Buckle body feeding device

Abstract

A buckle body feeding device relates to the technical field of jewelry spring buckle processing equipment and comprises a buckle body vibration disc, a buckle body downward moving guide rail assembly, a buckle body translation mechanism and a buckle body feeding transmission assembly. Wherein the buckle body vibration disc is used for containing buckle bodies, arranging the buckle bodies in sequence and then moving out the buckle bodies; the buckle body downward-moving guide rail assembly is located on the outer side of the buckle body vibration disc and arranged in the vertical direction, and the buckle body downward-moving guide rail assembly is connected with the buckle body vibration disc; the buckle body translation mechanism comprises a buckle body feeding bearing assembly which is located below the buckle body downward moving guide rail assembly. The buckle body feeding transmission assembly enables the buckle body translation pushing assembly to be in driving connection with an external power device. In the spring buckle assembling process, buckle bodies of spring buckles can be automatically fed, the assembling requirement of the spring buckles is met, manual operation is replaced, the assembling efficiency is improved, and the labor cost is reduced.

Description

Technical Field

[0001] The utility model relates to the technical field of jewelry spring buckle processing equipment, in particular to a buckle body feeding device. Background Art

[0002] In today's society, jewelry has become an indispensable part of human life. Most non-elastic chain jewelry, such as necklaces, bracelets, waist chains, decorative belts, etc., are equipped with various types of connecting buckles at both ends for easy use. Among them, spring buckles are the most common and stable connecting buckles. They control the opening and closing of spring buckles through the cooperation of paddles and springs. The opening and closing action is passive, and external force is required to move the paddles to compress the springs. The closing is driven by the active rebound of the springs. Therefore, once the jewelry is connected and the spring buckle is locked, the connection part is not easy to slip off.

[0003] The existing spring buckle mainly consists of three parts, namely, the buckle body, the spring and the pick; the buckle body is a hollow tube, the buckle body is an arc shape with one side open, and the outer wall of the buckle body is provided with a slot-shaped through hole connected to the inside of the buckle body. In the process of assembling these three parts, the spring needs to be installed inside the buckle body first, and then the pick is installed inside the buckle body through the slot-shaped through hole, one end of which abuts against the spring, and the other end abuts against the end of the buckle body. Under normal conditions, the pick is subjected to the elastic force of the spring, and the pick abuts against the buckle body to complete the closed state. Traditionally, the assembly of the spring buckle is completed by workers manually. During the assembly process, the buckle body needs to be loaded and fixed before the spring and the pick are installed on the buckle body. This requires workers to manually fix the buckle body, which is time-consuming and labor-intensive, and it is also troublesome to take the buckle body each time, which affects the installation efficiency. Utility Model Content

[0004] In view of this, the technical problem to be solved by the utility model is: to provide a buckle body feeding device, which can automatically feed the buckle body of the spring buckle during the spring buckle assembly process, meet the assembly requirements of the spring buckle, replace manual operation, improve assembly efficiency and reduce labor costs.

[0005] In order to solve the above technical problems, the technical solution of the utility model is:

[0006] The button body feeding device comprises:

[0007] A button body vibration plate, which is used to hold the button bodies and arrange them in order before removing them;

[0008] A buckle body downward movement guide rail assembly, the buckle body downward movement guide rail assembly is located outside the buckle body vibration plate and is arranged vertically, the top end of the buckle body downward movement guide rail assembly is connected to the discharge port of the buckle body vibration plate, and the buckle body downward movement guide rail assembly is used to guide the buckle body moved out of the buckle body vibration plate to move downward;

[0009] The buckle body translation mechanism, the buckle body translation mechanism includes a buckle body loading and bearing component adapted to the buckle body downward movement guide rail component, the buckle body loading and bearing component is located below the buckle body downward movement guide rail component and is horizontally arranged along the X direction; the buckle body loading and bearing component is adapted to the buckle body translation and pushing component, and the buckle body translation and pushing component is used to push the buckle body placed on the buckle body loading and bearing component to move along the X direction;

[0010] The buckle body loading transmission component, the buckle body loading transmission component drives the buckle body translation and pushing component to be connected with an external power device, and the buckle body loading transmission component is used to push the buckle body translation and pushing component to move along the X direction.

