Sheet threading chain buffer compensation mechanism

Abstract

The utility model provides a piece penetrating chain buffer compensation mechanism, and belongs to the technical field of lithium battery pole piece splicing. The telescopic frame transversely moves on the movable frame; a roller passing chain wheel assembly I, a small chain wheel assembly I, a small chain wheel assembly III and a small chain wheel assembly IV are arranged on the front face of the longitudinal moving side plate. A main body of the telescopic frame is a transverse moving side plate, and a roller passing chain wheel assembly II and a small chain wheel assembly II are arranged on the front face of the transverse moving side plate; the tape leading chain sequentially bypasses the roller passing chain wheel assembly I, the small chain wheel assembly I, the roller passing chain wheel assembly II, the small chain wheel assembly II, the small chain wheel assembly III and the small chain wheel assembly IV; the tape outlet end and the tape inlet end of the tape leading chain are parallel to each other; the part, between the small chain wheel assembly I and the roller passing chain wheel assembly II, of the leading belt chain is parallel to the part, between the small chain wheel assembly II and the small chain wheel assembly III, of the leading belt chain. The service life of the belt connecting rubber roller is effectively prolonged, and the maintenance cost of equipment is reduced.

Description

Technical Field

[0001] The utility model relates to the technical field of lithium battery pole piece splicing, and discloses a lithium battery pole piece automatic material changing and splicing device with a tape guiding mechanism capable of moving in the vertical and horizontal directions. Background Art

[0002] The automatic splicing component of the battery pole piece roller press winding can realize automatic roll changing during the winding process of the battery pole piece roller press, release manual operation, save roll changing time, and reduce production costs. The existing automatic splicing components for winding on the market can move up and down for automatic roll changing. During the entire production process, the splicing rubber roller participates in the production process as a passing roller. As a vulnerable part, the splicing rubber roller has a short service life and a high replacement frequency, thus increasing the manufacturing cost of battery products. In the current market environment, reducing production costs has become one of the main means to improve product competitiveness. Summary of the Utility Model

[0003] In view of this, the technical problem to be solved by the utility model is to provide a threading chain buffer compensation mechanism during the movement of the automatic splicing component for winding, which can enable the splicing rubber roller to operate normally during the splicing process, complete the automatic splicing operation. After the automatic splicing operation is completed, the whole splicing rubber roller assembly moves left and right to avoid the path from the pole piece to the winding shaft. And as the diameter of the winding shaft changes, the entire automatic splicing device moves up and down accordingly, and the splicing rubber roller always avoids contacting the pole piece, thereby reducing the friction loss of the splicing rubber roller, prolonging the service life of the splicing rubber roller, and reducing production costs.

[0004] The utility model adopts the following technical solutions to achieve the above technical effects:

[0005] A threading chain buffer compensation mechanism includes a fixed table and a tape guiding chain; it also includes a moving frame and a telescopic frame; the telescopic frame is located on the moving frame and moves longitudinally with the moving frame; the telescopic frame moves horizontally on the moving frame.

[0006] The main body of the moving frame is a longitudinal moving side plate, and a passing roller sprocket assembly I, a small sprocket assembly I, a small sprocket assembly III, and a small sprocket assembly IV are arranged on the front surface of the longitudinal moving side plate; the main body of the telescopic frame is a transverse moving side plate, and a passing roller sprocket assembly II and a small sprocket assembly II are arranged on the front surface of the transverse moving side plate.

[0007] The tape guiding chain sequentially bypasses the passing roller sprocket assembly I, the small sprocket assembly I, the passing roller sprocket assembly II, the small sprocket assembly II, the small sprocket assembly III, and the small sprocket assembly IV; the tape outlet end and the tape inlet end of the tape guiding chain are parallel to each other; the part of the tape guiding chain between the small sprocket assembly I and the passing roller sprocket assembly II is parallel to the part of the tape guiding chain between the small sprocket assembly II and the small sprocket assembly III.

[0008] Further, the moving frame includes longitudinal moving side plates, longitudinal moving slide rails and longitudinal moving racks; the longitudinal moving slide rails and longitudinal moving racks are both installed on the fixed table, and the longitudinal moving slide rails and longitudinal moving racks are parallel to each other; the back surface of the longitudinal moving side plates is constrained on the longitudinal moving slide rails and can move freely along the longitudinal moving slide rails; a corresponding driving assembly is arranged on the back surface of the side plates, and the driving assembly meshes with the longitudinal moving racks to drive the side plates to move along the longitudinal moving slide rails.

[0009] Further, the telescopic frame includes transverse moving side plates, transverse moving slide rails and transverse moving racks; the transverse moving slide rails and longitudinal moving racks are both installed on the longitudinal moving side plates, and the controversial slide rails and transverse moving racks are parallel to each other; the back surface of the transverse moving side plates is constrained on the transverse moving slide rails and can move freely along the transverse moving slide rails; a corresponding driving assembly is arranged on the back surface of the side plates, and the driving assembly meshes with the transverse moving racks to drive the side plates to move along the longitudinal moving slide rails.

