Integrated sorting production line for hog bristles

Abstract

The utility model provides an integrated sorting production line for hog bristles, which comprises a feeding device, a screening device, a size sorting device and a plate arranging device, the feeding device blows in the hog bristles, the screening device strikes and disperses the hog bristles, the hog bristles are prevented from depositing and gathering, the bristle screening efficiency of a screen is greatly improved, multiple sizes are adopted by the size sorting device, and the screening efficiency is improved. According to the bristle sorting device, bristles with different lengths can be separated at a time, the size sorting effect is good, repeated size sorting operation is avoided, the operation efficiency is greatly improved, the bristle sorted in order can be directly and orderly bundled through the disc sorting device, transportation is facilitated, meanwhile, the subsequent further sorting procedure of a brush manufacturing factory is omitted, and the efficiency of a downstream factory is greatly improved.

Description

Technical Field

[0001] The utility model relates to the field of bristle equipment, in particular to an integrated bristle sorting production line. Background Art

[0002] Pig bristle is an important production material, and its main use is to make various brushes. Pig bristles are waste materials for slaughterhouses, and are mixed with a large number of pig trotters, pig skins, etc. They need to be initially purified by removing the trotters and other impurities. The purified pig bristles are of different lengths and are in disarray. They need to be sorted and straightened out according to their lengths. The classification of pig bristles by length is to use a pig bristle measuring machine for measuring. Because the measuring effect is not good, there is a certain proportion of mixing of pig bristles of different lengths, which leads to the need to repeatedly screen and measure the pig bristles in groups to improve the measuring accuracy. Repeated operations greatly reduce production efficiency. Moreover, the pig bristles after measuring are currently packed in relatively messy belts, and brush makers still need to further straighten and align them when making brushes, which leads to low work efficiency. Utility Model Content

[0003] The utility model aims to overcome the shortcomings of the above-mentioned traditional technology and provide a bristle integrated sorting production line which can align and neatly bundle the bristles.

[0004] The purpose of this utility model is achieved through the following technical measures:

[0005] The integrated bristle sorting production line is characterized in that it comprises a feeding device, a screening device, a scale device and a tray device, the screening device comprises a screening frame, a screening box is arranged on the screening frame, the feeding device conveys bristles into the screening box, a reciprocating hair removal device is arranged on the upper part of the screening box, a foreign body screen is arranged inside the screening box, the reciprocating hair removal device is arranged on the upper part of the foreign body screen for reciprocating striking, a bristle guide inclined plate is arranged on the lower part of the foreign body screen, a screening bristle conveying device is arranged on the lower part of the bristle guide inclined plate, and the screening bristle conveying device receives the bristle guide inclined plate. The fallen bristles are transmitted to the scale device, which includes a scale conveyor belt and a scale screening device. The scale screening device clamps the bristles that are too long on the scale conveyor belt. The scale conveyor belt clamps the bristles after the scale and transmits them to the tray arrangement device, which includes a bristle tray. Tray guard frames are provided on both long axis sides of the bristle tray. The bristle tray has a bristle entrance, a triangular receiving portion and a bristle receiving portion. An anti-convex cover plate is installed on the tray guard frame of the bristle entrance of the bristle tray, and a tidying device is installed on the tray guard frame of the triangular receiving portion of the bristle tray.

[0006] As a preferred embodiment, the bristle guide inclined plate includes a first guide inclined plate and a second guide inclined plate, the lower parts of the first guide inclined plate and the second guide inclined plate are close to each other and separated from each other at the upper parts, a plurality of vibration motors are fixedly installed on the outer sides of the first guide inclined plate and the second guide inclined plate, the lower part of the first guide inclined plate is higher than the second guide inclined plate, and the lower part of the first guide inclined plate is located on the inner side of the lower part of the second guide inclined plate so that the bristles falling into the first guide inclined plate will fall into the lower part of the second guide inclined plate after falling.

[0007] The vibration motor is a motor with an eccentric wheel on the output shaft, which generates vibration when rotating. It is a prior art and there are a large number of commercially available products, which will not be described in detail.

[0008] As a preferred embodiment, the reciprocating roughening device includes a sliding device, a roughening frame, a reciprocating drive device, a roughening device and a roughening drive device. The roughening frame is installed on the screening box through the sliding device. The reciprocating drive device drives the roughening frame to move horizontally back and forth relative to the screening box through the sliding device. The roughening device is placed in the roughening frame. The roughening drive device is connected to the roughening device and drives the roughening device to perform the roughening action.

