KR100953730B1 - Lithium Battery Electrode Winding Machine and Method - Google Patents

Abstract

The present invention relates to a device for winding a capacitor and a secondary lithium ion battery element and a method thereof, and more particularly, a lithium transfer plate is wound when a capacitor and a secondary lithium ion battery element are wound by secondary holding by a clamp. The present invention relates to a capacitor and a secondary lithium ion battery device winding apparatus and a method for preventing deviation from odor and stably winding to increase work efficiency and productivity.

Capacitor and secondary lithium ion battery device winding apparatus according to the present invention is to supply a capacitor (capacitor) and a secondary lithium ion battery device to the winding machine to be described below, the -electrode capacitor (capacitor) on the upper side of the winding machine And a secondary lithium lithium ion battery element roll, a + electrode capacitor (capacitor) and a secondary lithium lithium ion battery element roll, the feeder for supplying to the winder along the guide roll; The electrode capacitor and the secondary lithium ion battery element and the + electrode capacitor and the secondary lithium ion battery element supplied from the feeder for processing in the form of a roll, the capacitor (capacitor) and secondary lithium ion battery Clamps and capacitors and secondary lithium that hold the ends of the capacitors and secondary lithium ion battery elements before processing the device to prevent the capacitors and secondary lithium ion battery elements from deviating from the following rolls. A pair of winding members provided with a winding roll for processing an ion battery element into a roll, a rotating rotating plate to which the winding member is fastened so as to continuously roll a capacitor and a secondary lithium ion battery element; A fastening member to which each end of the winding member is fastened and fixed, a crimping plate provided on one side of the fastening member; A winding part provided in the center of the fastening member and having a rotating roll that serves as a hinge when rotating by the rotating plate of the winding member; When the capacitor (capacitor) and the secondary lithium ion battery device is set in the winding portion, and when the roll is removed after the roll processing is completed, the capacitor (capacitor) and including a pressing part for pressing the secondary lithium ion battery device It features.

In addition, the winding member of the present invention capacitor (capacitor) and the secondary lithium ion battery cell winding device is inserted into the inside of the winding roll, and is transferred to the front surface by the driving of a piston (not shown) and has a length in a "+" shape. A long groove is formed in the direction so that a capacitor and a secondary lithium ion battery element are inserted into the long groove, and the clamp is advanced and reduced while being inserted into a clamp fastening hole provided in the pressing plate. A clamp for fixing a capacitor and a secondary lithium ion battery element; Located in the outer side of the clamp, the long groove is provided in the longitudinal direction "+" like the clamp, is transferred to the front surface by a piston (not shown), such as the clamp, provided on the pressing plate during the transfer process A capacitor and a secondary lithium ion battery element are inserted into the long groove extending while being inserted into the winding roll fastening hole, which includes a winding roll on which a capacitor and a secondary lithium ion battery element are wound on the outer circumferential surface thereof. It is characterized by.

And the pressing portion of the capacitor and the secondary lithium ion battery device winding apparatus of the present invention sets the capacitor and the secondary lithium ion battery device to a winding portion, and when the roll is removed after the roll processing is completed. Compressing the capacitor (capacitor) and the secondary lithium ion battery device, which is provided on both sides of the upper portion of the winding portion to play a role of laminating the -electrode lithium ion battery plate, the + electrode capacitor (capacitor) and the secondary lithium ion battery device An upper presser having first and second press rolls; After rolling a capacitor and the secondary lithium ion battery element by a predetermined length, the capacitor and the secondary lithium ion battery element are separated from the feeder. The capacitor is located in the middle of the winding part. And a press roll which presses the secondary lithium ion battery element so as not to move when cutting the capacitor and the secondary lithium ion battery element with a cutting blade, and is positioned in the middle of the press roll, the capacitor and the secondary lithium. A cutting unit having a cutting blade separating a capacitor and a secondary lithium ion battery element wound by cutting an ion battery element, and a capacitor and a secondary lithium ion battery element wound up; In order to prevent the cut capacitor (capacitor) and the secondary lithium ion battery element is separated from the take-up roll, the capacitor (capacitor) and the secondary lithium ion battery cut in the wound capacitor (capacitor) and the secondary lithium ion battery element It characterized in that it comprises an adhesive portion for bonding the device by thermal pressure.

