CN217861820U

CN217861820U - High-speed bamboo wood grooving machine

Info

Publication number: CN217861820U
Application number: CN202222028389.3U
Authority: CN
Inventors: 吴维飞
Original assignee: Zhejiang Qingyuan Chenyu Machinery Manufacturing Co ltd
Current assignee: Zhejiang Qingyuan Chenyu Machinery Manufacturing Co ltd
Priority date: 2022-08-02
Filing date: 2022-08-02
Publication date: 2022-11-22
Anticipated expiration: 2032-08-02

Abstract

The utility model discloses a high-speed groover of bamboo wood. The technical key points are as follows: roll and push down the subassembly and the subassembly is pushed down to the plane, roll and push down the subassembly and set gradually between hopper and advancing mechanism with the plane, roll and push down the subassembly including the gyro wheel connecting seat, lower gyro wheel, the rotatable setting of gyro wheel connecting seat is in the frame, the rotatable setting of lower gyro wheel is at gyro wheel connecting seat downside, the subassembly is pushed down including the plane connecting seat in the plane, the holding down plate, the rotatable setting of plane connecting seat is in the frame, the holding down plate sets up the downside at the plane connecting seat, be equipped with first supporting shoe in the frame, the second supporting shoe, first supporting shoe is located the downside of gyro wheel connecting seat, the second supporting shoe is located the downside of plane connecting seat, the utility model discloses can solve the problem that the plank blocked at transmission device fast to avoided the plank piece to drop in the organism, makeed the condition of the part wearing and tearing aggravation in the organism, extension equipment life.

Description

High-speed bamboo wood grooving machine

Technical Field

The present invention relates to machining machines for producing flat surfaces, for example with rotary cutting tools; the field of used equipment, more specifically relates to a bamboo high-speed groover.

Background

The high-speed bamboo and wood grooving machine is a device for digging a lead core groove on a cuboid bamboo and wood board, and comprises a hopper, a pressing mechanism, a propelling mechanism and a grooving mechanism which are sequentially arranged.

At pressing mechanism, can set up the push down subassembly, provide a holding down force to the plank of transmission process, avoid the plank to jump up in transmission process, improve the stability in the transmission process.

However in the use, there is the condition that a small amount of planks blocked, because current push down subassembly and frame fixed connection, be difficult to take out the plank that blocks, the plank that will block through sharp-pointed instrument such as screwdriver needs to be stabbed garrulously, take off it, just can make the high-speed groover of bamboo wood move again, the operation is inconvenient, and is inefficient, and down time is long, and stab in garrulous saw-dust can drop the organism, make the part wearing and tearing aggravation in the organism, and shorten life, and can appear the condition that the plank blocked more easily.

SUMMERY OF THE UTILITY MODEL

Not enough to prior art exists, the utility model aims to provide a solve the high-speed groover of bamboo wood of plank blocking the problem at pressing mechanism fast.

In order to achieve the above purpose, the utility model provides a following technical scheme: the utility model provides a high-speed groover of bamboo wood, is including setting gradually hopper, pressing means, advancing mechanism, the planing mechanism in the frame, pressing means pushes down the subassembly and plane pushes down the subassembly including rolling, the subassembly sets gradually between hopper and advancing mechanism with the plane that pushes down in the rolling, the subassembly is including gyro wheel connecting seat, lower gyro wheel and first locking piece down, the rotatable setting of gyro wheel connecting seat is in the frame, the rotatable setting of lower gyro wheel is at gyro wheel connecting seat downside, first locking piece is used for locking the gyro wheel connecting seat, the plane pushes down the subassembly including plane connecting seat, holding down plate and second locking piece, the rotatable setting of plane connecting seat is in the frame, the holding down plate sets up the downside at the plane connecting seat, the second locking piece is used for locking the plane connecting seat, be equipped with first supporting shoe, second supporting shoe in the frame, first supporting shoe is located the downside of gyro wheel connecting seat, the second supporting shoe is located the downside of plane connecting seat.

As a further improvement, the gyro wheel connecting seat is including connecting plate, roof and the conflict board that connects gradually, be equipped with a plurality of connecting holes on the roof, upward be equipped with the connecting rod in the connecting hole, the lower extreme and the lower gyro wheel rotatable coupling of connecting rod, the connecting hole is worn out to the upper end of connecting rod, the upper end of connecting rod is equipped with first locating screw, first locating screw is inconsistent with the roof, be equipped with the locating piece on the connecting rod, one side and connecting plate or conflict board of locating piece are contradicted, the cover is equipped with first spring on the connecting rod, the upper end and the roof of first spring are inconsistent, and the lower extreme is inconsistent with the locating piece, first locking piece is including first in command, first rotary rod and first dead lever, the first in command is articulated each other with first rotary rod, the first in command is articulated with the frame, first dead lever sets up on first rotary rod.

As a further improvement, be equipped with a plurality of plane regulation holes on the plane connecting seat, be equipped with a plurality of plane regulation poles on the holding down plate, the position of plane regulation pole and the position one-to-one in plane regulation hole, the plane regulation hole is worn out to the upper end of plane regulation pole, the upper end of plane regulation pole is equipped with second set screw, the cover is equipped with the second spring on the plane regulation pole, the upper end and the plane connecting seat of second spring are inconsistent, and the lower extreme is contradicted with the holding down plate, the second locking piece is including second handle, second rotary rod and second dead lever, the second handle is articulated each other with first rotary rod, the second handle is articulated with the frame, the second dead lever sets up on the second rotary rod.