[0009] As a preferred solution, the roughing drive device includes a roughing reduction motor and a roughing drive wheel, the output shaft of the roughing reduction motor is fixedly connected to the roughing drive wheel, the roughing device includes a plurality of roughing shafts and roughing rods, one end of each roughing shaft is fixedly connected to a roughing transmission wheel, the roughing transmission wheel is in transmission connection with the roughing drive wheel, a plurality of roughing rods are installed on the roughing shafts, and the end of the roughing rod away from the roughing shaft is connected to a slapping roughing block.

[0010] As a preferred embodiment, the reciprocating drive device includes a reciprocating drive reduction motor, a reciprocating drive turntable, a reciprocating intermediate connecting rod and a reciprocating drive push rod. The output shaft of the reciprocating drive reduction motor is fixedly connected to the reciprocating drive turntable, one end of the reciprocating intermediate connecting rod is hinged to the outer periphery of the reciprocating drive turntable, the other end of the reciprocating intermediate connecting rod is hinged to one end of the reciprocating drive push rod, and the other end of the reciprocating drive push rod is hinged to the roughening frame. The reciprocating drive turntable rotates to drive the reciprocating intermediate connecting rod and the reciprocating drive push rod to move, thereby driving the roughening frame to reciprocate horizontally through the sliding device.

[0011] As a preferred solution, the scale screening device includes a scale motor, a scale transmission device and a scale clamping roller, the scale transmission device includes a scale driving wheel, a main transmission belt, a scale transmission shaft, a sub-transmission wheel, an auxiliary transmission belt and a clamping roller driving wheel, a plurality of the sub-transmission wheels are fixedly sleeved on the scale transmission shaft, the output shaft of the scale motor is fixedly connected to the scale driving wheel, the scale driving wheel is transmission-connected to any of the sub-transmission wheels through the main transmission belt, one of the sub-transmission wheels is transmission-connected to a clamping roller driving wheel through the auxiliary transmission belt, one of the clamping roller driving wheels is fixedly installed at one end of a scale clamping roller, and the scale clamping roller is in frictional contact with another scale clamping roller and is arranged in parallel to form a scale clamping roller pair, the contact surface between the two scale clamping rollers of the scale clamping roller pair is arranged in parallel with the scale conveyor belt, the scale motor drives the scale clamping roller to rotate through the scale transmission device, and the scale clamping roller pair clamps out the bristles entering between the scale clamping rollers. The length of the clamped bristles is determined by the distance between the contact surface of the scale clamping roller pair and the scale conveyor belt, so as to clamp out the bristles exceeding the length, and finally realize that the bristles sent into the shunting device by the scale conveyor belt are bristles of the same length.

[0012] As a preferred solution, the anti-convex cover plate is located on one side of the bristle inlet and extends above the scale conveyor belt.

[0013] As a preferred embodiment, the straightening device includes a straightening roller, a straightening plate and a straightening drive device. The straightening roller is installed on the pallet guard frame through a bearing seat, and one side of the straightening plate is fixedly installed on the straightening roller. The straightening drive device drives the straightening roller to reciprocate at a certain angle in the circumference and drives the straightening plate to realize the straightening action of the bristles on the bristle tray.

[0014] As a preferred embodiment, the flattening drive device includes a flattening reduction motor, a flattening drive disk, a flattening intermediate connecting rod and a flattening push rod. The output shaft of the flattening reduction motor is fixedly connected to the flattening drive disk, one end of the flattening intermediate connecting rod is hinged to the outer periphery of the flattening drive disk, the other end of the flattening intermediate connecting rod is hinged to one end of the flattening push rod, and the other end of the flattening push rod is fixedly connected to the flattening roller. The rotation of the flattening drive disk drives the flattening intermediate connecting rod to move and enables the flattening push rod to push the flattening roller to reciprocate at a certain circumferential angle to realize the flattening action of the flattening plate on the bristles on the bristle tray.

[0015] The straightening and straightening device will pile the trimmed bristles tightly on the bristle tray and pat them to make them flat, so as to achieve the purpose of compact bristle stacking. When the bristles are piled to a certain amount, they are bundled around the periphery with strapping tape. The straightened bristles can be directly transported to the brush making factory and used, reducing the process steps for brush making workers to straighten the bristles and improving labor efficiency.

