KR0166949B1 - Battery inserting device - Google Patents

Abstract

The present invention relates to a battery insertion apparatus for inserting a battery into the case in order to bring about the effect of the series connection in the case, the battery supply unit 391 to the battery conveyed by the belt conveyor (27) The stopper 39 and the battery 3 to supply the guide 28 and the battery 3 to be guided one by one to the top of the cases 1 and 2 so that one positive electrode and one negative electrode are exposed. Cylinders 30 and 31 provided with support members 30-1 and 31-1 for insertion therein and supply passages 32 and 32-1 for guiding the battery 3 to the case 2 are provided. The case transfer part 40-1 includes a guide 37 through which the case 2 transferred by the belt conveyor 38 is guided and a stopper 33 and 34 through which the case 2 is supplied one by one. The case support part 4-1- is provided with a seal in which the support 36 for supporting the case 2 into which the battery is inserted is not shaken. When the battery 35 is inserted, the battery insertion device according to the present invention is repeatedly inserted into the upper part of the case by the two cylinders, one of which is positive and one of which is exposed to the negative electrode. With simple components it is possible to reduce the installation cost of the device and improve productivity.

Description

Battery insertion device

1 is a perspective view of a state in which a battery is inserted into a case.

2 is an illustration of a conventional battery insertion apparatus.

Figure 3 is an illustration of a battery insertion apparatus according to the present invention.

4 is a plan view of a battery insertion apparatus according to the present invention.

5 is a side view illustrating a battery insertion apparatus according to the present invention.

* Explanation of symbols for main parts of the drawings

1, 1-1: Battery insertion device 2: Case

3: battery 4,5,17 belt conveyor

6,7,8: Cylinder 9,10: Rod

11: rack 12: pinion

13,14 grip part 15: support bracket part

16: rod 18: support

19: screw rod 20: motor

21,22 Cylinder 23 Moving member

25: stopper 26: support plate

27,28: Belt Conveyor 28: Guide

29,33,34: stopper 30,31: cylinder

30-1, 31-1: Support member 32, 32-1: Supply passage

35 cylinder 36 support

37: guide 39,39-1: battery supply

40,40-1: Case transfer part 41,41-1: Case support part

42: Cooking

The present invention relates to a battery insertion apparatus for inserting a battery into the case in order to bring about the effect of the series connection in the case.

More particularly, the present invention provides a battery insertion apparatus in which a battery is placed in a case in which a positive electrode and a negative electrode are opposite to each other, so that the effect of series connection can be achieved in the case. One furnace is a battery insertion device that enables the positive electrode and the negative electrode to be exposed, and enables the case filled with the battery to be intermittently transferred to the next process by the cylinder with the support and the stopper.

As shown in FIG. 1, in order to have the effect of series connection in a case, two batteries have to have one positive electrode and one negative electrode exposed to the upper part of the case. The battery insertion apparatus 1 as shown in FIG. 2 has been used.

The components and operation principle of the battery insertion device 1 is as follows.

On one side, a belt conveyor 5 for transferring the battery 3 to the grip portion 14, a cylinder 7 for moving the grip portion 14 up and down, and the cylinder 7 is a transferred case 2 It is provided with a cylinder 6, which makes it possible to move to the top of the head.

One side is provided with a belt conveyor (4) for transferring the battery (3) to the holding portion 14, and a cylinder (8) provided with a rack 11 for rotating the holding portion 13 by 180 degrees. . The belt conveyor (4) and (5) support bracket portion (15), cylinder (6) and cylinder (8) are provided to constitute a battery supply portion (39).

The center part is provided with a case conveying part 40 which consists of a belt conveyor 17 which conveys the case 2, and the stopper 25 which blocks the advancing of the case 2. As shown in FIG.

In addition, a support part 18 having a plurality of support plates 26 supporting the case 2 so that the battery 3 can be inserted without the case 2 being swinged on the opposite side of the battery supply part 39. ) Is provided.

The motor is provided with a moving member 23 is integral with the support portion 8 and is intermittently moved by the screw rod 19 and the screw rod 19 is provided to transfer the moving member 23 intermittently. 20 is provided.

The support part 18, the moving member 23, and the motor 20 are provided, and the case support part 41 is comprised.