In the present invention, a capacitor and a secondary lithium ion battery element winding method include a negative electrode capacitor and a secondary lithium ion battery element roll, a + electrode capacitor, and a secondary lithium ion battery element roll to be wound in a feeder, respectively. After placing the end to the upper end of the winder through the guide roll (S1); Advancing the clamp and the winding roll of the winding member in the state to insert the ends of the capacitor and the secondary lithium ion battery element into the long grooves provided in the clamp and the winding roll (S2); In the above state, the pressing plate is moved to the opposite direction of the winding member so that the clamp is inserted into the clamp fastening hole of the pressing plate, thereby compressing the long groove provided in the clamp to the capacitor and the secondary lithium ion battery element. Holding firmly (S3); Rotating the take-up roll in the state to wind a capacitor and a secondary lithium ion battery element on an outer circumferential surface (S4); After winding of the capacitor (capacitor) and the secondary lithium ion battery element step (S5) by rotating the rotating plate so that the wound winding member is located below; The clamp and the winding roll of the winding member in the process of advancing to secure the capacitor (capacitor) and the secondary lithium ion battery element supplied from the supply unit (S6); Bonding the capacitor and the secondary lithium battery element to the wound capacitor and the secondary lithium ion battery element roll by thermally pressing the adhesive part in the state (S7); Advancing the cutting unit in the state to release the wound capacitor and the secondary lithium ion battery element roll from the supply unit (S8); Removing the capacitor and the secondary lithium ion battery element roll wound by reversing the winding roll and the clamp on which the capacitor and the secondary lithium ion battery element are wound in the above state (S9); It is characterized in that it comprises a step (S10) to rewind the capacitor (capacitor) and the secondary lithium ion battery element by operating the winding member located in the upper portion in the above state.

Winder, feeder, winder, clamp

Description

 Capacitor and secondary lithium ion battery device winding device and method thereof {Lithium Battery Electrode Winding Machine and Method}

1 is a perspective view showing a conventional capacitor (capacitor) and the secondary lithium ion battery device winding device

Figure 2 is an exploded perspective view showing a capacitor (capacitor) and the secondary lithium ion battery cell winding device of the present invention

3 is a perspective view showing a capacitor and a secondary lithium ion battery device winding apparatus of the present invention

Figure 4 is a front view showing a capacitor (capacitor) and the secondary lithium lithium ion battery device winding apparatus of the present invention

Figure 5 is an operational state diagram showing the winding process through the present invention the capacitor (capacitor) and the secondary lithium ion battery device winding device

6 is a block diagram showing a process of winding a capacitor and a secondary lithium ion battery device according to the present invention.

Explanation of symbols on the main parts of the drawings

100: supply 300: winding machine

310: winding unit 320: winding member

311: clamp 312: winding roll

313: rotating plate 314: fastening member

315: pressing plate 316: rotary roll

350: press unit 351: upper press

352: cutting portion 353: adhesive portion

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a capacitor and a secondary lithium ion battery element winding apparatus and a method thereof, and more particularly, to a capacitor (secondary) by winding a capacitor and a secondary lithium ion battery element using a clamp. Capacitor and secondary lithium ion battery element winding device and method for preventing the separation of the capacitor and the secondary lithium ion battery element from being wound up and winding up stably to increase work efficiency and productivity It is about.

Recently, compact and lightweight electric / electronic devices such as mobile phones, notebook computers, camcorders, etc. are actively developed and produced.

These portable electric / electronic devices have battery packs built in so that they can be operated in a place without a separate power source.

In order to configure the battery pack, a capacitor and a secondary lithium ion battery device are processed in a roll form, and a conventional winding machine for processing the capacitor and secondary lithium ion battery device is shown in FIG. 1. same.

The conventional winding machine includes a feeder 10 for supplying a capacitor and a secondary lithium ion battery element, and a winding device 50 for winding the capacitor and the secondary lithium ion battery element.

The feeder 10 is provided on both sides of the winding device 50. The feeder 10 has a capacitor and a secondary lithium battery cell rolled with a capacitor and a secondary lithium ion battery element. (11) is provided.

The capacitor and the secondary lithium ion battery element are supplied to the winding device 50 along the guide roll 12.

The capacitor and the secondary lithium ion battery element supplied to the winding device 50 are wound in a roll form.