[0016] Due to the adoption of the above technical solution, compared with the prior art, the advantages of the utility model are:

[0017] The utility model provides a bristle integrated sorting production line, comprising a feeding device, a screening device, a dividing scale device and a tray device. The feeding device blows in bristles, and the screening device beats and disperses the bristles, so as to prevent the bristles from depositing and gathering, thereby greatly improving the screening efficiency of the screen. The dividing scale device adopts multiple dividing scales to separate bristles of different lengths at one time, and the dividing scale effect is good, eliminating repeated dividing scale operations, thereby greatly improving the working efficiency. The tray device can directly and neatly bundle the bristles that have been aligned with the dividing scales, which is convenient for transportation and eliminates the need for further straightening procedures in subsequent brush-making factories, thereby greatly improving the efficiency of downstream factories.

[0018] The utility model is further described below in conjunction with the accompanying drawings and specific implementation methods. BRIEF DESCRIPTION OF THE DRAWINGS

[0019] Attached Figure 1 The utility model is a schematic diagram of the structure of a screening device in a bristle integrated sorting production line.

[0020] Attached Figure 2 The utility model is a schematic diagram of the structure of a dehairing drive device in a bristle integrated sorting production line.

[0021] Attached Figure 3 It is a schematic structural diagram of the discharging end perspective of a screening device in a bristle integrated sorting production line of the utility model.

[0022] Attached Figure 4 It is a structural schematic diagram of the scale device.

[0023] Attached Figure 5 It is a structural diagram of the disc-shunting device.

[0024] Attached Figure 6 It is a schematic diagram of the structure of the leveling drive device in the pan-shunting device.

[0025] In the attached drawings: 1. feeding device; 2. screening device; 3. dividing scale device; 4. pan-sliding device;

[0026] 20. Screening frame; 21. Screening box; 22. Foreign matter screen; 23. Reciprocating hair removal device; 231. Sliding device; 232. Hair removal frame; 233. Reciprocating drive device; 2331. Reciprocating drive reduction motor; 2332. Reciprocating drive turntable; 2333. Reciprocating intermediate connecting rod; 2334. Reciprocating drive push rod; 234. Hair removal device; 2341. Hair removal rotating shaft; 2342. Hair removal rod; 2343. Beating hair removal block; 235. Hair removal drive device; 2351. Hair removal reduction motor; 2352. Hair removal drive wheel; 2353. Hair removal transmission wheel; 2354. Hair removal transmission belt; 24. Pig bristle guide inclined plate; 241. First guide inclined plate; 242. Second guide inclined plate; 243. Vibrating motor; 25. Screening pig bristle conveying device;

[0027] 30. Scale conveyor belt; 31. Scale screening device; 311. Scale motor; 312. Scale transmission device; 3121. Scale drive wheel; 3122. Main transmission belt; 3123. Scale transmission shaft; 3124. Scale drive wheel; 3125. Auxiliary transmission belt; 3126. Clamp roller drive wheel; 313. Scale clamp roller;

[0028] 40. Bristle tray; 41. Tray guard frame; 42. Anti-convex cover plate; 43. Leveling device; 431. Leveling roller; 432. Leveling plate; 433. Leveling drive device; 4331. Leveling reduction motor; 4332. Leveling drive disk; 4333. Leveling intermediate connecting rod; 4334. Leveling push rod. DETAILED DESCRIPTION

[0029] Example: As shown in the attached Figures 1 to 6 As shown, the integrated bristle sorting production line includes a feeding device 1, a screening device 2, a scale device 3 and a sorting device 4. The screening device 2 includes a screening frame 20, and a screening box 21 is provided on the screening frame 20. The feeding device 1 conveys the bristles into the screening box 21. The feeding device 1 is a wind-blown feeding device, which belongs to a common negative pressure suction feeding device and is not described in detail. A reciprocating beheading device 23 is provided on the upper part of the screening box 21, and a foreign matter screen 22 is provided inside the screening box 21. The reciprocating beheading device 23 is arranged on the upper part of the foreign matter screen 22 for reciprocating beating. A bristle guide inclined plate 24 is provided on the lower part of the foreign matter screen 22, and a screening bristle conveying device 25 is provided on the lower part of the bristle guide inclined plate 24. The screening bristle conveying device 25 receives the bristles falling from the bristle guide inclined plate 24 and conveys them to the scale device 3. The scale device 3 includes a scale conveyor belt 30 and a scale screening device 31. The ruler screening device 31 clamps out the excessively long bristles on the ruler conveyor belt 30, and the ruler conveyor belt 30 clamps the bristles behind the ruler and conveys them to the disc-strapping device 4, which includes a bristle tray 40. Tray guard frames 41 are provided on both long axis sides of the bristle tray 40. The bristle tray 40 has a bristle entrance, a triangular receiving portion and a bristle receiving portion. An anti-convex cover plate 42 is installed on the tray guard frame 41 at the bristle entrance of the bristle tray 40, and a tidying device 43 is installed on the tray guard frame 41 at the triangular receiving portion of the bristle tray 40.

