CN216601795U - Pusher and button sewing machine - Google Patents

Abstract

This patent belongs to button sewing machine field, refers in particular to a pusher and button sewing machine, includes: a linear drive; the guide rod is rotationally connected with the linear driving piece and is used for driving an external component; the guide rod is provided with a first guide block; the track plate is arranged on one side of the linear driving piece; a guide rail is arranged on the rail plate; the first guide block is arranged in the guide track; the guide rail comprises a first straight section parallel to the linear driving piece and a first swing section which is connected to the tail end of the first straight section and is biased towards one side; when the linear driving part moves, the linear driving part drives the first guide block to move in the guide track so as to drive the guide rod to swing up and down after moving back and forth in parallel. This patent is only through a driving source, promptly linear driving spare realizes the motion to two azimuths of external member under the guide of guide track in the track board to reduced the quantity that sets up of driving source by a wide margin, simplified structure and reduce cost by a wide margin.

Description

Pusher and button sewing machine

Technical Field

This patent belongs to button sewing machine technical field, refers in particular to a pusher and button sewing machine.

Background

Chinese utility model patent 201920750371.X discloses a button sewing machine, which realizes automatic punching and button-sewing of clothing materials. First transfer station in this patent is equipped with the X that drives it and removes towards the X direction to and be located the jack-up cylinder of first transfer station below, thereby make through X to the mutual cooperation between translation cylinder and the jack-up cylinder first transfer station is placed in the drift below carries out work.

The utility model discloses a there is following defect:

1. if two groups of driving sources are adopted for driving, the two groups of driving sources need to be accurately matched; if the system is in failure, the equipment can be affected, and the equipment can be damaged seriously.

2. The multiple groups of driving sources can increase the overall volume of the equipment, influence the layout of components in the equipment and the difficulty of equipment manufacture; meanwhile, the adoption of multiple groups of driving sources can greatly increase the manufacturing cost of equipment and influence the product sale.

Disclosure of Invention

The purpose of this patent is to provide a work stability, and effectively reduce pusher and button sewing machine of driving source.

The purpose of this patent is so realized:

a pushing device, comprising:

a linear drive;

the guide rod is rotationally connected with the linear driving piece and is used for driving an external component; the guide rod is provided with a first guide block; and

the track plate is arranged on one side of the linear driving piece; the track plate is provided with a guide track;

the first guide block is arranged in the guide track; the guide rail comprises a first straight section parallel to the linear driving piece and a first swing section which is connected to the tail end of the first straight section and is biased towards one side;

when the linear driving part moves, the linear driving part drives the first guide block to move in the guide track so as to drive the guide rod to swing up and down after moving back and forth in parallel.

Further, the first straight section and the first swing and rotation section are vertically arranged;

further, still include balanced subassembly, it includes:

the balance track is arranged on the track plate; the balance track is provided with a second straight section parallel to the linear driving piece and a second swing section which is connected to the tail end of the second straight section and is deviated towards one side;

the balance rod is rotationally connected with the linear driving piece, a second guide block is arranged on the balance rod, and the second guide block is positioned in the balance track and moves under the driving of the linear driving piece;

the guide track and the balance track are respectively positioned at two sides of the running track of the linear driving piece, and the offset direction of the second swing section is opposite to that of the first swing section;

when the linear driving part moves, the linear driving part drives the first guide block and the second guide block to move in the guide track and the balance track respectively, and the first guide block and the second guide block reach the offset point of the guide track and the balance track simultaneously.

Further, a first return spring is connected between the balance rod and the guide rod.

Furthermore, the first swing section and the first straight section are arranged perpendicularly, and the second swing section and the second straight section are intersected to form an obtuse angle.

Further, still include reset assembly, it includes the propelling movement piece that sets up the first swing section end for will be located the first guide block on the first swing section end and push outwards.

Furthermore, a bearing piece is arranged on the first guide block and is in rolling contact with the guide rail.

Furthermore, a third guide block is arranged on the linear driving piece, and a support rail matched with the third guide block is arranged on the rail plate; the third guide block is positioned in the support track; when the linear driving piece moves, the linear driving piece drives the third guide block to move in the supporting track.

A button sewing machine comprises the pushing device, and the guide rod is connected with a button sewing seat.

