CN220448771U - Sealing and smashing-resistant conveyor for cambered surface of cantilever beam plate - Google Patents
Sealing and smashing-resistant conveyor for cambered surface of cantilever beam plate Download PDFInfo
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- CN220448771U CN220448771U CN202223256919.6U CN202223256919U CN220448771U CN 220448771 U CN220448771 U CN 220448771U CN 202223256919 U CN202223256919 U CN 202223256919U CN 220448771 U CN220448771 U CN 220448771U
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Abstract
The invention belongs to the field of machinery, and particularly relates to an arc-surface sealing anti-smashing conveyor which comprises an cantilever beam supporting and conveying part chain link, a cantilever beam chain shaft upper front convex arc and rear concave arc same-radian conveying plate and a chain shaft, wherein the chain shaft penetrates through the cantilever beam supporting and conveying part chain link, the cantilever beam chain shaft upper front convex arc and rear concave arc same-radian conveying plate is arranged at a cantilever beam part at the upper part of the chain shaft, the cantilever beam supporting and conveying part chain link comprises a shaft hole supporting and conveying part cantilever beam, a chain link front shaft hole and a chain link rear shaft hole, the shaft hole supporting and conveying part cantilever beam mechanism is connected with the shaft hole supporting and conveying part cantilever beam in a sealing mode by taking the chain shaft as an axis convex arc surface, the cantilever beam supporting and conveying part chain link and the cantilever beam chain shaft upper front convex arc and rear concave arc same-radian conveying part are formed, and the cantilever beam chain links penetrate through the cantilever beam front convex arc and rear concave arc same-radian conveying part into a cantilever beam supporting and front convex arc and rear concave arc same-radian conveying part.
Description
Technical Field
The invention belongs to the field of machinery, and particularly relates to a cambered surface sealing anti-smashing conveyor for an cantilever beam plate.
Background
In the prior art, a plate conveyor is used for conveying mineral materials, such as coal mines, iron ores, gold ores, gypsum ores and the like, the plate conveyor is used for connecting a material conveying plate to the middle upper part of a roller chain link plate by bolts, a plurality of bolt holes are arranged in the middle of the upper part of the link plate for firmly connecting the link plates, the material conveying plate is connected to the middle upper part of each link plate by bolts, or the middle part of the link plate is raised, a structure of penetrating through the material conveying plate is arranged at the raised part of the middle part, the material conveying plate is connected with the roller chain, because the prior plate conveyor is connected with the material conveying plate at the middle upper part of the link plate, the joint part of the front material conveying plate and the rear material conveying plate cannot be made into a cambered surface buckling sealing structure which takes a roller chain shaft as the same axis, when the front material conveying plate and the rear material conveying plate rotate around a roller, the joint part gap of the front material conveying plate and the rear material conveying plate gradually expands under the action of gravity, the materials such as coal blocks, iron blocks, stones, steel bars, iron wires and the like which are plugged into gaps between the front conveying plate and the rear conveying plate rotate along with the conveying belt, enter the lower part of the main body of the conveyor, fall into a space between a bracket of a conveyor body and the lower conveying belt, corrode a large amount of leakage materials in the lower part of the conveying belt, damage carrier rollers, bearings and the like of a supporting belt body, the leakage materials and the return materials are continuously piled up to cause the materials to rub and block the structure that the lower belt of the conveying belt blocks the rotation of the conveying belt, when the conveying belt moves in a plane state through a roller, the materials enable the front conveying plate and the rear conveying plate to be buckled in a staggered manner, the chain link plates at the lower part of the conveying plate are lifted upwards in a staggered manner, the front chain link plates strongly pull chain shafts upwards, the rear chain link plates strongly pull the chain shafts downwards, the chain shafts penetrating through the front chain link plates and the rear chain link plates respectively upwards shear the chain shafts, the chain shaft is sheared downwards, the chain shaft is worn, the chain shaft and the chain link plates are damaged, the chain is bent and deformed, the circumference of the conveying belt is shortened, the conveying belt with the circumference reduced is pulled inwards by a strong force to cause the damage of the roller, the chain shaft and the chain link plates are damaged, huge running resistance and huge running noise are generated at the same time, the service life of the conveyor is shortened quickly, production efficiency is reduced, a large amount of material leakage occurs to the inside of the conveying belt when the large gap material clamping occurs at the joint part of the conveying belt during rotation of the roller, the concave arc of the front conveying plate and the convex arc of the rear conveying plate of the old conveying belt are respectively and synchronously rotated around the roller with different axes of the chain shaft and the chain link plates, the conveying plate is controlled by the chain shaft in actual operation, an arc surface separation opening occurs between the conveying plate and the conveying plate, the arc surface opening is enabled to cross the large gap material clamping, the arc surface is enabled to be formed to be seriously polluted around the two rotary clamping surfaces of the roller, the arc surface clamping and the two conveying belt during rotation of the two conveying belt, and the arc clamping is enabled to be seriously polluted around the rotary surfaces of the two arc clamping surfaces when the two arc surfaces are formed, and the two arc clamping surfaces are enabled to be in the rotation of the rotary clamping surfaces are not to be seriously polluted, and the two arc clamping surfaces are formed during rotation of the rotary surfaces and the two arc clamping surfaces are formed.
In order to prevent the material conveying plate from falling off, the conventional plate conveyor uses a plurality of screws to fix the material conveying plate on a chain link plate, so that the roller chain structure is complex, the processing precision is high, the processing is difficult, the installation is complex during the matching installation, the installation difficulty is high, the assembly time is long, in use, as the materials conveyed by the plate conveyor are iron ore, gangue, gypsum stone and the like with large weight and large block weight, often, a plurality of kilograms and hundreds of kilograms of blocks are smashed on the material conveying plate to vibrate up and down, the connecting screws and threads can be seriously damaged to loosen or deform the threads during the up and down vibration of the material conveying plate, when the material conveying plate rotates to the bottom of the conveyor, the material conveying plate with more than hundred kilograms is lifted by the screws, the screws on the roller chain plate are limited by the width of the chain link plate, the screws are generally made to be relatively small, the material conveying plate is subjected to the dead weight of the material conveying plate to fall down, the screws are often loosened and fall off, one end of the material conveying plate is inclined downwards to collide with a frame to cause shutdown and production stop.
The old nail belt feeder sets up the steel nail belt in the periphery of the belt, the steel nail belt is formed by steel nail plate and steel nail plate combination, because the expansion ratio of the steel nail belt is different from that of the belt, the inner circumference is different from that of the belt, the steel nail belt and the belt which are arranged up and down are in dislocation operation in the process of operation, the belt is driven by the roller, the problem that the material cannot be carried out when the steel nail belt is rotated by the belt is solved, the driving chain is added on the side edge of the steel nail belt, the driving chain is driven by the gear, the steel nail belt is driven by the driving chain, the belt is driven by the roller through friction force, in actual operation, the steel nail belt is rotated, the belt is not rotated, the steel nail belt wears the belt, the problems of belt elongation, deviation, slipping and the like frequently occur due to thermal expansion and contraction and the tensile force of the roller, the normal operation of the steel nail belt is hindered by accumulation and folding in the steel nail belt, in order to prevent the belt from piling, folding, deviation, slipping and the like, the tensioner is arranged on the conveyor, the circumference of the belt regulated by the tensioner is not matched with the circumference of the armor belt, so that the armor belt is worn out, the belt is sleeved on the roller and the carrier roller in an annular structure, the roller, the carrier roller, the armor belt and the like can be removed for maintenance and replacement when the damaged belt is replaced, the failure rate is high, the practicability is poor, the vulcanized rubber layer at the lower part of the armor belt is different in structure from the armor belt and rubber material, when the armor belt rotates around the roller, the abutting joint of the armor plate and the armor plate is formed, the end part of the armor plate is tilted to the outer side of the roller to form an arc length larger than that of the inner side rubber layer, the armor plate can bypass the roller, the armor plate is stripped from the rubber layer in the large-amplitude tilting operation, the expansion rate of the armor plate is different from that of the rubber layer, the armor plate is not synchronous with the operation of the rubber layer, because the two sides of the rubber layer are not limited, the rubber layer in a free state is piled up, folded, deviated and slipped in the steel armor belt, so that the steel armor belt deviates, the material is scattered, the running resistance is high, the failure rate is high and the like.
The existing scale conveyor comprises two upward protruding circular arcs and two downward concave arcs, wherein the radius corresponding to the circular arc of the first circular arc part is larger than that of the second circular arc part, the first circular arc part of the apron is used for completely coating the second circular arc part of the other apron, the surface of a conveyor belt is raised upwards and uneven, a plurality of curved surfaces are arranged on the upper surface, and a gap is formed between the concave surface of the first circular arc part of the apron and the convex surface of the second circular arc part of the other apron, and the gap is used for clamping and leaking materials; the first arc part is provided with a first end and a second end, the first end is close to the second arc part relative to the second end, the second end and the second arc part have larger height difference, so that the strip surface of the flake strip is also provided with gap clamping materials and clamping materials in a flat strip state, the entrained return materials are serious, the return materials fall into the lower part of a machine body to cause material accumulation, pollute the environment and difficult cleaning, the material accumulation and jacking-up to clamp a conveying strip, serious accidents such as motor damage, stretch-break conveying strip and shutdown and production stopping are caused, the front end of the first arc part of the front end of the flake is provided with an extension part, one end of the extension part is connected with the second arc part, the extension part extends from the second end in a direction far away from the first end, the extension part is arranged on the strip surface, so that when the conveying strip is used for conveying bulk materials, the lap joint platform and the strip surface cleaning plate are impacted and worn, a transition part groove is arranged between the first arc and the second arc, an extension part is arranged outside the arc, the surface is concave-convex in front, back, left and right, the structure of the apron is complex, the manufacturing process is complex, the manufacturing cost is high, the practicability is poor, the transmission chains of the old type first belt feeder and the chain plate feeder are exposed at the side edge of the conveying belt, materials enter the chain links, the chain rollers and the gears at any time, the materials leak downwards from the gaps of the roller chains, the invention discloses an arc-surface sealing anti-smashing conveyor of an cantilever beam plate, which aims to solve the problems that the arc-surface sealing anti-smashing conveyor of the cantilever beam plate is structurally improved.