[0010] Further, the driving assembly includes a gear, a motor and a worm and worm gear reducer; the motor drives the gear to rotate through the worm and worm gear reducer, and the gear meshes with the corresponding rack.

[0011] Further, the tape connecting rubber roller assembly is installed on the transverse moving side plates.

[0012] Compared with the prior art, the technical solution of the present utility model has the following beneficial effects:

[0013] The present utility model solves the problem in the related art that the existing automatic tape connecting mechanism cannot move up, down, left and right at the same time, and can separate the rubber roller from the pole piece during the production process, effectively prolonging the service life of the tape connecting rubber roller and reducing the equipment maintenance cost. Description of the Drawings

[0014] Figure 1 is a schematic structural diagram of the sheet threading chain buffer compensation mechanism during the movement of the winding automatic tape connecting assembly of the present utility model;

[0015] Figure 1 In, 1, the main side plate unit for up and down movement, 2, the telescopic side plate unit for left and right movement, 3, the roller sprocket assembly I, 4, the small sprocket assembly I, 5, the roller sprocket assembly II, 6, the small sprocket assembly II, 7, the small sprocket assembly III, 8, the small sprocket assembly IV, 9, the tape guiding chain, 10, the tape connecting rubber roller assembly. Detailed Embodiment

[0016] Next, the present utility model will be further described in conjunction with the drawings.

[0017] A sheet threading chain buffer compensation mechanism includes a fixed table and a tape guiding chain; it further includes a moving frame and a telescopic frame; the telescopic frame is located on the moving frame and moves longitudinally with the moving frame; the telescopic frame moves transversely on the moving frame;

[0018] The main body of the moving frame is a longitudinal moving side plate, and a roller sprocket assembly I, a small sprocket assembly I, a small sprocket assembly III, and a small sprocket assembly IV are arranged on the front surface of the longitudinal moving side plate; the main body of the telescopic frame is a transverse moving side plate, and a roller sprocket assembly II and a small sprocket assembly II are arranged on the front surface of the transverse moving side plate;

[0019] The belt guiding chain sequentially bypasses the roller sprocket assembly I, the small sprocket assembly I, the roller sprocket assembly II, the small sprocket assembly II, the small sprocket assembly III, and the small sprocket assembly IV; the belt outlet end and the belt inlet end of the belt guiding chain are parallel to each other; the part of the belt guiding chain between the small sprocket assembly I and the roller sprocket assembly II is parallel to the part of the belt guiding chain between the small sprocket assembly II and the small sprocket assembly III.

[0020] Further, the moving frame includes a longitudinal moving side plate, a longitudinal moving slide rail, and a longitudinal moving rack; the longitudinal moving slide rail and the longitudinal moving rack are both installed on the fixed table, and the longitudinal moving slide rail and the longitudinal moving rack are parallel to each other; the back surface of the longitudinal moving side plate is constrained on the longitudinal moving slide rail and can move freely along the longitudinal moving slide rail; a corresponding driving component is arranged on the back surface of the side plate, and the driving component meshes with the longitudinal moving rack to drive the side plate to move along the longitudinal moving slide rail.

[0021] Further, the telescopic frame includes a transverse moving side plate, a transverse moving slide rail, and a transverse moving rack; the transverse moving slide rail and the longitudinal moving rack are both installed on the longitudinal moving side plate, and the controversial slide rail and the transverse moving rack are parallel to each other; the back surface of the transverse moving side plate is constrained on the transverse moving slide rail and can move freely along the transverse moving slide rail; a corresponding driving component is arranged on the back surface of the side plate, and the driving component meshes with the transverse moving rack to drive the side plate to move along the longitudinal moving slide rail.

[0022] Further, the driving component includes a gear, a motor, and a worm and worm gear reducer; the motor drives the gear to rotate through the worm and worm gear reducer, and the gear meshes with the corresponding rack.

[0023] Further, the tape connecting rubber roller assembly is installed on the transverse moving side plate.

[0024] The following is a more specific embodiment:

[0025] In this embodiment, the battery electrode sheet rolling machine winding automatic tape splicing assembly is provided with a threading chain buffer compensation mechanism. The automatic tape changing and splicing device has a tape guiding mechanism that can move in the vertical and horizontal directions. The tape guiding mechanism is composed of a sprocket group. By changing the position of the side plate, the relative position of the sprocket group changes to compensate for the length difference of the tape guiding chain caused by displacement. The tape splicing mechanism includes a moving frame unit, a telescopic frame unit, and a tape splicing rubber roller assembly. The entire tape splicing mechanism is arranged on the mounting frame and is located between the first winding unit and the second winding unit. The moving frame is arranged on the mounting frame and reciprocates between the first unwinding unit and the second unwinding unit. The telescopic frame is arranged on the moving frame and can independently perform telescopic movement on the moving frame. The tape splicing assembly is arranged on the telescopic frame and moves or telescopes with the moving frame and the telescopic frame.