[0011] Preferably, the buckle body downward movement guide rail component includes a buckle body downward movement guide rail, and the buckle body downward movement guide rail is installed between the buckle body vibrating disk and the buckle body loading and bearing component through a downward movement guide rail bracket.

[0012] Preferably, the buckle body downward movement guide rail is of a cylindrical structure, a buckle body downward movement positioning piece is arranged at the bottom end of the buckle body downward movement guide rail, and the buckle body downward movement positioning piece is arranged along the X direction towards the side close to the buckle body translation and pushing component; during the process of the buckle body moving downward along the buckle body downward movement guide rail, the buckle body downward movement positioning piece is used to position the opening direction of the buckle body.

[0013] Preferably, the buckle body translation mechanism includes a buckle body translation mounting seat, and the buckle body translation and pushing component is slidably arranged on the buckle body translation mounting seat;

[0014] The buckle body loading and bearing component includes a buckle body downward movement connecting seat installed on the buckle body translation mounting seat, and the buckle body downward movement connecting seat is fixedly connected with the buckle body downward movement guide rail component;

[0015] A buckle body loading plate connected to the buckle body translation mounting seat is arranged below the buckle body downward movement connecting seat, the buckle body loading plate corresponds to the position of the buckle body downward movement guide rail component, and a buckle body loading avoidance groove for avoiding the buckle body is opened on the buckle body loading plate.

[0016] Preferably, the buckle body translation and pushing component includes a buckle body translation and pushing seat, the buckle body translation and pushing seat is of a U-shaped structure, and the buckle body translation and pushing seat is arranged outside the buckle body translation mounting seat;

[0017] A buckle body translation sliding rod is installed on the buckle body translation and pushing seat and penetrates through the buckle body translation mounting seat, a buckle body loading return spring is sleeved outside the buckle body translation sliding rod, one end of the buckle body loading return spring abuts against the buckle body translation mounting seat, and the other end of the buckle body loading return spring abuts against the buckle body translation and pushing seat;

[0018] A buckle body translation push plate arranged along the X direction is installed at one end of the buckle body translation push seat, and the other end of the buckle body translation push seat is in contact with the buckle body feeding transmission assembly.

[0019] Preferably, a buckle body pushing notch for accommodating the buckle body is provided on the buckle body translation push plate, the buckle body pushing notch is arc-shaped, and the buckle body pushing notch is arranged below the buckle body downward guide rail assembly.

[0020] Preferably, the button body translation mechanism further comprises a button body material dividing plate mounted on the button body translation pushing seat, and the button body material dividing plate is arranged on the outer side of the button body downward moving guide rail assembly;

[0021] A buckle body material separation upper limit protrusion and a buckle body material separation lower limit protrusion are protruded outwardly on one side of the buckle body material separation plate toward the buckle body downward movement guide rail assembly, and the buckle body material separation upper limit protrusion and the buckle body material separation lower limit protrusion are both arranged along the X direction;

[0022] Along the vertical direction, there is a distance between the upper limit protrusion of the buckle body material distribution and the lower limit protrusion of the buckle body material distribution. The upper limit protrusion of the buckle body material distribution is correspondingly arranged above the buckle body push notch and close to the buckle body downward guide rail assembly, and the lower limit protrusion of the buckle body material distribution is arranged along the X direction on the outside of the upper limit protrusion of the buckle body material distribution and close to the buckle body translation push plate.

[0023] Preferably, a button body translation guide rod is installed on the button body translation pushing seat, and the button body translation guide rod passes through the button body translation mounting seat.

[0024] Preferably, the buckle body feeding transmission assembly includes a buckle feeding active swing arm connected to the power device, the buckle feeding active swing arm is hinged to the buckle feeding driven swing arm, and a buckle feeding transmission push rod is installed on the top of the buckle feeding driven swing arm, and the buckle feeding transmission push rod is arranged along the X direction and abuts against the buckle body translation pushing assembly.

[0025] Preferably, the power device includes a power shaft drivingly connected to the power member, the power shaft is arranged along the Y direction, the power shaft can rotate around its axis, and a buckle body feeding cam is installed on the power shaft; a buckle body feeding roller adapted to the buckle body feeding cam is installed on the buckle feeding active swing arm.

