A rotary disc type chicken claw peeling device

Abstract

The utility model discloses a carousel formula claw peeling device belongs to poultry food processing equipment technical field. The device includes claw transmission part and peeling executive part, and claw transmission part is equipped with thick carousel, thin carousel, transmission motor and double -sided tooth synchronous belt drive system, can realize the stable conveyance and positioning of claw, and has excellent anti -overload function. The peeling executive part is equipped with intermediate peeling fur brush roller, root peeling fur brush roller, double -row rubber stick roller and three -row rubber stick roller, can carry out the different peeling treatment to different parts of claw. The carousel can be replaced according to the claw size, and the center distance is adjustable, adapts to various claw processing demand. The device adopts open -type structure, and it is convenient to clean and maintain, and the transmission and execution motor speed are adjustable, can accurately control the peeling intensity and time, and the claw meat quality is protected to the maximum limit while peeling efficiently. The utility model discloses reasonable in structure, flexible in operation, even in peeling and little in damage, is applicable to the peeling process in the large -scale processing of claw.

Description

Technical Field

[0001] This utility model belongs to the technical field of poultry food processing equipment, specifically relating to a rotary chicken feet peeling device. Background Technology

[0002] Skinning chicken feet is a crucial pre-processing step in chicken feet processing. By controlling key variables such as mechanical parameters, processing time, and medium conditions, the efficient removal of the chicken feet's cuticle layer while preserving the integrity of the meat is achieved, thus laying the foundation for subsequent food processing. Precise and controllable skinning thoroughly removes the cuticle layer while preserving the chicken feet's shape and meat structure to the greatest extent possible, allowing for smooth subsequent seasoning, packaging, or cooking processes. This improves the yield, hygiene, safety, and commercial value of the chicken feet product. In the chicken feet processing flow, skinning is one of the core technological steps, significantly impacting the final product's taste, appearance, and market competitiveness.

[0003] The mainstream chicken feet peeling equipment on the market is mainly horizontal peeling machines and drum peeling machines. Although these two types of equipment can achieve a certain degree of mechanized peeling, they cause serious mechanical damage, easily leading to meat damage and shape destruction, affecting the product's appearance and taste. Furthermore, the removal rate is not high, especially in the "palm-sized" area of ​​the chicken feet, where the cuticle layer is thick and the structure is complex. Existing equipment does not specifically address this area, often requiring secondary manual processing, increasing labor costs and hygiene risks. Moreover, their adaptability is low; the large differences in size and shape among chicken feet can lead to uneven peeling or even missed areas. Additionally, the complex mechanical structure of these two types of machines makes cleaning difficult and prone to bacterial growth. Although various technologies (such as mechanical, alkaline, steam, water jet, and ultrasonic methods) have been researched and applied in the field of fruit and vegetable peeling, the special tissue structure and tightly adhered epidermis of chicken feet limit the effectiveness of directly applying these technologies and easily cause meat damage or chemical residues. Utility Model Content

[0004] To address the aforementioned issues, this invention presents a rotary chicken feet peeling device that features smooth transmission, minimal damage to the meat, targeted peeling, adaptability to different sizes of chicken feet, continuous operation, and adjustable peeling and transmission speeds.

[0005] To achieve the objectives of this utility model, the following technical solution is adopted:

