain in Example 16;

Figure 45 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 16;

Figure 46 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 16;

Figure 47 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 16;

Figure 48 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 16;

Figure 49 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 17;

Figure 50 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 18;

Figure 51 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 18;

Figure 52 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 19;

Figure 53 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 19;

Figure 54 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 19;

Figure 55 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 19;

Figure 56 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 19;

Figure 57 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 19;

Figure 58 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 20;

Figure 59 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 20;

Figure 60 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 21;

Figure 61 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 21;

Figure 62 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 21;

Figure 63 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 21;

Figure 64 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 21;

Figure 65 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 21;

Figure 66 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 22;

Figure 67 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 22;

Figure 68 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 23;

Figure 69 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 23;

Figure 70 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 23;

Figure 71 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 23;

Figure 72 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 24;

Figure 73 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 24;

Figure 74 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 25;

Figure 75 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 25;

Figure 76 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 26;

Figure 77 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 26;

Figure 78 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 27;

Figure 79 is a partial cross-sectional view along line A-A of Figure 78;

Figure 80 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 27;

Figure 81 is a schematic cross-sectional structure diagram of the anti-smashing armor piece in Example 27;

Figure 82 is another schematic cross-sectional structure diagram of the ear protection and anti-smashing armor piece in Example 27;

Figure 83 is another schematic cross-sectional structure diagram of the ear protection and anti-smashing armor piece in Example 27;

Figure 84 is another cross-sectional structural schematic diagram of the ear protection and anti-smashing armor piece in Example 27;

Figure 85 is another schematic cross-sectional structure diagram of the ear protection anti-smashing armor piece in Example 27;

Figure 86 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 28;

Figure 87 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 29;

Figure 88 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 30;

Figure 89 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 31;

Figure 90 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 32;

Figure 91 is a schematic top view sectional structure diagram of the ear protection anti-smashing armor piece in Example 32;

Figure 92 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 33;

Figure 93 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 34;

Figure 94 is a left-view structural schematic diagram of the ear-protecting anti-smashing armor piece in Example 34;

Figure 95 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 35;

Figure 96 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 36;

Figure 97 is a schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 37;

FIG. 98 is a schematic diagram of the leakage resistance and anti-smashing rubber chain in Example 37. FIG.

In the picture: 1- anti-leakage and anti-smashing rubber chain belt, 2- chain armor piece, 3- leakage resistance belt, 4- drive chain, 5- chain belt structure of connecting piece, 6- roller chain, 7- endless chain , 8-drive chain shaft, 9-chain roller, 10-chain link plate, 11-roller chain armor, 12-chain belt leak-proof armor and anti-smashing belt, 13-chain deck strip, 14-armor belt, 15 -Chain armor piercing belt, 16-armor block and armor block buckle belt, 17-armor block, 18-chain armor piercing shaft, 19-rigid shaft piercing, 20-buffer piercing shaft, 21-shaft piercing hole, 22- Chain belt structure of drive chain shaft connected to armor piece, 23-chain shaft connected to leak-proof belt device, 24-chain shaft connected to chain armor device, 25-chain shaft connected to leakage-proof belt armor device, 26-link leakage-stopping belt armor piece Belt, 27-Link A piece of leak-stopping belt, 28-Chain shaft connection leak-stopping belt A piece of belt, 29-, Chain link plate connection leak-stopping belt device, 30-A chain belt connection piece, 31-Belt connection drive chain piece , 32- leakage stop belt tooth shaft, 33- drive chain with side shaft, 34- rubber chain belt with side shaft, 35- link tongue plate, 36- chain tongue plate rubber chain belt, 37- chain tooth shaft, 38 - Chain Armor Buffer Belt, 39-Screw Chain Armor Buffer Belt, 40-Conveying Section, 41-Connecting Drive Chain, 42-Left Drive Chain, 43-Right Drive Chain, 44-Through Drive Chain Stop Retraction structure, 45-retraction piece of chain-passing plate segment, 46-chain-passing plate segment, 47-shaft-passing anti-rotation chain deck strip, 48-feeding section positioning piece, 49-chain-passing plate anti-rotation chain deck strip, 50 - Chain shaft anti-rotation chain deck strip, 51- even chain plate anti-rotation chain deck strip, 52- chain plate roller segment, 53- cylindrical segment prismatic segment, 54- prismatic segment cylindrical segment, 55- anti-rotation Chain plate, 56-rib hole anti-rotation chain plate, 57-chain armour stopper, 58-cylindrical segment prismatic segment chain deck strip, 59- prismatic segment cylindrical segment chain deck strip, 60-inner cylindrical segment, 61- Outer prismatic segment, 62-outer prismatic segment stop structure, 63-inner prismatic segment, 64-outer cylindrical segment, 65-outer cylindrical segment stop structure, 66-cylindrical segment hole stop rotation segment, 67-plate hole Anti-rotation chain plate, 68-shaft hole anti-rotation chain deck, 69-through chain plate shaft, 70-shaft hole anti-rotation structure, 71-chain-stop deck strip turning hole, 72-chain plate anti-rotation pin hole, 73-stop Rotary pin, 74-cylindrical section anti-rotation section, 75-plate platform anti-rotation chain plate, 76-chain plate anti-rotation table, 77-shaft surface anti-rotation chain deck strip, 78-pillar block anti-rotation structure, 79-stop chain Deck bar turntable, 80- upper hole of chain plate, 81- upper circular hole of chain plate, 82- upper left chain plate, 83- upper hole of right chain plate, 84- upper stop table hole of chain plate, 85- upper hole of inner chain plate , 86 - upper hole of outer chain plate, 87 - upper hole section of inner side plate, 88 - upper hole section of outer side plate, 89 - upper edge hole of chain plate, 90 - upper blind hole of chain plate, 91 - chain deck structure, 92-Chain deck bar mechanism, 93-chain plate mechanism, 94- even deck chain plate, 95-side leak-stop chain deck bar, 96-side buckle platform leak-stop chain deck bar, 97-side leak-stopper Material along the platform, 98-horizontal convex block chain deck strip, 99-upper plane chain deck strip, 100-side flat edge Leakage chain deck strip, 101-connecting drive chain segment, 102-screws, 103-side hole rubber chain leakage prevention belt, 104-side penetration rubber chain leakage prevention belt, 105-chain shaft plate rubber chain leakage prevention belt, 106-Or chain plate rubber chain leakage prevention belt, 107-ring chain leakage prevention belt, 108-edge leakage prevention belt, 109-plate chain armor, 110-smash-resistant steel chain armor, 111-hollow vertical support chain Armour piece, 112-Double hole plate, 113-Connected leakage-stopping belt chain plate, 114-Connected armor piece chain plate, 115-Snap-connected leakage-stopping belt gear shaft hole, 116-Connected chain armor mechanism, 117-Double-hole plate chain Roller shaft, 118-sleeve leakage blocking belt gear shaft mechanism, 119-chain armor shaft, 120-conveyor belt, 121-horizontal threading, 122-scraper penetrating transversely threading hole, 123-fixed scraper Mechanism, 124-transverse material blocking plate, 125-left roller chain armor piece, 126-right roller chain armor piece, 127-baffle fixed scraper groove, 128-left baffle fixed scraper groove, 129-right block Plate fixed scraper groove, 130- scraper buckle groove mechanism, 131-through fixed scraper groove convex, 132- scraper abutment plate table, 133-left fixed scraper groove convex, 134-right fixed scraper groove convex, 135 -Left scraper abutment plate, 136-Left scraper abutment plate platform, 137-Connecting beam, 138-Ear protector, 139-Ear piercing, 140-Connecting ear, 141-Ear protector tongue plate, 142-Ear protector plate , 143-ear protector and anti-smashing armor, 144-front ear protector, 145-rear ear protector, 146-front connecting ear, 147-rear connecting ear, 148-front left connecting ear, 149-front right connecting ear, 150- Rear left connecting ear, 151-rear right connecting ear, 152-front ear protection anti-smashing armor piece, 153-rear ear protection anti-smashing armor piece, 154-front armor piece, rear left connecting ear, 155-front armor piece, rear right connection Ears, 156- Rear left ear protection anti-smashing armor piece, 157-Rear right ear protection anti-smashing armor piece, 158-Rear left armour piece, left front connecting ear, 159-Rear left armour piece, right front connecting ear, 160-Rear right armour piece Left front connecting ear, 161-Rear right armor piece right front connecting ear, 162-Ear protection anti-smashing armor belt, 163-Front armor piece left and rear connecting ear, 164-Front armor piece right rear connecting ear, 165-Rear armor piece front left Connection ear, 166- Front right connection ear of rear armor piece, 167- Limit connection ear group, 168- Left limit connection ear group, 169- Right limit connection ear group, 170- Front ear protector tongue plate, 171- Front Ear protector gusset plate, 172 - Rear ear protector tongue plate, 173 - Rear ear protector gusset plate, 174 - Ear protector leakage seal, 175 - Ear protector lateral leakage seal, 176 - Ear protector longitudinal leakage seal, 177- Anti-leakage sealing strip groove, 178- Buckle ear piercing piece, 179- Left ear protection anti-smashing armor piece, 180- Right ear protection anti-smashing armour piece, 181-Through through buckle ear strip, 182- Straight through buckle ear piercing Pieces, 183- Limiting Buckle Ear Piercing Pieces, 184- Connecting Ear Limiting Mechanism, 185- Blocking Sleeve Connection Ear limit mechanism, 186-pin hole connection ear limit mechanism, 187- buckle ear piercing strip, 188- buckle piercing strip stopper, 189-chain roller, 190-chain link plate, 191- tongue plate gusset plate seal Leaky armor belt, 192-chain roller chain plate mechanism, 193-ear guard anti-smashing armor chain belt, 194-roller chain, 195-ear protector sealing strip, 196- sealing strip hanging through bar ear, 197- buckle ear piercing Piece hole, 198-chain shaft buckle ear piercing piece.