Disclosure of Invention
The invention is realized by adopting the following technical scheme: the cantilever beam plate cambered surface sealing anti-smashing conveyor comprises a cantilever beam support material conveying member chain link, a cantilever beam chain shaft upper part front convex arc back concave arc same-arc conveying plate and a chain shaft, wherein the chain shaft penetrates through the cantilever beam support material conveying member chain link, the cantilever beam chain shaft upper part front convex arc back concave arc same-arc conveying plate is arranged at a cantilever beam part on the upper part of the chain shaft, the cantilever beam support material conveying member chain link comprises a shaft hole supporting material conveying member cantilever beam, a chain link front shaft hole and a chain link back shaft hole, the cantilever beam chain shaft upper part front convex arc back concave arc same-arc conveying plate comprises a connecting shaft hole supporting material conveying member cantilever beam mechanism, the cantilever beam chain shaft is used as an axis convex arc and a concave arc rotating concave arc taking the chain shaft as an axis convex arc, the front convex arc taking the chain shaft as an axis convex arc and the back convex arc taking the chain shaft as an axis convex arc, the cantilever beam chain shaft rotates around the axis convex arc concave arc, the cantilever beam supporting material conveying member chain link is used as an axis concave arc rotating concave arc, the cantilever beam and the cantilever beam chain link is connected with the cantilever beam front arc supporting material conveying member and the same-arc supporting material conveying member by the same-arc center, the cantilever beam chain link is connected with the cantilever beam front arc and the same-arc supporting material conveying member front arc through the same-arc as the arc supporting member with the arc. The front cantilever beam chain links are connected with the front convex arc and the rear concave arc to form a seal with the arc conveying piece around the chain shaft as an axis convex arc rotary concave arc and the rear cantilever beam chain links are connected with the front convex arc and the rear concave arc and form a seal with the arc conveying piece around the chain shaft as an axis convex arc cambered surface, the front cantilever beam chain links are connected with the front convex arc and the rear concave arc of the arc conveying piece around the chain shaft as an axis convex arc rotary concave arc when passing through the arc surface of the roller, the front cantilever beam chain links are connected with the front convex arc and the rear concave arc of the arc conveying piece around the chain shaft as an axis convex arc, the cantilever beam branch conveying piece chain links comprise a left cantilever beam branch conveying piece chain link and a right cantilever beam branch conveying piece chain link, the chain shaft penetrates into the front chain link shaft hole of the chain link, the front chain link shaft penetrates into the rear chain link shaft hole, the front chain link shaft hole and the rear chain link shaft hole control the cantilever beam branch conveying piece chain link are not turned over, the front chain shaft hole of the chain link member and the chain link member rear chain shaft hole control the cantilever beam convex arc rotary concave arc take the chain shaft as an axis concave arc cambered surface close to the cantilever beam, and the cantilever beam branch conveying piece chain link joint is connected with the arc rotary concave arc of the front concave arc of the chain hole and the arc rotary concave arc of the front concave arc of the chain link plate around the arc of the arc is formed with the arc of the arc.
The cantilever beam plate cambered surface sealing smashing-resistant conveyor comprises a rubber chain belt, the rubber chain belt comprises a side shaft rubber chain belt, the side shaft rubber chain belt comprises a penetrating shaft and a rubber belt, the penetrating shaft stretches out of two ends of the rubber belt to form a rubber chain belt side shaft, the rubber chain belt side shaft and the chain shaft are integrated, the rubber chain belt side shaft penetrates through the cantilever beam chain link to be connected with a front convex arc and a rear concave arc and is connected with a radian conveying piece, the cantilever beam chain link to be connected with the front convex arc and the rear concave arc and is connected with the radian conveying piece in a closing mode, the cantilever beam chain link to be connected with the front convex arc and the rear concave arc and synchronously operate with the rubber chain belt, and the rubber chain belt side shaft penetrates through the cantilever beam supporting conveying piece to form the cambered surface sealing material plate rubber chain belt double-leakage-resistant conveyor.
The cantilever beam chain link is connected with the front convex arc and the rear concave arc and the radian material conveying piece comprises a shaft shifting preventing mechanism, the chain shaft comprises a long chain shaft or a short chain shaft, the shaft shifting preventing mechanism comprises a short shaft shifting preventing mechanism, and the short shaft shifting preventing mechanism comprises a short shaft shifting preventing blind hole or a short shaft shifting preventing baffle or a short shaft shifting wall or a short shaft shifting preventing screw.
The shaft-shifting-preventing mechanism comprises a shaft-shifting-preventing mechanism, and the shaft-shifting-preventing mechanism comprises a shaft-shifting-preventing table, a shaft-shifting-preventing welding spot, a shaft-shifting-preventing hole pin, a shaft-shifting-preventing thread, a shaft-shifting-preventing glue or a shaft-shifting-preventing rivet.
The cantilever beam chain link connecting front convex arc and rear concave arc same-radian material conveying part comprises an arc plate groove sealing part, wherein a sealing part groove is formed by taking a chain shaft as an axis convex arc or rotating the concave arc around the chain shaft as an axis convex arc, and the arc plate groove sealing part is arranged in the sealing part groove to form a sealing arc surface leakage prevention structure.
The cantilever beam chain shaft upper portion front convex arc back concave arc is with radian material conveying plate includes that solid cantilever beam chain shaft upper portion front convex arc back concave arc is with radian material conveying plate or cavity cantilever beam chain shaft upper portion front convex arc back concave arc is with radian material conveying plate or fall groove cantilever beam chain shaft upper portion front convex arc back concave arc is with radian material conveying plate, when using fall groove cantilever beam chain shaft upper portion front convex arc back concave arc with radian material conveying plate, fall groove cantilever beam chain shaft upper portion front convex arc back concave arc is with radian material conveying plate groove mouth downwards.
When the cantilever beam is used, the corresponding cantilever beam mechanism for connecting the material supporting and conveying parts is provided with a buckling cantilever beam hole part matched with the cantilever beam connecting and conveying material plate hole, the cantilever beam connecting and conveying plate hole comprises a cantilever beam polygonal hole or a cantilever beam elliptical hole or a cantilever beam circular hole, the corresponding buckling cantilever beam hole part is provided with a buckling cantilever beam polygonal hole part or a buckling cantilever beam elliptical hole part or a buckling cantilever beam circular hole part, the buckling cantilever beam hole part and the front convex arc back concave arc of the upper part of the cantilever beam chain shaft are connected with the same radian material conveying plate in a split manner or are integrated, the cantilever beam front convex back concave with radian material conveying plate sealing band comprises a cantilever beam front convex back concave with radian material conveying plate plane band or a cantilever beam front convex back concave with radian material conveying plate curved band, the cantilever beam front convex back concave with radian material conveying plate plane band upper portion cantilever beam chain shaft upper portion front convex arc back concave arc with radian material conveying plate upper surface is plane, when the cantilever beam front convex back concave with radian material conveying plate plane band is used, the cantilever beam cambered surface sealing anti-smashing conveyor comprises a scraping material plate, the scraping material plate is arranged at the blanking end of the cantilever beam front convex back concave with radian material conveying plate plane band, and when the cantilever beam front convex back concave with radian material conveying plate plane band rotates downwards around the roller, materials and material powder bonded on the cantilever beam front convex back concave with radian material conveying plate plane band upper portion are scraped clean, so that the materials fall into a material receiving device.
The cantilever beam chain shaft upper portion protruding arc back concave arc is with radian material conveying plate one end and cantilever beam branch material conveying piece chain link fixed connection or be integral type, the other end and cantilever beam branch material conveying piece chain link swing joint, the cantilever beam branch material conveying piece chain link of convenient other end and the equipment of gluing belt side axle, when protruding arc back concave arc is with radian material conveying plate left end and cantilever beam branch material conveying piece chain link fixed connection in front of last cantilever beam chain shaft upper portion, protruding arc back concave arc is with radian material conveying plate right-hand member and cantilever beam branch material conveying piece chain link fixed connection in front of next cantilever beam chain shaft upper portion, protruding arc back concave arc is equipped with through protruding arc material conveying plate link fixed connection in front of last cantilever beam branch material conveying piece chain link left end and cantilever beam branch material conveying piece chain link right-hand member and cantilever beam, make left and right cantilever beam branch material conveying piece chain link pass through the protruding arc plate hole structure with protruding beam link front of continuous material conveying plate hole when protruding arc connecting the cantilever beam front of cantilever beam.
The cantilever beam branch material conveying piece chain link is provided with a falling cantilever beam hole mechanism groove, the falling cantilever beam hole mechanism groove enables the penetrating cantilever beam hole mechanism to downwards displace, the front convex arc and the rear concave arc on the upper part of the cantilever beam chain shaft are enabled to fall with the bottom surface of the radian material conveying plate to be attached to the rubberizing surface of the adhesive tape, the size and the strength of the penetrating cantilever beam hole mechanism are increased, the falling cantilever beam hole mechanism groove comprises a semicircular falling cantilever beam hole mechanism groove or an arc falling cantilever beam hole mechanism groove or a square falling cantilever beam hole mechanism groove.
The roller chain is characterized in that a roller chain protecting shaft structure is arranged at the end part of a cantilever beam chain shaft upper part front convex arc and rear concave arc same-radian conveying plate, a cantilever beam chain shaft upper part front convex arc and rear concave arc same-radian conveying plate and a roller chain protecting shaft structure are connected in a split mode or integrated, a retaining mechanism is arranged on the roller chain protecting shaft structure, the cantilever beam plate cambered surface seals the cantilever beam conveyor and further comprises chain rollers and chain link plates, the lower part of the cantilever beam chain shaft structure is connected with chain links of a cantilever beam supporting member through a connecting shaft hole, the chain links, the chain rollers, the chain link plates and the chain shafts are arranged at the lower part of the roller chain protecting shaft structure, the roller chain protecting shaft structure comprises a double-arc protecting-roller chain shaft structure or a single-arc-protecting-roller-chain-shaft structure or a regular polygonal-shaped-protecting-roller-chain-shaft structure, when the cantilever beam chain shaft structure is used, the cantilever beam chain protecting shaft structure comprises a cantilever beam chain protecting shaft end face and a cantilever beam chain-side sealing member, the cantilever beam chain supporting member is arranged at the end face of the cantilever beam chain protecting shaft structure, the cantilever beam chain supporting member is connected with the upper part of the cantilever beam chain shaft structure, and the cantilever beam chain supporting member is connected with the chain connecting shaft at the lower part of the cantilever beam chain shaft structure, and the cantilever beam chain supporting member is connected with the outer end face of the cantilever beam chain shaft structure The chain roller activity space ensures that the chain link plate and the chain roller safely rotate around the roller under the roller protecting chain shaft structure, the double-arc roller protecting chain shaft structure comprises a double-arc left-right symmetrical roller protecting chain shaft structure or a double-arc left-right asymmetrical roller protecting chain shaft structure or a double-arc left-right homodromous roller protecting chain shaft structure or a double-arc left-right reverse roller protecting chain shaft structure or an axial up-down symmetrical roller protecting chain shaft structure, the regular polygon roller protecting chain shaft structure comprises a regular trapezoid roller protecting chain shaft structure or a regular square roller protecting chain shaft structure or a round roller protecting chain shaft structure or a regular elliptic roller protecting chain shaft structure or a regular triangle roller protecting chain shaft structure or a regular sector roller protecting chain shaft structure or a parallelogram roller protecting chain shaft structure, the irregular polygonal roller-protecting chain shaft structure comprises an irregular trapezoid roller-protecting chain shaft structure or an irregular square roller-protecting chain shaft structure or an irregular elliptic roller-protecting chain shaft structure or an irregular triangular roller-protecting chain shaft structure or an irregular fan-shaped roller-protecting chain shaft structure, the regular polygonal roller-protecting chain shaft structure or the irregular polygonal roller-protecting chain shaft structure comprises a right side edge of the roller-protecting chain shaft structure and a left side edge of the roller-protecting chain shaft structure, the right side edge of the roller-protecting chain shaft structure and the left side edge of the roller-protecting chain shaft structure are buckled with each other, when the roller-protecting chain shaft structure rotates around a roller, convex arcs on the side end faces of the roller-protecting chain shafts of the rear roller-protecting chain shaft structure and concave arcs on the side end faces of the roller-protecting chain shafts of the front roller-protecting chain shaft structure are buckled and sealed and leak-proof, and the roller-protecting chain shafts, chain rollers, chain link plates and chain shafts are protected from being impacted, worn and not corroded by mud and sewage.