[0006] The rotary chicken feet peeling device includes a chicken feet transmission part and a peeling execution part. The chicken feet transmission part includes a top cover plate, a rotary table distance adjustment plate, a thick rotary table fixing flange, a thick rotary table, a thick rotary table guard plate, a thick rotary table guard plate fixing foot support, a thick rotary table drive shaft, a thin rotary table, a thin rotary table intermediate clamping plate, a thin rotary table fixing flange, a thin rotary table guard plate fixing foot support, a thin rotary table guard plate, a thin rotary table drive shaft, a main shaft flange bearing seat, a discharge guide rail fixing foot support, a discharge guide rail, an 8M synchronous pulley, a double-sided toothed synchronous belt, a main shaft tensioning moving plate, a main shaft tensioning moving plate mounting plate, a main drive tensioning wheel shaft, a main drive positioning shaft; a tensioning wheel shaft flange bearing seat, a motor fixing plate, and a transmission motor. The machine includes a speed reducer, a transmission motor, a motor mounting base, a lock nut, a torque limiter, a driven gear, a driving gear, a frame, three-dimensional right-angle connectors, casters, and a collection box; the peeling actuator includes a rubber roller mounting plate, a double-layer synchronous belt pulley, a synchronous belt, a support plate, an edge support plate, an edge support plate fixing plate, a right-angle seat, double-row rubber rollers, triple-row rubber rollers, a middle peeling brush roller, a middle peeling brush roller tensioning wheel shaft, an actuator shaft flange bearing seat, a tensioning moving plate, a motor synchronous belt driven gear, a motor synchronous belt driving gear, an actuator motor transmission shaft, a root peeling brush roller, an actuator motor, an actuator motor speed reducer, a power transmission shaft, and a square bearing seat.

[0007] The thick turntable is parallel to the thin turntable.

[0008] The thick turntable guard plate is attached to the thick turntable, and the thin turntable guard plate is attached to the thin turntable.

[0009] The thick and thin turntables can be replaced according to the actual size of the chicken feet, so that the opening size is suitable for processing chicken feet and can peel different types of chicken feet.

[0010] The turntable distance adjustment plate can adjust the center distance between the thick and thin turntables to ensure a smooth transition of the chicken feet at the junction of the two turntables.

[0011] The double-sided toothed synchronous belt is tensioned by the main shaft tensioning moving plate, which can realize the synchronous rotation of the thick turntable and the thin turntable. The chicken feet are put in through the opening of the thin turntable to realize the rotation and transmission of the chicken feet. The chicken feet fall into the collection box through the discharge guide rail.

[0012] The power transmission shaft is fitted with two square bearing seats at both ends, which are respectively installed on the upper cover plate and the rubber roller mounting plate. The edge support plate is fixed to the frame by the edge support plate fixing plate, and the support plate is fixed to the upper cover plate by the right angle seat. The power transmission shaft, the edge support plate, and the support plate together support the rubber roller mounting plate.

[0013] The motor drive shaft drives the middle peeling brush roller and the root peeling brush roller to rotate, removing the outer skin of the middle part and the root of the chicken foot; the rotation of the power transmission shaft transmits power from the bottom to the top, driving the double row of rubber rollers and the triple row of rubber rollers to move and remove the outer skin of the upper part of the chicken foot. At this point, the peeling execution part has removed the outer skin of all three parts of the chicken foot, achieving the effect of peeling the chicken foot.

[0014] Preferably, the thick turntable and the thin turntable operate smoothly and can work continuously, allowing the chicken feet to fall accurately into the collection box after the peeling process.

[0015] Preferably, the intermediate peeling brush roller, the root peeling brush roller, the double-row glue roller, and the three-row glue rod can specifically remove the outer skin of different parts of the chicken feet.

[0016] Preferably, the thick turntable and the thin turntable can be replaced according to the actual situation, and can be applied to different types of chicken feet for the peeling process.

[0017] Preferably, the operating speed of the actuator and the drive motor can be adjusted at any time to adjust the peeling time and intensity of the chicken feet, so as to avoid damaging the meat.

[0018] Preferably, the rotary chicken feet peeling device has no enclosed environment, has a simple structure, is not prone to dirt accumulation, is easy to clean, and meets the needs of food production.

[0019] Preferably, the rotary chicken feet peeling device is equipped with a torque limiter, which has excellent overload protection.

[0020] Preferably, the inner diameter of the main shaft flange bearing housing is 50mm, the inner diameter of the tension wheel shaft flange bearing housing is 30mm, and the inner diameter of the actuator shaft flange bearing housing is 17mm.