[0030] As attached Figure 3As shown, the bristle guide inclined plate 24 includes a first guide inclined plate 241 and a second guide inclined plate 242, the lower parts of the first guide inclined plate 241 and the second guide inclined plate 242 are close to each other and separated from each other at the upper parts, and a plurality of vibration motors 243 are fixedly installed on the outer sides of the first guide inclined plate 241 and the second guide inclined plate 242, respectively, the lower part of the first guide inclined plate 241 is higher than the second guide inclined plate 242, and the lower part of the first guide inclined plate 241 is located on the inner side of the lower part of the second guide inclined plate 242 so that the bristles falling into the first guide inclined plate 241 will fall into the lower part of the second guide inclined plate 242 after falling.

[0031] The vibration motor 243 described in the present application is a motor with an eccentric wheel on the output shaft, which generates vibration when rotating. It is a prior art and there are a large number of commercially available products, which will not be described in detail.

[0032] As attached Figure 1 and attached Figure 2 As shown, the reciprocating roughening device 23 includes a sliding device 231, a roughening frame 232, a reciprocating drive device 233, a roughening device 234 and a roughening drive device 235. The roughening frame 232 is installed on the screening box 21 through the sliding device 231. The reciprocating drive device 233 drives the roughening frame 232 to move horizontally back and forth relative to the screening box 21 through the sliding device 231. The roughening device 234 is arranged in the roughening frame 232. The roughening drive device 235 is connected to the roughening device 234 and drives the roughening device 234 to perform the roughening action.

[0033] As attached Figure 1 and Figure 3 As shown, the roughening drive device 235 includes a roughening reduction motor 2351 and a roughening drive wheel 2352, and the output shaft of the roughening reduction motor 2351 is fixedly connected to the roughening drive wheel 2351. The roughening device 234 includes a plurality of roughening shafts 2341 and roughening rods 2342. One end of each roughening shaft 2341 is fixedly connected with a roughening transmission wheel 2353, and the roughening transmission wheel 2353 is connected to the roughening drive wheel 2352 through a roughening transmission belt 2354. A plurality of roughening rods 2342 are installed on the roughening shaft 2341, and the end of the roughening rod 2342 away from the roughening shaft 2341 is connected with a slapping roughening block 2343.

[0034] As attached Figure 1 and Figure 2As shown, the reciprocating drive device 233 includes a reciprocating drive reduction motor 2331, a reciprocating drive turntable 2332, a reciprocating intermediate connecting rod 2333 and a reciprocating drive push rod 2334. The output shaft of the reciprocating drive reduction motor 2331 is fixedly connected to the reciprocating drive turntable 2332. One end of the reciprocating intermediate connecting rod 2333 is hinged to the outer periphery of the reciprocating drive turntable 2332. The other end of the reciprocating intermediate connecting rod 2333 is hinged to one end of the reciprocating drive push rod 2334. The other end of the reciprocating drive push rod 2334 is hinged to the roughening frame 232. The reciprocating drive turntable 2332 rotates to drive the reciprocating intermediate connecting rod 2333 and the reciprocating drive push rod 2334 to move, thereby driving the roughening frame 232 to reciprocate horizontally through the sliding device 231.

[0035] As attached Figure 4 As shown, the scale screening device 31 includes a scale motor 311, a scale transmission device 312 and a scale clamping roller 313, the scale transmission device 312 includes a scale driving wheel 3121, a main transmission belt 3122, a scale transmission shaft 3123, a sub-transmission wheel 3124, a secondary transmission belt 3125 and a clamping roller driving wheel 3126, a plurality of the sub-transmission wheels 3124 are fixedly mounted on the scale transmission shaft 3123, the output shaft of the scale motor 311 is fixedly connected to the scale driving wheel 3121, and the scale driving wheel 3121 is connected to any of the sub-transmission wheels 3121 through the main transmission belt 3122. 124 is connected to the sub-drive wheel 3124 through the secondary drive belt 3125 and a clamping roller driving wheel 3126. The clamping roller driving wheel 3126 is fixedly installed at one end of a sub-scale clamping roller 313, and the sub-scale clamping roller 313 is in friction contact with another sub-scale clamping roller 313 and is arranged in parallel to form a sub-scale clamping roller pair. The contact surface between the two sub-scale clamping rollers 313 of the sub-scale clamping roller pair is arranged in parallel with the sub-scale conveyor belt 30. The sub-scale motor 311 drives the sub-scale clamping roller 313 to rotate through the sub-scale transmission device 312, and the sub-scale clamping roller pair clamps out the bristles entering between the sub-scale clamping rollers 313. The length of the clamped bristles is determined by the distance between the contact surface of the sub-scale clamping roller pair and the sub-scale conveyor belt 30, so as to clamp out the bristles exceeding the length, and finally realize that the bristles sent to the shunting device 4 by the sub-scale conveyor belt 30 are bristles of the same length.