Looking at the above process in more detail, the end of the capacitor (capacitor) and the secondary lithium ion battery element supplied from the feeder 10 is in close contact with the outer peripheral surface of the winding roll 51 provided on one side of the winder (50).

At this time, the end of the capacitor (capacitor) and the secondary lithium ion battery device is in close contact with the pressing roll 52 provided on one side of the winder 50, when the winding roll 51 in the above state to drive the A capacitor and a secondary lithium ion battery element which are in close contact with the outer circumferential surface of the take-up roll 51 are wound on the take-up roll 51.

When the capacitor and the secondary lithium ion battery element are wound around the winding roll 51 by a predetermined length, the winding capacitor and the secondary lithium ion battery element are removed from the winding path 51.

However, when winding the capacitor (capacitor) and the secondary lithium ion battery element on the take-up roll 51 as described above when the winding roll 51 is driven in the state in close contact with the outer peripheral surface of the take-up roll 51 A problem arises in that the capacitor and the secondary lithium ion battery element are separated from the winding roll 51 and are not wound on the winding roll 51.

In addition, as described above, when the winding roll 51 is driven, the adhesion force is decreased, and thus the winding roll 51 does not detect the capacitor and the secondary lithium ion battery element, causing a problem of idling.

The present invention has been invented to solve the conventional problems as described above has the following object.

The present invention provides a capacitor and a secondary lithium ion battery device winding device which prevents the lithium transfer board from being separated from the winding machine when the capacitor and the secondary lithium ion battery device are wound by using a clamp. The purpose is to provide a method.

It is another object of the present invention to provide a capacitor and a secondary lithium ion battery device winding apparatus and method which can be stably wound as described above to increase work efficiency and productivity.

The present invention for achieving the above object is implemented by an embodiment having the following configuration.

According to a first embodiment of the present invention, a capacitor and a secondary lithium ion battery device winding apparatus of the present invention are for supplying a capacitor and a secondary lithium ion battery device to a winding machine to be described below. A feeder which is provided at an upper side with a -electrode capacitor and a secondary lithium ion battery element roll and a + electrode capacitor and a secondary lithium ion battery element roll, which are supplied to the winding machine along the guide roll;

The electrode capacitor and the secondary lithium ion battery element and the + electrode capacitor and the secondary lithium ion battery element supplied from the feeder for processing in the form of a roll, the capacitor (capacitor) and secondary lithium ion battery Clamps and capacitors and secondary lithium that hold the ends of the capacitors and secondary lithium ion battery elements before processing the device to prevent the capacitors and secondary lithium ion battery elements from deviating from the following rolls. A pair of winding members provided with a winding roll for processing an ion battery element into a roll, a rotating rotating plate to which the winding member is fastened so as to continuously roll a capacitor and a secondary lithium ion battery element; A fastening member to which each end of the winding member is fastened and fixed, a crimping plate provided on one side of the fastening member; A winding part provided in the center of the fastening member and having a rotating roll that serves as a hinge when the winding member is rotated by the rotating plate;

When the capacitor (capacitor) and the secondary lithium ion battery device is set in the winding portion, and when the roll is removed after the roll processing is completed, the capacitor (capacitor) and including a pressing part for pressing the secondary lithium ion battery device It features.

According to the second embodiment of the present invention, the winding member of the present invention capacitor and the secondary lithium ion battery element winding device is inserted into the inside of the winding roll to the front, driven by the piston (not shown) to the front A long groove is formed in the longitudinal direction in the shape of a "+" shape, and a capacitor and a secondary lithium ion battery element are inserted into the long groove, and the clamp fastening hole provided in the pressing plate is moved at the same time as the clamp is advanced. A clamp for fixing the capacitor and the secondary lithium ion battery element through a process of being reduced in size while being inserted into the cap;

Located in the outer side of the clamp, and is provided with a long groove in the longitudinal direction "+" like the clamp, is transported to the front by a piston (not shown), such as the clamp, provided on the pressing plate during the transfer process A capacitor and a secondary lithium ion battery element are inserted into the long groove extending while being inserted into the winding roll fastening hole, which includes a winding roll on which a capacitor and a secondary lithium ion battery element are wound on the outer circumferential surface thereof. It is characterized by.