[0026] After adopting the above technical solution, the beneficial effects of the utility model are:

[0027] Since the present invention is provided with a button body vibration plate, a button body downward guide rail assembly, a button body translation mechanism and a button body feeding transmission assembly, the button body in the button body vibration plate can fall onto the button body translation mechanism through the button body downward guide rail assembly, the button body feeding transmission assembly drives the button body translation mechanism to translate, and the button body placed on the button body translation mechanism is pushed onto the assembly turntable for placement, thereby meeting the assembly requirements for the button body in the next process, replacing manual operation, and improving work efficiency. Specifically, after the button body vibration plate arranges the placed button bodies in sequence and moves them out, the button body downward movement guide rail assembly guides the button bodies to move downward, and the button body translation mechanism includes a button body loading bearing assembly adapted to the button body downward movement guide rail assembly, the button body loading bearing assembly is located below the button body downward movement guide rail assembly and is horizontally arranged along the X direction, and the downwardly moved button bodies fall on the button body loading bearing assembly and are carried by it; the button body loading bearing assembly is adapted to the button body translation pushing assembly, and the button body loading transmission assembly pushes the button bodies placed on the button body translation pushing assembly to move along the X direction, so that the button bodies can be placed on the assembly turntable, thereby meeting the assembly requirements for placing the button bodies, improving work efficiency, and reducing labor costs. BRIEF DESCRIPTION OF THE DRAWINGS

[0028] The utility model is further described below in conjunction with the accompanying drawings and embodiments.

[0029] Figure 1 It is a structural schematic diagram of a button body feeding device according to an embodiment of the utility model;

[0030] Figure 2 yes Figure 1 A magnified view of part A;

[0031] Figure 3 yes Figure 1 A schematic diagram of the structure of the middle buckle body translation mechanism;

[0032] Figure 4 yes Figure 1 A schematic diagram of the structure of the middle buckle body feeding transmission assembly;

[0033] Figure 5 It is a structural schematic diagram of the button body feeding device in another direction of the embodiment of the utility model;

[0034] In the figure:

[0035] 1. Buckle body vibration plate;

[0036] 2. Buckle body downward guide rail assembly; 21. Buckle body downward guide rail; 22. Lowering guide rail bracket; 23. Buckle body downward positioning piece;

[0037] 3. Buckle body translation mechanism; 31. Buckle body loading bearing assembly; 311. Buckle body downward connection seat; 312. Buckle body loading carrier plate; 313. Buckle body loading avoidance groove;

[0038] 32. Buckle body translation push assembly; 321. Buckle body translation push seat; 322. Buckle body translation slide rod; 323. Buckle body loading reset spring; 324. Buckle body translation push plate; 325. Buckle body push notch; 326. Buckle body translation guide rod;

[0039] 33. Buckle body translation mounting seat;

[0040] 34. Buckle body dividing plate; 341. Buckle body dividing upper limit protrusion; 342. Buckle body dividing lower limit protrusion;

[0041] 4. Buckle body feeding transmission assembly; 41. Fastener feeding active swing arm; 42. Fastener feeding driven swing arm; 43. Fastener feeding transmission push rod; 44. Buckle body feeding roller;

[0042] 5. Power device; 51. Power shaft; 52. Buckle body feeding cam;

[0043] 6. Button body;

[0044] 7. Assemble the turntable. DETAILED DESCRIPTION

[0045] In order to make the purpose, technical solution and advantages of the utility model more clear, the utility model is further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described here are only used to explain the utility model and are not used to limit the utility model.

[0046] like Figures 1 to 5As shown together, the utility model includes a button body vibration plate 1, a button body downward guide rail assembly 2, a button body translation mechanism 3 and a button body feeding transmission assembly 4; wherein the button body vibration plate 1 is used to hold the button bodies 6 and move them out after arranging them in sequence; the button body downward guide rail assembly 2 is located on the outside of the button body vibration plate 1 and is arranged vertically, the top of the button body downward guide rail assembly 2 is connected to the discharge port of the button body vibration plate 1, and the button body downward guide rail assembly 2 is used to guide the button body 6 moved out of the button body vibration plate 1 to move downward; the button body translation mechanism 3 includes a button body feeding bearing assembly 31 adapted to the button body downward guide rail assembly 2, the button body feeding bearing assembly 31 is located below the button body downward guide rail assembly 2 and is arranged horizontally along the X direction; the button body feeding bearing assembly Component 31 is compatible with the button body translation pushing component 32, and the button body translation pushing component 32 is used to push the button body 6 placed on the button body loading bearing component 31 to move along the X direction; the button body loading transmission component 4 drives and connects the button body translation pushing component 32 with an external power device, and the button body loading transmission component 4 is used to push the button body translation pushing component 32 to move along the X direction. Specifically, the button body loading transmission component 4 is used to push the button body translation pushing component 32 to the side close to the assembly turntable 7. During the movement of the button body translation pushing component 32, the button body 6 placed on the button body loading bearing component 31 is pushed to an assembly station of the assembly turntable 7, and the assembly turntable 7 accommodates and fixes the button body 6.