[0036] As attached Figure 5 As shown, the anti-convex cover plate 42 is located at one side of the bristle inlet and extends to above the scale conveyor belt 30 .

[0037] As attached Figure 5As shown, the straightening device 43 includes a straightening roller 431, a straightening plate 432 and a straightening drive device 433. The straightening roller 431 is installed on the tray guard frame 41 through a bearing seat, and one side of the straightening plate 432 is fixedly installed on the straightening roller 431. The straightening drive device 433 drives the straightening roller 431 to reciprocate at a certain angle in the circumference and drives the straightening plate 432 to realize the straightening action of the bristles on the bristle tray 40.

[0038] As attached Figure 6 As shown, the flattening driving device 433 includes a flattening reduction motor 4331, a flattening driving disk 4332, a flattening intermediate connecting rod 4333 and a flattening push rod 4334. The output shaft of the flattening reduction motor 4331 is fixedly connected to the flattening driving disk 4332, one end of the flattening intermediate connecting rod 4333 is hinged to the outer periphery of the flattening driving disk 4332, the other end of the flattening intermediate connecting rod 4333 is hinged to one end of the flattening push rod 4334, and the other end of the flattening push rod 4334 is fixedly connected to the flattening roller 431. The flattening driving disk 4332 rotates to drive the flattening intermediate connecting rod 4333 to move and enables the flattening push rod 4334 to push the flattening roller 431 to reciprocate at a certain circumferential angle to realize the flattening plate 432 to align the bristles on the bristle tray 40.

[0039] The straightening and straightening device will pile the trimmed bristles tightly on the bristle tray and pat them to make them flat, so as to achieve the purpose of compact bristle stacking. When the bristles are piled to a certain amount, they are bundled around the periphery with strapping tape. The straightened bristles can be directly transported to the brush making factory and used, reducing the process steps for brush making workers to straighten the bristles and improving labor efficiency.

Claims

1. The integrated bristle sorting production line is characterized by: The invention comprises a feeding device, a screening device, a scale device and a pan device, wherein the screening device comprises a screening frame, a screening box is arranged on the screening frame, the feeding device conveys bristles into the screening box, a reciprocating hair-beating device is arranged on the upper part of the screening box, a foreign body screen is arranged inside the screening box, the reciprocating hair-beating device is arranged on the upper part of the foreign body screen for reciprocating striking, a bristle guiding inclined plate is arranged on the lower part of the foreign body screen, a screening bristle conveying device is arranged on the lower part of the bristle guiding inclined plate, the screening bristle conveying device receives the bristles falling from the bristle guiding inclined plate and conveys them To the scale device, the scale device includes a scale conveyor belt and a scale screening device, the scale screening device clamps the excessively long bristles on the scale conveyor belt, the scale conveyor belt clamps the bristles behind the scale and transmits them to the tray arrangement device, the tray arrangement device includes a bristle tray, and tray guard frames are provided on both long axis sides of the bristle tray, the bristle tray has a bristle entrance, a triangular receiving portion and a bristle receiving portion, an anti-convex cover plate is installed on the tray guard frame of the bristle entrance of the bristle tray, and a tidying device is installed on the tray guard frame of the triangular receiving portion of the bristle tray.

2. The integrated bristle sorting production line according to claim 1 is characterized in that: The bristle guide inclined plate includes a first guide inclined plate and a second guide inclined plate, the lower parts of the first guide inclined plate and the second guide inclined plate are close to each other and separated from each other at the upper parts, a plurality of vibration motors are fixedly installed on the outer sides of the first guide inclined plate and the second guide inclined plate, the lower part of the first guide inclined plate is higher than the second guide inclined plate, and the lower part of the first guide inclined plate is located on the inner side of the lower part of the second guide inclined plate so that the bristles falling into the first guide inclined plate will fall into the lower part of the second guide inclined plate after falling.