As a further improvement, the propulsion mechanism comprises a propulsion regulating block, a propulsion shaft, a propulsion wheel and a driving assembly, a precision slide rail is arranged on the frame, a precision slider is arranged on the propulsion regulating block, the precision slide rail slides with the precision slider and is connected with the propulsion shaft, the propulsion shaft is rotatably arranged in the propulsion regulating block, the propulsion wheel is arranged on the propulsion shaft, and the driving assembly comprises:

the bearing block is fixedly arranged on the rack;

a drive shaft rotatably disposed within the bearing housing;

one end of the telescopic universal coupling is connected with the driving shaft, and the other end of the telescopic universal coupling is connected with any propelling shaft;

the propelling motor is arranged on the rack and connected with the driving shaft;

the improved wire cutting machine is characterized in that a pushing gear is arranged on the pushing shaft and is connected with another pushing gear on the pushing shaft through a pushing chain, a reference seat is arranged on the frame, a plurality of through holes are formed in the reference seat, a pushing adjusting rod is arranged on the pushing adjusting block and penetrates through the through holes in one-to-one correspondence with the pushing adjusting rod, a pushing adjusting screw is arranged at one end of the pushing adjusting rod penetrating through the through holes, a buffering assembly is sleeved on the pushing adjusting rod, the upper end of the buffering assembly is abutted to the reference seat, the lower end of the buffering assembly is abutted to the pushing adjusting block, a cutting hole and a wire strip are formed in the frame, the cutting hole and the wire strip are located on the same straight line, a wire cutting wheel is arranged in the frame, and part of the cutting wheel penetrates out the cutting hole.

As a further improvement, the buffering subassembly is from last spring housing, buffer spring, lower spring housing down being in proper order, go up spring housing, buffer spring, down spring housing and impel and adjust the pole between all slide and be connected, it contradicts with the reference seat to go up the spring housing, the spring housing is inconsistent with impel the regulating block down, the lower extreme of going up the spring housing is equipped with the boss, the upper end of spring housing is equipped with down the boss down, including buffer spring will go up boss, lower boss parcel.

As a further improvement, be equipped with first clamp plate, second clamp plate in the frame, first clamp plate is located between holding down plate and the advancing mechanism, the second clamp plate is located between planing machine and the collection frame, be equipped with first buffer hole in the frame, be equipped with first buffer beam on the first clamp plate, first buffer beam is located first buffer hole, the cover is equipped with first buffer spring on the first buffer beam, first buffer spring's upper end and frame are inconsistent, and the lower extreme is inconsistent with first clamp plate, the downside of first clamp plate is equipped with first pinch roller, be equipped with second buffer hole in the frame, be equipped with second buffer beam on the second clamp plate, second buffer beam is located second buffer hole, the cover is equipped with second buffer spring on the second buffer beam, the upper end and the frame of second buffer spring are inconsistent, and the lower extreme is inconsistent with the second clamp plate, the downside of second clamp plate is equipped with the second pinch roller, be equipped with the backup plate in the frame, backup plate and the adjacent setting of hopper, be equipped with supplementary advancing shaft in the frame, supplementary advancing shaft is connected with the transmission chain.

As a further improvement, be equipped with dovetail, forked tail briquetting in the frame, it is connected with the last arbor fixing base to slide on the dovetail, the forked tail briquetting is contradicted with last arbor fixing base, the rotatable grooving axle that is equipped with in the last arbor fixing base, be equipped with the hand lead screw lift of last grooving wheel fore-and-aft regulation on the last arbor fixing base, go up the hand lead screw lift of grooving wheel fore-and-aft regulation and last grooving hub connection, be equipped with first connecting rod on the last arbor fixing base, first connecting rod is connected with the grooving frame, be equipped with the grooving motor on going up the grooving frame, go up grooving axle one end and be connected with the grooving motor, the other end is equipped with the grooving sword, the both sides of going up the grooving sword are equipped with the locating plate, be equipped with assistance-localization real board between locating plate and the advancing mechanism, be equipped with grooving wheel hand rocking bar lift in the frame, go up grooving wheel hand rocking bar lift and last arbor fixing base threaded connection, be equipped with the retaining member in the frame, rotatable setting is in the frame for the position of locking fixing base.

As a further improvement, be equipped with forked tail fixed block, forked tail compact heap, lift adjustment seat in the frame, the locating plate is connected with the lift adjustment seat, the lift adjustment seat slides with the frame and is connected, and part lift adjustment seat is located between forked tail compact heap and the frame, be equipped with the adjustment tank in the frame, be equipped with the lifter on the lift adjustment seat, the lifter is located the adjustment tank, the upside of going up the lifter is equipped with adjusting screw.

As a further improvement, be equipped with the rule limit subassembly in the frame, the rule limit subassembly is located the pressing means downside, the rule limit subassembly is including rule limit saw and a plurality of preceding locating wheel and back locating wheel, rule limit subassembly downside is equipped with rubbing crusher and constructs.

As a further improvement, the frame is including interconnect's first seat, second seat, third seat, the third seat links to each other with first seat, the second seat is located the upside of third seat, be equipped with first lift adjustment pole, second lift adjustment pole between second seat and the third seat, it is fixed through first lift adjustment screw, second lift adjustment screw between second lift adjustment pole and the third seat.

The beneficial effects of the utility model, can solve the problem that the plank blocked at transmission device fast to avoided the plank piece to drop in the organism, makeed the condition of the part wearing and tearing aggravation in the organism, extension equipment life.

Drawings

FIG. 1 is a schematic front side perspective view of a machine body;

FIG. 2 is a schematic diagram of a rear side three-dimensional structure of the machine body;

FIG. 3 is a schematic front side perspective view of the pressing mechanism;

FIG. 4 is a schematic rear side perspective view of the pressing mechanism;

FIG. 5 is a rear perspective view of the propulsion mechanism;

FIG. 6 is a partial schematic view of the propulsion mechanism;

FIG. 7 is a schematic structural view of the propulsion mechanism and the buffering assembly;

FIG. 8 is a perspective view of a lead frame;

FIG. 9 is a schematic perspective view of the router mechanism;

FIG. 10 is a perspective view of the first pressing plate and the body;

fig. 11 is a schematic cross-sectional view of the roller connecting seat.