detailed description

Example 1

As shown in FIGS. 1 to 8 , the anti-leakage and anti-smashing rubber chain belt 1 includes a chain armor piece 2, a leakage resistance belt 3, a driving chain 4 and a chain belt structure 5 for the armored piece, and the driving chain 4 includes a roller chain 6, The roller chain 6 includes a drive chain shaft 8, a chain roller 9 and a chain link plate 10, the chain armour 2 includes a roller chain armour 11, and the chain link structure 5 of the armour piece is arranged on the drive chain shaft 8 to connect the chain armour Pieces 2, anti-leakage belts 3, and drive chains 4 are connected to form chain belts, leak-proof armor and anti-smashing belts 12. Chain armor piece 2 includes armor belts 14, armor belts 14 include chain armor piercing shaft belts 15, and chain armor piercing shaft belts 15 include The armor block 17 and the chain armor penetration shaft 18, the chain armor penetration shaft 18 includes a rigid penetration shaft 19 and a buffer penetration shaft 20, the armor block 17 is provided with a shaft penetration hole 21, and the chain armor penetration shaft 18 passes through the shaft penetration hole 21. The block 17 is connected to the chainmail through the shaft belt 15 .

An endless chain 7 may also be included for the drive chain 4 .

It is also possible for the chain mail piece 2 to include a ring chain mail piece.

It is also possible for the chain link structure 5 to be provided on the chain mail piece 2 for the chain mail piece.

Chain deck strips 13 may also be included for the chain mail piece 2 .

The armor strap 14 may also include a nail block and nail block fastening strap 16 .

Example 2

As shown in FIG. 9 to FIG. 10 , when the leak-stopping tape 3 is connected to the chain mail piece 2 through the drive chain shaft 8 , the drive chain shaft 8 is connected to the leak-stopping tape 3 and the chain guard piece 2 is connected to the chain link plate 10 .

It is also possible to connect the leakage stop belt 3 and the chain mail piece 2 for the drive chain shaft 8 .

It is also possible for the drive chain shaft 8 to be connected to the leakage stop band 3 and the chain mail piece 2 to be connected to the drive chain shaft 8 .

The rest are the same as in Example 1.

Example 3

As shown in FIGS. 11 to 13 , when the leakage prevention tape 3 is connected to the chain armor piece 2 through the chain link plate 10 , the leakage prevention tape 3 is connected to the chain link plate 10 and the chain armor piece 2 is connected to the chain link plate 10 . The parts 2 are higher than the upper surface of the leakage blocking belt 3 , and the chain mail pieces 2 are arranged on the upper part of the leakage blocking belt 3 at intervals.

It is also possible to connect the chain link plate 10 with the leak-stop band 3 and the chain mail piece 2 with the drive chain shaft 8 .

The chain armor piece 2 and the chain armor piece 2 can also be arranged close to the upper part of the leakage prevention belt 3 or the chain armor piece 2 and the chain armor piece 2 can be connected and arranged on the upper part of the leakage prevention belt 3 .

The rest are the same as in Example 1.

Example 4

As shown in FIG. 14 , the chain link structure 5 of the armour connection includes a drive chain shaft and a chain link structure 22 . When the chain link structure 5 of the armour connection is arranged on the drive chain shaft 8 , the drive chain shaft 8 includes a chain shaft connection. The leakage stopper 23, when using the chain shaft to connect the leak stopper 23, the chain shaft to the leak stopper 23 is arranged at one end of the drive chain shaft 8 to connect the leak stopper 3 to the drive chain shaft 8, and the chain armor 2 Set on the link plate 10, the drive chain shaft 8 passes through the link plate 10 and the chain rollers 9 to form the link leakage prevention belt armor belt 26, and the drive chain 4 drives the link leakage prevention belt armor belt 26 to convey materials.

It is also possible for the chain link structure 5 to include a chain link plate and a chain belt structure for the armor connection.

The rest are the same as in Example 1.

Example 5

As shown in FIG. 15 , when the drive chain shaft 8 is a chain shaft connected to the chain mailer 24 , one end of the chain shaft connected to the chain mailer 24 connects the chain mail piece 2 to the drive chain shaft 8 , and the leak-proof belt 3 is connected to the chain mailer 24 . The link plate 10, the drive chain shaft 8 pass through the link plate 10, and the chain rollers 9 form the link armor leakage prevention belt 27, and the drive chain 4 drives the link armor leakage prevention belt 27 to convey materials.

The rest are the same as in Example 1.

Example 6

As shown in FIG. 16 , when the drive chain shaft 8 is connected to the leak-stopping belt armor device 25 , the chain shaft is connected to the leakage-stopping belt armor device 25 and is arranged at one end of the drive chain shaft 8 , and the chain armor device 2 arranged up and down is connected to the chain armor device 25 . , The leakage prevention belt 3 is connected to the drive chain shaft 8, and the drive chain shaft 8 passes through the link plate 10 and the chain roller 9 to form the chain shaft connection with the leakage prevention belt armor belt 28.

The rest are the same as in Example 1.

Example 7

As shown in FIG. 17 , when the chain link structure 5 of the armor connecting piece is arranged on the chain link plate 10 , the chain link plate 10 includes a chain link plate connecting and leakage stopper 29 .

The link board 10 may also include a link board connector or a chain link board connector with a leak-stopping device.

The rest are the same as in Example 1.

Example 8

As shown in FIG. 18 , the drive chain 4 includes a belt connecting piece 30 , and the first chain belt connecting piece 30 includes a belt connecting driving chain 31 . When the driving chain shaft 8 is used to connect the leak-stopping belt 3 , the driving chain shaft 8 is set to The leakage prevention belt tooth shaft 32 is arranged on the lower surface of the leakage prevention belt 3 and is connected by a belt connection drive chain 31, and the leakage prevention belt tooth shaft 32 passes through the chain roller 9 and the chain link plate 10 to form a belt edge Shaft drive chain 33, with side shaft drive chain 33 and leakage prevention belt 3 form side shaft rubber chain belt 34, chain armor piece 2 is arranged on the chain link plate 10 with side shaft rubber chain belt 34 through chain armor piece 2. It is connected to the gear shaft 32 of the leakage prevention belt.

19 , the gear shaft 32 of the leakage blocking belt can also be connected to the drive chain 4 by protruding from the side of the leakage blocking belt 3 at the inner end of the leakage blocking belt 3 .

The chain armor piece 2 can also be arranged on the link plate of the rubber chain belt with side shafts and connected by a chain belt connecting piece, or the chain mail piece can be arranged on the upper surface of the rubber chain belt with side shafts.

The gear shaft 32 of the leakage prevention belt can be arranged on the upper surface of the leakage prevention belt and connected by a belt connection drive chain

The rest are the same as in Example 1.

Example 9

As shown in FIGS. 20 to 23 , when the chain link plate 10 is used to connect the leakage prevention tape 3 , the leakage prevention tape 3 is arranged on the chain link plate 10 through a chain belt connecting piece 30 , and the chain link plate 10 is provided with chain links. The tongue plate 35 is connected with the drive chain piece 31 to connect the leakage blocking belt 3 with the chain link tongue plate 35 to form the tongue plate rubber chain belt 36, or the chain mail piece 2 is arranged on the upper part of the leakage blocking belt 3, and the chain mail piece 2 is connected with the resistance chain piece 3. The leakage belt 3 is connected separately. When the chain armor piece 2 and the leakage prevention belt 3 are connected separately, the chain armor piece 2 is provided with a chain armor buffer belt piece 38, and the chain armor buffer belt piece 38 connects the leakage prevention belt 3 to the leakage prevention belt 3. At the bottom of the chain mail piece 2 , the chain mail buffer belt member 38 includes a screw connection chain mail buffer belt member 39 .

The chain armor 2 can also be arranged on the chain link plate 10, or the chain armor 2 can be arranged on the chain link tongue plate 35, or a chain tooth shaft 37 can be arranged at the end of the chain armor 2 to connect the chain rollers 9 and the chain link plate. 10.

The chain armor piece 2 and the leakage stop band 3 can also be integrated.

The chain mail buffer 38 may also include a corded chain mail buffer, a hook and loop chain mail buffer, or a zip chain mail buffer.