The beneficial effects of the invention are as follows:
1. the chain shaft penetrates through the cantilever beam support material conveying part chain link, the front convex arc and the rear concave arc of the upper part of the cantilever beam chain shaft are arranged at the cantilever beam part of the upper part of the chain shaft with the same radian, the front round takes the chain shaft as the center of a circle by taking the convex arc of the axle center as the convex arc of the axle center, the front round takes the convex arc of the axle center as the convex arc of the axle center to be buckled with the convex arc of the axle center, the cantilever beam support material conveying part chain link and the cantilever beam chain shaft are connected by the cantilever beam support material conveying part cantilever beam mechanism with the axle hole support material conveying part, the front convex arc and the rear concave arc of the upper part of the cantilever beam chain shaft form the cantilever beam chain link, the front convex arc and the rear concave arc of the cantilever beam are connected with the same radian material conveying part, the front convex arc and the rear concave arc of the cantilever beam chain link are buckled with the front convex arc of the same radian material conveying part by taking the axle center of the convex arc of the axle center as the sealing arc of the chain link, the front cantilever beam chain links are connected with the front convex arc and the rear concave arc of the same radian material conveying piece, the front convex arc and the rear concave arc of the chain links are buckled when passing through the cambered surface of the roller, the front convex arc and the rear concave arc of the same radian material conveying piece are sealed and rotated by taking the chain shaft as the axis cambered surface and the chain shaft close to the cantilever beam as the axis cambered surface, the front chain shaft penetrates into the front shaft hole of the chain link piece, the rear chain shaft penetrates into the rear shaft hole of the chain link piece, the front chain shaft and the rear chain shaft control the cantilever beam to support the material conveying piece chain links not to overturn, the front shaft hole of the chain link piece and the rear shaft hole control the front convex arc and the rear concave arc of the upper part of the chain shaft of the cantilever beam to not to overturn with the radian material conveying plate, the chain shaft penetrates the material conveying pieces with the same radian to form a sealing belt of the cantilever beam front convex and the rear concave and the same radian material conveying plate, when the sealing belt of the cantilever beam front convex and the rear concave and the same radian material conveying plate rotates around the roller, the invention changes the structure that the prior plate conveyor connects the material conveying plates at the middle upper position of the chain link plates, changes the structure principle that the combination part of the front material conveying plate and the rear material conveying plate cannot be made to rotate by taking the roller chain shaft as the same axis, changes the structure principle that the gap of the combination part is gradually widened when the front material conveying plate and the rear material conveying plate rotate around a roller, the material flows into the gap of the front material conveying plate and the rear material conveying plate under the action of gravity, the material such as coal blocks, iron blocks, stone, steel drills, iron wires, and the like which are plugged into the gap of the front material conveying plate and the rear material conveying plate rotates along with the conveying belt, enters the lower part of the main body of the conveyor, falls between the bracket of the conveyor body and the lower conveying belt, and clamps the gap, the structure that the materials are leaked and corroded and damaged in a large amount to the lower part of the conveying belt, carrier rollers, bearings and the like of the supporting belt body are damaged, the materials are rubbed and clamped by the continuously accumulated materials to cause the rotation of the conveying belt, the structure that the clamped materials which are not dropped off of the old-type plate conveyor are blocked by the lower belt of the conveying belt is avoided, when the conveying belt enters a plane state to run through a roller, the materials enable a front conveying plate and a rear conveying plate to be staggered and buckled, the conveying plate is staggered and upwarped to strongly pull a chain link plate at the lower part of the conveying plate to upwarp, the front chain link plate is prevented from upwarp and powerfully pulling a chain shaft, the rear chain link plate is prevented from downwarp and powerfully pulling the chain shaft, the front chain link plate shears the chain shaft upwards, the rear chain link plate shears the same chain shaft downwards, the two chain link plates jointly shears and abrades the same chain shaft to lead the chain shaft and the chain to bend and deform, the circumference of the conveying belt is shortened, the roller is damaged by strongly pulling the front roller and the rear roller inwards by the conveying belt with the circumference reduced, the invention avoids the serious defects of damaging the roller, the chain shaft and the chain link plate, generating huge running resistance and huge running noise, shortening the service life of the conveyor and reducing the production efficiency, and the like, and structurally changes the bad structure that the concave arc of the front material conveying plate and the convex arc of the rear material conveying plate rotate around the roller with different axes respectively by the old plate conveyor, so as to avoid the arc surface separation opening of the material leakage blocking structure, the bigger the arc surface opening, the actual change of the arc surface seal into the line seal, the line seal is continuously clamped and clamped at the opening, the opening is continuously tensioned and enlarged, the line seal is expanded, the line seal is deformed and leaked, and the arc surface of the opening forms larger and bigger included angle material clamping and leakage; the invention prevents the surface of the material conveying plate from tilting when the material clamping and clamping are carried out to rotate to a plane position, so that the surface of the conveying belt is uneven, the return material of the scraping belt is serious, the material leakage and clamping are seriously caused, the environment is polluted, a motor is damaged, the materials are wasted and the like.
2. The side shaft adhesive chain belt consists of a penetrating shaft and an adhesive tape, the penetrating shaft extends out of two ends of the adhesive tape to form an adhesive chain belt side shaft, the adhesive chain belt side shaft and the chain shaft are integrated, the adhesive chain belt side shaft penetrates through a material conveying piece with the same radian as the front convex arc and the rear concave arc of the connecting cantilever beam chain link to enable the cantilever beam chain link to be close to the adhesive chain belt, the cantilever beam chain link, the front convex arc and the rear concave arc of the connecting cantilever beam chain link synchronously operate with the adhesive chain belt, the adhesive chain belt side shaft penetrates through the cantilever beam supporting material conveying piece chain link to form an arc surface sealing material plate adhesive chain belt double-leakage blocking conveyor, on the basis that a good arc surface sealing structure is formed by buckling the rotating concave arc of the connecting front convex arc and the rear concave arc of the connecting cantilever beam chain link and the front convex arc and the concave arc of the connecting cantilever beam chain link around the rotating concave arc taking the chain shaft as the axis, the adhesive chain belt leakage is further all-round and prevented, the front convex arc and the rear concave arc of the upper part of the cantilever beam chain shaft with high structural strength, wear resistance and smash resistance are arranged on the cantilever beam support conveying piece chain links for receiving and conveying materials, the front convex arc and the rear concave arc of the upper part of the cantilever beam chain shaft are skillfully connected with the radian conveying plate through the cantilever beam support conveying piece chain links, the front convex arc and the rear concave arc of the upper part of the adhesive chain shaft and the radian conveying plate synchronously run under the same power drive, dislocation mutual friction is not generated, the arrangement of a first belt on the adhesive belt is avoided, the structure that the first belt and the adhesive belt are in asynchronous running and mutual abrasion is avoided, the adhesive belt which is not leaked, deviated, slipped and telescopic is matched with the front convex arc and the rear concave arc of the upper part of the cantilever beam chain shaft and the radian conveying plate, so that the adhesive belt further improves the performances of heavy smash resistance, wear resistance, leakage resistance, water leakage resistance, slip resistance, telescopic property, material clamping property and material clamping property, the defects of material leakage and water leakage of the plate conveyor are avoided, the defects of no smashing resistance and no wear resistance of the rubber chain belt conveyor are avoided, and the structural performance, the environmental protection performance, the maintenance-free performance and the service life of the cantilever beam plate cambered surface sealing smashing-resistant conveyor are greatly improved.
3. The invention changes the bad structure that the old nail belt feeder is provided with the steel nail belt at the periphery of the belt, the steel nail belt and the belt are not connected, avoids the problems that the expansion ratio of the steel nail belt is different from that of the belt, the inner circumference and the outer circumference are different, the steel nail belt and the belt which are arranged up and down are in operation, the belt and the steel nail belt are in dislocation operation frequently, the belt is driven by a roller, the belt rotates and does not rotate, the problem that materials cannot be carried out is solved, the steel nail belt is driven by a gear, the belt is driven by a roller through friction force, the steel nail belt is prevented from rotating, the belt is not rotated, the steel nail belt is worn by the belt due to thermal expansion and contraction, the tensile force of the roller, the problems of elongation, the deviation, the slipping and the like of the belt are avoided, the normal operation of the steel nail belt is hindered by accumulation and folding in the steel nail belt, the tensioner is avoided from being arranged on the conveyor, the circumference of the belt regulated by the tensioner is not matched with the circumference of the armor belt, so that the bad structure of the armor belt wearing belt is often caused, the bad structure that the damaged annular belt is required to be removed from the roller, the carrier roller, the armor belt and the like to repair and replace the belt is changed, when the adhesive chain belt is replaced, the conveyor belt can be quickly replaced only by taking out the penetrating strip of the adhesive chain belt penetrated by the penetrating strip without dismantling the roller and the carrier roller, the invention changes the vulcanized rubber layer at the lower part of the armor belt, the armor plate and the armor plate are different in structure because of different materials of the armor belt, when the armor plate rotates around the roller, the opposite joint part of the armor plate and the armor plate is tilted to the outer side of the roller to form the arc length larger than the inner side rubber layer, the armor plate can bypass the roller, the armor plate is prevented from being stripped from the rubber layer in the large-amplitude tilting operation, the expansion rate of the steel armor tape is different from that of the rubber layer, so that the steel armor tape and the rubber layer are not synchronous in operation, and the rubber layer in a free state is piled, folded, deviated, slipped and torn in the steel armor tape because of no limit on two sides of the rubber layer, so that various problems of deviation, material scattering, high running resistance, high failure rate and the like of the steel armor tape seriously affect the use are caused.
4. The short shaft play preventing blind holes or the short shaft play preventing baffle plates or the short shaft play preventing walls or the short shaft play preventing threads prevent the short shaft from moving and falling off, so that the running stability and the running safety are improved.
5. The shaft outside shifting prevention platform, the shaft outside shifting prevention welding spots, the shaft outside shifting prevention hole pins, the shaft outside shifting prevention threads, the shaft outside shifting prevention glue or the shaft outside shifting prevention rivet piece can prevent chain shaft shifting from falling off, and the safety performance of the cantilever beam plate cambered surface sealing anti-smashing conveyor for stably conveying materials for a long time is improved.
6. The sealing part groove is formed by taking the chain shaft as an axis convex arc or rotating the concave arc around the chain shaft as an axis convex arc, and the arc plate groove sealing part is arranged in the sealing part groove to form a sealing arc surface leakage-preventing structure.
7. When the material conveying plate with the same radian is used, the front convex arc and the rear concave arc of the upper part of the inverted groove cantilever beam chain shaft are downwards arranged with the material conveying plate with the same radian, and the front convex arc and the rear concave arc of the upper part of the hollow cantilever beam chain shaft are downwards arranged with the material conveying plate with the same radian or the material conveying plate with the same radian, so that the weight of the material conveying plate is greatly lightened, the material is saved, the energy consumption due to the overweight weight of the material conveying plate is reduced, when the material conveying plate with the same radian is used, the front convex arc and the rear concave arc of the upper part of the inverted groove cantilever beam chain shaft are downwards arranged, and the material conveying plate with the same radian is supported by the cantilever beam support material conveying chain link, so that the groove wall of the inverted groove cantilever beam chain shaft is not contacted with the adhesive tape surface of the lower part, the problem of dislocation of the adhesive tape wall is not generated even if the adhesive tape and the material conveying plate is operated, and the service life of the adhesive tape of the lower part is greatly prolonged.