Description of the labeling: 1. a frame; 101. a first support block; 102. a second support block; 111. a precision slide rail; 112. a precision slide block; 2. a hopper; 3. a pressing mechanism; 31. rolling the hold-down assembly; 311. a roller connecting seat; 3111. a connecting plate; 3112. a top plate; 3113. a touch plate; 3114. connecting holes; 3115. a connecting rod; 3116. a first positioning screw; 3117. positioning blocks; 3118. a first spring; 312. a lower roller; 313. a first locking member; 3131. a first handle; 3132. a first rotating rod; 3133. a first fixing lever; 32. a planar hold-down assembly; 321. a planar connecting base; 3211. a planar adjustment aperture; 3212. a plane adjusting rod; 3213. a second set screw; 3214. a second spring; 322. a lower pressing plate; 323. a second locking member; 3231. a second handle; 3232. a second rotating lever; 3233. a second fixing bar; 4. a propulsion mechanism; 41. pushing the adjusting block; 411. pushing the adjusting rod; 412. pushing an adjusting screw; 42. a propeller shaft; 421. a propulsion gear; 422. a propulsion chain; 43. a propulsion wheel; 44. a drive assembly; 441. a bearing seat; 442. a drive shaft; 443. a telescopic universal coupling; 444. a propulsion motor; 45. a reference base; 451. a through hole; 46. a buffer assembly; 461. an upper spring sleeve; 4611. an upper boss; 462. a buffer spring; 463. a lower spring sleeve; 4631. a lower boss; 47. a wire backplane; 471. cutting the hole; 472. a wire guide; 473. a wire cutting wheel; 5. a planning mechanism; 601. a first buffer hole; 602. a second buffer hole; 61. a first platen; 611. a first buffer rod; 612. a first buffer spring; 613. a first pinch roller; 62. a second platen; 621. a second buffer rod; 622. a second buffer spring; 623. a second pinch roller; 63. a backup plate; 64. an auxiliary propulsion shaft; 71. a dovetail groove; 72. dovetail pressing blocks; 73. an upper cutter shaft fixing seat; 741. upper planning shaft; 742. the upper grooving wheel adjusts the hand-operated screw rod lifter back and forth; 75. a first link; 76. an upper grooving machine base; 761. an upper gouging motor; 77. an upper planning cutter; 771. an upper positioning plate; 772. an auxiliary positioning plate; 78. an upper grooving wheel hand-operated screw rod lifter; 79. a locking member; 81. dovetail fixing blocks; 82. a dovetail compression block; 83. a lifting adjusting seat; 84. an adjustment groove; 85. an upper lifting rod; 86. an upper adjusting screw; 901. a first seat; 902. a second seat; 903. a third seat; 904. a first lift adjustment lever; 905. a second lifting adjusting rod; 9051. a first elevation adjustment screw; 9052. fixing a second lifting adjusting screw; 91. a gauge assembly; 911. a side saw is ruled; 912. a front positioning wheel; 913. a rear positioning wheel; 914. a crushing mechanism.

Detailed Description

The present invention will be described in further detail with reference to embodiments shown in the drawings.

Referring to fig. 1-11, the high-speed groover of bamboo wood of this embodiment, including set gradually hopper 2, pressing means 3, advancing mechanism 4, the grooving mechanism 5 on frame 1, pressing means 3 pushes down subassembly 31 and plane and pushes down subassembly 32 including rolling, the subassembly 31 and plane push down subassembly 32 and set gradually between hopper 2 and advancing mechanism 4 down rolling, the subassembly 31 pushes down including gyro wheel connecting seat 311, bottom roller 312 and first locking piece 313 rolling, the rotatable setting of gyro wheel connecting seat 311 is on frame 1, the rotatable setting of bottom roller 312 is at gyro wheel connecting seat 311 downside, first locking piece 313 is used for locking gyro wheel connecting seat 311, plane push down subassembly 32 is including plane connecting seat 321, bottom plate 322 and second locking piece 323, the rotatable setting of plane connecting seat 321 is on frame 1, bottom plate 322 sets up the downside at plane connecting seat 321, second locking piece 323 is used for locking plane connecting seat 321, be equipped with first supporting block 101, second supporting block 102 on frame 1, first supporting block 101 is located the downside of gyro wheel 311, the downside of second supporting block 321 is located the plane connecting seat 321.

Based on above-mentioned technical scheme, its work flow is as follows, when carrying out the dadoing to the plank, hopper 2 continuously carries the plank to pressing means 3, and when the plank got into pressing means 3, earlier through gyro wheel connecting seat 311 and bottom roller 312 for the plank is tentatively leveled, gets into between bottom plate 322 and the frame 1 after that, then carries advancing mechanism 4, and advancing mechanism 4 carries out the dadoing with the plank advances the dadoing mechanism 5 and carries out the dadoing, exports after accomplishing the dadoing.

The rollers firstly flatten the wood board preliminarily, and then convey the wood board to the lower side of the lower pressing plate 322 to be transmitted, so that the wood board can be transmitted to the propelling mechanism 4 in a flattened state, the wood board is prevented from being tilted during transmission, and the stability in the transmission process is improved.

When the wood board is clamped on the pressing mechanism 3, the device is closed, the position of the wood board is observed and judged, the first locking piece 313 and/or the second locking piece 323 are/is rotated according to the position of the card, the roller connecting seat 311 is not locked by the first locking piece 313 any more, the plane connecting seat 321 is not locked by the second locking piece 323 any more, then the roller connecting seat 311 and/or the plane connecting seat 321 are/is rotated, the conveying channel of the wood board is unfolded, the clamped wood board is taken out (or the position of the wood board is directly adjusted to be in a normal conveying position again), then the roller connecting seat 311 and/or the plane connecting seat 321 are/is rotated reversely until the plane connecting seat 321 is/are abutted against the first supporting block 101, the roller connecting seat 311 is abutted against the second supporting block 102, at the moment, the rolling pressing component 31 and the plane pressing component 32 return to the working position, then the first locking piece 313 is driven to lock the roller connecting seat 311, the second locking piece 323 is driven to lock the plane connecting seat 321, and the device is restarted. The problem that the plank blocked at pressing mechanism 3 can be solved fast to this design to avoided the plank piece to drop in the organism, made the condition of the part wearing and tearing aggravation in the organism, extension equipment life.