The rest are the same as in Example 1.

Example 10

As shown in FIG. 24 to FIG. 30 , when the leakage stop band 3 is connected with the drive chain shaft 8 , the chain armor piercing shaft 18 is connected with the chain link plate 10 .

It can also be that the chain armor piercing shaft 18 is connected with the drive chain shaft 8 or the nail block 17 is connected with the drive chain shaft 8 or the nail block 17 is connected with the chain link plate 10 .

It can also be connected to the chain link plate 10 by the leakage blocking belt 3, the chain armor piercing shaft 18 and the drive chain shaft 8 are integrated, and the chain roller 9 and the chain link plate 10 or the chain armor piercing shaft 18 and the chain link plate 10 are connected. The connection or nail piece 17 is connected with the drive chain shaft 8 or the nail piece 17 is connected with the link plate 10 .

The rest are the same as in Example 1.

Example 11

As shown in FIGS. 31 to 34 , the chain armour 2 includes a conveying section 40 and a connecting drive chain section 41 . The section of the conveying section 40 is larger than that of the connecting drive chain section 41 , and the drive chain 4 includes a left drive chain 42 and a right drive chain. 43. The left drive chain 42 and the right drive chain 43 limit the left and right positions of the chain armour piece 2 through the section of the conveying section 40 that is larger than the section of the connecting drive chain section 41. The chain armour piece 2 includes the chain deck bar 13, the chain deck bar 13 and the chain deck The bar 13 is arranged in a separate body, and the connecting drive chain segment 41 is provided with a stop structure 44 for passing through the driving chain segment, and the corresponding chain link plate 10 is provided with a stop member 45 for passing through the plate segment, and the stopping member 45 for passing through the plate segment is connected with the passing through plate segment. The drive chain segment backstop structure 44 cooperates with each other to prevent the chain deck strip 13 from rotating and retreating, the chain plate segment backstop 45 is connected to the chain deck strip 13 separately, and the drive chain segment 41 includes the chain plate plate roller segment 52, The chain deck bar 13 includes a pass-through chain deck bar 47 .

The section of the feeding section 40 can also be equal to the section of the connecting drive chain section 41. When the section of the feeding section 40 is equal to the section of the connecting driving section 41, the end of the feeding section 40 is provided with a feeding section positioning member 48, and the feeding section positioning member The drive chain 4 on the 48-pair connecting drive chain segment 41 is limited.

It can also be integrated with the chain deck strip 13 .

The link plate segment 46 may also be included for the connecting drive chain segment 41 .

The rest are the same as in Example 1.

Example 12

As shown in FIGS. 35 to 38 , the connecting drive chain segment 41 includes a through-link plate roller segment 52 , the through-link plate roller segment 52 includes a cylindrical segment prismatic segment 53 and a prismatic segment cylindrical segment 54 , and the link plate 10 includes Anti-rotation chain plate 55, the anti-rotation chain plate 55 includes a prismatic hole anti-rotation chain plate 56, and the roller chain 6 includes a chain guard 57. When using the cylindrical segment prismatic segment 53 and the prismatic segment cylindrical segment 54, the chain The deck bar 13 includes a cylindrical segment, a prismatic segment chain deck bar 58, and a prismatic segment cylindrical segment chain deck bar 59. The cylindrical segment prismatic segment chain deck bar 58 includes an inner cylindrical segment 60 and an outer prismatic segment 61. The inner cylindrical section 60 is set at the top, the end of the inner cylindrical section 60 is provided with an outer prismatic section 61, the inner cylindrical section 60 passes through the chain roller 9, the outer prismatic section 61 is set around the anti-rotation chain plate 56 of the rib hole, and the outer prismatic section 61 is provided with an outer prismatic segment backstop structure 62, the chain armour backstop 57 cooperates with the outer prismatic segment backstop structure 62 to prevent backlash, the prismatic hole rotation stop chain plate 56 prevents the chain deck strip 13 from rotating, and the prismatic segment cylindrical segment The chain deck bar 59 includes an inner prismatic section 63 and an outer cylindrical section 64. An inner prismatic section 63 is provided at the end of the feeding section 40, an outer cylindrical section 64 is provided at the end of the inner prismatic section 63, and the inner prismatic section 63 is set with a buckle rib. The hole anti-rotation chain plate 56, the outer cylindrical section 64 passes through the chain roller 9, the outer cylindrical section 64 is provided with an outer cylindrical section backstop structure 65, and the chain armour backstop 57 cooperates with the outer cylindrical section backstop structure 65 to prevent backflow, The rib-hole anti-rotation chain plate 56 prevents the chain deck 13 from rotating.

The rest are the same as in Example 1.

Example 13

As shown in FIG. 39 , the through-chain plate roller segment 52 includes a cylindrical segment hole anti-rotation section 66 , the corresponding anti-rotation link plate 55 includes a plate hole anti-rotation link plate 67 , and the chain deck strip 13 includes a shaft hole anti-rotation section Chain deck bar 68, shaft hole rotation stop The chain deck bar 68 includes a chain plate shaft 69 and a shaft hole rotation stop structure 70, the end of the material conveying section 40 is provided with a chain plate shaft 69, and the shaft hole rotation stop structure 70 is arranged in the chain. On the plate shaft 69, the chain plate shaft 69 passes through the chain roller 9, the shaft hole rotation stop structure 70 includes a chain stop deck strip rotation hole 71, and the corresponding plate hole rotation stop chain plate 67 is provided with a chain plate stopper. The rotation pin hole 72 and the shaft hole rotation stop structure 70 pass through the connecting plate hole rotation stop chain plate 67, and the chain plate rotation stop pin hole 72 and the chain stop deck strip rotation hole 71 are provided with a rotation stop pin 73 to stop rotation.

The rest are the same as in Example 1.

Example 14

As shown in FIGS. 40 to 41 , when the roller segment 52 of the chain plate includes the cylindrical section and the anti-rotation section 74 , the corresponding anti-rotation chain plate 55 includes a pallet anti-rotation chain plate 75 , and the pallet anti-rotation chain The plate 75 includes the chain plate anti-rotation table 76, and when the cylindrical section table anti-rotation section 74 is used, the chain deck strip 13 includes the axial surface anti-rotation chain deck strip 77, and the axial surface anti-rotation chain deck strip 77 includes the through-chain plate shaft 69 and the shaft. The table rotation stop structure 78, the end of the material conveying section 40 is provided with a chain plate shaft 69, the pivot block rotation prevention structure 78 is arranged on the chain chain plate shaft 69, the chain chain plate shaft 69 passes through the chain roller 9, and the pivot block is prevented from rotating. The structure 78 includes a chain-stop deck bar turntable 79, and a chain-plate turn-stop table 76 is provided on the pallet-rotation-stop chain plate 75 corresponding to it. The turntable 76 is engaged with the chain stop deck turntable 79 to prevent rotation.

It is also possible for the pallet anti-rotation chain plate 75 to include a baffle table anti-rotation chain plate.

The rest are the same as in Example 1.

Example 15

As shown in FIG. 42 , the chain deck 13 can also include a chain plate anti-rotation chain deck 49. When the chain plate anti-rotation chain deck 49 is used, the chain plate anti-rotation chain deck 49 includes a feeding section. 40 and the chain-passing plate segment 46, the chain-passing plate segment 46 is arranged at the end of the conveying section 40, the chain link plate 10 includes the upper hole 80 of the chain plate, the chain-passing plate segment 46 is connected to the upper hole 80 of the chain plate, and the upper hole of the chain plate 80 includes the upper hole 82 of the left chain plate and the upper hole 83 of the right chain plate. The upper hole 82 of the left chain plate and the upper hole 83 of the right chain plate pass through the feeding section 40 and are larger than the cross section of the chain plate section 46. Bar 49 limit.

It is also possible for the link plate 10 to include a middle link plate hole or a link plate lower hole.

The rest are the same as in Example 1.

Example 16

As shown in FIGS. 43 to 48 , the link plate 10 includes the upper hole 80 of the chain plate, the upper hole 80 of the chain plate includes the upper hole 85 of the inner chain plate and the upper hole 86 of the outer chain plate, and the pass-through plate segment 46 includes the upper part of the pass-through plate The hole segment 87 and the upper hole segment 88 passing through the outer side plate, the upper hole segment 87 passing through the inner side plate is arranged in the upper hole 85 of the inner link plate, and the upper hole segment 88 passing through the outer side plate is arranged in the upper hole 86 of the outer link plate. When arranged in the upper hole 85 of the inner chain plate and the upper hole 86 of the outer chain plate, the upper hole 85 of the inner chain plate and the upper hole 86 of the outer chain plate are positioned to the chain deck strip 13 at multiple points, and the upper hole 80 of the chain plate includes the upper rib hole of the chain plate. 89.

The upper hole 80 of the chain plate may also include the upper hole 85 of the inner chain plate or the upper hole 86 of the outer chain plate.