As can be seen in FIG. 2, when the battery 3 is transferred to the gripper 14 by the belt conveyor 5, the gripper 14 is gripped and the cylinder ( When 7) is raised and the cylinder 6 is advanced, the battery 3 is positioned above the case 2, and when the grip state is released, the battery 3 is inserted into the case 2, and the belt conveyor 4 When the battery 3 is transferred to the gripping part 13 by the gripping part 13, the gripping part 14 provided with the pinion 12 is gripping and the operation of the cylinder 8 provided with the rack 11 is performed. The battery 3 can be inserted so that the negative electrode is exposed.

In the case support part 14, the support part 18 provided with a plurality of support plates 26 supports three cases 2, and the first of the three cases 2 is a belt conveyor 4 and 5. When positioned in front of the case 2 is filled with the battery 3 by the operation of the battery supply unit 39, when one case 2 is filled as described above is screwed by the motor 20 The rod 19 is rotated and the moving member 23 is moved to fill the second and third cases 2. When the three cases are filled as described above, the case support part 41 is the cylinder 21. It is possible to repeat the above process by backing by 22 and being conveyed by the motor 20 to support three cases 2 again.

In the conventional battery insertion apparatus 1 as described above, the installation cost of the device is increased by a plurality of components such as a plurality of cylinders and grippers, a rack and pinion, a support and a screw rod motor, and a plurality of components. It is pointed out that the problem is that the operation of the elements causes a high frequency of failures and impedes the improvement of productivity, resulting in an increase in cost.

In order to solve the above problems, an object of the present invention is to provide a battery insertion device which is provided with simple components to reduce the installation cost of the device and improve productivity.

The above and other objects of the present invention, the stopper for supplying the battery 28 and the guide 28 and the battery 3 to be guided by the belt conveyor 27 is guided to the battery supply (39-1) one by one Cylinder (30) provided with support members (30-1) (31-1) for inserting the 39 and the battery (3) to the top of the case (1) (2) so that one positive electrode and one negative electrode are exposed (31) and supply passages (32) (32-1) for guiding the battery (3) to the case (2) are provided, and the case conveying portion (40-1) is a case conveyed by a belt conveyor (38) A guide 37 for guiding (2) and stoppers 33 and 34 for supplying the case 2 one by one are provided, and the case supporting part 4-1 includes a case 2 into which a battery is inserted. It is achieved by a battery insertion device, characterized in that the cylinder 35 is equipped with a support (36) to support the shaking.

Hereinafter, the above and other objects and technical configurations and features of the present invention will be more clearly understood by the following description based on FIGS. 3 to 5 of the accompanying drawings.

3 is an exemplary view of a battery insertion apparatus according to the present invention.

The battery supply unit 39-1 was composed of a belt conveyor 27, a guide 28, a stopper 29, cylinders 30 and 31, and supply passages 32 and 32-1.

Guides (28) for guiding the batteries (3) conveyed by the belt conveyor (27) in order are installed on both sides to be perpendicular to the longitudinal direction of the battery (3), for convenience the batteries (3) in the longitudinal direction It was separated and transported.

The stopper 29 is mounted at the end of the guide 28 to block the progress of the battery 3 so that the batteries 3 are supplied to the cylinders 30 and 31 intermittently one by one, and the supply passage 32 ( 32-1 is mounted on the outer side of the cylinders 30 and 31 so that the battery 3 is guided and inserted into the case 2 lying under the supply passages 32 and 32-1.

The cylinders 30 and 31 are installed side by side at the end of the guide 28 and the supporting members 30-1 and 31-1 are provided to accommodate the battery 3 supplied by the stopper 29. When the support member 31-1 is lowered, the battery 3 is inserted so that the positive electrode is exposed to the upper part of the case 2, and when the support member 30-1 is lowered, the battery 3 is the negative electrode. The upper part of the case 2 was exposed.

The case transfer part 40-1 consisted of the belt conveyor 38, the guide 37, and the stopper 33,34. The belt conveyor 38 transfers the case 2 to the lower portion of the supply passages 32 and 32-1, and also transfers the assembly 42 into which the battery 3 is inserted, to the next process, and the guide 37 The cases 2 on the belt conveyor 38 were installed to be lined up in a predetermined direction.