[0047] In the present invention, the button body downward guide rail assembly 2 includes a button body downward guide rail 21 , and the button body downward guide rail 21 is installed between the button body vibration plate 1 and the button body feeding bearing assembly 31 through a downward guide rail bracket 22 .

[0048] The button bodies 6 that are sequentially arranged and moved out through the button body vibration plate 1 slide freely downward along the button body downward guide rail 21 and move to the button body loading bearing assembly 31. Among them, the button body downward guide rail 21 is a cylindrical structure, the button body 6 is an annular structure, and the button body downward guide rail 21 is adapted to the button body 6; a button body downward positioning piece 23 is provided at the bottom end of the button body downward guide rail 21, and the button body downward positioning piece 23 is arranged along the X direction toward the side close to the button body translation push assembly 32; during the process of the button body 6 moving downward along the button body downward guide rail 21, the button body downward positioning piece 23 is used to position the opening direction of the button body 6; specifically, the button body downward positioning piece 23 positions the opening direction of the button body 6 toward the side close to the button body translation push assembly 32, so that after the button body 6 is accommodated and fixed on the assembly turntable 7, its opening faces outward, which is convenient for the subsequent assembly process.

[0049] In the present utility model, the buckle body translation mechanism 3 includes a buckle body translation mounting base 33, and a buckle body translation pushing component 32 is slidably arranged on the buckle body translation mounting base 33; the buckle body feeding and carrying component 31 includes a buckle body downward movement connecting seat 311 installed on the buckle body translation mounting base 33, and the buckle body downward movement connecting seat 311 is fixedly connected to the buckle body downward movement guide rail component 2; a buckle body feeding carrier plate 312 connected to the buckle body translation mounting base 33 is arranged below the buckle body downward movement connecting seat 311, the buckle body feeding carrier plate 312 corresponds to the position of the buckle body downward movement guide rail component 2, and a buckle body feeding avoidance groove 313 for avoiding the buckle body 6 is formed on the buckle body feeding carrier plate 312. It should be noted that in the technical field, a connecting ring is fixedly arranged on the buckle body 6, and the connecting ring is used to install the buckle body 6 on the jewelry chain, so that the buckle body 6 is connected to one end of the jewelry chain to meet the wearing requirements of the jewelry chain. Among them, the connecting ring can be in the same plane as the buckle body 6 or not in the same plane. When not in the same plane, in order to meet the requirement of pushing the buckle body 6 onto the assembly turntable 7, the connecting ring needs to be avoided. Therefore, the buckle body feeding avoidance groove 313 is provided to avoid the connecting ring on the buckle body 6, meeting the requirements of pushing it and stably accommodating it on the assembly turntable 7.

[0050] The buckle body translation pushing component 32 includes a buckle body translation pushing seat 321, the buckle body translation pushing seat 321 is of a U-shaped structure, and the buckle body translation pushing seat 321 is arranged on the outer side of the buckle body translation mounting base 33; a buckle body translation sliding rod 322 is installed on the buckle body translation pushing seat 321 and penetrates through the buckle body translation mounting base 33, and a buckle body feeding return spring 323 is sleeved on the outer side of the buckle body translation sliding rod 322. One end of the buckle body feeding return spring 323 abuts against the buckle body translation mounting base 33, and the other end of the buckle body feeding return spring 323 abuts against the buckle body translation pushing seat 321; a buckle body translation push plate 324 arranged along the X direction is installed at one end of the buckle body translation pushing seat 321, and the other end of the buckle body translation pushing seat 321 abuts against the buckle body feeding transmission component 4.