The upper hole 80 of the chain plate may also include a circular hole 81 in the upper part of the chain plate, a blind hole 90 in the upper part of the chain plate, or a stopper hole 84 in the upper part of the chain plate.

The rest are the same as in Example 1.

Example 17

As shown in FIG. 49 , when the chain shaft is used to prevent the rotation of the chain deck 50 , the drive chain shaft 8 includes a leakage stop belt and a chain deck structure 91 , and the leakage stop belt and the chain deck structure 91 connect the chain deck 13 Connected to the leakage stop band 3.

The rest are the same as in Example 1.

Example 18

As shown in FIGS. 50 to 51 , when the chain plate anti-rotation chain deck 51 is used, the chain link plate 10 is provided with a chain deck mechanism 92 , the chain deck 13 is provided with a chain plate mechanism 93 , and the chain deck is provided with a chain deck mechanism 93 . The bar mechanism 92 and the link plate mechanism 93 include a link plate link member 94 , and the link deck bar mechanism 92 and the link plate mechanism 93 are fixedly connected by the link plate link member 94 .

The chain deck strip 13 and the chain link plate 10 may also be integrated.

The rest are the same as in Example 1.

Example 19

As shown in FIGS. 52 to 57 , the chain deck bar 13 includes a side leak-stop chain deck bar 95 , and the side leak-stop chain deck bar 95 includes a side buckle platform leak-stop chain deck bar 96 , and the side buckle platform leak-stop chain Deck strips 96 include side spilt ledges 97 .

The chain deck bar 13 may also include a laterally raised block chain deck bar 98 or an upper flat chain deck bar 99 .

It is also possible to include a side flat-sided leak-stop chain deck strip 100 for the side leak-stop chain deck strip 95 .

The rest are the same as in Example 1.

Example 20

As shown in Fig. 58 to Fig. 59 , the chain deck 13 includes a conveying section 40 and a connecting driving chain section 101. The conveying section 40 and the connecting driving chain section 101 are connected separately. When they are connected separately, the conveying section 40 And the connecting drive chain segment 101 is connected by a screw 102 .

The conveying section 40 and the connecting drive chain section 101 can also be integrated.

It is also possible for the conveying section 40 and the connecting drive chain section 101 to be connected by a pin or by a buckle groove.

Example 21

As shown in FIG. 60 to FIG. 65 , the leakage blocking tape 3 includes a side hole rubber chain leakage blocking tape 103 .

It can also be used for the leak-stopping tape 3, including the side-piercing rubber chain leak-stopping tape 104 or the chain-axis plate rubber-chain leak-stopping tape 105 or the chain-plate glue-chain leak-stopping tape 106 or the annular chain leak-stopping tape 107 or the edge-aligning leak-stopping tape 108 .

The rest are the same as in Example 1.

Example 22

As shown in FIGS. 66 to 67 , the chain mail piece 2 includes a plate type chain mail piece 109 , the chain mail piece 2 also includes a smash-resistant steel chain mail piece 110 , and the smash-resistant steel chain mail piece 110 includes a hollow vertical chain mail piece 111 , the belt connection drive chain 31 includes a leakage prevention belt gear shaft 32 .

It is also possible for the chain mail piece 2 to include a bar chain mail piece or a piece of armour chain mail piece.

It is also possible for the chain mail piece 2 to further comprise an anti-smashing buffer chain mail piece.

Solid chain mail pieces may also be included for the smash-resistant steel chain mail pieces 110 .

It can also be a belt-connected drive chain 31 that includes a side fastener or a side screw or a side thread or a side card or a side stick or a side buckle slot or a side pin or a side cast glue or a side zipper or tape Side zipper zipper or side panel or side hole or side seal.

The rest are the same as in Example 1.

Example 23

As shown in FIGS. 68 to 71 , the roller chain armor piece 11 includes a double-hole plate 112 , and the double-hole plate 112 includes a connecting leakage-stopping tape link plate 113 and a connecting armor piece linking plate 114 , and the connecting leakage-stopping tape link plate 113 and the connecting The chain plate 114 of the armor piece is one-piece, and the chain plate 114 of the connecting armor piece is provided with a pinion hole 115 for the buckle and leakage resistance belt and a connecting mechanism 116 for the chain armor piece. The adjacent leakage prevention belt tooth shaft 32 is connected to the chain armor piece mechanism 116 to fix the chain armor piece 2 on the upper surface of the leakage prevention belt 3. The leakage prevention belt tooth shaft 32 includes a double-hole plate chain roller shaft 117, and the chain armor piece 2 is provided with The gear shaft mechanism 118 of the leak-stopping belt is sleeved.

The gear shaft 32 of the leakage prevention belt may also include the shaft 119 of the chain piercing member, and the shaft of the chain piercing member 2 is connected to the shaft mechanism 118 of the leakage prevention belt through the connection sleeve.

The gear shaft 32 of the leak-proof belt can also include a shaft 119 of the chain armor piece, the chain armour piece 2 is provided with a gear shaft mechanism 118 for sleeve connection of the leak-proof belt, and the roller shaft 117 of the double-hole plate chain or the shaft 119 of the chain armour piece is connected to each other. The gear shaft mechanism 118 of the leak-stopping belt is sleeved.

The rest are the same as in Example 1.

Example 24

As shown in Fig. 72 to Fig. 73 , the leakage prevention belt 3 includes a conveyor belt 120, the conveyor belt 120 includes a transverse thread 121, and the transverse thread 121 passes through the interior of the conveyor belt 120, and the chain armor piece 2 is provided with a scraper to penetrate the transverse thread. The strip hole 122, the transverse strip 121 is connected to the conveyor belt 120 through the transverse strip hole 122 through the scraper.

It can also be welded between the chain armor piece 2 and the transverse threading strip 121, or the chain armor piece 2 and the transverse threading strip 121 are connected by bolts, or the chain armor piece 2 and the transverse threading strip 121 are connected with a socket, or the chain armor piece 2 and the transverse threading strip 121 are connected by pins. Or the chain armour piece 2 is connected with the transverse threading strip 121 by the buckle groove or the chain armour piece 2 and the transverse threading strip 121 are glued together.

It can also be integrated with the conveyor belt 120 through the transverse thread 121 and the scraper through the transverse thread hole 122 .

The rest are the same as in Example 1.

Example 25

As shown in Fig. 74 to Fig. 75 , the leakage prevention belt 3 includes a conveyor belt 120, the chain armor piece 2 includes a fixed scraper mechanism 123 and a transverse material blocking plate 124, and the roller chain armor piece 11 is connected to the conveyor belt 120 separately. The transverse material blocking plate 124 is connected to the conveyor belt 120 separately, and the fixed scraper mechanism 123 is arranged on the roller chain armor piece 11, and the roller chain armor piece 11 includes a left roller chain armor piece 125 and a right roller chain armor piece 126. The fixed scraper mechanism 123 includes a baffle fixing scraper slot 127, and the baffle fixing scraper slot 127 includes a left baffle fixing scraper slot 128 and a right baffle fixing scraper slot 129. There is a scraper buckle groove mechanism 130 which is engaged with the baffle fixing scraper groove 127 .

The roller chain mail piece 11 and the conveyor belt 120 can also be integrated.

The transverse blocking plate 124 and the conveyor belt 120 can also be integrated.

The roller chain piece 11 may also include a left roller chain piece 125 or a right roller chain piece 126 .

The stationary squeegee mechanism 123 may also include stationary squeegee pins or stationary squeegee threads.

Example 26

As shown in FIGS. 76 to 77 , the squeegee buckle mechanism 130 includes a fixed scraper groove protrusion 131 and a scraper abutment plate 132 , and the fixed scraper groove protrusion 131 includes a left fixed scraper groove protrusion 133 and a right fixed scraper The plate groove protrusion 134, the scraper abutting plate table 132 includes a left scraper abutting plate table 135 and a left scraper abutting plate table 136, the left fixed scraper groove protrusion 133 and the right fixed scraper groove protrusion 134 are respectively buckled on the left baffle plate In the fixed scraper groove 128 and the right baffle fixed scraper groove 129, the left scraper abutment plate platform 135 and the right scraper plate abutment plate platform 132 are respectively abutted against the left roller chain armour piece 125 and the right roller chain armour piece 126, The left roller chain armour piece 125 and the right roller chain armour piece 126 fasten the transverse blocking plate 124 to the upper part of the conveyor belt 120 by blocking the left scraper abutting plate table 135 and the right scraper abutting plate table 132 .

The groove protrusion 131 through the fixed scraper can also include a left fixed scraper groove protrusion 133 or a right fixed scraper groove protrusion 134 .

The scraper abutment plate 132 may also include a left scraper abutment plate 135 or a right scraper abutment plate 132 .

The rest are the same as in Example 1.