[0021] In summary, the beneficial effects of this utility model are as follows:

[0022] 1. This rotary chicken feet peeling device is equipped with a chicken feet transmission part and a peeling execution part. The peeling process is carried out during the transmission process, which can work without interruption and increase the efficiency of chicken feet peeling.

[0023] 2. The rotary chicken feet peeling device is equipped with a middle peeling brush roller, a root peeling brush roller, a double row of rubber rollers, and a three-row rubber rod, which divides the chicken feet into three parts for peeling, thus targeting and thoroughly removing the outer skin of the chicken feet.

[0024] 3. This rotary chicken feet peeling device has a simple design, convenient installation of each component, reliable operation, and replaceable actuators. It can peel different types of chicken feet and has wide applicability.

[0025] 4. The rotating chicken feet peeling device has adjustable operating speeds for both the actuator and transmission motors, allowing for adjustments to the peeling time and intensity to prevent damage to the meat and ensure product quality. Attached Figure Description

[0026] Figure 1 This is a top view of the entire utility model.

[0027] Figure 2 This is the overall front view of the present utility model.

[0028] Figure 3 This is a diagram illustrating the transmission scheme of the root peeling brush roller and the middle peeling brush roller of this utility model.

[0029] Figure 4 This is a diagram of the gear transmission of the transmission motor of this utility model.

[0030] Figure 5 This is the overall left view of this utility model.

[0031] Figure 6 This is a diagram of the turntable transmission scheme of this utility model.

[0032] Figure 7 This is an overall view of the present invention.

[0033] In the diagram: 1. Top cover plate; 2. Glue roller mounting plate; 3. 4. Double-layer synchronous belt pulley; 5. Thick turntable fixing flange; 6. Thick turntable; 7. Thick turntable guard plate; 8. Thick turntable guard plate fixing foot support; 9. Thin turntable; 10. Thin turntable intermediate clamping plate; 11. Thin turntable fixing flange; 12. Main shaft flange bearing seat; 13. Turntable distance adjusting plate; 14. Thin turntable guard plate fixing foot support; 15. Intermediate peeling brush roller; 16. Intermediate peeling brush roller tensioning wheel shaft; 17. Actuator shaft flange bearing seat; 18. Tensioning moving plate; 19. Motor synchronous belt driven pulley; 20. Motor synchronous belt driving pulley; 21. Discharge guide rail fixing foot support; 22. Discharge guide rail; 23. Synchronous belt; 24. Thin turntable drive shaft; 25. Three-dimensional right-angle connector; 26. Frame; 27. Main drive tensioning wheel shaft; 28. Main drive positioning shaft; 29. ​​Motor mounting base; 30. Transmission... 31. Drive motor reducer; 32. Fuma caster; 33. Drive motor; 34. Collection box; 35. Actuator motor; 36. Actuator motor reducer; 37. Root peeling brush roller; 38. Support plate; 39. Double-row rubber roller; 40. Three-row rubber roller; 41. Thick turntable drive shaft; 42. Edge support plate; 43. Edge support plate fixing plate; 44. Actuator motor drive shaft; 45. Gear driven wheel; 46. Gear driving wheel; 47. Locking nut; 48. Torque limiter; 49. Tensioner wheel shaft flange bearing seat; 50. Right angle seat; 51. Power transmission shaft; 52. Square bearing seat; 53. 8M synchronous belt pulley; 54. Double-sided toothed synchronous belt; 55. Motor fixing plate; 56. Main shaft tensioning moving plate; 57. Main shaft tensioning moving plate mounting plate; 58. Chicken claw transmission part; 59. Peeling actuator part. Detailed Implementation

[0034] The technical solution of this patent will be further described in detail below with reference to specific embodiments.