3. The integrated bristle sorting production line according to claim 2 is characterized in that: The reciprocating roughening device includes a sliding device, a roughening frame, a reciprocating drive device, a roughening device and a roughening drive device. The roughening frame is installed on the screening box through the sliding device. The reciprocating drive device drives the roughening frame to move horizontally back and forth relative to the screening box through the sliding device. The roughening device is placed in the roughening frame. The roughening drive device is connected to the roughening device and drives the roughening device to perform the roughening action.

4. The integrated bristle sorting production line according to claim 3 is characterized in that: The roughing driving device includes a roughing reduction motor and a roughing driving wheel. The output shaft of the roughing reduction motor is fixedly connected to the roughing driving wheel. The roughing device includes a plurality of roughing rotating shafts and roughing rods. One end of each roughing rotating shaft is fixedly connected to a roughing transmission wheel. The roughing transmission wheel is in transmission connection with the roughing driving wheel. Several roughing rods are installed on the roughing rotating shafts. The end of the roughing rod away from the roughing rotating shaft is connected to a slapping roughing block.

5. The integrated bristle sorting production line according to claim 4 is characterized in that: The reciprocating drive device includes a reciprocating drive reduction motor, a reciprocating drive turntable, a reciprocating intermediate connecting rod and a reciprocating drive push rod. The output shaft of the reciprocating drive reduction motor is fixedly connected to the reciprocating drive turntable. One end of the reciprocating intermediate connecting rod is hinged to the outer periphery of the reciprocating drive turntable. The other end of the reciprocating intermediate connecting rod is hinged to one end of the reciprocating drive push rod. The other end of the reciprocating drive push rod is hinged to the roughening frame. The reciprocating drive turntable rotates to drive the reciprocating intermediate connecting rod and the reciprocating drive push rod to move, thereby driving the roughening frame to reciprocate horizontally through the sliding device.

6. The integrated bristle sorting production line according to any one of claims 1 to 5, characterized in that: The scale screening device comprises a scale motor, a scale transmission device and a scale clamping roller. The scale transmission device comprises a scale driving wheel, a main transmission belt, a scale transmission shaft, a sub-transmission wheel, an auxiliary transmission belt and a clamping roller driving wheel. A plurality of the sub-transmission wheels are fixedly sleeved on the scale transmission shaft. The output shaft of the scale motor is fixedly connected to the scale driving wheel. The scale driving wheel is transmission-connected to any of the sub-transmission wheels through the main transmission belt. One of the sub-transmission wheels is transmission-connected to a clamping roller driving wheel through the auxiliary transmission belt. One of the clamping roller driving wheels is fixedly installed at one end of a scale clamping roller, and the scale clamping roller is in frictional contact with another scale clamping roller and is arranged in parallel to form a scale clamping roller pair. The contact surface between the two scale clamping rollers of the scale clamping roller pair is arranged in parallel with the scale conveyor belt. The scale motor drives the scale clamping roller to rotate through the scale transmission device, and the scale clamping roller pair clamps out the bristles entering between the scale clamping rollers.

7. The integrated bristle sorting production line according to any one of claims 1 to 5, characterized in that: The anti-convex cover plate is located at one side of the bristle inlet and extends to above the scale conveyor belt.

8. The integrated bristle sorting production line according to any one of claims 1 to 5, characterized in that: The leveling device includes a leveling roller, a leveling plate and a leveling drive device. The leveling roller is installed on the pallet guard frame through a bearing seat, and one side of the leveling plate is fixedly installed on the leveling roller. The leveling drive device drives the leveling roller to reciprocate at a certain angle in the circumference and drives the leveling plate to achieve the leveling action of the bristles on the bristle tray.

9. The integrated bristle sorting production line according to claim 8, characterized in that: The flattening drive device includes a flattening reduction motor, a flattening drive disk, a flattening intermediate connecting rod and a flattening push rod. The output shaft of the flattening reduction motor is fixedly connected to the flattening drive disk, one end of the flattening intermediate connecting rod is hinged to the outer periphery of the flattening drive disk, the other end of the flattening intermediate connecting rod is hinged to one end of the flattening push rod, and the other end of the flattening push rod is fixedly connected to the flattening roller. The rotation of the flattening drive disk drives the flattening intermediate connecting rod to move, and the flattening push rod pushes the flattening roller to reciprocate at a certain circumferential angle to realize the flattening action of the flattening plate on the bristles on the bristle tray.

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