Example 27

As shown in FIGS. 78 to 80 , the chain armor piece 2 includes an ear-protecting anti-smashing armor piece 143, and the ear-protecting anti-smashing armor piece 143 includes a connecting beam 137, an ear protecting piece 138, a buckle ear piercing piece 139 and a connecting ear 140. The connecting beam The upper part of the 137 is provided with an ear protector 138, the connecting ear 140 is arranged on the lower part of the ear protector 138 and on the side of the connecting beam 137, the ear piercing part 139 is connected with the connecting ear 140 to form an ear protector and anti-smashing armor belt 162, the connecting beam 137 and the connecting ear 140 is one-piece, the ear protector 143 includes a front ear protector 144 and a rear ear protector 145, the connecting ear 140 includes a front connecting ear 146 and a rear connecting ear 147, and the front connecting ear 146 includes a front left connecting ear 148 and a front right connecting ear 148. The connecting ear 149, the rear connecting ear 147 include the rear left connecting ear 150 and the rear right connecting ear 151, the ear protection anti-smashing armor piece 143 includes the front ear protection anti-smashing armor piece 152 and the rear ear protection anti-smashing armor piece 153, a plurality of ear protections The anti-smashing armor piece 143 is dislocated. When dislocated, the distance between the rear left connecting ear 150 and the rear right connecting ear 151 is the sum of the front left connecting ear 148 and the front right connecting ear 149, and the front ear protection is resistant to heavy smashing of the armor. The piece 152 includes the front armour piece and the rear left connecting ear 154 and the front armour piece and the rear right connecting ear 155. The rear ear protection anti-smashing armor piece 153 includes the rear left ear protection anti-smashing armor piece 156 and the rear right ear protection anti-smashing armor piece 157. The rear left ear protection anti-smashing armor piece 156 includes the rear left armour piece and the left front connecting ear 158 and the rear left armour piece. The right front connecting ear 161 of the piece, the right front connecting ear 159 of the rear left armor piece and the left front connecting ear 160 of the rear right armor piece are abutted and arranged between the rear left connecting ear 154 of the front armor piece and the rear right connecting ear 155 of the front armor piece, and are opposite to the front armour piece. The rear left connecting ear 154 of the armor piece and the rear right connecting ear 155 of the front armor piece abut against each other, and the distance between the rear left connecting ear 154 of the front armor piece and the rear right connecting ear 155 of the front armor piece is the rear left armor piece. The sum of the left and front connecting ears 160 of the rear right armor piece, the ear piercing piece 139, the right front connecting ear 159 of the rear left armor piece, the left front connecting ear 160 of the rear right armor piece, the rear left connecting ear 154 of the front armor piece and the rear right piece of the front armor piece The connecting ear 155, the rear left connecting ear 154 of the front armor piece and the rear right connecting ear 155 of the front armor piece restrict the rear left ear protection against heavy smashing armor piece 156 and the rear right ear protection against heavy smashing armor piece 157. Ear Guards Anti-Smash Armor Belt 162.

As shown in FIG. 81 , the connecting ears 140 are provided on the lower part of the ear protector 138 and on the side of the connecting beam 137 .

As shown in FIG. 82 , the connecting ear 140 is provided on the lower part of the ear protector 138 .

As shown in FIG. 83 , the ear protector 138 and the connecting beam 137 can also be integrated.

As shown in FIG. 84 , the ear protector 138 can also be connected to the connecting beam 137 separately.

As shown in FIG. 85 , the connecting beam 137 and the connecting ear 140 can also be connected separately.

Example 28

As shown in FIG. 86 , a plurality of ear-protecting anti-smashing armor pieces 143 are arranged in sequence. When arranged in sequence, the front ear-protecting anti-smashing armor piece 152 includes the left rear connecting ear 163 of the front armor piece and the right rear connecting ear of the front armor piece 164, the rear ear protection anti-smashing armor piece 153 includes the front left connecting ear 165 of the rear armor piece and the front right connecting ear 166 of the rear armor piece. The right and rear connecting ear 164 of the armor piece is arranged in close contact with the front and right connecting ear 166 of the rear armor piece, and the ear piercing piece 139 is connected to the left and rear connecting ear 163 of the front armor piece, the front left connecting ear 165 of the rear armor piece, and the right rear of the front armor piece. The connecting lug 164 and the front right connecting lug 166 of the rear armor piece.

Others are the same as in Example 1.

Example 29

As shown in FIG. 87 , the connecting lugs 140 and the connecting lugs 140 are spaced and connected to a limit. When the spaced locking limit is used, the front right connecting lug 159 of the rear left armor piece and the front left connecting lug 160 of the rear right armor piece are abutted on the front. A limit connecting ear group 167 is formed between the rear left connecting ear 154 of the armor piece and the rear right connecting ear 155 of the front armor piece. The limit connecting ear group 167 includes a left limit connecting ear group 168 and a right limit connecting ear group 33. There is a space between the limit connecting ear group 168 and the right limit connecting ear group 33 , and the upper part of the space is covered by the ear protector 138 with anti-leakage material.

Others are the same as in Example 1.

Example 30

As shown in Fig. 88, the front right connecting ear 166 of the rear armor piece and the right rear connecting ear 164 of the front armor piece are arranged in close contact with each other, and the front left connecting ear 165 of the rear armor piece and the rear left connecting ear 154 of the front armor piece are close and fastened. Setting, the ear piercing piece 139 is connected to the front right connecting ear 166 of the rear armor piece and the right rear connecting ear 164 of the front armor piece, and the front left connecting ear 165 of the rear armor piece and the rear left connecting ear 154 of the front armor piece, and the connecting ear 140 . The ear piercing member 139 restricts the ear protection and anti-smashing armor member 143 from moving left and right.

The ear piercing piece 139 can also be connected to the front right connecting ear 166 of the rear armor piece and the right rear connecting ear 164 of the front armor piece, or the front left connecting ear 165 of the rear armor piece and the rear left connecting ear 154 of the front armor piece. 140. The ear piercing member 139 restricts the ear protection anti-smashing armor member 143 from moving left and right.

The connecting ear 140 can also be tightly buckled with the connecting ear 140 to limit the position.

Others are the same as in Example 1.

Example 31

As shown in FIG. 89 , the ear protector includes an ear protector tongue 141 and an ear protector gusset 142 , the front ear protector 144 includes a front ear protector tongue 170 and a front ear protector gusset 171 , and the rear ear protector 145 includes a rear ear protector tongue 172 and a front ear protector gusset 171 . The rear ear protector gusset 173, the front ear protector gusset 171 is fastened to the rear ear protector tongue 172 to form the tongue plate gusset 191, and the front ear protector gusset 171 is fastened to the rear ear protector tongue 172 to prevent the material from passing from the ear protector. 138 and the gap between the ear protector 138 leaks.

Others are the same as in Example 1.

Example 32

As shown in FIG. 90 to FIG. 91 , the front ear protector buckle plate 171 is fastened to the rear ear protector tongue plate 172 , and an ear protector leakage blocking seal 174 is provided at the buckled position of the front ear protector buckle plate 171 and the rear ear protector tongue plate 172 to prevent the The material leaks from the gap between the ear protector 138 and the ear protector 138. When the ear protector leak-blocking seal 174 is used, the rear ear protector tongue 172 is provided with a leak-blocking sealing strip groove 177, and the ear protector leak-blocking seal 174 includes the ear protector The lateral leakage blocking sealing strip 175, the lateral leakage blocking sealing strip 175 of the ear protector is arranged in the leakage blocking sealing strip groove 177, the leakage blocking sealing member 174 of the ear guard comprises the longitudinal leakage blocking sealing member 176 of the ear guard, and the longitudinal leakage blocking sealing member 176 of the ear guard There is a perforation 178 for the ear piercing piece. The ear protection anti-smashing armor piece 143 includes a left ear protection anti-smashing armour piece 179 and a right ear protection anti-smashing armour piece 180. The longitudinal leakage blocking seal 176 of the ear protection piece is arranged on the left ear protection anti-smashing armour piece 176. Between the smashing armor piece 179 and the right ear protection anti-smashing armor piece 180, the ear piercing piece 139 passes through the through hole 178 of the piercing ear piercing piece to prevent the longitudinal leakage blocking seal 176 of the ear protecting piece from falling off, and the leakage blocking seal 174 of the ear protection piece prevents the material from The ear protector 138 leaks from the gap between the ear protector 138 .

The ear protector leakage seal 174 may also include an ear protector transverse leakage seal 175 and an ear protector longitudinal leakage seal 176 .

The front ear protector buckle plate 171 can also be provided with a leak-proof sealing strip groove 177,

Others are the same as in Example 31.

Example 33

As shown in FIG. 92 , the ear piercing member 139 includes a through ear piercing bar 181 , and the ear piercing member 139 includes a through ear piercing member 182 . When the through ear piercing member 182 is used, the through ear piercing member 182 Both ends can penetrate through the front ear protection anti-smashing armor piece 152 and the rear ear protection anti-smashing armor piece 153 .

Snap ear piercings 139 may also include spaced piercing ear piercings or sprocket piercing ear piercings.

Others are the same as in Example 1.