[0035] In the description of this patent, it should be understood that the terms "upper", "lower", "side", "inner", "outer", etc., indicate the orientation or positional relationship based on the orientation or positional relationship shown in the drawings. They are only for the convenience of describing this patent and simplifying the description, and do not indicate or imply that the device or element referred to must have a specific orientation, or be constructed and operated in a specific orientation. Therefore, they should not be construed as limitations on this patent.

[0036] In the description of this patent, it should be noted that, unless otherwise explicitly specified and limited, the terms "fitting" and "connection" should be interpreted broadly. For example, they can refer to a fixed connection, a setting, a detachable connection, or an integral connection. Those skilled in the art can understand the specific meaning of the above terms in this patent according to the specific circumstances.

[0037] Now combined with the appendix Figure 1—7. The embodiments of the present invention are described in detail, and the present invention is further described in detail.

[0038] A rotary chicken feet peeling device, characterized in that: the rotary chicken feet peeling device includes a chicken feet transmission part 57 and a peeling execution part 58, the chicken feet transmission part 57 and the peeling execution part 58 are combined to realize the chicken feet conveying and peeling process.

[0039] The chicken claw transmission part 57 includes an upper cover plate 1, a turntable distance adjustment plate 12, a thick turntable fixing flange 4, a thick turntable 5, a thick turntable guard plate 6, a thick turntable guard plate fixing foot support 7, a thick turntable transmission shaft 40, a thin turntable 8, a thin turntable intermediate clamping plate 9, a thin turntable fixing flange 10, a thin turntable guard plate fixing foot support 13, a thin turntable guard plate 14, a thin turntable transmission shaft 24, a main shaft flange bearing seat 11, a discharge guide rail fixing foot support 21, a discharge guide rail 22, and an 8M synchronous belt pulley 5. 2. Double-sided toothed synchronous belt 53, main shaft tensioning moving plate 55, main shaft tensioning moving plate mounting plate 56, main drive tensioning wheel shaft 27, main drive positioning shaft 28, tensioning wheel shaft flange bearing seat 48, motor fixing plate 54, drive motor reducer 30, drive motor 32, motor mounting seat 29, locking nut 46, torque limiter 47, gear driven wheel 44, gear driving wheel 45, frame 26, three-dimensional right angle connector 25, Foma casters 31, collection box 33.

[0040] The thick turntable 5 is fixed to the thick turntable fixing flange 4, which is positioned and fixed to the thick turntable drive shaft 40 via a step. The thick turntable drive shaft 40 is fixed to the upper cover plate 1 in conjunction with the main shaft flange bearing seat 11. The thick turntable guard plate fixing foot 7 is welded to the thick turntable guard plate 6 and installed on the upper cover plate 1. The thick turntable guard plate 6 is in contact with the thick turntable 5. The thin turntable 8 is divided into upper and lower parts, which are respectively fixed to the two end faces 9 of the thin turntable middle clamping plate and fixed to the thin turntable fixing flange 10. The thin turntable fixing flange 10 is positioned and fixed to the thick turntable 5 via a step. The thin turntable is fixed to the thin turntable drive shaft 24. The thin turntable guard plate fixing foot 13 is welded to the thin turntable guard plate 14 and installed on the turntable distance adjustment plate 12. The thin turntable guard plate 14 is attached to the thin turntable 8. The thick turntable 5 is parallel to the thin turntable 8, so that the chicken feet are stably transmitted in the turntable with the root facing down and do not fall out. The turntable distance adjustment plate 12 can adjust the center distance between the thick turntable 5 and the thin turntable 8. The thick turntable 5 and the thin turntable 8 can be replaced according to the actual size of the chicken feet, and are suitable for peeling different kinds of chicken feet.