8. The axle hole holds in palm defeated material piece cantilever beam is equipped with the cantilever beam and links defeated flitch hole or is equipped with the cantilever beam and links defeated flitch catching groove or is equipped with the cantilever beam and links defeated flitch screw hole or is equipped with the cantilever beam and links defeated flitch welded station, when using the cantilever beam to link defeated flitch hole, corresponding even axle hole holds in palm defeated material piece cantilever beam mechanism be equipped with cantilever beam and links defeated flitch hole complex knot cantilever beam hole piece, cantilever beam links defeated flitch hole includes cantilever beam polygon or cantilever beam elliptical hole or cantilever beam round hole, corresponding knot cantilever beam hole piece is equipped with detained cantilever beam polygon hole piece or is equipped with detained cantilever beam elliptical hole piece or is equipped with detains the cantilever beam round hole piece, when detaining cantilever beam hole piece and cantilever beam chain upper portion preceding convex arc back concave arc and with the radian material conveying board is as an organic whole, use cantilever beam to link defeated flitch fastening to detain cantilever beam hole piece, through mortise structure, avoided with the easy emergence of bolt, the round pin axle to drop the trouble of leaving of material board of connection has ensured simultaneously that the installation is swift and simple and convenient, maintenance change efficiency is high.
9. When the cantilever beam front-protruding back-protruding same radian material conveying plate plane is used, the scraping plate is arranged at the blanking end of the cantilever beam front-protruding back-protruding same radian material conveying plate plane, when the cantilever beam front-protruding back-protruding same radian material conveying plate plane is used, the scraping plate scrapes materials and materials powder cleanly, the materials and the materials adhered to the cantilever beam front-protruding back-protruding same radian material conveying plate plane upper part are scraped cleanly, the materials fall into a receiver, the cantilever beam front-protruding back-protruding same radian material conveying plate plane upper surface is a plane, the conveying of the powder materials is facilitated, the scattering materials are reduced, the scraping of the return materials can be effectively avoided, the waste materials are reduced, the damage to machine body parts due to return materials is reduced, the impact abrasion of the concave-convex strip to the scraping plate is avoided, the environmental pollution is greatly reduced, and the service life is greatly prolonged.
10. The invention changes the structure that one apron of the scale conveyor is provided with two upward protruding arcs and two downward concave arcs, the radius corresponding to the arc of the first arc part is larger than that of the second arc part, the first arc part of the apron is used for completely coating the second arc part of the other apron, the upper surface of the conveyor belt is prevented from being provided with a plurality of curved surfaces, the concave surface of the first arc part of the apron is used for forming a gap with the convex surface of the second arc part of the other apron, the first arc part is provided with a first end and a second end, the first end is close to the second arc part relative to the second end, the second end is provided with a larger height difference with the second arc part, so that the surface of the scale belt is also provided with gap clamping materials and clamping materials in a flat belt state, and the defect of serious return materials is caused, the invention avoids the serious accidents of material accumulation, environmental pollution, difficult cleaning, material accumulation, jacking and blocking of a conveying belt, motor damage, stretch-breaking of the conveying belt, shutdown and production stopping, changes the structure that the front end of a first arc part of the front end of a apron is provided with an extension part, one end of the extension part is connected with a second arc part, the extension part extends from the second end towards the direction far away from the first end, the extension part is arranged on a belt surface, the structure of a lap joint high platform appears between the apron and the apron, the defect that the lap joint platform and the scraping belt surface are impacted and worn when the conveying belt conveys bulk materials is avoided, the defect that a transition part groove is arranged between the first arc and the second arc, the extension part is arranged outside the arc, the structure of concave-convex front, back, left and right of the surface is avoided, the apron structure is complex, the manufacturing process is complex, the manufacturing cost is high, and the practicability is poor, the invention has the advantages of simple structure, simple manufacturing process, low manufacturing cost, strong practicability and long service life.
11. When the front convex arc and the rear concave arc of the upper part of the cantilever beam chain are fixedly connected with the left end of the front convex arc and the rear concave arc of the upper part of the cantilever beam chain and the left end of the cantilever beam chain and the right end of the cantilever beam chain are fixedly connected with the cantilever beam branch conveying piece through the front convex arc and the rear concave arc of the upper part of the cantilever beam chain and the right end of the cantilever beam chain, the invention changes the structure of fixing the material conveying plate by a plurality of screws on a chain link plate, avoids the defects of complex structure of a roller chain, high processing precision, difficult processing, complex installation and long installation difficulty during matched installation and long assembly time, avoids the defects that in use, blocks with weight of tens of kilograms and hundreds of kilograms always smash the material conveying plate to vibrate up and down on the material conveying plate, screw and screw threads are seriously damaged when the material conveying plate vibrates up and down, screw loosening or deformation fault is caused, the problem that when the material conveying plate rotates to the bottom of a conveyor, the material conveying plate with weight of more than hundred kilograms is lifted by the screw, the screw on the roller chain plate is limited by the width of the chain link plate is avoided, the screw is generally made to be finer, the material conveying plate is subject to up-down vibration and falling down by the dead weight of the material conveying plate, the screw is often loosened and falls off, one end of the material conveying plate is inclined downwards after falling down by the screw to collide with a frame to cause the occurrence of faults such as shutdown and production stoppage, the invention avoids the turnover of the material conveying plate with the same radian by the front convex arc and the back concave arc at the upper part of the chain shaft of the cantilever beam, simultaneously improves the strength of the fixed chain link and the material conveying plate, avoids the falling off of the fixed part and the material conveying plate, reduces the shutdown fault, improves the production efficiency, and when the cantilever beam is used for connecting the material conveying plate hole, the front convex arc and the back concave arc at the upper part of the chain shaft of the cantilever beam are correspondingly provided with a through-connection cantilever beam hole structure matched with the cantilever beam connecting material conveying plate hole, the cantilever beam hole structure and the cantilever beam chain shaft upper portion front protruding arc back concave arc are integrated with the radian material conveying plate, the cantilever beam continuous material conveying plate hole is penetrated through the cantilever beam hole structure, the cantilever beam chain shaft upper portion front protruding arc back concave arc is firmly connected with the radian material conveying plate and the cantilever beam supporting material conveying piece chain link, the connection firmness is high, safety and stability are achieved, the connection mode is a mortise and tenon structure, the occurrence of faults that bolts, pin shafts, material conveying plates fall off and the like are easy to occur through the mortise and tenon structure, the installation is fast and simple, the maintenance and replacement efficiency is high, and the service life is long.
12. The invention uses the minimum space to realize the conveyer with large structural strength, large conveying capacity, good sealing leakage blocking effect, compact structure, heavy smashing resistance and wear resistance, the conveyer with the cambered surface sealing and smashing resistance of the cantilever beam plate can be used for transporting ultra-large and ultra-heavy materials, water-containing materials, has high environmental protection performance and long service life.
13. The invention uses the minimum space to realize the conveyer with large structural strength, large conveying capacity, good sealing leakage blocking effect, compact structure, heavy smashing resistance and wear resistance, the conveyer with the cambered surface sealing and smashing resistance of the cantilever beam plate can be used for transporting ultra-large and ultra-heavy materials, water-containing materials, has high environmental protection performance and long service life. The front convex arc and the rear concave arc of the upper part of the cantilever beam chain shaft are connected with the radian conveying plate in a split manner or are integrated with the protective roller chain shaft structure, the protective roller chain shaft structure is consistent with the upper surface of the cantilever beam chain shaft upper part front convex arc and the rear concave arc of the cantilever beam chain shaft structure, the lower part of the protective roller chain shaft structure is connected with the cantilever beam supporting conveying piece chain link through the connecting shaft hole supporting conveying piece cantilever beam mechanism, the cantilever beam supporting conveying piece chain link, the chain roller, the chain link plate and the chain shaft are arranged at the lower part of the protective roller chain shaft structure, the protective roller chain shaft structure comprises a double-arc protective roller chain shaft structure or a single-arc protective roller chain shaft structure or a regular polygon protective roller chain shaft structure and an irregular polygon protective roller chain shaft structure, when the double-arc protective roller chain shaft structure is used, the convex arc of the protective roller chain shaft side end face of the rear protective roller chain shaft structure is buckled and sealed with the concave arc of the protective roller chain shaft side end face of the front protective roller chain shaft structure, when the chain roller inner cantilever beam supporting and conveying member chain link is used, the protecting roller chain shaft structure extends towards the two sides of the conveying plate with the same radian as the front convex arc and the rear concave arc of the upper part of the cantilever beam chain shaft, the cover is protected on the chain link plate and the upper part of the chain shaft and keeps the chain link plate and the chain roller running space, when the chain roller outer cantilever beam supporting and conveying member chain link is used, the protecting roller chain shaft structure is connected with the chain roller outer cantilever beam supporting and conveying member chain link on the outer upper part of the chain roller, the lower part of the protecting roller chain shaft structure is provided with the chain link plate and the chain roller movable space, so that the chain link plate and the chain roller safely rotate around the roller on the lower part of the protecting roller chain shaft structure, when the protecting roller chain shaft structure rotates around the roller, the convex arc of the protecting roller chain shaft side end face of the latter protecting roller chain shaft structure is buckled and sealed with the concave arc of the protecting roller chain shaft side end face of the front protecting roller chain shaft structure to leak, and the protecting roller chain shaft structure protects the lower cantilever beam supporting and conveying member chain link, the chain roller The chain link plate and the chain shaft are not impacted, worn and corroded by coal slime and sewage, the front convex arc and the rear concave arc on the upper part of the cantilever beam chain shaft are consistent with the upper surface of the radian material conveying plate, the front protective roller chain shaft structure and the rear protective roller chain shaft structure are ensured to be matched optimally, the front protective roller chain shaft structure and the rear protective roller chain shaft structure are buckled to form smooth and clean side surfaces, when the sealing belt of the cantilever beam front convex and rear concave material conveying plate with the radian is arranged in the material guide groove, the side surfaces of the protective roller chain shaft structure face the surface of the material guide groove, when the sealing belt of the cantilever beam front convex and rear concave material conveying plate with the radian rubs with the material guide groove in operation, the side surfaces of the protective roller chain shaft structure rubs with the material guide groove, the double shafts of the material conveying plate and the side end surface connecting shaft plate are prevented from rubbing and colliding with the material guide groove, the double shafts of the side surface connecting shaft plate are prevented from being worn, the invention has the advantages that the service life of the sealing belt of the cantilever beam front convex and rear concave same radian material conveying plate is prolonged, the surface of the protecting roller chain shaft structure is smooth and consistent with the surface of the cantilever beam chain shaft upper front convex arc and rear concave arc same radian material conveying plate, the appearance is exquisite, the structure is reasonable, the scraping and clearing plate is beneficial to thoroughly cleaning the materials on the cantilever beam chain shaft upper front convex arc and rear concave arc same radian material conveying plate without polluting components such as chain rollers, chain link plates, chain gears and the like, environmental pollution is reduced, the problem that the whole conveying part enlarges a shield for the roller chain but the materials still enter the poor structure of the roller chain and the chain wheels is solved, the structure is simple and exquisite, the practicability is strong, the protecting roller chain is accurately matched with the gears, the faults such as the roller chain falls off the gears caused by the materials entering the gears and the roller chain are avoided, the service life and the efficiency of the components are improved, the safety production capacity is strong.