Example 34

As shown in FIG. 93 to FIG. 94 , the buckle ear piercing member 139 includes a limit buckle ear piercing member 183 . When the limit buckle ear piercing member 183 is used, the end of the limit buckle ear piercing member 183 is provided with a connecting ear limiting mechanism 184 , the connecting ear limit mechanism 184 includes the stopper sleeve connection ear limiter mechanism 185. When the block sleeve connection ear limiter mechanism 185 is used, the block sleeve connection ear limiter mechanism 185 includes a buckle ear piercing strip 187 and a buckle piercing strip stopper sleeve 188 , the ear piercing strip 187 passes through the connecting ear 140, the buckle ear piercing strip 187 passes through the buckle piercing strip stopper 188, the buckle piercing strip stopper 188 supports the ear protector 138 at the lower part of the ear protector 138, and the buckle piercing strip stopper 188 wraps around the buckle The ear piercing strip 187 rotates in rolling friction with the lower support.

Snap ear piercings 139 may also include spaced piercing ear piercings or sprocket piercing ear piercings.

The connecting ear limiting mechanism 184 may also include a boss connecting ear limiting mechanism, a pin-hole connecting ear limiting mechanism, a threaded connecting ear limiting mechanism 50, or a circlip connecting ear limiting mechanism.

It can also be buckled on the ear piercing strip 187 for the buckle sleeve 188 .

Others are the same as in Example 1.

Example 35

As shown in FIG. 95 , the ear piercing member 139 includes the ear piercing strips at intervals, and the ear piercing member 139 includes the ear piercing member 183 . When the ear piercing member 183 is used, the ear piercing member 183 is closed. A connecting ear limiting mechanism 184 is provided in the outer portion, and the connecting ear limiting mechanism 184 includes a pin hole connecting ear limiting mechanism 186,

The connecting ear limiting mechanism 184 may also include a boss connecting ear limiting mechanism, a threaded connecting ear limiting mechanism, a sleeve connecting ear limiting mechanism, or a circlip connecting ear limiting mechanism.

Others are the same as in Example 1.

Example 36

As shown in FIG. 96 , the ear protection and anti-smashing armor 143 includes a chain roller 189 and a chain link plate 190 . The end of the chain shaft buckle ear piercing member 198 is provided with a chain threading roller plate mechanism 192 , and the chain threading roller plate mechanism 192 The chain roller 189 and the link plate 190 form a roller chain 194, and the ear-protecting anti-smashing armor pieces 143 are connected to form the ear-protecting anti-smashing armor chain belt 193, and the connecting ears 140 restrict the connecting beam 137 and the ear protecting pieces 138 from moving left and right. The ear piercing member 139 restricts the front and rear movement of the connecting beam 137 and the ear protector 138, and the roller chain 194 drives the ear protector belt 193 to roll and rub the conveying material.

Others are the same as in Example 1.

Example 37

As shown in FIG. 97 to FIG. 98 , the ear protector transverse leak-proof sealing strip 175 includes the ear protector sealing strip 195 and the sealing strip hanging through strip ears 196 . The ear piercing member 139 passes through the ear piercing member hole 197 so that the lateral leakage sealing strip 175 of the ear protector is fixed and prevented from falling off by the leakage sealing strip groove 177 and the buckle ear piercing member 139 .

It is also possible for the ear protector lateral leak-blocking sealing strip 175 to include an ear guard sealing strip or a sealing strip hanging through the ear.

Others are the same as in Example 1.

Claims (10)