As an improved specific embodiment, the roller connection seat 311 includes a connection plate 3111, a top plate 3112 and a contact plate 3113, which are sequentially connected, the top plate 3112 is provided with a plurality of upper connection holes 3114, a connection rod 3115 is arranged in the upper connection hole 3114, a lower end of the connection rod 3115 is rotatably connected to the lower roller 312, an upper end of the connection rod 3115 penetrates through the upper connection hole 3114, an upper end of the connection rod 3115 is provided with a first positioning screw 3116, the first positioning screw 3116 is in contact with the top plate 3112, the connection rod 3115 is provided with a positioning block 3117, one side of the positioning block 3117 is in contact with the connection plate 3111 or the contact plate 3113, the connection rod 3115 is sleeved with a first spring 3118, an upper end of the first spring 3118 is in contact with the top plate 3112, a lower end of the first spring 3118 is in contact with the positioning block 3117, the first locking element 313 includes a first handle 3131, a first rotation rod 3132 and a first fixing rod 3133, the first handle 3131 is hinged to the first rotation rod, the first handle 3131 is hinged to the frame 3131, and the first fixing rod is arranged on the first fixing rod 3132.

Through the above technical solution, when the first locking member 313 is driven, the first handle 3131 is rotated to drive the first rotating rod 3132 to rotate, the first rotating rod 3132 drives the first fixing rod 3133 to rotate, so that the first fixing rod 3133 is abutted against or separated from the top plate 3112, and the roller connection seat 311 is locked when the first fixing rod is abutted against the top plate 3112. When the plank of perk passes through the below of lower gyro wheel 312, the plank is with lower gyro wheel 312 jack-up upwards, thereby lower gyro wheel 312 rises and drives connecting rod 3115 to rise, thereby drive locating piece 3117 to rise, and the position of roof 3112 remains unchanged, the interval between locating piece 3117 and the roof 3112 dwindles this moment, first spring 3118 is compressed, after the part of perk passes through, first spring 3118 resets, drive locating piece 3117, connecting rod 3115 descends, thereby drive lower gyro wheel 312 and descend, make lower gyro wheel 312 laminate with the plank upside all the time, improve the stability in the transmission process, and lower gyro wheel 312 can rise, the trafficability characteristic is high during the transmission. Locating piece 3117 is inconsistent with connecting plate 3111 and/or conflict board 3113, guarantees that position, angle of lower roller 312 are stable, can stably transmit the plank. When the specification of the processed bamboo board is changed (the thickness of the bamboo board is changed), the reference height of the lower roller 312 can be adjusted only by rotating the first positioning screw 3116, and the adjustment is convenient.

As an improved specific embodiment, a plurality of plane adjusting holes 3211 are disposed on the plane connecting base 321, a plurality of plane adjusting rods 3212 are disposed on the lower pressing plate 322, the positions of the plane adjusting rods 3212 correspond to the positions of the plane adjusting holes 3211 one by one, the upper end of the plane adjusting rod 3212 penetrates through the plane adjusting holes 3211, a second positioning screw 3213 is disposed at the upper end of the plane adjusting rod 3212, a second spring 3214 is sleeved on the plane adjusting rod 3212, the upper end of the second spring 3214 abuts against the plane connecting base 321, the lower end of the second spring abuts against the lower pressing plate 322, the second locking element 323 includes a second handle 3231, a second rotating rod 3232 and a second fixing rod 3233, the second handle 3231 is hinged to the first rotating rod 3132, the second handle 3231 is hinged to the frame 1, and the second fixing rod 3233 is disposed on the second rotating rod 3232.

Through the above technical solution, when the second locking member 323 is driven, the second handle 3231 is rotated to drive the second rotating rod 3232 to rotate, and the second rotating rod 3232 drives the second fixing rod 3233 to rotate, so that the second fixing rod 3233 is abutted or separated from the planar connection seat 321, and the planar connection seat 321 is locked when the second fixing rod 3233 is abutted to the planar connection seat 321.

When the warped wood board passes through the lower part of the lower pressing plate 322, the wood board jacks up the lower pressing plate 322, the lower pressing plate 322 rises to drive the adjusting rod to rise, the position of the plane connecting seat 321 is kept unchanged, the distance between the plane connecting seat 321 and the lower pressing plate 322 is reduced at the moment, the second spring 3214 is compressed, after the warped part passes through, the second spring 3214 resets to drive the adjusting rod and the lower pressing plate 322 to fall, so that the lower side surface of the lower pressing plate 322 is always attached to the wood board, the wood board can be more smoothly transmitted to the propelling mechanism 4, the lower pressing plate 322 can rise, and the passing performance during transmission is high. When the specification of the processed bamboo board is changed (the thickness of the bamboo board is changed), the reference height of the lower pressing plate 322 can be adjusted only by rotating the second positioning screws 3213, and the adjustment is convenient.

As an improved specific embodiment, the propelling mechanism 4 includes a propelling adjusting block 41, a propelling shaft 42, a propelling wheel 43 and a driving assembly 44, the frame 1 is provided with a precision slide rail 111, the propelling adjusting block 41 is provided with a precision slide block 112, the precision slide rail 111 is connected with the precision slide block 112 in a sliding manner, the propelling shaft 42 is rotatably disposed in the propelling adjusting block 41, the propelling wheel 43 is disposed on the propelling shaft 42, and the driving assembly 44 includes:

the bearing seat 441 is fixedly arranged on the frame 1;

a drive shaft 442, said drive shaft 442 being rotatably disposed within a bearing housing 441;

a telescopic universal coupling 443, one end of the telescopic universal coupling 443 being connected to the driving shaft 442 and the other end being connected to any of the propeller shafts 42;

a propulsion motor 444, wherein the propulsion motor 444 is arranged on the frame 1 and is connected with the driving shaft 442;

the improved wire cutting machine is characterized in that a pushing gear 421 is arranged on the pushing shaft 42, the pushing gear 421 is connected with a pushing gear 421 on another pushing shaft 42 through a pushing chain 422, a reference seat 45 is arranged on the machine frame 1, a plurality of through holes 451 are formed in the reference seat 45, a pushing adjusting rod 411 is arranged on the pushing adjusting block 41, the pushing adjusting rod 411 penetrates through the through holes 451 in a one-to-one correspondence manner, pushing adjusting screws 412 are arranged at one ends of the pushing adjusting rod 411, which penetrate through the through holes 451, a buffering assembly 46 is sleeved on the pushing adjusting rod 411, the upper end of the buffering assembly 46 is abutted against the reference seat 45, the lower end of the buffering assembly is abutted against the pushing adjusting block 41, a cutting hole 471 and a wire guiding strip 472 are arranged on the machine frame 1, the cutting hole 471 and the wire guiding strip 472 are located on the same straight line, a wire cutting wheel 473 is arranged in the machine frame 1, and part of the cutting wheel penetrates through the cutting hole 471.