Drawings
FIG. 1 is a schematic diagram of an arcuate sealing anti-crushing conveyor for an outrigger plate in example 1;
fig. 2 is a schematic structural diagram of an arcuate sealing anti-crushing conveyor for an outrigger plate in embodiment 1;
FIG. 3 is a schematic view of the structure of the material conveying member with the same radian as the front convex arc and the rear concave arc of the cantilever beam chain link in the embodiment 1;
fig. 4 is a schematic structural diagram of an arcuate sealing anti-crushing conveyor for an outrigger plate in embodiment 1;
FIG. 5 is a schematic view of a double leakage blocking conveyor with cambered surface sealing material plate and adhesive tape in example 2;
FIG. 6 is a schematic view of the cambered surface sealing anti-crushing conveyor of the cantilever beam plate in the embodiment 3;
FIG. 7 is a schematic view of a cambered surface sealing and smashing-resistant conveyor for an outrigger plate in embodiment 4;
FIG. 8 is a cambered surface of a cantilever beam plate in example 5 a structural schematic diagram of a sealing anti-smashing conveyor;
FIG. 9 is a schematic view of a structure of a material conveying plate with the same radian as a front convex arc and a rear concave arc on the upper part of a cantilever beam chain shaft in the embodiment 6;
FIG. 10 is a schematic view of a structure of a material conveying plate with the same radian as a front convex arc and a rear concave arc on the upper part of a cantilever beam chain shaft in the embodiment 6;
FIG. 11 is a schematic view of a structure of a material conveying plate with the same radian as a front convex arc and a rear concave arc on the upper part of a cantilever beam chain shaft in the embodiment 7;
FIG. 12 is a schematic view of a cantilever beam support feeder link structure in example 8;
FIG. 13 is a schematic view of a structure of a material conveying plate with the same radian as a front convex arc and a rear concave arc on the upper part of a cantilever beam chain shaft in the embodiment 8;
FIG. 14 is a schematic view of the sealing band structure of the cantilever beam front convex and back concave same-radian material conveying plate in embodiment 9;
FIG. 15 is a schematic view of the sealing band structure of the cantilever beam front convex and back concave same-radian material conveying plate in embodiment 9;
FIG. 16 is a schematic view of an arcuate sealing anti-crushing conveyor for an outrigger plate in embodiment 10;
FIG. 17 is a schematic view of an arcuate sealing anti-crushing conveyor for an outrigger plate in example 11;
fig. 18 is a schematic structural diagram of an arcuate sealing and smashing-resistant conveyor for an outrigger plate in example 12.
FIG. 19 is a schematic view of an arcuate sealing anti-crushing conveyor for an outrigger plate in example 13;
FIG. 20 is a protective cover in example 13 a roller chain shaft structure schematic diagram;
FIG. 21 is a schematic view showing the structure of a roller chain shaft in accordance with example 13;
FIG. 22 is a schematic view of an arcuate sealing anti-crushing conveyor for an outrigger plate of example 14;
FIG. 23 is a schematic view showing the structure of a roller chain shaft in example 14.
FIG. 24 is a schematic view showing the structure of a roller chain shaft in accordance with example 14;
FIG. 25 is a schematic view showing the structure of a roller chain shaft in example 14;
FIG. 26 is a schematic view showing the structure of a roller chain shaft in accordance with example 14;
FIG. 27 is a schematic view showing the structure of a roller chain shaft in example 14;
FIG. 28 is a schematic view showing the structure of a roller chain shaft in accordance with example 14;
FIG. 29 is a schematic view showing the structure of a roller chain shaft in accordance with example 14;
FIG. 30 is a schematic view showing the structure of a roller chain shaft in accordance with example 14;
FIG. 31 is a schematic view showing the structure of a roller chain shaft in accordance with example 14;
FIG. 32 is a schematic view of the roller chain guard shaft structure of example 14;
FIG. 33 is a diagram of the guard in example 15 a roller chain shaft structure schematic diagram;
FIG. 34 is a schematic view showing the structure of a roller chain shaft in example 15.
In the figure: the arc surface sealing anti-smashing conveyor comprises a 1-cantilever beam plate arc surface sealing anti-smashing conveyor body, a 2-cantilever beam supporting conveying part chain link, a 3-cantilever beam chain shaft upper part front convex arc rear concave arc same radian conveying plate, a 4-chain shaft, a 5-shaft hole supporting conveying part cantilever beam, a 6-chain link part front shaft hole, a 7-chain link part rear shaft hole, an 8-connecting shaft hole supporting conveying part cantilever beam mechanism, 9-taking a chain shaft as an axis convex arc, 10-rotating concave arc around the chain shaft as an axis convex arc, 11-taking the chain shaft as an axis convex arc, 12-taking the chain shaft as an axis convex arc, 13-rotating concave arc around the chain shaft as an axis convex arc, 14-back rotating concave arc taking the chain shaft as an axis convex arc, 15-cantilever beam chain link connecting front convex arc rear concave arc same radian conveying part, 16-front cantilever beam chain link connecting front convex arc rear concave arc same radian conveying part, a conveying part the device comprises a 17-rear cantilever beam chain link, a front convex arc and rear concave arc same-radian conveying part, a 18-left cantilever beam branch conveying part chain link, a 19-right cantilever beam branch conveying part chain link, a 20-front chain shaft, a 21-rear chain shaft, a 22-cantilever beam front convex and rear concave same-radian conveying plate sealing belt, a 23-cantilever beam conveying plate cambered surface seamless sealing anti-heavy smashing conveying device, a 24-rubber chain belt, a 25-side shaft rubber chain belt, a 25.1-rubber chain belt side shaft 25.1, a 26-penetrating shaft, a 27-rubber belt, a 28-cambered surface sealing plate rubber chain belt double-resistance leakage conveyor, a 29-resistance shaft shifting mechanism, a 30-long chain shaft, a 31-short chain shaft, a 32-resistance short shaft shifting mechanism, a 33-resistance short shaft shifting blind hole, a 34-resistance shaft outer shifting mechanism, a 35-resistance shaft outer shifting table, a 36-resistance shaft outer shifting hole pin, a 37-arc plate groove sealing part, a 27-resistance shaft shifting mechanism and a belt, 38-sealing piece grooves, 39-sealing cambered surface leakage preventing structure, 40-solid cantilever chain shaft upper part front convex arc and rear concave arc same-radian material conveying plate, 41-hollow cantilever chain shaft upper part front convex arc and rear concave arc same-radian material conveying plate, 42-inverted groove cantilever chain shaft upper part front convex arc and rear concave arc same-radian material conveying plate, 43-cantilever continuous material conveying plate holes, 44-buckle cantilever hole pieces, 45-cantilever round holes, 46-buckle cantilever round hole pieces, 47-cantilever front convex and rear concave arc same-radian material conveying plate plane strips, 48-scraping and clearing plate, 49-material receiving device, 50-roller, 51-penetrating cantilever hole structure, 52-falling cantilever hole mechanism groove, 53-semicircular falling cantilever hole mechanism groove, 54-protecting roller chain shaft structure, 55-chain roller the chain comprises a 56-link plate, a 57-double arc protective roller chain shaft structure, a 58-protective roller chain shaft side end face convex arc, a 59-protective roller chain shaft side end face concave arc, a 60-chain roller inner cantilever beam supporting and conveying piece chain link, a 61-single arc protective roller chain shaft structure, a 62-chain roller outer cantilever beam supporting and conveying piece chain link, a 63-double arc left-right symmetrical protective roller chain shaft structure, a 64-double arc left-right asymmetrical protective roller chain shaft structure, a 65-regular polygon protective roller chain shaft structure, a 66-regular square protective roller chain shaft structure, a 67-irregular polygon protective roller chain shaft structure, a 68-irregular trapezoid protective roller chain shaft structure, a 69-protective roller chain shaft structure right side edge, a 70-protective roller chain shaft structure left side edge and a 71-regular trapezoid protective roller chain shaft structure.
Detailed Description
Example 1
As shown in fig. 1 to 4, the cantilever beam plate cambered surface sealing anti-smashing conveyor 1 comprises a cantilever beam supporting and conveying member chain link 2, a cantilever beam chain shaft upper part front convex arc and rear concave arc same radian conveying plate 3 and a chain shaft 4, wherein the chain shaft 4 is penetrated and connected with the cantilever beam supporting and conveying member chain link 2, the cantilever beam chain shaft upper part front convex arc and rear concave arc same radian conveying plate 3 is arranged at a cantilever beam part on the upper part of the chain shaft 4, the cantilever beam supporting and conveying member chain link 2 comprises a shaft hole supporting and conveying member cantilever beam 5, a chain member front shaft hole 6 and a chain member rear shaft hole 7, the cantilever beam chain shaft upper part front convex arc and rear concave arc same radian conveying plate 3 comprises a connecting shaft hole supporting and conveying member cantilever beam mechanism 8, a convex arc 9 taking the chain shaft as an axle center and a rotary concave arc 10 taking the chain shaft as an axle center, the convex arc 9 taking the chain shaft as an axle center as an axle center and a convex arc 12 taking the chain shaft as an axle center, the rotating concave arc 10 around the chain shaft as the axis center comprises a rotating concave arc 13 around the chain shaft as the axis center and a rotating concave arc 14 around the chain shaft as the axis center, the rotating concave arc 13 around the chain shaft as the axis center and the rotating concave arc 12 around the chain shaft as the axis center around the same chain shaft 4 center, the rotating concave arc 10 around the chain shaft as the axis center rotates in a sealing way around the axis center convex arc 9 around the chain shaft, the connecting shaft hole support material conveying part cantilever beam mechanism 8 is connected with the shaft hole support material conveying part cantilever beam 5 to form a cantilever beam chain link connecting front convex arc back concave arc same radian material conveying part 15 with the cantilever beam chain link connecting front convex arc back concave arc same radian material conveying part 16 and the back cantilever beam chain link connecting front convex arc back concave arc same radian material conveying part 17, the plurality of chain shafts 4 penetrate through a plurality of front cantilever beam chain links, front convex arc, rear concave arc and radian conveying pieces 16 and rear cantilever beam chain links, front convex arc, rear concave arc and radian conveying pieces 17, the front cantilever beam chain links, front convex arc, rear concave arc and radian conveying pieces 16 are buckled and sealed around the convex arc rotating concave arc 10 taking the chain shaft as the axle center and the cambered surface of the rear cantilever beam chain links, front convex arc, rear concave arc and radian conveying pieces 17 by taking the chain shaft as the axle center, the front cantilever beam chain links, front convex arc, rear concave arc and radian conveying pieces 16 are buckled, the rear cantilever beam chain links, front convex arc, rear concave arc and radian conveying pieces 17 are buckled and rotated around the convex arc 9 taking the chain shaft as the axle center and the cambered surface of the cantilever beam as the axle center by taking the axle center as the cambered surface of the cantilever beam, the cantilever beam branch conveying pieces 2 comprise a left cantilever beam branch conveying piece chain link 18 and a right cantilever beam branch conveying piece chain link 19, the chain links 4 are connected with the cantilever beam branch conveying pieces 2, the chain shaft 4 comprises a front chain shaft 20 and a rear chain shaft 21, the front chain shaft 20 penetrates into the front shaft hole 6 of the chain link piece, the rear chain shaft 21 penetrates into the rear shaft hole 7 of the chain link piece, the front chain shaft 20 and the rear chain shaft 21 control the cantilever beam support material conveying piece chain link 2 not to overturn, the front shaft hole 6 of the chain link piece and the rear shaft hole 7 control the front convex arc and the rear concave arc of the upper part of the cantilever beam chain shaft not to overturn with the radian material conveying plate 3, the chain shaft 4 penetrates and connects a plurality of cantilever beam chain links with the front convex arc and the rear concave arc with the radian material conveying piece 15 into a cantilever beam front convex and rear concave and same radian material conveying plate sealing belt 22, when the cantilever beam front convex and rear concave and radian material conveying plate sealing belt 22 rotates around the drum 50, the cantilever beam material conveying plate cambered surface seamless cantilever beam material conveying device 23 is formed by sealing and rotating around the arc 12 cambered surface of the chain shaft after the rotation concave arc 13 is jointed around the chain shaft as the axle center, the cantilever beam front convex and the concave and the same radian material conveying plate sealing belt 22 is always buckled and sealed around the drum 50, the device is free of opening, clamping, leakage and return, and is environment-friendly and efficient.