[0026] As Figure 1 shown, during the movement of the battery electrode sheet rolling machine winding automatic tape splicing assembly, in the threading chain buffer compensation mechanism, the tape guiding chain 9 at the inlet and outlet positions of the main side plate unit 1 moving up and down is always in a parallel state. When the main side plate unit 1 moving up and down moves up and down, the length of the tape guiding chain 9 inside the automatic tape splicing assembly does not change, which can ensure the normal use of the tape guiding chain. Among the tape guiding chains between the small sprocket assembly II and the small sprocket assembly III, and between the small sprocket assembly III and the small sprocket assembly IV, they are always in a parallel state. When the telescopic side plate unit 2 moves left and right and telescopes, they compensate for each other's lengths, so that the length of the tape guiding chain 9 inside the automatic tape splicing assembly does not change, which can ensure the normal use of the tape guiding chain. By changing the moving positions of the main side plate unit 1 moving up and down and the telescopic side plate unit 2 moving left and right, the tape splicing rubber roller assembly 10 can avoid contacting the electrode sheet during production, thereby extending the service life of the tape splicing rubber roller and reducing production costs.

[0027] It should be understood that the above description of the specific embodiments of this patent is only an exemplary description listed for the convenience of those of ordinary skill in the art to understand the patent solution, and does not imply that the protection scope of this patent is only limited to these examples. Those of ordinary skill in the art can fully understand the patent technical solution and, without any creative labor, obtain more specific embodiments by combining technical features, replacing some technical features, adding more technical features, etc. to the various examples listed in this patent. All these specific embodiments are within the scope covered by the claims of this patent. Therefore, these new specific embodiments should also be within the protection scope of this patent.

[0028] In addition, for the purpose of simplifying the description, this patent may not list some common specific implementation schemes that can be naturally conceived by those of ordinary skill in the art after understanding the technical solutions of this patent. Obviously, these schemes should also be included in the protection scope of this patent.

Claims

1. A buffer compensation mechanism for a sheet-threading chain, comprising a fixed platform and a lead chain; characterized in that: It also includes a mobile frame and a telescopic frame; the telescopic frame is located on the mobile frame and moves longitudinally with the mobile frame; the telescopic frame moves transversely on the mobile frame; The main body of the mobile frame is a longitudinal side plate, and a roller sprocket assembly I, a small sprocket assembly I, a small sprocket assembly III and a small sprocket assembly IV are arranged on the front of the longitudinal side plate; the main body of the telescopic frame is a transverse side plate, and a roller sprocket assembly II and a small sprocket assembly II are arranged on the front of the transverse side plate; The lead chain passes through the roller sprocket assembly I, the small sprocket assembly I, the roller sprocket assembly II, the small sprocket assembly II, the small sprocket assembly III and the small sprocket assembly IV in sequence; the belt outlet end and the belt inlet end of the lead chain are parallel to each other; the lead chain portion between the small sprocket assembly I and the roller sprocket assembly II is parallel to the lead chain portion between the small sprocket assembly II and the small sprocket assembly III.

2. A sheet-threading chain buffer compensation mechanism according to claim 1, characterized in that: The movable frame includes a longitudinal side plate, a longitudinal slide rail and a longitudinal rack; the longitudinal slide rail and the longitudinal rack are both installed on a fixed platform, and the longitudinal slide rail and the longitudinal rack are parallel to each other; the back of the longitudinal side plate is constrained on the longitudinal slide rail and can move freely along the longitudinal slide rail; a corresponding driving component is provided on the back of the side plate, which engages with the longitudinal rack to drive the side plate to move along the longitudinal slide rail.

3. A buffer compensation mechanism for a sheet-threading chain according to claim 2, characterized in that: The telescopic frame includes a transverse side plate, a transverse slide rail and a transverse rack; the transverse slide rail and the longitudinal rack are both installed on the longitudinal side plate, and the transverse slide rail and the transverse rack are parallel to each other; the back of the transverse side plate is constrained on the transverse slide rail and can move freely along the transverse slide rail; a corresponding driving component is arranged on the back of the side plate, and the driving component is engaged with the transverse rack to drive the side plate to move along the longitudinal slide rail.

4. A sheet-threading chain buffer compensation mechanism according to claim 2, characterized in that: The driving assembly includes a gear, a motor and a worm gear reducer; the motor drives the gear to rotate through the worm gear reducer, and the gear is meshed with the corresponding rack.

5. A sheet-threading chain buffer compensation mechanism according to claim 2, characterized in that: The splicing rubber roller assembly is installed on the transverse side plate.

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