[0051] In the present utility model, when the buckle body translation pushing seat 321 pushes the buckle body 6, its power is provided by an external power device 5, and the buckle body feeding transmission component 4 is used to push the other end of the buckle body translation pushing seat 321, so that it pushes the buckle body translation push plate 324 to move towards the side close to the assembly turntable 7, and the buckle body 6 is pushed onto the assembly turntable 7. At this time, the buckle body feeding return spring 323 is compressed; when it is necessary to reset for the next pushing action, the elastic force of the buckle body feeding return spring 323 is used to push the buckle body translation pushing seat 321 to move in the reverse direction, driving the buckle body translation push plate 324 to move towards the side away from the assembly turntable 7, so that it returns to the initial position and completes the reset.

[0052] In order to prevent the buckle body 6 from being displaced when the buckle body translation push plate 324 pushes the buckle body 6, a buckle body pushing notch 325 for accommodating the buckle body 6 is provided on the buckle body translation push plate 324. The buckle body pushing notch 325 is arc-shaped and is arranged below the buckle body downward guide rail assembly 2. After the buckle body 6 dropped through the buckle body downward guide rail assembly 2 is placed on the buckle body loading carrier plate 312, the buckle body 6 is annular in structure, so the arc-shaped buckle body pushing notch 325 is arranged to facilitate the fit with the outer wall of the buckle body 6, so as to meet the pushing requirements. At the same time, when pushing, the buckle body 6 is limited on both sides to prevent the buckle body 6 from sliding out of the buckle body loading carrier plate 312.

[0053] In order to improve the translation effect of the buckle body translation pushing seat 321 and make it move stably, a buckle body translation guide rod 326 is installed on the buckle body translation pushing seat 321, and the buckle body translation guide rod 326 runs through the buckle body translation mounting seat 33.

[0054] In the present invention, in order to meet the continuous feeding of the buckle body 6, the buckle body translation mechanism 3 also includes a buckle body material dividing plate 34 installed on the buckle body translation pushing seat 321, and the buckle body material dividing plate 34 is arranged on the outside of the buckle body downward movement guide rail assembly 2; the buckle body material dividing plate 34 is protruded outwardly toward one side of the buckle body downward movement guide rail assembly 2 with a buckle body material dividing upper limit protrusion 341 and a buckle body material dividing lower limit protrusion 342, and the buckle body material dividing upper limit protrusion 341 and the buckle body material dividing lower limit protrusion 342 are The lower material limit protrusions 342 are all arranged along the X direction; along the vertical direction, there is a distance between the upper limit protrusion 341 of the buckle body material separation and the lower limit protrusion 342 of the buckle body material separation, the upper limit protrusion 341 of the buckle body material separation is correspondingly arranged above the buckle body push notch 325 and close to the buckle body downward guide rail assembly 2, and the lower limit protrusion 342 of the buckle body material separation is arranged along the X direction on the outside of the upper limit protrusion 341 of the buckle body material separation and close to the buckle body translation push plate 324.

[0055] In the process of buckle body 6 falling along buckle body downward guide rail 21, it is first blocked by buckle body material separation upper limit protrusion 341, and then buckle body material separation plate 34 moves along with buckle body translation push seat 321 along X direction to the side close to assembly turntable 7. In the process of movement, buckle body material separation upper limit protrusion 341 gradually separates from buckle body 6, and buckle body 6 gradually falls and contacts buckle body material separation lower limit protrusion 342 at the same time. Therefore, buckle body 6 is blocked by buckle body material separation lower limit protrusion 342 at this time. Block; when the buckle body dividing plate 34 moves in the opposite direction with the buckle body translation pushing seat 321, the buckle body 6 is gradually separated from the buckle body dividing lower limit protrusion 342, and then freely falls on the buckle body loading carrier 312. During this process, the buckle body dividing upper limit protrusion 341 continues to block the subsequent buckle body 6 falling thereon to prevent it from falling together, thereby realizing that each buckle body 6 is placed separately on each assembly station of the assembly turntable 7, and continuous loading is realized.