The telescopic universal joint 443 has at least two universal joints, and the telescopic structure may be disposed at any one of the sections. If the coupler with more than three universal joints is adopted, the universal joint coupler has certain telescopic capacity, and each section of the coupler can have no telescopic structure.

In the following, only two universal joints and a three-section coupling will be described, and the telescopic structure will be described as an example in the middle section.

The propelling operation is as follows, the wood board is moved from the hopper 2 to the frame 1, then moved to the lower part of the propelling wheel 43, the propelling motor 444 drives the driving shaft 442 to rotate, the driving shaft 442 drives the telescopic universal coupling 443 to rotate, so as to drive the propelling shaft 42 connected with the telescopic universal coupling 443 to rotate, so as to drive all the propelling shafts 42 to rotate in the same direction, at the same time, all the propelling wheels 43 rotate in the same direction, and the wood board conveyed to the lower side of the propelling wheel 43 is conveyed to the grooving mechanism 5.

The adjustment process is as follows, firstly determining the ascending or descending of the propulsion wheel 43, if the propulsion wheel needs to ascend, directly moving the propulsion adjusting block 41 upwards, and when the propulsion adjusting block moves to the required height, then rotating the propulsion adjusting screw 412 to enable the propulsion adjusting screw 412 to be in contact with the upper side surface of the reference seat 45, thereby completing the adjustment. Or the pushing adjusting screw 412 is rotated in turn, so as to drive the pushing adjusting block 41 to move upwards slowly until the pushing adjusting block 41 moves to the required height, and the adjustment is completed.

If the adjustment is needed, the pushing adjustment screws 412 are rotated reversely in sequence to lower the pushing adjustment block 41 until the pushing adjustment block 41 moves to the required height, and the adjustment is completed.

In the adjusting process, one end of the telescopic universal coupling 443, which is connected with the propelling shaft 42, vertically ascends or descends and is kept parallel to the lower bottom plate; the telescopic universal coupling 443 is connected to the driving shaft 442 at one end, the middle section is telescopic, and the front and rear adjustment propulsion motor 444 can always drive the propulsion wheel 43 to rotate. In the adjusting process, only the height position of the pushing adjusting block 41 needs to be adjusted, the height of the bearing seat 441 does not need to be adjusted, moving parts are few in adjusting, and the adjusting is convenient, fast and efficient.

The cutting hole 471 is arranged on one side of the feeding of the frame 1, the wire guiding strip 472 is arranged on one side of the discharging of the frame 1, when a wood board enters from the feeding side, the wire guiding groove is cut out on the lower side of the wood board by the wire cutting wheel 473 on the lower side, the wood board is driven by the propelling wheel 43 to move continuously, and the wire guiding strip 472 is embedded into the wire guiding groove, so that the position of the wood board in the transmission process is kept stable.

As an improved specific embodiment, the buffer assembly 46 includes an upper spring sleeve 461, a buffer spring 462 and a lower spring sleeve 463 in sequence from top to bottom, the upper spring sleeve 461, the buffer spring 462 and the lower spring sleeve 463 are slidably connected with the propulsion adjusting rod 411, the upper spring sleeve 461 abuts against the reference seat 45, the lower spring sleeve 463 abuts against the propulsion adjusting block 41, an upper boss 4611 is disposed at the lower end of the upper spring sleeve 461, a lower boss 4631 is disposed at the upper end of the lower spring sleeve 463, and the upper boss 4611 and the lower boss 4631 are wrapped by the buffer spring 462.

Through the technical scheme, when the propelling adjustment block 41 ascends due to the uneven wood plate encountered in the propelling process, the propelling adjustment rod 411 and the lower spring sleeve 463 are driven to ascend, the lower spring sleeve 463 extrudes the buffer spring 462, the buffer spring 462 is compressed, and the buffer spring 462 resets along with the continuous propelling of the wood plate, so that the propelling adjustment block 41 moves downwards, the propelling wheel 43 is always attached to the upper side of the wood plate in the transmission process, and the transmission is stable.

The upper spring sheath 461 and the lower spring sheath 463 are respectively abutted against the upper end and the lower end of the buffer spring 462, so that the contact surface is enlarged, and the stability in the use process is improved.

The cushion spring 462 encloses the upper and

lower bosses

4611, 4631, so that the position of the cushion spring 462 is stabilized during propulsion.

As an improved specific embodiment, be equipped with first clamp plate 61, second clamp plate 62 in frame 1, first clamp plate 61 is located between holding down plate 322 and advancing mechanism 4, second clamp plate 62 is located between planing mechanism 5 and the collection frame, be equipped with first buffer hole 601 in frame 1, be equipped with first buffer rod 611 on first clamp plate 61, first buffer rod 611 is located first buffer hole 601, the cover is equipped with first buffer spring 612 on the first buffer rod 611, the upper end of first buffer spring 612 is inconsistent with frame 1, and the lower extreme is inconsistent with first clamp plate 61, the downside of first clamp plate 61 is equipped with first pinch roller 613, be equipped with second buffer hole 602 in frame 1, be equipped with second buffer rod 621 on the second clamp plate 62, second buffer rod 621 is located second buffer hole 602, the cover is equipped with second buffer spring 622 on the second buffer rod, the upper end and frame 1 of second buffer spring 622 are inconsistent, the lower extreme and second clamp plate 62, the downside that second buffer rod 62 is equipped with second pinch roller 623, the transmission arm 623 of second clamp plate 623 is equipped with the auxiliary shaft 64, the auxiliary shaft 64 is connected with the auxiliary hopper 64.

Through the technical scheme, the first pressing plate 61 is located between the pressing mechanism 3 and the pushing mechanism 4, the first pressing wheel 613 on the lower side of the first pressing plate 61 is always abutted to the passing wood board, and the first pressing plate 61 moves up and down when the wood board is not flat in the transmission process, so that the first buffer rod 611 is driven to move up and down, the first buffer spring 612 is compressed and reset, the wood board transmission process is stable, and the wood board is prevented from tilting and jumping. The first pressing wheel 613 is connected with the wood board in a rolling manner, and the friction force is small.