The stopper 34 prevents the rest of the cases 2 from proceeding while the battery 3 is inserted into the case 2, and the stopper 33 stops the battery 3 while the battery 3 is inserted into the case 2. Blocking the progress of the case (2), the assembly 42, the insertion of the battery 3 is completed is to continue the transfer to the next process.

The case support part 41-1 is provided with a support base 36 at the end of the cylinder 35, and the case 2 is inserted into the case 2 where the progress is stopped by the operation of the stopper 33. ) Is supported so that there is no swing, and the support 36 is moved forward and backward by the cylinder 35.

Hereinafter, the effect of the present invention will be described.

As shown in FIGS. 3 to 5, when the battery 3 is transported by the belt conveyor 27 and reaches the end of the guide 28, the stopper 29 is operated to advance the battery 3. Will block.

At the same time, when the case 2 is conveyed by the belt conveyor 38, the stopper 33 is operated to position the case 2 below the supply passages 32 and 32-1, and the stopper 34 is operated. To block the progress of the remaining cases (2).

At this time, when the cylinder 35 is operated to advance the support 36, the support 36 is supported so that the case 2 is free from swinging while the battery 3 is inserted into the case 2.

When the stopper 29 is released and the battery 3 is supplied to the top surface of one of the supporting members 30-1 and 31-1, the stopper 29 is operated again to block the advance of the remaining batteries 3. When the cylinder 31 is operated to lower the support member 31-1, the battery 3 placed on the upper surface of the support member 30-1 or 31-1 is guided to the supply passage 32-1. The positive electrode is inserted so as to be exposed to the upper portion of the case 2, the cylinder 31 is operated again to raise the support member 31-1.

By releasing the stopper 29, another battery 3 is supplied to the upper surface of the supporting members 30-1 and 31-1 and the stopper 29 is operated again to block the advancement of the remaining batteries 3. Let's do it.

The battery 3 placed on the upper surface of the support members 30-1 and 31-1 is guided to the supply passage 32 when the cylinder 30 is operated and the support member 30-1 is lowered so that the negative electrode is placed in the case ( It is inserted to be exposed to the top of 2).

As described above, when the insertion of the battery 3 into the case 2 is completed, the support 36 is retracted by the operation of the cylinder 35, and when the stopper 33 is released, the assembly 42 is transferred to the next process. In addition, the stopper 33 is operated and at the same time the stopper 34 is released so that the empty case 2 is transferred to the lower portion of the supply passages 32 and 32-1.

When the empty case 2 is transferred to the lower portion of the supply passages 32 and 32-1, the stopper 34 is operated to block the advancement of the remaining cases 2, and the cylinder 35 is operated to support the support 36. The empty case 2 is supported.

By repeating the above process, the battery insertion device according to the present invention, when the battery 3 is transferred and supplied, and the case 2 is transferred and supplied, one battery 3 into the case 2 is positive One is intermittently made so that the negative electrode is inserted so as to be exposed to the top of the case (2) to be transferred to the next process.

In the present invention as described above, the battery supply unit (39-1) is provided so that the battery (3) is supplied intermittently one by one and inserted into the upper portion of the case (2) to expose one cathode and one cathode, the case transfer unit ( 40-1 is provided so that the case 2 is supplied to the lower portion of the supply passage 32 (32-1) intermittently one by one, and the case (41-1) is provided with a case (2) into which the electricity (3) is inserted. ) Is supported so as not to shake.

As described above, the battery insertion apparatus according to the present invention may repeatedly insert one positive electrode and one negative electrode exposed to the upper portion of the case by two cylinders when the battery is transferred, and have simple components of the apparatus. It reduces installation costs and improves productivity.

Claims (1)

The battery supply unit 39-1 includes a guide 28 through which the battery 3 transferred by the belt conveyor 27 is guided, and a stopper 39 and the battery 3 to supply the battery 3 one by one. To the upper part of the case (1) (2) and the cylinder (30) (31) and the battery (3) having a supporting member (30-1) (31-1) for inserting so that one anode is exposed one ) Is provided with supply passages 32 and 32-1 for guiding the case 2 to the case 2, and a case in which the case 2 transferred by the belt conveyor 38 is guided to the case transfer part 40-1. 37 and stoppers 33 and 34 are provided to supply the case 2 one by one, and the case support part 41-1 is a support 36 for supporting the case 2 into which the battery is inserted so as not to shake. Battery insertion device, characterized in that provided with a cylinder (35).