Compared with the prior art, the patent has the outstanding and beneficial technical effects that:

1. this patent is only through a driving source, promptly linear driving spare realizes the motion to two azimuths of external member under the guide of guide track in the track board to reduced the quantity that sets up of driving source by a wide margin, simplified structure and reduce cost by a wide margin.

2. According to the balance assembly, linear ascending driving and linear descending driving of an external component are achieved through the balance assembly, the overall structure is simple, and assembly is rapid; and the whole pushing device is only provided with one driving source, so that the probability of failure is low, the whole system is stable, and the long-term operation of the equipment is facilitated.

Drawings

FIG. 1 is a schematic view of the construction of a button-sewing machine.

FIG. 2 is a schematic view of the structure at the pusher in the button sewing machine.

Fig. 3 is a schematic front view of the pushing apparatus of embodiment 2.

Fig. 4 is a reverse schematic view of the pushing apparatus of embodiment 2.

Fig. 5 is a schematic view of the push apparatus in an initial state according to embodiment 2.

FIG. 6 is a schematic view showing the operation of the pushing apparatus in embodiment 2.

FIG. 7 is a schematic view of the pusher in accordance with example 2.

Fig. 8 is a schematic view of the back side of the pushing apparatus of embodiment 3.

FIG. 9 is a schematic view of the structure of a pushing apparatus in embodiment 4.

The reference numerals in the figures denote the meanings:

1. a linear drive; 11. a third guide block; 2. a guide bar; 21. a first guide block; 3. a button sewing seat; 4. a track plate; 41. a guide rail; 411. a first straight section; 412. a first swing section; 413. a pushing member; 42. balancing the rail; 421. a second straight section; 422. a second swing section; 43. a support rail; 5. a balancing pole; 51. a second guide block; 52. a first return spring; 6. a vibrating pan; 7. a frame; 8. a punch; 9. a feeding device.

Detailed Description

This patent is further described below in conjunction with specific examples:

example 1:

a pusher device for driving an outer member to advance and ascend, comprising:

a linear drive 1;

the guide rod 2 is rotatably connected with the linear driving piece 1 and is used for driving an external component; a first guide block 21 is arranged on the guide rod 2; and

a track plate 4 disposed on one side of the linear driving member 1; the track plate 4 is provided with a guide track 41;

the first guide block 21 is arranged in the guide rail 41; when the linear driving member 1 moves, it drives the first guide block 21 to move in the guide track 41, so as to make the guide rod 2 move back and forth in parallel or swing up and down.

In the present embodiment, a button attaching machine is taken as an example, as shown in fig. 1, the button attaching machine includes a frame 7, and a main structure of the button attaching machine is fixed above the frame 7, and the main structure of the button attaching machine includes the pushing device. As shown in fig. 1 and 2, a cylinder is fixed at the rear side of the frame 7, and the track plate 4 is arranged at the front side; the linear driving piece 1 is specifically a telescopic rod arranged on the cylinder, the guide rod 2 is hinged to the tail end of the telescopic cylinder, and the cylinder extends out to drive the guide rod 2 to move when working; the first guide block 21 is arranged beside the guide rod 2, the first guide block 21 is cylindrical, and a bearing part for enabling the first guide block 21 to move smoothly is arranged on the first guide block 21.

The track plate 4 in this patent is fixed on one side of the first guide block 21 through a bracket, and is specifically a square panel, the guide track 41 is integrally formed on the panel, and the guide track 41 is arranged on the upper left corner of the track plate 4 according to the position relationship between the linear driving member 1 and the guide rod 2; the width of the guide track 41 is the same as the diameter of the first guide block 21, and after the guide track 41 is connected with the first guide block 21, the first guide block 21 is limited in the guide track 41; when the guide rod 2 is driven by the linear driving member 1, the first guide block 21 moves back and forth along the guide rail 41.

The front end of the first guide block 21 is connected with a button attaching seat 3, namely the external component; the button sewing seat 3 is used for placing buttons, one side of the button sewing seat 3 is provided with a vibrating disc 6 for providing buttons for the button sewing seat 3, a punch 8 for processing the buttons is arranged at the upper front part of the button sewing seat 3, and a feeding device 9 for sewing the buttons by movement is arranged at the upper rear part of the button sewing seat 3; pusher in this patent is used for taking over earlier in the original point with nail knot seat 3 by the nail of material feeding unit 9 seeing off is detained, send to the below of drift again and carries out the punching press of nail knot, and because the difference in height needs pusher to transport along the X axle earlier nail knot seat 3 transports along the Z axle again and detains seat 3, accomplishes the zigzag motion.