Example 2
As shown in fig. 5, the cantilever beam plate cambered surface sealing anti-smashing conveyor 1 comprises a rubber chain belt 24, the rubber chain belt 24 comprises a side shaft rubber chain belt 25, the side shaft rubber chain belt 25 comprises a penetrating shaft 26 and a rubber belt 27, the penetrating shaft 26 extends out of two ends of the rubber belt 27 to form a rubber chain belt side shaft 25.1, the rubber chain belt side shaft 25.1 and the chain shaft 4 are integrated, the rubber chain belt side shaft 25.1 penetrates through a cantilever beam chain link to be connected with a front convex arc and a rear concave arc and a radian material conveying piece 15, the cantilever beam chain link to be connected with the front convex arc and the rear concave arc and the radian material conveying piece 15 are close to the rubber chain belt 24, the cantilever beam chain link to be connected with the front convex arc and the rear concave arc and the radian material conveying piece 15 and the rubber chain belt 24 synchronously run, and the rubber chain belt side shaft 25.1 penetrates through the cantilever beam supporting material conveying piece chain link 2 to form a cambered surface sealing plate rubber chain belt double-leakage-preventing conveyor 28.
The procedure is as in example 1.
Example 3
As shown in fig. 6, the cantilever beam chain link, front convex arc, rear concave arc and radian same-radian material conveying member 15 comprises a shaft blocking shifting mechanism 29, the chain shaft 4 comprises a short chain shaft 31, the shaft-blocking shifting mechanism 29 comprises a shaft-blocking shifting mechanism 32, and the shaft-blocking shifting mechanism 32 comprises a shaft-blocking shifting blind hole 33, so that the stability and the safety of operation are improved.
The stub shaft play prevention mechanism 32 may also include a stub shaft play prevention stop or a stub shaft play prevention wall or a stub shaft play prevention thread.
Or may be a chain shaft 4 including a long chain shaft 30.
All the others are the same as example 1.
Example 4
As shown in fig. 7, the shaft-play prevention mechanism 29 includes a shaft-play prevention mechanism 34, and the shaft-play prevention mechanism 34 includes a shaft-play prevention table 35.
The out-of-shaft-blocking mechanism 34 may also include out-of-shaft-blocking weld, out-of-shaft-blocking pin 36, out-of-shaft-blocking threads, out-of-shaft-blocking glue, out-of-shaft-blocking rivets, or the like.
The procedure is as in example 1.
Example 5
As shown in fig. 8, the material conveying member 15 with the same radian of the cantilever beam chain link connecting front convex arc and rear concave arc comprises an arc plate groove sealing member 37, a sealing member groove 38 is formed by taking a chain shaft as an axis convex arc 9 or rotating the concave arc 10 around the chain shaft as an axis convex arc, the arc plate groove sealing member 37 is arranged in the sealing member groove 38 to form a sealing arc surface leakage preventing structure 39, so that the sealing effect between the material conveying plate 3 with the same radian of the front convex arc and rear concave arc of the upper part of the cantilever beam chain shaft and the material conveying plate 3 with the same radian of the front convex arc and rear concave arc of the upper part of the cantilever beam chain shaft is truly improved, and the environmental pollution is reduced.
The procedure is as in example 1.
Example 6
As shown in fig. 9 to 10, the cantilever beam chain shaft upper portion front convex arc back concave arc and radian material conveying plate 3 comprises a hollow cantilever beam chain shaft upper portion front convex arc back concave arc and radian material conveying plate 41, when the hollow cantilever beam chain shaft upper portion front convex arc back concave arc and radian material conveying plate 41 is used, the hollow cantilever beam chain shaft upper portion front convex arc back concave arc and radian material conveying plate 41 greatly reduces the weight of the material conveying plate, saves materials, and reduces energy consumption due to overweight weight of the material conveying plate.
The material conveying plate 3 with the same radian can also be a material conveying plate 40 with the same radian with the front convex arc and the rear concave arc of the upper part of the cantilever beam chain shaft.
The procedure is as in example 1.
Example 7
As shown in fig. 11, the material conveying plate 3 with the same radian as the front convex arc and the rear concave arc of the upper part of the cantilever beam chain shaft comprises a material conveying plate 42 with the same radian as the front convex arc and the rear concave arc of the upper part of the inverted groove cantilever beam chain shaft, when the material conveying plate 42 with the same radian as the front convex arc and the rear concave arc of the upper part of the inverted groove cantilever beam chain shaft is used, the groove mouth of the material conveying plate 42 with the same radian is downwards arranged, and the material conveying plate 42 with the same radian as the front convex arc and the rear concave arc of the upper part of the inverted groove cantilever beam chain shaft is supported by the cantilever beam supporting material conveying member chain link 2, so that the groove wall of the material conveying plate is not contacted with the surface of the adhesive tape 27 at the lower part, and the problem that the adhesive tape 27 is worn on the groove wall even if the adhesive tape 27 and the material conveying plate are in a dislocation operation is not caused.
The procedure is as in example 1.
Example 8
As shown in fig. 12 to 13, the cantilever beam 5 of the shaft hole support material conveying part is provided with a cantilever beam continuous conveying plate hole 43, when the cantilever beam continuous conveying plate hole 43 is used, the corresponding cantilever beam mechanism 8 of the shaft hole support material conveying part is provided with a buckling cantilever beam hole part 44 matched with the cantilever beam continuous conveying plate hole 43, the cantilever beam continuous conveying plate hole 43 comprises a cantilever beam round hole 45, the corresponding buckling cantilever beam hole part 44 is provided with a buckling cantilever beam round hole part 46, the buckling cantilever beam hole part 44 and a front convex arc and a rear concave arc on the upper part of the cantilever beam chain shaft are integrated with the radian material conveying plate 3, and the cantilever beam continuous conveying plate is rapid and convenient to install, high in maintenance and replacement efficiency and high in safety.
The cantilever beam continuous material conveying plate hole 43 comprises a cantilever beam polygonal hole, a corresponding buckling cantilever beam hole piece 44 is provided with a buckling cantilever beam polygonal hole piece, and the buckling cantilever beam hole piece 44 is connected with the cantilever beam chain shaft upper portion front convex arc and rear concave arc in a split mode with the radian material conveying plate 3.
The cantilever beam 5 of the shaft hole supporting and conveying piece is provided with a buckling groove of the cantilever beam connecting and conveying plate or a threaded hole of the cantilever beam connecting and conveying plate or a welding table of the cantilever beam connecting and conveying plate.
The cantilever beam continuous material conveying plate holes 43 also comprise cantilever beam elliptical holes, and corresponding buckling cantilever beam hole pieces 44 are provided with buckling cantilever beam elliptical hole pieces 46 and the like.
The procedure is as in example 1.
Example 9
As shown in fig. 14 to 15, the sealing belt 22 of the cantilever beam front convex back concave with radian conveying plate is a plane 47 of the cantilever beam front convex back concave with radian conveying plate, the front convex arc back concave arc on the upper part of the cantilever beam chain shaft of the cantilever beam front convex back concave with radian conveying plate plane 47 is a plane with the upper surface of the radian conveying plate 3, when the cantilever beam front convex back concave with radian conveying plate plane 47 is used, the cantilever beam cambered surface sealing anti-smashing conveyor 1 comprises a scraping and clearing plate 48, the scraping and clearing plate 48 is arranged at the blanking end of the cantilever beam front convex back concave with radian conveying plate plane 47, and when the cantilever beam front convex back concave with radian conveying plate plane 47 rotates downwards around a roller 50, the scraping and clearing plate 48 scrapes materials and materials powder adhered on the upper part of the cantilever beam front convex back concave with the radian conveying plate plane 47, so that the materials fall into a material receiving device 49.
The sealing belt 22 of the cantilever beam front convex back concave same-radian material conveying plate is a curved belt of the cantilever beam front convex back concave same-radian material conveying plate.
The procedure is as in example 1.
Example 10
As shown in fig. 16, when the front convex arc and rear concave arc of the upper part of the cantilever beam chain are fixedly connected with the cantilever beam branch conveying piece chain link 2, the cantilever beam branch conveying piece chain link 2 is prevented from moving and overturning with the cantilever beam branch conveying piece chain link 2 by the front convex arc and rear concave arc of the upper part of the cantilever beam chain, the other end of the cantilever beam branch conveying piece chain link 2 is conveniently assembled with the side shaft 25.1 of the adhesive tape, and when the front convex arc and rear concave arc of the upper part of the cantilever beam chain are fixedly connected with the left end of the cantilever beam branch conveying piece chain link 2, the front convex arc and rear concave arc of the upper part of the lower cantilever beam chain are fixedly connected with the front convex arc conveying piece chain link 3 by the front convex arc and rear concave arc of the upper part of the lower cantilever beam chain link 2, the front convex arc and rear concave arc of the lower part of the cantilever beam chain link 2 are fixedly connected with the left end of the cantilever beam branch conveying piece chain link 2 by the front convex arc and the upper part of the cantilever beam chain link 3, and the front convex arc and rear concave arc of the lower cantilever beam chain link 2 are prevented from moving with the front convex arc and rear arc of the upper part of the cantilever beam chain link.
The cantilever beam chain shaft can also be characterized in that one end of the cantilever beam branch conveying piece chain link 2 and one end of the cantilever beam chain shaft upper part front convex arc and rear concave arc conveying plate 3 with the same radian are integrated.
The procedure is as in example 1.
Example 11
As shown in fig. 17, a connecting cantilever beam hole structure 51 matched with the cantilever beam connecting material conveying plate hole 43 is correspondingly arranged on the front convex arc and the rear concave arc of the upper part of the cantilever beam chain shaft, and the connecting cantilever beam hole structure 51 penetrates into the cantilever beam connecting material conveying plate hole 43, so that the front convex arc and the rear concave arc of the upper part of the cantilever beam chain shaft are firmly connected with the cantilever beam supporting material conveying piece chain link 2.