Second clamp plate 62 is located between planing mechanism 5 and the lower planing rod mechanism, and second pinch roller 623 of second clamp plate 62 downside offsets with the plank of process all the time to when the plank unevenness in transmission process, second clamp plate 62 reciprocated, thereby driven second buffer bar 621 reciprocates, and second buffer spring 622 is compressed, resets, makes plank transmission process stable, avoids the plank perk, beats. The second pinch roller 623 is in rolling connection with the wood board, and friction is small.

Be equipped with backup plate 63 on the frame 1, backup plate 63 sets up with hopper 2 is adjacent, and backup plate 63 fixes a position the plank for the plank position that leaves from hopper 2 is accurate.

When the transmission chain is clamped, the auxiliary propelling shaft 64 is rotated by a wrench to provide an external force for the transmission chain, and the equipment can be directly operated again when the transmission chain is slightly clamped, so that the use is convenient.

As an improved specific embodiment, a dovetail groove 71 and a dovetail pressing block 72 are arranged on the machine frame 1, an upper cutter shaft fixing seat 73 is connected to the dovetail groove 71 in a sliding manner, the dovetail pressing block 72 is abutted to the upper cutter shaft fixing seat 73, an upper planer groove shaft 741 is rotatably arranged in the upper cutter shaft fixing seat 73, an upper planer groove wheel front-back adjusting hand-operated lead screw lifter 742 is arranged on the upper cutter shaft fixing seat 73, the upper planer groove wheel front-back adjusting hand-operated lead screw lifter 742 is connected with the upper planer groove shaft 741, a first connecting rod 75 is arranged on the upper cutter shaft fixing seat 73, the first connecting rod 75 is connected with an upper planer groove machine seat 76, an upper planer groove motor 761 is arranged on the upper planer groove machine seat 76, one end of the upper planer groove shaft 741 is connected with the upper planer groove motor 761, an upper planer shaft cutter 77 is arranged at the other end of the upper cutter shaft fixing seat 73, upper positioning plates 771 are arranged on two sides of the upper planer groove cutter shaft fixing seat 77, an auxiliary positioning plate 772 is arranged between the upper positioning plate 771 and the upper positioning plate 772 is arranged on the machine frame 1, an upper planer groove wheel hand-operated wire lifter 78 is connected with the upper fixing seat 73, and a locking plate 79 is arranged on the machine frame 1 and used for locking the machine frame 73.

Through the technical scheme, when the height of arbor fixing base 73 was gone up in the regulation, rotatory retaining member 79 earlier, make retaining member 79 and last arbor fixing base 73 separate, adjust the height of last arbor fixing base 73 after that, go up arbor fixing base 73 and slide and connect in dovetail 71, dovetail briquetting 72 sets up in frame 1, including going up arbor fixing base 73 parcel, position stability when making go up arbor fixing base 73 and go up the lift, the manual rocking wire pole lift 78 of grooving wheel is adjusted in the rotation during adjustment, the precision is high, it is light laborsaving, after the adjustment is accomplished, reverse rotation retaining member 79, make retaining member 79 lock up arbor fixing base 73, can accomplish the regulation, the locking step is few, high durability and convenient use. Go up the rotatable setting of dadoing axle 741 on last arbor fixing base 73, connect up dadoing sword 77 in one end, connect up dadoing motor 761, stable in structure on the other end.

The position of the upper grooving cutter 77 can be adjusted by rotating the upper grooving wheel to adjust the hand-operated screw rod forwards and backwards, and the installation is convenient.

The upper slotting machine base 76 is connected with the upper knife shaft fixing base 73 through a first connecting rod 75, ascends and descends along with the ascending and descending of the upper knife shaft fixing base 73, and can stably drive the upper slotting cutter 77 to rotate by adjusting the front and rear upper slotting motors 761.

An auxiliary positioning plate 772 is arranged between the upper positioning plate 771 and the pushing mechanism 4, and the auxiliary positioning plate 772 presses down passing boards, so that the boards are stable in the conveying process.

As a specific embodiment of improvement, a dovetail fixing block 81, a dovetail pressing block 82 and a lifting adjusting seat 83 are arranged on the machine frame 1, the upper positioning plate 771 is connected with the lifting adjusting seat 83, the lifting adjusting seat 83 is connected with the machine frame 1 in a sliding manner, part of the lifting adjusting seat 83 is located between the dovetail pressing block 82 and the machine frame 1, an adjusting groove 84 is arranged on the machine frame 1, an upper lifting rod 85 is arranged on the lifting adjusting seat 83, the upper lifting rod 85 is located in the adjusting groove 84, and an upper adjusting screw 86 is arranged on the upper side of the upper lifting rod 85.

Through the technical scheme, forked tail fixed block 81 links to each other with frame 1, forked tail compact heap 82 links to each other with forked tail fixed block 81, part lift adjustment seat 83 is located between forked tail compact heap 82 and the frame 1, when the height of locating plate 771 is gone up in the needs adjustment, loosen the screw on the forked tail compact heap 82 earlier, make lift adjustment block can slide on frame 1, adjusting screw 86 in the rotation after that, make its and the position change between the pole 85 that falls, thereby change the high position of lift adjustment seat 83, adjust the completion after, the screw fixation lift adjustment seat 83 on the rotatory forked tail compact heap 82 can, moreover, the steam generator is simple in structure, and convenient for adjustment.

As a modified specific embodiment, the rack 1 is provided with a gauge assembly 91, the gauge assembly 91 is located at the lower side of the pressing mechanism 3, the gauge assembly 91 comprises a gauge saw 911 and a plurality of front positioning wheels 912 and rear positioning wheels 913, and the lower side of the gauge assembly 91 is provided with a crushing mechanism 914.

Through the technical scheme, in the process of conveying the wood boards leaving from the hopper 2 to the propelling mechanism 4, the wood boards are positioned by the front positioning wheels 912 and the rear positioning wheels 913, pressed by the pressing mechanism 3 to be fixed, conveyed continuously, regulated by the regulating saw 911 through the regulating saw 911, scraps enter the crushing mechanism 914 to be crushed, and the wood boards which are regulated are conveyed continuously to the propelling mechanism 4.