In order to adapt to the driving structure of the pin buckle 3, the guide rail 41 of the present patent is provided with a first straight section 411 parallel to the linear driving member 1 and a first swing section 412 connected to the end of the first straight section 411 and biased toward one side. In the initial position, the linear driving element 1 is not actuated, and the first guide block 21 is located at one end of the first straight section 411; when the linear driving part 1 works, the linear driving part 1 extends out to drive the first guide block 21 to move in the first straight section 411, and the first guide block 21 keeps linear motion under the limit of the first straight section 411, so as to drive the button attaching seat 3 to move linearly and realize the X-axis motion of the button attaching seat; when the first guide block 21 reaches the offset point of the first straight section 411, the first guide block 21 abuts against the wall surface at the offset point, the wall surface limits the movement of the first guide block 21, and guides the first guide block 21 to move towards the offset direction of the first swing section 412, so that the first guide block 21 enters the first swing section 412. Due to the offset arrangement of the first swing section 412, when the first guide block 21 moves in the first swing section 412, the guide rod 2 can swing around the rotating connection point of the guide rod and the linear driving element 1 to one side, so that the movement of the button attaching seat 3 in the Z-axis direction is realized; generally, the trajectory of the pin holder 3 is consistent with the shape of the guide rail 41, and when the first swing section 412 is disposed obliquely, the pin will rise obliquely under the driving of the first guide block 21, and when the first swing section 412 is disposed vertically to the first straight section 411, the pin will rise straight under the driving of the first guide block 21.

This patent only realizes the motion to two azimuths of external member through a driving source, namely the linear driving piece 1, under the guide of guide track 41 in track board 4 to the quantity of setting of driving source has been reduced by a wide margin, and simplified structure and reduce cost by a wide margin.

Example 2:

in actual operation, the offset degree of the first swing section 412 affects the movement of the first guide block 21 in the guide track 41; after the first guide block 21 moves to the offset point of the guide track 41, the first guide block 21 abuts against one side wall surface at the offset point, if the driving speed of the linear driving member 1 is too high, the first guide block 21 will not rotate yet and will abut against the wall surface tightly, and will be clamped under the simultaneous action of the wall surface and the linear driving member 1, so that the first guide block 21 will not swing easily; failure of the first guide block 21 to pivot, if at all, can lead to damage to the linear drive 1 or the guide rod 2, rendering the entire device inoperable.

If the offset degree of the first swing section 412 is small, the first guide block 21 can move smoothly on the guide track 41 through the bearing piece on the first guide block 21, and the first guide block 21 is guided into the first swing section 412 to prevent the occurrence of the jamming condition; in the button sewing machine, the button sewing machine needs to perform Y-axis linear motion after completing the X-axis motion, so the first swing section 412 is arranged perpendicular to the first straight section 411; in this case, it is difficult to guide the first guide block 21 only by the bearing member, and a certain swing time can be given to the first guide block 21 by decelerating the linear driving member 1 when the first guide block 21 needs to swing, but even if the first guide block 21 finally enters the first swing section 412, the slow operation of the linear driving member 1 affects the working efficiency of the equipment, thereby reducing the productivity. On the contrary, in the process of restoring the first guide block 21, the first guide block 21 abuts against and is clamped by the wall surface of the first swing section 412, so that the restoration is affected.

In order to solve the above problem and optimize the straight-up and straight-down motion of the button seat 3, a balance assembly is further provided in the embodiment, which comprises:

a balance rail 42 provided on the rail plate 4;

the balance rod 5 is rotatably connected with the linear driving part 1, a second guide block 51 is arranged on the balance rod 5, and the second guide block 51 is positioned in the balance track 42 and moves under the driving of the linear driving part 1;