[0056] It should be noted that a buckle body downward movement positioning piece 23 is provided at the bottom end of the buckle body downward movement guide rail 21, and the buckle body downward movement positioning piece 23 is arranged close to the buckle body material distribution upper limit positioning protrusion 341; in the process that the buckle body 6 falls on the buckle body material distribution upper limit positioning protrusion 341 and gradually separates from it, the opening direction of the buckle body 6 is uncertain, but the buckle body 6 is affected by the movement of the buckle body material distribution upper limit positioning protrusion 341, and rotates around the axis of the buckle body downward movement guide rail 21. When its opening moves to the buckle body downward movement positioning piece 23, under the action of its own gravity, the opening of the buckle body 6 contacts the buckle body downward movement positioning piece 23, and the buckle body downward movement positioning piece 23 restricts the rotation of the buckle body 6 and at the same time limits the opening direction of the buckle body 6, thereby achieving the setting of the opening of the buckle body 6 to a uniform direction.

[0057] In the utility model, the buckle body feeding transmission assembly 4 includes a buckle feeding active swing arm 41 connected to the power device 5, the buckle feeding active swing arm 41 is hinged with the buckle feeding driven swing arm 42, and a buckle feeding transmission push rod 43 is installed on the top of the buckle feeding driven swing arm 42. The fastener feeding transmission push rod 43 is arranged along the X direction and abuts against the buckle body translation pushing assembly 32.

[0058] The power device 5 includes a power shaft 51 drivingly connected to the power member, the power shaft 51 is arranged along the Y direction, the power shaft 51 can rotate around its axis, and a buckle body feeding cam 52 is installed on the power shaft 51; a buckle body feeding roller 44 adapted to the buckle body feeding cam 52 is installed on the buckle body feeding active swing arm 41. Preferably, the power member is a motor, and the motor drives the power shaft 51 to rotate, and the buckle body feeding cam 52 cooperates with the buckle body feeding roller 44 to continuously push the buckle body feeding active swing arm 41 to move along the X direction, and drive the buckle body feeding transmission push rod 43 to push the buckle body translation push assembly 32 to move along the X direction.

[0059] The following is a brief description of its working principle based on the above structure:

[0060] The buckle body 6 that is sequentially arranged and moved out of the buckle body vibration plate 1 slides freely downward along the buckle body downward guide rail 21. During the falling process, the buckle body 6 is first blocked by the buckle body material separation upper limit protrusion 341. During the process of the buckle body material separation plate 34 moving along the X direction with the buckle body translation push seat 321 to the side close to the assembly turntable 7, the buckle body material separation upper limit protrusion 341 gradually separates from the buckle body 6. At the same time, the buckle body 6 gradually falls and contacts the buckle body material separation lower limit protrusion 342. During this process, the opening direction of the buckle body 6 is fixed by the buckle body downward positioning piece 23. When the buckle body material separation plate 34 moves in the opposite direction with the buckle body translation push seat 321, the buckle body 6 with the fixed opening direction gradually separates from the buckle body material separation lower limit protrusion 342 and freely falls on the buckle body loading carrier 312.

[0061] The buckle body translation push seat 321 pushes the buckle body translation push plate 324 to move along the X direction, and the buckle body translation push plate 324 pushes the buckle body 6 to move to the side close to the assembly turntable 7, so that it is pushed to an assembly station of the assembly turntable 7, completing the loading process of the buckle body 6; the reset action of the buckle body translation push plate 324 is completed by pushing the buckle body translation push seat 321 through the buckle body loading reset spring 323, and after resetting, it meets the continued loading of the next buckle body 6.

[0062] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. Any modifications, equivalent substitutions and improvements made within the spirit and principles of the present invention should be included in the protection scope of the present invention.

Claims

1. Button body feeding device, characterized in that: Comprising: A buckle vibrating disk for containing buckles and arranging them in sequence and then moving them out; A buckle downward movement guide rail assembly located outside the buckle vibrating disk and arranged vertically. The top end of the buckle downward movement guide rail assembly is connected to the discharge port of the buckle vibrating disk, and the buckle downward movement guide rail assembly is used to guide the buckles moved out by the buckle vibrating disk to move downward; A buckle translation mechanism, which includes a buckle loading and carrying assembly adapted to the buckle downward movement guide rail assembly. The buckle loading and carrying assembly is located below the buckle downward movement guide rail assembly and arranged horizontally along the X direction; the buckle loading and carrying assembly is adapted to a buckle translation pushing assembly, and the buckle translation pushing assembly is used to push the buckles placed on the buckle loading and carrying assembly to move along the X direction; A buckle loading transmission assembly drivingly connecting the buckle translation pushing assembly with an external power device, and the buckle loading transmission assembly is used to push the buckle translation pushing assembly to move along the X direction.