[0041] An 8M synchronous pulley 52 is installed at the bottom of the thick turntable drive shaft 40. A torque limiter 47 and an 8M synchronous pulley 52 are installed at the lower end of the thin turntable drive shaft 24. The driven gear 44 is installed on the torque limiter 47 to prevent overload. The drive motor 32 and the drive motor reducer 30 are connected and installed on the motor mounting base 29. The motor mounting base 29 is installed on the motor fixing plate 54. The drive motor reducer 30 is equipped with a gear drive wheel 45. An 8M synchronous pulley 52 is installed on the main drive tensioning wheel shaft 27 and then installed on the main shaft tensioning moving plate 55. An 8M synchronous pulley 52 is installed on the main drive positioning shaft 28. Both the tensioning wheel shaft 27 and the main drive positioning shaft 28 are fitted with the tensioning wheel shaft flange bearing seat 48; the gear drive wheel 45 drives the gear driven wheel 44, and the thick turntable drive shaft 40, the thin turntable drive shaft 24, the main drive tensioning wheel shaft 27, and the main drive positioning shaft 28 are connected by a double-sided toothed synchronous belt 53. The tension of the double-sided toothed synchronous belt 53 is adjusted by the main shaft tensioning moving plate 55, which can realize the synchronous rotation of the thick turntable 5 and the thin turntable 8. The chicken feet are put into the opening of the thin turntable 8 to realize the rotation and transmission of the chicken feet. The chicken feet fall into the collection box 33 through the discharge guide rail 22.

[0042] The peeling execution part 58 includes a rubber roller mounting plate 2, a double-layer synchronous pulley 3, a synchronous belt 23, a support plate 37, an edge support plate 41, an edge support plate fixing plate 42, a right-angle seat 49, a double-row rubber roller 38, a triple-row rubber roller 39, a middle peeling brush roller 15, a middle peeling brush roller tensioning wheel shaft 16, an execution shaft flange bearing seat 17, a tensioning moving plate 18, a motor synchronous belt driven wheel 19, a motor synchronous belt driving wheel 20, an execution motor transmission shaft 43, a root peeling brush roller 36, an execution motor 34, an execution motor reducer 35, a power transmission shaft 50, and a square bearing seat 51.

[0043] The intermediate peeling brush roller 15, the root peeling brush roller 36, the double-row rubber roller 38, and the triple-row rubber roller 39 are all fitted with the actuator shaft flange bearing seat 17 and are respectively installed on the turntable distance adjustment plate 12, the upper cover plate 1, and the rubber roller mounting plate 2; the power transmission shaft 50 is fitted with two square bearing seats 51 at both ends and is respectively installed on the upper cover plate 1 and the rubber roller mounting plate 2; the edge support plate 41 is fixed to the frame 26 by the edge support plate fixing plate 42, and the support plate 37 is fixed to the upper cover plate 1 by the right angle seat 49; the power transmission shaft 50, the edge support plate 41, and the support plate 37 together support the rubber roller mounting plate 2.

[0044] The actuator 34 and actuator reducer 35 are connected and installed on the upper cover plate 1. The actuator reducer 35 is equipped with a motor synchronous belt drive pulley 20, and the actuator drive shaft 43 is equipped with a motor synchronous belt driven pulley 19. Power is transmitted through the synchronous belt 23. The bottom of the actuator drive shaft 43, the middle peeling brush roller 15, the root peeling brush roller 36, the double-row rubber roller 38, and the triple-row rubber roller 39 are all equipped with double-layer synchronous pulleys 3. The power transmission shaft 50 is equipped with double-layer synchronous pulleys 3 at both ends and is connected through the synchronous belt 23. The actuator drive shaft 43 drives the middle peeling brush roller 15, the root peeling brush roller 36, and the power transmission shaft 50 to rotate, removing the outer skin of the middle part and the root of the chicken claw. The rotation of the power transmission shaft 50 transmits power from the bottom to the top, driving the double-row rubber roller 38 and the triple-row rubber roller 39 to move and remove the outer skin of the upper part of the chicken claw. At this point, the peeling actuator 58 has removed the outer skin of all three parts of the chicken claw, achieving the effect of peeling the chicken claw.