As an improved specific embodiment, the machine frame 1 includes a first seat 901, a second seat 902, and a third seat 903 connected to each other, the third seat 903 is connected to the first seat 901, the second seat 902 is located on the upper side of the third seat 903, a first elevation adjustment rod 904 and a second elevation adjustment rod 905 are disposed between the second seat 902 and the third seat 903, and the second elevation adjustment rod and the third seat 903 are fixed by a first elevation adjustment screw 9051 and a second elevation adjustment screw 9052.

Through the technical scheme, after the wire bottom plate 47 on the first seat 901 is used for a long time, abrasion occurs, at the moment, the wire bottom plate 47 and the second seat 902 are no longer in the same plane (the phase difference wire can reduce the stability during transmission), the stability during transmission is low, at the moment, the screw between the second seat 902 and the first seat 901 is firstly loosened, then the first lifting adjusting screw 9051 is continuously loosened, the handle on the first lifting adjusting rod 904 is rotated, the first lifting adjusting rod 904 is shortened, the second seat 902 descends, when the second seat 902 descends to be in the same plane with the wire bottom plate 47, the second lifting adjusting screw 9052 is rotated, the position of the second lifting adjusting rod 905 is fixed, and the screw between the second seat 902 and the first seat 901 is screwed down, so that the second seat 902 is fixed.

It is above only the utility model discloses a preferred embodiment, the utility model discloses a scope of protection does not only confine above-mentioned embodiment, the all belongs to the utility model discloses a technical scheme under the thinking all belongs to the utility model discloses a scope of protection. It should be noted that, for those skilled in the art, various modifications and decorations can be made without departing from the principle of the present invention, and these modifications and decorations should also be regarded as the protection scope of the present invention.

Claims

1. The utility model provides a high-speed groover of bamboo wood, is including setting gradually hopper (2), pressing means (3), advancing mechanism (4), keyway planer mechanism (5) on frame (1), its characterized in that: pressing means (3) are including rolling push down subassembly (31) and plane push down subassembly (32), rolling push down subassembly (31) and plane push down subassembly (32) set gradually between hopper (2) and advancing mechanism (4), rolling push down subassembly (31) is including gyro wheel connecting seat (311), lower gyro wheel (312) and first locking piece (313), gyro wheel connecting seat (311) are rotatable to be set up on frame (1), the rotatable setting of lower gyro wheel (312) is in gyro wheel connecting seat (311) downside, first locking piece (313) are used for locking gyro wheel connecting seat (311), plane push down subassembly (32) are including plane connecting seat (321), lower platen (322) and second locking piece (323), the rotatable setting of plane connecting seat (321) is on frame (1), lower platen (322) set up the downside at plane connecting seat (321), second locking piece (323) are used for locking plane connecting seat (321), be equipped with first supporting shoe (101) on frame (1), second supporting shoe (102), the downside of second supporting shoe (102) is located second supporting shoe (311) downside.

2. The high-speed bamboo and wood groover of claim 1, characterized in that: the roller connecting seat (311) comprises a connecting plate (3111), a top plate (3112) and a butt plate (3113) which are connected in sequence, a plurality of upper connecting holes (3114) are arranged on the top plate (3112), a connecting rod (3115) is arranged in each upper connecting hole (3114), the lower end of the connecting rod (3115) is rotatably connected with the lower roller (312), the upper end of the connecting rod (3115) penetrates through the upper connecting hole (3114), a first positioning screw (3116) is arranged at the upper end of the connecting rod (3115), the first positioning screw (3116) is contacted with the top plate (3112), a positioning block (3117) is arranged on the connecting rod (3115), one side of the positioning block (3117) is abutted against the connecting plate (3111) or the abutting plate (3113), the connecting rod (3115) is sleeved with a first spring (3118), the upper end of the first spring (3118) is abutted against the top plate (3112), the lower end of the first spring (3118) is abutted against the positioning block (3117), the first locking member (313) comprises a first handle (3131), a first rotating rod (3132) and a first fixing rod (3133), the first handle (3131) and the first rotating rod (3132) are hinged to each other, the first handle (3131) is hinged to the frame (1), and the first fixing rod (3133) is arranged on the first rotating rod (3132).

3. The high-speed bamboo and wood groover of claim 1, characterized in that: the utility model discloses a plane regulation device, including plane connecting seat (321), be equipped with a plurality of plane regulation holes (3211) on the holding down plate (322), be equipped with a plurality of plane regulation poles (3212) on the holding down plate (322), the position of plane regulation pole (3212) and the position one-to-one of plane regulation hole (3211), plane regulation hole (3211) is worn out to the upper end of plane regulation pole (3212), the upper end of plane regulation pole (3212) is equipped with second set screw (3213), the cover is equipped with second spring (3214) on plane regulation pole (3212), the upper end and plane connecting seat (321) of second spring (3214) are inconsistent, and the lower extreme is inconsistent with holding down plate (322), second locking piece (323) are including second handle (3231), second rotary rod (3232) and second dead lever (3233), second handle (3231) and first rotary rod (3132) are articulated each other, second handle (3231) are articulated with frame (1), second dead lever (3233) sets up on second rotary rod (3232).

4. The high-speed bamboo and wood groover of claim 1, 2 or 3, characterized in that: advancing mechanism (4) is including promoting regulating block (41), propulsion axle (42), propulsion wheel (43) and drive assembly (44), be equipped with accurate slide rail (111) on frame (1), be equipped with accurate slider (112) on promoting regulating block (41), accurate slide rail (111) slide with accurate slider (112) and be connected, the rotatable setting of propulsion axle (42) is in promoting regulating block (41), propulsion wheel (43) set up on propulsion axle (42), drive assembly (44) including:

the bearing seat (441), the bearing seat (441) is fixedly arranged on the frame (1);

a drive shaft (442), the drive shaft (442) rotatably disposed within a bearing housing (441);

a telescopic universal coupling (443), one end of the telescopic universal coupling (443) being connected to the drive shaft (442) and the other end being connected to any of the propulsion shafts (42);