as shown in fig. 3 to 5, the balance bar 5 is rotatably connected to one side of the linear driving member 1 facing the track plate 4, and the guide bar 2 is rotatably connected to the other side of the linear driving member 1 facing the track plate 4. The balance rod 5 and the guide rod 2 respectively face the upper side and the lower side of the linear driving piece 1; accordingly, the guide rail 41 and the balance rail 42 are respectively located at two sides of the running track of the linear driving element 1, and the first guide block 21 is located in the guide rail 41, and the second guide block 51 is located in the balance rail 42. The size of the balance track 42 is substantially the same as the shape of the guide track 41, and it has a second straight section 421 parallel to the linear driving member 1 and a second swing section 422 connected to the end of the second straight section 421 and offset to one side, and the offset degree of the second swing section 422 is smaller than that of the first swing section 412, and the second swing section 422 is connected to the second straight section 421 to form an obtuse angle; wherein the obtuse angle is 130 to 170 degrees, preferably 150 degrees. Meanwhile, the offset point on the balance rail 42 is opposite to the offset point in the guide rail 41, i.e., located on the same vertical straight line, and the guide bar 2 substantially conforms to the length shape of the balance bar 5, the first straight section 411 and the second straight section 421.

During operation, the linear driving member 1 operates forward, and simultaneously drives the guide rod 2 and the balance rod 5 to move, so that the first guide block 21 and the second guide block 51 move in the first straight section 411 and the second straight section 421 and enter the offset point of the guide rail 41 and the balance rail 42. As shown in fig. 6, at this time, the first guide block 21 abuts against the inner wall of the guide rail 41, the inner wall of the guide rail 41 gives a downward reaction force to the linear actuator 1, the second guide block 51 abuts against the inner wall of the balance rail 42, the inner part of the balance rail 42 gives an upward reaction force to the linear actuator 1, and both forces act on the linear actuator 1 at the same time, and the reaction force received by the first guide block 21 is relieved by the reaction force of the second guide block 51, so that the linear actuator 1 is in a relatively balanced state, and can stably operate.

It should be noted that, since the offset degree of the second swing section 422 is smaller than that of the first swing section 412, the second guide block 51 can rapidly enter the second swing section 422 under the normal driving of the linear driving element 1. When the first guide block 21 reaches the offset point of the first swing section 412, as shown in fig. 6 and 7, the second guide block 51 has a forward movement tendency due to the small offset degree of the second swing section 422, and can easily enter the second swing section 422 under the driving of the linear driving element 1; because the balance bar 5 is connected with the linear driving piece 1, the forward trend of the second guide block 51 gives the linear driving piece 1 a downward motion trend; and because the guide rod 2 is connected with the front end of the linear driving part 1, the front end of the linear driving part 1 is one end of the guide rod 2, one end of the guide rod 2 has a downward movement trend, and the other end provided with the first guide block 21 has an upward movement trend, at this moment, when the linear driving part 1 continues to move forward, the guide rod 2 swings upward rapidly under the action of the upward movement trend, so that the first guide block 21 enters the first swing section 412 rapidly, and the linear rising of the nail buckle seat 3 is realized.

On the contrary, when the linear driving element 1 retracts, the backward trend of the second guide block 51 gives an upward movement trend to the linear driving element 1, and similarly, after the backward trend is transmitted to the guide rod 2, the backward movement trend is given to the guide rod 2, so that the guide rod 2 swings downward rapidly to separate from the first swing section 412.

In summary, the balance assembly is adopted to apply a reverse component force to the guide rod 2, so that the guide rod can be quickly swung and rotated at the offset point of the guide rail 41 without being blocked, and therefore, the linear ascending driving and the linear descending driving of external components are realized, the whole structure is simple, and the assembly is quick; and the whole pushing device is only provided with one driving source, so that the probability of failure is low, the whole system is stable, and the long-term operation of the equipment is facilitated.

Further, in order to ensure the stable action of the linear driving member 1, a third guide block 11 is arranged on the linear driving member 1, and a support rail 43 adapted to the third guide block 11 is arranged on the rail plate 4; as shown in fig. 3, the track plate 4 is provided with a linear track in the middle of one side of the guide track 41 and the balance track 42, and the third guide block 11 is located in the linear track and has an oval shape; the third guide block 11 is used to position the linear motion of the linear drive 1, so that the linear motion of the linear drive 1 is more stable.