[0045] The embodiments described above with reference to the accompanying drawings are exemplary and are only used to explain the present invention, and should not be construed as limiting the present invention. For those skilled in the art, modifications and parameter substitutions can be made to these embodiments without departing from the principles and spirit of the present invention. The scope of the present invention is determined by the appended claims and their equivalents.

Claims

1. A rotary chicken feet peeling device, characterized in that: The rotary chicken feet peeling device includes a chicken feet transmission part (57) and a peeling execution part (58). The chicken feet transmission part (57) and the peeling execution part (58) are combined to realize the chicken feet conveying and peeling process.

2. The rotary chicken feet peeling device according to claim 1, characterized in that: The chicken claw transmission part (57) includes an upper cover plate (1), a turntable distance adjustment plate (12), a thick turntable fixing flange (4), a thick turntable (5), a thick turntable guard plate (6), a thick turntable guard plate fixing foot (7), a thick turntable transmission shaft (40), a thin turntable (8), a thin turntable intermediate clamping plate (9), a thin turntable fixing flange (10), a thin turntable guard plate fixing foot (13), a thin turntable guard plate (14), a thin turntable transmission shaft (24), a main shaft flange bearing seat (11), a discharge guide rail fixing foot (21), a discharge guide rail (22), and an 8M synchronous pulley (52). Double-sided toothed synchronous belt (53), main shaft tensioning moving plate (55), main shaft tensioning moving plate mounting plate (56), main drive tensioning wheel shaft (27), main drive positioning shaft (28), tensioning wheel shaft flange bearing seat (48), motor fixing plate (54), drive motor reducer (30), drive motor (32), motor mounting seat (29), locking nut (46), torque limiter (47), gear driven wheel (44), gear driving wheel (45), frame (26), three-dimensional right angle connector (25), Foma caster (31), collection box (33).

3. The rotary chicken feet peeling device according to claim 2, characterized in that: The thick turntable (5) is fixed to the thick turntable fixing flange (4), which is fixed to the thick turntable drive shaft (40) via a step. The thick turntable drive shaft (40) is fixed to the upper cover plate (1) with the main shaft flange bearing seat (11). The thick turntable guard plate fixing foot (7) is welded to the thick turntable guard plate (6) and installed on the upper cover plate (1). The thick turntable guard plate (6) is in contact with the thick turntable (5). The thin turntable (8) is divided into upper and lower parts, which are respectively fixed to the two ends of the thin turntable middle clamp plate (9) and fixed to the thin turntable fixing flange (10). The thin turntable fixing flange (10) is connected to the upper cover plate (10). The thin turntable is fixed to the thin turntable drive shaft (24) via the step positioning. The thin turntable guard plate fixing foot (13) is welded to the thin turntable guard plate (14) and installed on the turntable distance adjustment plate (12). The thin turntable guard plate (14) is in contact with the thin turntable (8). The thick turntable (5) is parallel to the thin turntable (8), so that the chicken feet can be stably transmitted with the root facing down in the turntable and will not fall out. The turntable distance adjustment plate (12) can adjust the center distance between the thick turntable (5) and the thin turntable (8). The thick turntable (5) and the thin turntable (8) can be replaced according to the actual size of the chicken feet, and are suitable for peeling different kinds of chicken feet.