An anti-leakage and anti-heavy-smashing rubber chain belt is characterized in that: the anti-leakage and anti-heavy-smashing rubber chain belt comprises a chain armor piece, a leakage blocking belt, a driving chain and a chain belt structure of the nail piece, and the driving chain comprises a roller chain or a ring Chain, roller chain includes drive chain shaft, chain roller and chain link plate, chain armor includes roller chain armor or annular chain armor, and the chain belt structure of the connecting chain is arranged on the driving chain shaft or on the chain link On the board or on the chain armor piece, connect the chain armor piece, the leakage resistance belt and the driving chain into a chain belt leakage resistance armor and anti-smashing belt. Belt or armor block and armor block buckle belt, chain armor piercing belt includes armor block and chain armor piercing shaft, chain armor piercing shaft includes rigid shaft piercing and buffer piercing shaft, armor block is provided with shaft piercing holes, chain armor piercing shaft The shaft passes through the shaft hole to connect the armor block into the chain armor through the shaft belt. And the chain armor, when the leakage prevention belt is connected with the chain armor through the drive chain shaft, the driving chain shaft is connected with the leakage prevention belt and the chain armor is connected with the chain link plate or the chain armor is connected with the driving chain shaft. When connecting with the chain armor piece through the chain link plate, the leakage resistance belt is connected to the chain link plate and the chain armor piece is connected with the drive chain shaft or the chain armor piece is connected with the chain link plate, the chain armor piece is higher than the upper surface of the leakage resistance belt, and the chain armor piece is higher than the upper surface of the leakage resistance belt. The parts are arranged at intervals on the upper part of the leakage prevention belt, or the chain armor and the chain armor are close to the upper part of the leakage prevention belt, or the chain armor and the chain armor are arranged on the upper part of the leakage prevention belt. The chain link structure of the armour connecting piece or the chain link plate connecting the armour piece, when the chain link structure of the armour connecting piece is arranged on the driving chain shaft, the driving chain shaft includes the chain shaft connecting leakage stopper or the chain shaft connecting the chain armour piece When the chain link structure of the armor connecting piece is arranged on the chain link plate, the chain link plate includes the chain link plate connecting leakage preventing belt device or the chain link plate connecting armor device or the chain link. The board is connected to the leak-stopping belt device. When the chain shaft is used to connect the leak-stopping belt device, the chain shaft is connected to the leakage-stopping belt device. On the link plate, the drive chain shaft passes through the link plate and the chain roller to form the link leakage prevention belt armor belt, and the drive chain drives the link leakage prevention belt armor belt to convey materials. One end of the shaft is connected to the chain armour piece to connect the chain armour piece to the drive chain shaft, the leakage resistance belt is connected to the chain link plate, the drive chain shaft is connected to the chain link plate and the chain roller to form the link armour piece leakage resistance belt, and the drive chain drives the link A piece of leakage resistance belt conveying material, when using the chain shaft to connect the leakage resistance belt nail device, the chain shaft connection leakage resistance belt nail device is set at one end of the drive chain shaft, and the chain armor set and the leakage resistance belt set up and down are connected to the drive chain. On the drive chain shaft, the drive chain shaft passes through the chain link plate and the chain roller to form the chain shaft connection and leakage prevention belt armor belt. The anti-leakage and anti-smashing rubber chain belt according to claim 1, wherein the driving chain comprises a connecting piece for the first chain belt, and the connecting piece for the first chain belt comprises a belt connecting driving chain piece. When the drive chain shaft is set as a leak-stop belt gear shaft, the leak-stop belt gear shaft is arranged on the upper surface of the leak-stop belt and connected by a belt-connected drive chain or set on the lower surface of the leak-stop belt. At the inner end of the leakage resistance belt, the toothed shaft protrudes from the side of the leakage resistance belt and is connected with the drive chain. The missing belt forms a rubber chain belt with side shaft, and the chain armor is arranged on the chain link plate of the rubber chain belt with side shaft. The parts are connected to the tooth shaft of the leakage prevention belt, or when the leakage prevention belt is connected by a chain link plate, the leakage prevention belt is set on the chain link plate through the chain belt connecting piece, or the chain link plate is provided with a chain link tongue plate , the belt connection drive chain connects the leakage prevention belt with the chain link tongue plate to form a chain tongue plate rubber chain belt, and the chain armor piece is arranged on the chain link plate or the chain armour piece is arranged on the chain link tongue plate or the end of the chain armour piece Set the chain armour gear shaft to connect the chain roller and the chain link plate, or the chain armour piece is arranged on the upper part of the leakage resistance belt, and the chain armour piece and the leakage resistance belt are connected separately or integrated. When the body is connected, the chain armor is provided with a chain armor buffer belt, which connects the leakage blocking belt to the bottom of the chain armor. The chain armor buffer belt piece, the buckle chain mail buffer belt piece or the zipper chain mail buffer belt piece, when the leakage stop belt is connected with the drive chain shaft, the chain armor threading shaft is connected with the chain link plate or the chain armor threading shaft is connected with the drive chain shaft. The drive chain shaft is connected or the armour piece is connected with the drive chain shaft or the armour piece is connected with the chain link plate. When the leakage stop belt is connected with the chain link plate, the chain armour threading shaft and the driving chain shaft are integrated, and the threading chain rollers and the chain link plate are connected. The chain link plate or the chain armor is connected with the chain link plate through the shaft or the armor block is connected with the driving chain shaft or the armor block is connected with the chain link plate. The anti-leakage and anti-smashing rubber chain belt according to claim 1, characterized in that: the chain armor includes a feeding section and a connecting driving section, the section of the feeding section is greater than or equal to the section of the connecting driving section, and the driving chain includes a left The drive chain, right drive chain, left drive chain and right drive chain limit the left and right of the chain armor through the section of the conveying section greater than that of the connecting drive chain. When the section of the conveying section is equal to the section of the connecting drive section, the end of the conveying section The feeding section positioning member is provided at the top, and the feeding section positioning member is connected to the driving chain on the driving chain section. The chain armor includes a chain deck strip. The stop structure of the drive chain segment is provided, and the corresponding chain link plate is provided with a stop piece for the pass plate segment. The stopper of the chain plate segment is connected with the chain plate in a separate or integrated form, and the drive chain segment includes the roller segment of the chain plate or includes the chain plate segment, and the chain plate includes the shaft-through anti-rotation chain plate or the chain plate. Chain plate anti-rotation chain deck strip or chain shaft anti-rotation chain deck strip or link plate anti-rotation chain deck strip, through the chain plate roller segment including cylindrical segment prismatic segment or prismatic segment cylindrical segment or cylindrical segment hole stop Segment or cylindrical section table anti-rotation section, chain link plate includes anti-rotation chain plate, corresponding anti-rotation chain plate includes prismatic hole anti-rotation chain plate or plate hole anti-rotation chain plate or platform anti-rotation chain plate, plate Table anti-rotation chain plate includes chain plate anti-rotation table or baffle table anti-rotation chain plate, roller chain includes chain mail stopper, when using cylindrical section prismatic section and prismatic section cylindrical section, the chain deck strip includes cylindrical section Prismatic segment chain deck strip and/or prismatic segment cylindrical segment chain deck strip, cylindrical segment prismatic segment chain deck strip includes inner cylindrical segment and outer prismatic segment, the end of the conveying segment is provided with an inner cylindrical segment, and the end of the inner cylindrical segment The outer prismatic section is provided with an outer prismatic section, the inner cylindrical section passes through the chain roller, the outer prismatic section is sleeved with the rib hole anti-rotation chain plate, the outer prismatic section is provided with an outer prismatic section backstop structure, and the chain armour backstop is connected to the outer The prismatic section backstop structure cooperates with the backstop, the prismatic anti-rotation chain plate prevents the chain deck from rotating, the prismatic section cylindrical section chain deck includes an inner prismatic section and an outer cylindrical section, and the end of the feeding section is provided with an inner prismatic section , the end of the inner prismatic section is provided with an outer cylindrical section, the outer prismatic section is sleeved with a rib-hole anti-rotation chain plate, the outer cylindrical section passes through the chain roller, and the outer cylindrical section is provided with an outer cylindrical section stop structure, and the chain armor is prevented from retreating. The parts cooperate with the stop structure of the outer cylindrical section to prevent the back, and the anti-rotation chain plate with the prismatic hole prevents the rotation of the chain deck. Hole rotation stop structure, the end of the conveying section is provided with a chain plate shaft, the shaft hole rotation stop structure is set on the chain plate shaft, the chain plate shaft passes through the chain roller, and the shaft hole rotation stop structure includes a chain stop deck plate. The corresponding plate hole anti-rotation chain plate is provided with a chain plate anti-rotation pin hole, the shaft hole anti-rotation structure passes through the connecting plate hole and the anti-rotation chain plate, the chain plate anti-rotation pin hole and the chain-stop deck strip rotation hole There are anti-rotation pins to prevent rotation. When the cylindrical section is used to prevent rotation, the chain deck includes the shaft surface anti-rotation chain deck, and the axial surface anti-rotation chain deck includes the chain plate shaft and the pivot block anti-rotation structure. The end of the material section is provided with a chain-passing plate shaft, the pivot block rotation-stopping structure is arranged on the chain-passing plate shaft, and the chain-passing plate shaft passes through the chain rollers. Set on the anti-rotation chain plate of the pallet There is a chain plate anti-rotation table, and the pivot table anti-rotation structure is connected to the plate platform to prevent the rotation of the chain plate. The anti-rotation chain deck strip includes a conveying section and a chain plate section. The chain plate section is arranged at the end of the conveying section. The chain link plate includes the middle hole of the chain plate or the upper hole of the chain plate or the lower hole of the chain plate. When the chain plate is used When the middle hole is used, the through-chain plate segment passes through the middle hole of the chain plate. The middle hole of the chain plate includes the middle hole of the left chain plate and the middle hole of the right chain plate. The middle hole of the left chain plate and the middle hole of the right chain plate pass through the feeding section. The cross-section of the chain plate segment limits the stop chain deck bar of the through-chain plate, the upper hole of the chain plate includes the upper hole of the inner chain plate and/or the upper hole of the outer chain plate, and the through-chain plate segment includes the upper hole segment of the through-inner plate and/or the upper hole of the through-chain plate. The upper hole section of the outer plate, the upper hole section passing through the inner plate is arranged in the upper hole of the inner chain plate, and the upper hole section passing through the outer plate is arranged in the upper hole of the outer chain plate. When the upper hole is used, the upper hole of the inner chain plate and the upper hole of the outer chain plate are positioned for the chain deck strip at multiple points. The upper hole of the chain plate includes the upper edge hole of the chain plate or the upper round hole of the chain plate or the blind hole of the upper part of the chain plate or the upper stop of the chain plate. Rotary table hole, when using the chain shaft to prevent the chain deck, the drive chain shaft includes the structure of the leak-stop belt and the chain deck. When connecting the chain plate to prevent the chain deck from rotating, the chain link plate is provided with a chain deck mechanism, and the chain deck is provided with a chain plate mechanism. The deck bar mechanism and the link plate mechanism are fixedly connected by the link plate chain plate or the chain deck bar and the chain link plate are integrated. Leakage chain deck strips, side leak proof chain deck strips include side flat side leak proof chain deck strips or side buckle leak proof chain deck strips, side buckle leak proof chain deck strips include side leak proof chain decks, The chain deck strip includes the conveying section and the leak-stopping belt gear shaft to connect the driving chain section. The material conveying section and the connecting driving chain section are connected separately or integrated. When they are connected separately, the conveying section and the connecting driving chain section pass through. Screw connections or via pins or via grooves. The anti-leakage and anti-smashing rubber chain belt according to claim 1, wherein the leakage resistance belt comprises a side hole rubber chain leakage resistance belt or a