The procedure is as in example 1.
Example 12
As shown in fig. 18, the cantilever beam support material conveying member chain link 2 is provided with a falling cantilever beam hole penetrating mechanism groove 52, the falling cantilever beam hole penetrating mechanism groove 52 enables the cantilever beam penetrating hole penetrating mechanism to downwards displace, the front convex arc and the rear concave arc on the upper part of the cantilever beam chain shaft are enabled to fall with the bottom surface of the radian material conveying plate 3 to be abutted against the rubberizing surface of the adhesive chain belt 24, the size and strength of the through-connection cantilever beam hole mechanism are increased, so that the adhesive chain belt 24 and the front convex arc and the rear concave arc on the upper part of the cantilever beam chain shaft are matched with the radian material conveying plate 3 optimally and accurately, and the drop through-connection cantilever beam hole mechanism groove comprises a semicircular drop through-connection cantilever beam hole mechanism groove 53.
The falling through-connection cantilever beam hole mechanism groove can also comprise an arc falling through-connection cantilever beam hole mechanism groove or a square falling through-connection cantilever beam hole mechanism groove.
The procedure is as in example 1.
Example 13
As shown in fig. 19 to 21, the front convex arc and rear concave arc of the upper part of the cantilever beam chain shaft are same with the end part of the radian conveying plate 3, a roller protecting chain shaft structure 54 is arranged, the front convex arc and rear concave arc of the upper part of the cantilever beam chain shaft are same with the radian conveying plate 3 and the roller protecting chain shaft structure 54 are integrated, the roller protecting chain shaft structure 54 is consistent with the upper surface of the cantilever beam chain shaft upper part front convex arc and rear concave arc of the radian conveying plate 3, the cantilever beam plate cambered surface sealing anti-smashing conveyor 1 also comprises a chain roller 55 and a chain link plate 56, the lower part of the roller protecting chain shaft structure 54 is connected with a cantilever beam supporting conveying member chain link 2 through a connecting shaft hole supporting conveying member cantilever beam mechanism 8, the cantilever beam supporting conveying member chain link 2, the chain roller 55, the chain link plate 56 and a chain shaft 4 are arranged at the lower part of the roller protecting chain shaft structure 54, the roller protecting chain shaft structure 54 comprises a double-arc roller protecting chain shaft structure 57, the roller-protecting chain shaft structure 54 comprises a roller-protecting chain shaft side end face convex arc 58 and a roller-protecting chain shaft side end face concave arc 59, the roller-protecting chain shaft side end face convex arc 58 of the latter roller-protecting chain shaft structure 54 is buckled and sealed with the roller-protecting chain shaft side end face concave arc 59 of the former roller-protecting chain shaft structure 54, the cantilever beam support material conveying member chain link 2 comprises a chain roller inner cantilever beam support material conveying member chain link 60, when the chain roller inner cantilever beam support material conveying member chain link 60 is used, the roller-protecting chain shaft structure 54 extends towards the front convex arc and the rear concave arc of the upper part of the cantilever beam chain shaft with the two sides of the radian material conveying plate 3, the cover is covered on the upper parts of the chain link plate 56 and the chain shaft 4, and a chain roller 55 running space is reserved, when the roller-protecting chain shaft structure 54 rotates around a roller, the roller-protecting chain shaft side end face convex arc 58 of the latter roller-protecting chain shaft structure 54 is buckled and sealed with the roller-protecting chain shaft side end face concave arc 59 of the former roller-protecting chain shaft structure 54, the roller-protecting chain shaft structure 54 protects the lower outrigger feeder links 2, chain rollers 55, link plates 56, and chain shaft 4 from impact, wear, and erosion from slime and sewage.
The front convex arc and the rear concave arc of the upper part of the cantilever beam chain shaft can be connected with the material conveying plate 3 with the same radian in a split way with the roller protection chain shaft structure 54.
The roller protecting chain shaft structure can also comprise a regular polygonal roller protecting chain shaft structure, an irregular polygonal roller protecting chain shaft structure and the like.
The procedure is as in example 1.
Example 14
As shown in fig. 22 to 32, the end of the cantilever beam chain shaft upper part front convex arc and rear concave arc same radian material conveying plate 3 is provided with a protective roller chain shaft structure 54, the cantilever beam chain shaft upper part front convex arc and rear concave arc same radian material conveying plate 3 and the protective roller chain shaft structure 54 are integrated, the protective roller chain shaft structure 54 is consistent with the upper surface of the cantilever beam chain shaft upper part front convex arc and rear concave arc same radian material conveying plate 3 or a material blocking mechanism is arranged on the protective roller chain shaft structure 54, the cantilever beam plate cambered surface sealing anti-smashing conveyor 1 also comprises a chain roller 55 and a chain link plate 56, the lower part of the protective roller chain shaft structure 54 is connected with a cantilever beam support material conveying member chain link 2 through a connecting shaft hole supporting material conveying member cantilever beam mechanism 8, the cantilever beam support material conveying member chain link 2, the chain roller 55, the chain link plate 56 and the chain shaft 4 are arranged at the lower part of the protective roller chain shaft structure 54, the protective roller chain shaft structure 54 comprises a single arc protective roller chain shaft structure 61, the cantilever beam support material conveying member chain link comprises a cantilever beam outer cantilever beam support material conveying member 62, when the chain roller outer cantilever beam supporting material conveying member link 62 is used, the protecting roller chain shaft structure 54 is connected with the chain roller outer cantilever beam supporting material conveying member link 62 at the outer upper part of the chain roller 55, the lower part of the protecting roller chain shaft structure 54 is provided with a link plate 56 and a chain roller 55 movable space, so that the link plate 56 and the chain roller 55 safely rotate around a roller at the lower part of the protecting roller chain shaft structure 54, the double-arc protecting roller chain shaft structure 57 comprises a double-arc bilateral symmetry protecting roller chain shaft structure 63, the regular polygon protecting roller chain shaft structure 65 comprises a regular square protecting roller chain shaft structure 66, the irregular polygon protecting roller chain shaft structure 67 comprises an irregular trapezoid protecting roller chain shaft structure 68, the regular polygon protecting roller chain shaft structure 65 or the irregular polygon protecting roller chain shaft structure 67 comprises a protecting roller chain shaft structure right side 69 and a protecting roller chain shaft structure left side 70, the right side 69 of the roller-protecting chain shaft structure and the left side 70 of the roller-protecting chain shaft structure are mutually buckled, when the roller-protecting chain shaft structure 54 rotates around the roller, the convex arc 58 of the roller-protecting chain shaft side end surface of the rear roller-protecting chain shaft structure 54 is buckled with the concave arc 59 of the roller-protecting chain shaft side end surface of the front roller-protecting chain shaft structure 54 to seal leakage, and the roller-protecting chain shaft structure 54 protects the lower cantilever beam supporting material conveying member chain links 2, the chain rollers 55, the chain link plates 56 and the chain shafts 4 from impact, abrasion and coal slime and sewage corrosion.
The double arc guard roller chain shaft structure 57 may also include a double arc left and right asymmetric guard roller chain shaft structure 64 or a double arc left and right equidirectional guard roller chain shaft structure or a double arc left and right reverse guard roller chain shaft structure or an axis up and down symmetric guard roller chain shaft structure.
The regular polygonal guard roller chain axle structure 65 may also include a regular trapezoid guard roller chain axle structure 71 or a circular guard roller chain axle structure or a regular elliptic guard roller chain axle structure or a regular triangle guard roller chain axle structure or a regular sector guard roller chain axle structure or a parallelogram guard roller chain axle structure.
The irregular polygonal guard roller chain shaft structure 67 may also include an irregular square guard roller chain shaft structure or an irregular oval guard roller chain shaft structure or an irregular triangular guard roller chain shaft structure or an irregular fan guard roller chain shaft structure.
The procedure is as in example 1.
Example 15
As shown in fig. 33 to 34, the regular polygonal roller guard chain shaft structure 65 includes a regular trapezoid roller guard chain shaft structure 71, the irregular polygonal roller guard chain shaft structure 67 includes an irregular trapezoid roller guard chain shaft structure 68, the irregular polygonal roller guard chain shaft structure 67 includes a roller guard chain shaft structure right side 69 and a roller guard chain shaft structure left side 70, the roller guard chain shaft structure right side 69 and the roller guard chain shaft structure left side 70 are buckled with each other, and when the roller guard chain shaft structure 54 rotates around the drum, the roller guard chain shaft side end face convex arc 58 of the latter roller guard chain shaft structure 54 is buckled with the roller guard chain shaft side end face concave arc 59 of the former roller guard chain shaft structure 54 to seal leakage.
The procedure is as in example 1.
Claims (10)
1. The utility model provides a conveyor is smash to sealed anti of cantilever beam plate cambered surface which characterized in that: the cantilever beam plate cambered surface sealing anti-smashing conveyor comprises a cantilever beam support material conveying member chain link, a cantilever beam chain shaft upper part front convex arc back concave arc same-arc conveying plate and a chain shaft, wherein the chain shaft penetrates through the cantilever beam support material conveying member chain link, the cantilever beam chain shaft upper part front convex arc back concave arc same-arc conveying plate is arranged at a cantilever beam part on the upper part of the chain shaft, the cantilever beam support material conveying member chain link comprises a shaft hole supporting material conveying member cantilever beam, a chain link front shaft hole and a chain link back shaft hole, the cantilever beam chain shaft upper part front convex arc back concave arc same-arc conveying plate comprises a connecting shaft hole supporting material conveying member cantilever beam mechanism, the cantilever beam chain shaft is used as an axis convex arc and a concave arc rotating concave arc taking the chain shaft as an axis convex arc, the front convex arc taking the chain shaft as an axis convex arc and the back convex arc taking the chain shaft as an axis convex arc, the cantilever beam chain shaft rotates around the axis convex arc concave arc, the cantilever beam supporting material conveying member chain link is used as an axis concave arc rotating concave arc, the cantilever beam and the cantilever beam chain link is connected with the cantilever beam front arc supporting material conveying member and the same-arc supporting material conveying member by the same-arc center, the cantilever beam chain link is connected with the cantilever beam front arc and the same-arc supporting material conveying member front arc through the same-arc as the arc supporting member with the arc. The front cantilever beam chain links are connected with the front convex arc and the rear concave arc to form a seal with the arc conveying piece around the chain shaft as an axis convex arc rotary concave arc and the rear cantilever beam chain links are connected with the front convex arc and the rear concave arc and form a seal with the arc conveying piece around the chain shaft as an axis convex arc cambered surface, the front cantilever beam chain links are connected with the front convex arc and the rear concave arc of the arc conveying piece around the chain shaft as an axis convex arc rotary concave arc when passing through the arc surface of the roller, the front cantilever beam chain links are connected with the front convex arc and the rear concave arc of the arc conveying piece around the chain shaft as an axis convex arc, the cantilever beam branch conveying piece chain links comprise a left cantilever beam branch conveying piece chain link and a right cantilever beam branch conveying piece chain link, the chain shaft penetrates into the front chain link shaft hole of the chain link, the front chain link shaft penetrates into the rear chain link shaft hole, the front chain link shaft hole and the rear chain link shaft hole control the cantilever beam branch conveying piece chain link are not turned over, the front chain shaft hole of the chain link member and the chain link member rear chain shaft hole control the cantilever beam convex arc rotary concave arc take the chain shaft as an axis concave arc cambered surface close to the cantilever beam, and the cantilever beam branch conveying piece chain link joint is connected with the arc rotary concave arc of the front concave arc of the chain hole and the arc rotary concave arc of the front concave arc of the chain link plate around the arc of the arc is formed with the arc of the arc.