2. The button body feeding device according to claim 1, characterized in that: The buckle downward movement guide rail assembly includes a buckle downward movement guide rail, and the buckle downward movement guide rail is installed between the buckle vibrating disk and the buckle loading and carrying assembly through a downward movement guide rail bracket.

3. The button body feeding device according to claim 2, characterized in that: The buckle downward movement guide rail is of a cylindrical structure, and a buckle downward movement positioning piece is arranged at the bottom end of the buckle downward movement guide rail. The buckle downward movement positioning piece is arranged along the X direction towards the side close to the buckle translation pushing assembly; during the process of the buckle moving downward along the buckle downward movement guide rail, the buckle downward movement positioning piece is used to position the opening direction of the buckle.

4. The button body feeding device according to claim 1, characterized in that: The buckle translation mechanism includes a buckle translation mounting seat, and the buckle translation pushing assembly is slidably arranged on the buckle translation mounting seat; The buckle loading and carrying assembly includes a buckle downward movement connecting seat installed on the buckle translation mounting seat, and the buckle downward movement connecting seat is fixedly connected to the buckle downward movement guide rail assembly; Below the buckle downward movement connecting seat, there is a buckle loading carrier plate connected to the buckle translation mounting seat. The buckle loading carrier plate corresponds to the position of the buckle downward movement guide rail assembly, and a buckle loading avoidance groove for avoiding the buckles is opened on the buckle loading carrier plate.

5. The button body feeding device according to claim 4, characterized in that: The buckle translation pushing assembly includes a buckle translation pushing seat, and the buckle translation pushing seat is of a U-shaped structure and is arranged outside the buckle translation mounting seat; A buckle translation sliding rod is installed on the buckle translation pushing seat and penetrates through the buckle translation mounting seat. A buckle loading return spring is sleeved outside the buckle translation sliding rod. One end of the buckle loading return spring abuts against the buckle translation mounting seat, and the other end of the buckle loading return spring abuts against the buckle translation pushing seat; One end of the buckle translation pushing seat is installed with a buckle translation push plate arranged along the X direction, and the other end of the buckle translation pushing seat abuts against the buckle loading transmission assembly.

6. The button body feeding device according to claim 5, characterized in that: A buckle pushing notch for accommodating the buckles is opened on the buckle translation push plate. The buckle pushing notch is arc-shaped and is arranged below the buckle downward movement guide rail assembly.

7. The button body feeding device according to claim 6, characterized in that: The button body translation mechanism further comprises a button body dividing plate mounted on the button body translation pushing seat, and the button body dividing plate is arranged on the outer side of the button body downward moving guide rail assembly; A buckle body material separation upper limit protrusion and a buckle body material separation lower limit protrusion are protruded outwardly on one side of the buckle body material separation plate toward the buckle body downward movement guide rail assembly, and the buckle body material separation upper limit protrusion and the buckle body material separation lower limit protrusion are both arranged along the X direction; Along the vertical direction, there is a distance between the upper limit protrusion of the buckle body material distribution and the lower limit protrusion of the buckle body material distribution. The upper limit protrusion of the buckle body material distribution is correspondingly arranged above the buckle body push notch and close to the buckle body downward guide rail assembly, and the lower limit protrusion of the buckle body material distribution is arranged along the X direction on the outside of the upper limit protrusion of the buckle body material distribution and close to the buckle body translation push plate.

8. The button body feeding device according to claim 5, characterized in that: A buckle body translation guide rod is installed on the buckle body translation pushing seat, and the buckle body translation guide rod passes through the buckle body translation mounting seat.

9. The button body feeding device according to claim 1, characterized in that: The buckle body feeding transmission assembly includes a buckle feeding active swing arm connected to the power device, the buckle feeding active swing arm is hinged to the buckle feeding driven swing arm, a buckle feeding transmission push rod is installed on the top of the buckle feeding driven swing arm, and the buckle feeding transmission push rod is arranged along the X direction and abuts against the buckle body translation pushing assembly.

10. The button body feeding device according to claim 9, characterized in that: The power device includes a power shaft drivingly connected to the power piece, the power shaft is arranged along the Y direction, the power shaft can rotate around its axis, and a buckle body feeding cam is installed on the power shaft; the buckle body feeding active swing arm is equipped with a buckle body feeding roller adapted to the buckle body feeding cam.

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