Example 3:

as shown in fig. 8, most of the structures in this embodiment are the same as those in embodiment 2, and the differences are that: a first return spring 52 is connected between the balance bar 5 and the guide bar 2; the first return spring 52 is used for pulling the balancing bar 5 and the guide bar 2 inwards after the balancing bar 5 and the guide bar 2 are opened outwards, and the auxiliary linear driving member 1 is used for returning the state of the balancing bar 5 and the state of the guide bar 2, so that the movement of the guide bar 2 is smoother.

Example 4:

as shown in fig. 9, most of the structures in this embodiment are the same as those in embodiment 2, and the differences are as follows: the retraction of the first guide block 21 is assisted by providing a pushing member 413 in the guide track 41 to push the first guide block 21 located at the end of the first swing section 412 outward; the pushing member 413 may be an air cylinder or a second return spring fixed on the first swing section 412; when the first guide block 21 is driven forwards, the first guide block 21 enters the first swing section 412 and compresses the second return spring, and when the first guide block 21 retracts, the linear driving member 1 does not apply a force forwards, and the first guide block 21 is pushed outwards to be reset by the driving force of the second return spring.

The above embodiments are only preferred embodiments of the present patent, and the protection scope of the present patent is not limited thereby, so: all equivalent changes made according to the structure, shape and principle of the patent shall be covered by the protection scope of the patent.

Claims (9)

1. A pusher device, comprising:

a linear drive (1);

the guide rod (2) is rotatably connected with the linear driving piece (1) and is used for driving an external component; a first guide block (21) is arranged on the guide rod (2); and

a track plate (4) arranged on one side of the linear driving piece (1); a guide track (41) is arranged on the track plate (4);

the first guide block (21) is arranged in the guide track (41); the guide rail (41) comprises a first straight section (411) parallel to the linear driving piece (1) and a first swing section (412) which is connected to the tail end of the first straight section (411) and is biased towards one side;

when the linear driving part (1) moves, the linear driving part (1) drives the first guide block (21) to move in the guide track (41) so as to drive the guide rod (2) to move back and forth in parallel and then swing up and down.

2. A pushing device as claimed in claim 1, wherein: the first straight section (411) and the first swing section (412) are arranged perpendicularly.

3. The pushing device as recited in claim 2 further comprising a balancing assembly comprising:

a balance rail (42) provided on the rail plate (4); the balance track (42) is provided with a second straight section (421) parallel to the linear driving piece (1) and a second swinging section (422) which is connected to the tail end of the second straight section (421) and is deviated towards one side;

the balance rod (5) is rotatably connected with the linear driving piece (1), a second guide block (51) is arranged on the balance rod (5), and the second guide block (51) is located in the balance track (42) and moves under the driving of the linear driving piece (1);

the guide track (41) and the balance track (42) are respectively positioned at two sides of the running track of the linear driving part (1), and the offset direction of the second swing section (422) is opposite to the offset direction of the first swing section (412);

when the linear driving part (1) moves, the linear driving part (1) drives the first guide block (21) and the second guide block (51) to move in the guide track (41) and the balance track (42) respectively, and the first guide block (21) and the second guide block (51) reach the deviation point of the guide track (41) and the balance track (42) simultaneously.

4. A pushing device as claimed in claim 3, wherein: a first return spring (52) is connected between the balancing rod (5) and the guide rod (2).

5. A pushing device as claimed in claim 3, wherein: the second swinging section (422) and the second straight section (421) intersect to form an obtuse angle.

6. A pushing device according to claim 2, further comprising a resetting assembly including a pushing member (413) provided at an end of the first pivoting section (412) for pushing the first guide (21) located at the end of the first pivoting section (412) outwards.

7. A pushing device according to any one of claims 1-6, characterized in that: and a bearing piece is arranged on the first guide block (21), and the bearing piece is in rolling contact with the guide rail (41).

8. A pushing device according to any one of claims 1-6, characterized in that: a third guide block (11) is arranged on the linear driving piece (1), and a supporting track (43) matched with the third guide block (11) is arranged on the track plate (4); the third guide block (11) is located in the support track (43); when the linear driving part (1) moves, the linear driving part drives the third guide block (11) to move in the supporting track (43).

9. A button attaching machine comprising a frame and the pusher of any one of claims 1-8 disposed in the frame, characterized in that: the guide rod (2) is connected with a button attaching seat (3).

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