the propelling motor (444) is arranged on the frame (1) and is connected with the driving shaft (442); be equipped with on propulsion shaft (42) and impel gear (421), impel gear (421) and impel the gear (421) on another propulsion shaft (42) to be connected through advancing chain (422), be equipped with reference seat (45) on frame (1), be equipped with a plurality of through-holes (451) on reference seat (45), it advances regulation pole (411) to be equipped with on impelling regulation piece (41), impel the one-to-one of regulation pole (411) and wear out through-hole (451), the one end that impels regulation pole (411) to wear out through-hole (451) is equipped with and impels adjusting screw (412), it is equipped with buffering subassembly (46) to impel to adjust the cover on pole (411), the upper end and the reference seat (45) of buffering subassembly (46) are inconsistent, and the lower extreme with impel regulation piece (41) and contradict, be equipped with wire bottom plate (47) on frame (1), be equipped with cutting hole (471) and cutting wire (472) on wire bottom plate (47), wire hole (472) and cutting wire (472) are located same straight line, be equipped with tangent line wheel (473), partial cutting wheel (473) in frame (1).

5. The bamboo-wood high-speed groover of claim 4, characterized in that: buffer unit (46) from the top down be in proper order last spring housing (461), buffer spring (462), lower spring housing (463), go up spring housing (461), buffer spring (462), lower spring housing (463) and advance and adjust the pole (411) between all slide and be connected, it is inconsistent with reference base (45) to go up spring housing (461), spring housing (463) is inconsistent with propulsion regulating block (41) down, the lower extreme of going up spring housing (461) is equipped with boss (4611), the upper end of spring housing (463) is equipped with down boss (4631) down, buffer spring (462) will go up boss (4611), include lower boss (4631) parcel down.

6. The high-speed bamboo and wood groover of claim 1, 2 or 3, characterized in that: be equipped with first clamp plate (61), second clamp plate (62) on frame (1), first clamp plate (61) is located between holding down plate (322) and advancing mechanism (4), second clamp plate (62) is located between planing groove mechanism (5) and the collection frame, be equipped with first buffer hole (601) on frame (1), be equipped with first buffer beam (611) on first clamp plate (61), first buffer beam (611) is located first buffer hole (601), the cover is equipped with first buffer spring (612) on first buffer beam (611), the upper end and frame (1) of first buffer spring (612) are inconsistent, and the lower extreme is inconsistent with first clamp plate (61), the downside of first clamp plate (61) is equipped with first pinch roller (613), be equipped with second buffer hole (602) on frame (1), be equipped with second buffer beam (621) on second clamp plate (62), second buffer beam (621) is located second buffer hole (602), the cover is equipped with second buffer beam (621) on the second buffer beam (621) the frame (621), the second buffer beam (621) is equipped with second buffer beam (621) on the frame (621), the frame (623) and the lower extreme is equipped with second buffer spring (623), the second pinch roller (621) and the frame (623) is equipped with the lower extreme (622), the back plate (63) is adjacent to the hopper (2), an auxiliary propelling shaft (64) is arranged on the rack, and the auxiliary propelling shaft (64) is connected with the transmission chain.

7. The high-speed bamboo wood groover of claim 1, 2 or 3, characterized in that: the improved rice noodle slicing machine is characterized in that a dovetail groove (71) and a dovetail press block (72) are arranged on the rack (1), an upper cutter shaft fixing seat (73) is connected on the dovetail groove (71) in a sliding manner, the dovetail press block (72) is abutted against the upper cutter shaft fixing seat (73), an upper planing groove shaft (741) is rotatably arranged in the upper cutter shaft fixing seat (73), an upper planing groove wheel front-back adjusting hand-operated screw rod lifter (742) is arranged on the upper cutter shaft fixing seat (73), the upper planing groove wheel front-back adjusting hand-operated screw rod lifter (742) is connected with the upper planing groove shaft (741), a first connecting rod (75) is arranged on the upper cutter shaft fixing seat (73), the first connecting rod (75) is connected with an upper planing groove machine seat (76), an upper planing groove motor (761) is arranged on the upper planing groove machine seat (76), one end of the upper planing groove shaft (741) is connected with the upper planing groove motor (761), an upper planing groove knife blade (77) is arranged at the other end of the upper planing groove shaft fixing seat (741), upper planing groove knife (77) is arranged on two sides of the upper planing groove knife (75), an auxiliary positioning plate (771) is arranged between the upper positioning plate (771) and a pushing mechanism (4), a screw thread rocking bar (79) is arranged on the rack (771) and a hand-operated lifter (79) is arranged on the rack (78), the locking piece (79) is rotatably arranged on the frame (1) and used for locking the position of the upper cutter shaft fixing seat (73).

8. The bamboo-wood high-speed groover of claim 7, characterized in that: be equipped with forked tail fixed block (81), forked tail compact heap (82), lift adjustment seat (83) on frame (1), go up locating plate (771) and lift adjustment seat (83) and be connected, lift adjustment seat (83) slide with frame (1) and be connected, and partial lift adjustment seat (83) are located between forked tail compact heap (82) and frame (1), be equipped with adjustment tank (84) on frame (1), be equipped with lifter (85) on lift adjustment seat (83), it is located adjustment tank (84) to go up lifter (85), the upside of going up lifter (85) is equipped with adjusting screw (86).

9. The high-speed bamboo and wood groover of claim 1, 2 or 3, characterized in that: be equipped with rule limit subassembly (91) on frame (1), rule limit subassembly (91) are located pressing means (3) downside, rule limit subassembly (91) are including rule limit saw (911) and a plurality of preceding locating wheel (912) and back locating wheel (913), rule limit subassembly (91) downside is equipped with rubbing crusher structure (914).

10. The high-speed bamboo wood groover of claim 1, 2 or 3, characterized in that: the frame (1) comprises a first seat (901), a second seat (902) and a third seat (903) which are connected with each other, the third seat (903) is connected with the first seat (901), the second seat (902) is located on the upper side of the third seat (903), a first lifting adjusting rod (904) and a second lifting adjusting rod (905) are arranged between the second seat (902) and the third seat (903), and the second lifting adjusting rod and the third seat (903) are fixed through a first lifting adjusting screw (9051) and a second lifting adjusting screw (9052).