2. The cantilever beam plate cambered surface sealing and smashing-resistant conveyor according to claim 1, wherein: the cantilever beam plate cambered surface sealing smashing-resistant conveyor comprises a rubber chain belt, the rubber chain belt comprises a side shaft rubber chain belt, the side shaft rubber chain belt comprises a penetrating shaft and a rubber belt, the penetrating shaft stretches out of two ends of the rubber belt to form a rubber chain belt side shaft, the rubber chain belt side shaft and the chain shaft are integrated, the rubber chain belt side shaft penetrates through the cantilever beam chain link to be connected with a front convex arc and a rear concave arc and is connected with a radian conveying piece, the cantilever beam chain link to be connected with the front convex arc and the rear concave arc and is connected with the radian conveying piece in a closing mode, the cantilever beam chain link to be connected with the front convex arc and the rear concave arc and synchronously operate with the rubber chain belt, and the rubber chain belt side shaft penetrates through the cantilever beam supporting conveying piece to form the cambered surface sealing material plate rubber chain belt double-leakage-resistant conveyor.
3. The cantilever beam plate cambered surface sealing and smashing-resistant conveyor according to claim 1, wherein: the cantilever beam chain link is connected with the front convex arc and the rear concave arc and the radian material conveying piece comprises a shaft shifting preventing mechanism, the chain shaft comprises a long chain shaft or a short chain shaft, the shaft shifting preventing mechanism comprises a short shaft shifting preventing mechanism, and the short shaft shifting preventing mechanism comprises a short shaft shifting preventing blind hole or a short shaft shifting preventing baffle or a short shaft shifting wall or a short shaft shifting preventing screw.
4. The cantilever beam plate cambered surface sealing and smashing-resistant conveyor according to claim 1, wherein: the shaft-shifting-preventing mechanism comprises a shaft-shifting-preventing mechanism, and the shaft-shifting-preventing mechanism comprises a shaft-shifting-preventing table, a shaft-shifting-preventing welding spot, a shaft-shifting-preventing hole pin, a shaft-shifting-preventing thread, a shaft-shifting-preventing glue or a shaft-shifting-preventing rivet.
5. The cantilever beam plate cambered surface sealing and smashing-resistant conveyor according to claim 1, wherein: the cantilever beam chain link front convex arc and rear concave arc same-radian material conveying piece comprises an arc plate groove sealing piece, the sealing element groove is arranged on the convex arc taking the chain shaft as the axis or the concave arc rotating around the convex arc taking the chain shaft as the axis, and the arc plate groove sealing element is arranged in the sealing element groove to form a sealing cambered surface leakage-preventing structure.
6. The cantilever beam plate cambered surface sealing and smashing-resistant conveyor according to claim 1, wherein: the cantilever beam chain shaft upper portion front convex arc back concave arc is with radian material conveying plate includes that solid cantilever beam chain shaft upper portion front convex arc back concave arc is with radian material conveying plate or cavity cantilever beam chain shaft upper portion front convex arc back concave arc is with radian material conveying plate or fall groove cantilever beam chain shaft upper portion front convex arc back concave arc is with radian material conveying plate, when using fall groove cantilever beam chain shaft upper portion front convex arc back concave arc with radian material conveying plate, fall groove cantilever beam chain shaft upper portion front convex arc back concave arc is with radian material conveying plate groove mouth downwards.
7. The cantilever beam plate cambered surface sealing and smashing-resistant conveyor according to claim 1, wherein: when the cantilever beam is used, the corresponding cantilever beam mechanism for connecting the material supporting and conveying parts is provided with a buckling cantilever beam hole part matched with the cantilever beam connecting and conveying material plate hole, the cantilever beam connecting and conveying plate hole comprises a cantilever beam polygonal hole or a cantilever beam elliptical hole or a cantilever beam circular hole, the corresponding buckling cantilever beam hole part is provided with a buckling cantilever beam polygonal hole part or a buckling cantilever beam elliptical hole part or a buckling cantilever beam circular hole part, the buckling cantilever beam hole part and the front convex arc back concave arc of the upper part of the cantilever beam chain shaft are connected with the same radian material conveying plate in a split manner or are integrated, the cantilever beam front convex back concave with radian material conveying plate sealing band comprises a cantilever beam front convex back concave with radian material conveying plate plane band or a cantilever beam front convex back concave with radian material conveying plate curved band, the cantilever beam front convex back concave with radian material conveying plate plane band upper portion cantilever beam chain shaft upper portion front convex arc back concave arc with radian material conveying plate upper surface is plane, when the cantilever beam front convex back concave with radian material conveying plate plane band is used, the cantilever beam cambered surface sealing anti-smashing conveyor comprises a scraping material plate, the scraping material plate is arranged at the blanking end of the cantilever beam front convex back concave with radian material conveying plate plane band, and when the cantilever beam front convex back concave with radian material conveying plate plane band rotates downwards around the roller, materials and material powder bonded on the cantilever beam front convex back concave with radian material conveying plate plane band upper portion are scraped clean, so that the materials fall into a material receiving device.
8. The cantilever beam plate cambered surface sealing and smashing-resistant conveyor according to claim 1, wherein: the cantilever beam chain shaft upper portion protruding arc back concave arc is with radian material conveying plate one end and cantilever beam branch material conveying piece chain link fixed connection or be integral type, the other end and cantilever beam branch material conveying piece chain link swing joint, the cantilever beam branch material conveying piece chain link of convenient other end and the equipment of gluing belt side axle, when protruding arc back concave arc is with radian material conveying plate left end and cantilever beam branch material conveying piece chain link fixed connection in front of last cantilever beam chain shaft upper portion, protruding arc back concave arc is with radian material conveying plate right-hand member and cantilever beam branch material conveying piece chain link fixed connection in front of next cantilever beam chain shaft upper portion, protruding arc back concave arc is equipped with through protruding arc material conveying plate link fixed connection in front of last cantilever beam branch material conveying piece chain link left end and cantilever beam branch material conveying piece chain link right-hand member and cantilever beam, make left and right cantilever beam branch material conveying piece chain link pass through the protruding arc plate hole structure with protruding beam link front of continuous material conveying plate hole when protruding arc connecting the cantilever beam front of cantilever beam.
9. The cantilever beam plate cambered surface sealing and smashing-resistant conveyor according to claim 1, wherein: the cantilever beam branch material conveying piece chain link is provided with a falling cantilever beam hole mechanism groove, the falling cantilever beam hole mechanism groove enables the penetrating cantilever beam hole mechanism to downwards displace, the front convex arc and the rear concave arc on the upper part of the cantilever beam chain shaft are enabled to fall with the bottom surface of the radian material conveying plate to be attached to the rubberizing surface of the adhesive tape, the size and the strength of the penetrating cantilever beam hole mechanism are increased, the falling cantilever beam hole mechanism groove comprises a semicircular falling cantilever beam hole mechanism groove or an arc falling cantilever beam hole mechanism groove or a square falling cantilever beam hole mechanism groove.
10. The cantilever beam plate cambered surface sealing and smashing-resistant conveyor according to claim 1, wherein: the roller chain is characterized in that a roller chain protecting shaft structure is arranged at the end part of a cantilever beam chain shaft upper part front convex arc and rear concave arc same-radian conveying plate, a cantilever beam chain shaft upper part front convex arc and rear concave arc same-radian conveying plate and a roller chain protecting shaft structure are connected in a split mode or integrated, a retaining mechanism is arranged on the roller chain protecting shaft structure, the cantilever beam plate cambered surface seals the cantilever beam conveyor and further comprises chain rollers and chain link plates, the lower part of the cantilever beam chain shaft structure is connected with chain links of a cantilever beam supporting member through a connecting shaft hole, the chain links, the chain rollers, the chain link plates and the chain shafts are arranged at the lower part of the roller chain protecting shaft structure, the roller chain protecting shaft structure comprises a double-arc protecting-roller chain shaft structure or a single-arc-protecting-roller-chain-shaft structure or a regular polygonal-shaped-protecting-roller-chain-shaft structure, when the cantilever beam chain shaft structure is used, the cantilever beam chain protecting shaft structure comprises a cantilever beam chain protecting shaft end face and a cantilever beam chain-side sealing member, the cantilever beam chain supporting member is arranged at the end face of the cantilever beam chain protecting shaft structure, the cantilever beam chain supporting member is connected with the upper part of the cantilever beam chain shaft structure, and the cantilever beam chain supporting member is connected with the chain connecting shaft at the lower part of the cantilever beam chain shaft structure, and the cantilever beam chain supporting member is connected with the outer end face of the cantilever beam chain shaft structure The chain roller activity space ensures that the chain link plate and the chain roller safely rotate around the roller under the roller protecting chain shaft structure, the double-arc roller protecting chain shaft structure comprises a double-arc left-right symmetrical roller protecting chain shaft structure or a double-arc left-right asymmetrical roller protecting chain shaft structure or a double-arc left-right homodromous roller protecting chain shaft structure or a double-arc left-right reverse roller protecting chain shaft structure or an axial up-down symmetrical roller protecting chain shaft structure, the regular polygon roller protecting chain shaft structure comprises a regular trapezoid roller protecting chain shaft structure or a regular square roller protecting chain shaft structure or a round roller protecting chain shaft structure or a regular elliptic roller protecting chain shaft structure or a regular triangle roller protecting chain shaft structure or a regular sector roller protecting chain shaft structure or a parallelogram roller protecting chain shaft structure, the irregular polygonal roller-protecting chain shaft structure comprises an irregular trapezoid roller-protecting chain shaft structure or an irregular square roller-protecting chain shaft structure or an irregular elliptic roller-protecting chain shaft structure or an irregular triangular roller-protecting chain shaft structure or an irregular fan-shaped roller-protecting chain shaft structure, the regular polygonal roller-protecting chain shaft structure or the irregular polygonal roller-protecting chain shaft structure comprises a right side edge of the roller-protecting chain shaft structure and a left side edge of the roller-protecting chain shaft structure, the right side edge of the roller-protecting chain shaft structure and the left side edge of the roller-protecting chain shaft structure are buckled with each other, when the roller-protecting chain shaft structure rotates around a roller, convex arcs on the side end faces of the roller-protecting chain shafts of the rear roller-protecting chain shaft structure and concave arcs on the side end faces of the roller-protecting chain shafts of the front roller-protecting chain shaft structure are buckled and sealed and leak-proof, and the roller-protecting chain shafts, chain rollers, chain link plates and chain shafts are protected from being impacted, worn and not corroded by mud and sewage.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202111463072 | 2021-12-02 | ||
| CN2021114630726 | 2021-12-02 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN220448771U true CN220448771U (en) | 2024-02-06 |
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ID=89726795
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202223256919.6U Active CN220448771U (en) | 2021-12-02 | 2022-12-02 | Sealing and smashing-resistant conveyor for cambered surface of cantilever beam plate |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN220448771U (en) |
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2022
- 2022-12-02 CN CN202223256919.6U patent/CN220448771U/en active Active
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