side penetration rubber chain leakage resistance belt or a chain shaft plate rubber chain leakage resistance belt Or chain plate rubber chain leakage blocking tape or annular chain leakage blocking tape or flush-edge leakage blocking tape. Sexual chain armor or anti-smashing buffer chain armor, anti-smashing steel chain armor includes hollow upright chain armor or solid chain armor, belt connection drive chain includes leak-proof belt pinion or belt edge buckle or belt Edge screw or edge thread or edge card or edge glue or edge buckle slot or edge pin or edge cast glue or edge zipper or edge zipper zipper or edge plate or edge hole or edge seal. The anti-leakage and anti-smashing rubber chain belt according to claim 1 is characterized in that: the roller chain armor piece includes a double-hole plate, and the double-hole plate includes a chain plate for connecting the leakage-stopping belt and a chain plate for connecting the armor piece, and the connecting plate for preventing leakage The belt chain plate and the chain plate of the connecting armor piece are integrated. The chain plate of the connecting armor piece is provided with a pinion hole for the buckled leakage prevention belt and a mechanism for connecting the chain armor piece. The pinion hole of the buckled leakage prevention belt connects the two phases. The adjacent leak-proof belt gear shaft, connecting the chain guard mechanism to fix the chain guard on the upper surface of the leak-proof belt, the leak-proof belt gear shaft includes the double-hole plate chain roller shaft and/or includes the chain guard shaft, the chain guard shaft It is equipped with a gear shaft mechanism for sleeve connection and leakage prevention belt, and a double-hole plate chain roller shaft or a chain armor shaft is connected to the leakage prevention belt gear shaft mechanism. The anti-leakage and anti-smashing rubber chain belt according to claim 1 is characterized in that: the leakage resistance belt comprises a conveyor belt, and the conveyor belt comprises a transverse threading strip, and the transverse threading strip passes through the interior of the conveyor belt, and the chain armor is provided with a scraper. Plate piercing with transverse piercing holes or welding of chain armor pieces and transverse piercing pieces, or connecting chain armor pieces with transverse piercing pieces with bolts, or connecting chain pieces with transverse piercing holes through holes, or connecting chain pieces with transverse piercing pins, or chain armor pieces It is connected with the transverse threading buckle groove or the chain armor piece is connected with the transverse threading glue, and the transverse threading scraper is connected with the conveyor belt through the transverse threading hole or integrated with the conveyor belt. The anti-leakage and anti-smashing rubber chain belt according to claim 1 is characterized in that: the leakage-blocking belt comprises a conveyor belt, the chain armor includes a fixed scraper mechanism and a transverse material blocking plate, and the roller chain armor and the conveyor belt Separate connection or integrated type, the transverse material blocking plate and conveyor belt are connected separately or integrated, the fixed scraper mechanism is arranged on the roller chain armor, and the roller chain armor includes the left roller chain armor and / or the right roller chain armor, the fixed scraper mechanism includes the baffle fixed scraper groove, the fixed scraper pin or the fixed scraper thread, the baffle fixed scraper groove includes the left baffle fixed scraper groove and/ Or the right baffle is fixed to the scraper groove, and the end of the chain armor piece is provided with a scraper buckle groove mechanism that is engaged with the baffle fixed scraper groove. The fixed scraper groove protrusion includes the left fixed scraper groove protrusion and/or the right fixed scraper groove protrusion, the scraper abutting plate table includes the left scraper abutting plate table and/or the right scraper abutting plate table, the left fixed scraper plate The groove protrusion of the plate groove and the groove protrusion of the right fixed scraper are respectively buckled in the fixed scraper groove of the left baffle and the fixed scraper groove of the right baffle. The chain armour piece, the right roller chain armour piece, the left roller chain armour piece, and the right roller chain armour piece fasten the horizontal blocking plate on the upper part of the conveyor belt through the left scraper against the baffle table and the right scraper against the baffle table. The anti-leakage and anti-smashing rubber chain belt according to claim 1, wherein the chain armor piece comprises an ear-protecting anti-smashing armour piece, and the ear-protecting anti-smashing armour piece comprises a connecting beam, an ear protection piece, an ear piercing piece and a connecting piece. The ear, the upper part of the connecting beam is provided with an ear protector or the ear protector is integrated with the connecting beam, the connecting ear is arranged on the lower part of the ear protector and is arranged on the side of the connecting beam or the connecting ear is arranged on the lower part of the ear protector, and the ear piercing part is connected with the connecting ear to form Anti-smashing armor belt for ear protection, the connecting beam and the connecting ear are connected separately or in one piece. The anti-smashing armor for ear protection includes front ear protection and rear ear protection. The connecting ear includes the front connecting ear and the rear connecting ear, and the front connecting ear includes The front left connecting ear and the front right connecting ear, the rear connecting ear includes the rear left connecting ear and the rear right connecting ear, the ear protection anti-smashing armor piece includes the front ear protection anti-smashing armor piece and the rear ear protection anti-smashing armor piece, multiple ear protectors The anti-heavy-smashing armor piece is set in dislocation or in sequence. When the dislocation is set, the distance between the rear left connecting ear and the rear right connecting ear is the sum of the front left connecting ear and the front right connecting ear, and the front ear protector is resistant to heavy smashing of the armor piece. Including the front armor piece, the rear left connecting ear and the front armor piece, the rear right connecting ear, the rear ear protection anti-smashing armor piece includes the rear left ear protection anti-smashing armor piece and the rear right ear protection anti-smashing armor piece, the rear left ear protection anti-smashing armor piece The pieces include the rear left armour piece, the left front connecting ear and the rear left armour piece The left front connecting ear of the rear right armor piece is arranged between the rear left connecting ear of the front armor piece and the rear right connecting ear of the front armor piece, and is abutted with the rear left connecting ear of the front armor piece and the rear right connecting ear of the front armor piece, The distance between the rear left connecting ear of the front armor piece and the rear right connecting ear of the front armor piece is the sum of the right front connecting ear of the rear left armor piece and the left front connecting ear of the rear right armor piece. Ear, rear right armour piece Left front connection ear, front armour piece Rear left connection ear and front armour piece Rear right connection ear, Front armour piece Rear left connection ear and front armour piece Rear right connection ear Restriction of rear left ear protection against heavy smashing Armour piece The anti-heavy-smashing armor piece with the rear right ear protector moves left and right, and the front and rear are buckled to form the ear-protecting anti-smashing armor belt. When set in sequence, the front ear-protecting anti-smashing armor piece includes the front armor piece, the left rear connecting ear and the front armor piece. Right and rear connection ear, rear ear protection anti-smashing armor piece includes rear armour piece front left connection ear and rear armour piece front right connection ear, front armour piece The right rear connecting ear and the front right connecting ear of the rear armor piece are set close to each other, and the ear piercing piece is connected to the left and rear connecting ear of the front armor piece, the front left connecting ear of the rear armor piece, the right rear connecting ear of the front armor piece and the front of the rear armor piece. The right connecting ear, the connecting ear and the connecting ear are closely connected to the limit or the spaced limit. When the spaced limit is used, the right front connecting ear of the rear left armor piece and the left front connecting ear of the rear right armor piece abut against each other. A limit connecting ear group is formed between the rear left connecting ear of the front armor piece and the rear right connecting ear of the front armor piece, and the limit connecting ear group includes a left limit connecting ear group and a right limit connecting ear group. There is a space between the ear group and the right limit connection ear group, and the upper part of the space is covered by the ear protector to prevent leakage, or the rear armor The front right connecting ear of the armor piece and the right rear connecting ear of the front armor piece are set against each other, and the front left connecting ear of the rear armor piece and the rear left connecting ear of the front armor piece are set against each other, and the buckle ear piercing piece is connected to the rear armor piece. The front right connecting ear and the front right and rear connecting ear of the front armor piece and/or the front left connecting ear of the rear armor piece and the rear left connecting ear of the front armor piece, the connecting ear and the ear piercing piece limit the ear protection against heavy impact. The lower part of the ear protector is equipped with an anti-leakage belt. The anti-leakage and anti-smashing rubber chain belt according to claim 1, wherein the ear protector includes an ear protector tongue plate and an ear protector gusset plate, the front ear protector includes a front ear protector tongue plate and a front ear protector gusset plate, and the rear ear protector Including the rear ear protector tongue plate and the rear ear protector plate, the front ear protector plate is attached to the rear ear protector tongue plate to form a tongue plate buckle plate to seal the leakage armor belt, and the front ear protector plate is attached to the rear ear protector tongue plate to prevent the material from leaking. There is leakage in the gap between the ear protector and the ear protector, or the front ear protector gusset is attached to the rear ear protector tongue, and the ear protector leak-proof seal is set at the joint of the front ear protector gusset and the rear ear protector tongue to prevent the material from passing from the ear protector to the ear protector. There is leakage in the gap of the ear protector. When using the ear protector leakage seal, the front ear protector gusset plate or the rear ear protector tongue plate is provided with a leakage seal groove. The ear protector leakage seal includes the ear protector lateral leakage seal. And/or the longitudinal leak-proof seal of the ear protector, the transverse leak-proof seal of the ear protector is arranged in the groove of the leak-proof seal, the longitudinal leak-proof seal of the ear protector is provided with a perforation for the ear piercing piece, and the ear protector anti-smashing armor includes: The left ear protection anti-smashing armor piece and the right ear protection anti-smashing armour piece, the longitudinal leakage blocking seal of the ear protection piece is arranged between the left ear protection anti-smashing armour piece and the right ear protection anti-smashing armor piece, and the ear piercing piece passes through the buckle The perforation of the ear piercing prevents the longitudinal leakage seal of the ear protector from falling off, the leakage seal of the ear protector prevents material from leaking from the gap between the ear protector and the ear protector, and the lateral leakage seal of the ear protector includes the ear protector seal and/or the seal hanger The ear piercing, the sealing strip hanging through the piercing ear is provided with a hole for the ear piercing piece, and the ear piercing piece passes through the hole of the ear piercing piece, so that the lateral leakage blocking seal of the ear protector is fixed by the leakage blocking sealing strip groove and the ear piercing piece. Anti-dropping, the lower part of the tongue plate and gusset plate is equipped with a leak-proof belt. The anti-leakage and anti-smashing rubber chain belt according to claim 1, wherein the buckle ear piercing member comprises a through buckle ear bar or a spaced buckle ear bar or a chain shaft buckle ear piercing member, and the buckle ear piercing Pieces include through-buckle ear piercings or limit buckle ear-piercing pieces. When through-buckle ear-piercing pieces are used, both ends of the through-buckle ear piercing pieces can penetrate the front ear protection and anti-smashing armor pieces. When using the limit buckle ear piercing piece, the end of the limit buckle ear piercing piece is provided with a connecting ear limiting mechanism, and the connecting ear limiting mechanism includes a boss connecting ear limiting mechanism or a pin hole connecting ear limiting mechanism or a threaded connection Ear limit mechanism or circlip connecting ear limit mechanism or block sleeve connecting ear limit mechanism, when using the block connecting ear limit mechanism, the block connecting ear limit mechanism includes buckle ear piercing strips and buckle piercing strips , the buckle ear piercing strip passes through the connecting ear, the buckle piercing strip cover is fastened on the buckle ear piercing strip or the buckle ear piercing strip passes through the buckle piercing strip cover, the buckle piercing strip cover supports the ear protector at the lower part of the ear protector, The strip stopper rotates around the buckle ear piercing strip and has rolling friction with the lower support. The end of the chain shaft buckle ear piercing piece is provided with a chain rolling plate mechanism. Sub-chain, connect the ear protection and anti-heavy-smashing armor pieces to form the ear-protecting anti-heavy-smashing armor chain, the connecting ear restricts the left and right movement of the connecting beam and the ear protection piece, and the ear piercing parts limit the front and rear movement of the connecting beam and the ear protection piece, and the roller chain Drive the ear-protecting anti-smashing armor chain to roll and rub the material, and the lower part of the ear-protecting anti-smashing armor chain is provided with a leakage resistance belt.

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