4. The rotary chicken feet peeling device according to claim 2, characterized in that: An 8M synchronous pulley (52) is installed at the bottom of the thick turntable drive shaft (40). A torque limiter (47) and an 8M synchronous pulley (52) are installed at the lower end of the thin turntable drive shaft (24). The driven gear (44) is installed on the torque limiter (47) to prevent overload. The drive motor (32) and the drive motor reducer (30) are connected and installed on the motor mounting base (29). The motor mounting base (29) is installed on the motor fixing plate (54). The drive motor reducer (30) is equipped with the gear drive wheel (45). An 8M synchronous pulley (52) is installed on the main drive tension wheel shaft (27) and then installed on the main shaft tension moving plate (55). An 8M synchronous pulley (52) is installed on the main drive positioning shaft (28). The tension wheel shaft (27) and the main drive positioning shaft (28) are both fitted with the tension wheel shaft flange bearing seat (48); the gear drive wheel (45) drives the gear driven wheel (44), and the thick turntable drive shaft (40), the thin turntable drive shaft (24), the main drive tension wheel shaft (27), and the main drive positioning shaft (28) are connected by a double-sided toothed synchronous belt (53). The double-sided toothed synchronous belt (53) is adjusted by the main shaft tensioning moving plate (55). The thick turntable (5) and the thin turntable (8) can rotate synchronously. The chicken claws are put into the opening of the thin turntable (8) to realize the rotation transmission of the chicken claws. The chicken claws fall into the collection box (33) through the discharge guide rail (22).

5. A rotary chicken feet peeling device according to claim 2, characterized in that: The peeling execution part (58) includes a rubber roller mounting plate (2), a double-layer synchronous pulley (3), a synchronous belt (23), a support plate (37), an edge support plate (41), an edge support plate fixing plate (42), a right-angle seat (49), a double-row rubber roller (38), a triple-row rubber roller (39), a middle peeling brush roller (15), a middle peeling brush roller tensioning wheel shaft (16), an execution shaft flange bearing seat (17), a tensioning moving plate (18), a motor synchronous belt driven wheel (19), a motor synchronous belt driving wheel (20), an execution motor transmission shaft (43), a root peeling brush roller (36), an execution motor (34), an execution motor reducer (35), a power transmission shaft (50), and a square bearing seat (51).

6. The rotary chicken feet peeling device according to claim 5, characterized in that: The intermediate peeling brush roller (15), the root peeling brush roller (36), the double-row rubber roller (38), and the triple-row rubber roller (39) are all fitted with the actuator shaft flange bearing seat (17) and are respectively installed on the turntable distance adjustment plate (12), the upper cover plate (1), and the rubber roller mounting plate (2); the two ends of the power transmission shaft (50) are fitted with two square bearing seats (51) and are respectively installed on the upper cover plate (1) and the rubber roller mounting plate (2); the edge support plate (41) is fixed to the frame (26) by the edge support plate fixing plate (42), and the support plate (37) is fixed to the upper cover plate (1) by the right angle seat (49); the power transmission shaft (50), the edge support plate (41), and the support plate (37) together support the rubber roller mounting plate (2).

7. A rotary chicken feet peeling device according to claim 5, characterized in that: The actuator motor (34) and actuator motor reducer (35) are connected and installed on the upper cover plate (1). The actuator motor reducer (35) is equipped with the motor synchronous belt drive pulley (20), and the actuator motor drive shaft (43) is equipped with the motor synchronous belt driven pulley (19). Power is transmitted through the synchronous belt (23). The actuator motor drive shaft (43), the middle peeling brush roller (15), the root peeling brush roller (36), the double-row rubber roller (38), and the bottom of the triple-row rubber roller (39) are all equipped with double-layer synchronous pulleys (3). The power transmission shaft (50) is equipped with double-layer synchronous pulleys (3) at both ends, and they are respectively connected through the synchronous belt (23). 3) Connect the motor drive shaft (43) to drive the middle peeling brush roller (15), the root peeling brush roller (36), and the power transmission shaft (50) to rotate, removing the outer skin of the middle part and the root of the chicken claw; the rotation of the power transmission shaft (50) transmits power from the bottom to the top, driving the double-row rubber roller (38) and the triple-row rubber roller (39) to move, removing the outer skin of the upper part of the chicken claw. At this point, the peeling execution part (58) has removed the outer skin of all three parts of the chicken claw, achieving the effect of peeling the chicken claw.

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