According to a third embodiment of the present invention, the crimping portion of the capacitor and the secondary lithium ion battery device winding apparatus of the present invention is used to set the capacitor and the secondary lithium ion battery element in a winding portion, and roll processing. When the roll is removed after the completion, the capacitor (capacitor) and the secondary lithium ion battery device are compressed to each other, and are provided on both sides of the upper part of the winding part, and the -electrode lithium ion battery panel, the + electrode capacitor (capacitor) and the secondary lithium An upper presser having a role of laminating ion battery elements, the first presser and the second presser roll being provided;

Roll-process the lithium ion battery by a predetermined length and then remove the lithium ion battery from the feeder. The lithium ion battery is positioned in the middle of the winding part to press the capacitor and the secondary lithium ion battery element to form a capacitor as a cutting blade (hereinafter referred to as a cutting edge). a pressurizing roll which does not move when cutting a capacitor and a secondary lithium ion battery element, and a capacitor and a secondary coil wound by cutting the capacitor and the secondary lithium ion battery element positioned in the middle of the pressing roll. A cutting unit having a cutting blade separating the lithium ion battery element, a capacitor for winding up, and a secondary lithium ion battery element;

In order to prevent the cut capacitor (capacitor) and the secondary lithium ion battery element is separated from the take-up roll, the capacitor (capacitor) and the secondary lithium ion battery cut in the wound capacitor (capacitor) and the secondary lithium ion battery element It characterized in that it comprises an adhesive portion for bonding the device by thermal pressure.

According to the fourth embodiment of the present invention, the method of winding the capacitor and the secondary lithium ion battery device according to the present invention includes a -electrode capacitor and a secondary lithium ion battery element roll and a + electrode capacitor to be wound on a feeder. And stacking secondary rolls of secondary lithium ion battery elements, respectively, and placing the ends at the upper portions of the winding machines through the guide rolls (S1).

Advancing the clamp and the winding roll of the winding member in the state to insert the ends of the capacitor and the secondary lithium ion battery element into the long grooves provided in the clamp and the winding roll (S2);

In the above state, the pressing plate is moved to the opposite direction of the winding member so that the clamp is inserted into the clamp fastening hole of the pressing plate, thereby compressing the long groove provided in the clamp to the capacitor and the secondary lithium ion battery element. Holding firmly (S3);

Rotating the take-up roll in the state to wind a capacitor and a secondary lithium ion battery element on an outer circumferential surface (S4);

After winding of the capacitor (capacitor) and the secondary lithium ion battery element step (S5) by rotating the rotating plate so that the wound winding member is located below;

The clamp and the winding roll of the winding member in the process of advancing to secure the capacitor (capacitor) and the secondary lithium ion battery element supplied from the supply unit (S6);

Bonding the capacitor and the secondary lithium ion battery element to the wound capacitor and the secondary lithium ion battery element roll by thermally pressing the adhesive part in the state (S7);

Advancing the cutting unit in the state to release the wound capacitor and the secondary lithium ion battery element roll from the supply unit (S8);

Removing the rolled capacitor and the secondary lithium ion battery element roll by reversing the winding roll and the clamp on which the capacitor and the secondary lithium ion battery element are wound in the above state (S9);

It is characterized in that it comprises a step (S10) to rewind the capacitor (capacitor) and the secondary lithium ion battery element by operating the winding member located in the upper portion in the above state.

Applicant will now be described in detail the coupling relationship of the present embodiments with reference to the accompanying drawings.

FIG. 2 is an exploded perspective view showing a capacitor and a secondary lithium ion battery device winding apparatus of the present invention, FIG. 3 is a perspective view showing a capacitor and a secondary lithium ion battery device winding apparatus of the present invention, and FIG. 4 is a capacitor of the present invention. A front view showing a capacitor) and a secondary lithium ion battery element winding device.

The present invention includes a feeder (100) for supplying a capacitor (capacitor) and a secondary lithium ion battery device, and a winding (300) for winding the capacitor (capacitor) and the secondary lithium ion battery device supplied from the feeder in the form of a roll. do.

The feeder 100 is for supplying the capacitor and the secondary lithium ion battery element to the winder 300 to be described below, and is provided above the winder 300.

In the feeder 100, an electrode capacitor and a secondary lithium battery cell roll in which a capacitor and a secondary lithium battery cell are wound in a roll form among the capacitor and the secondary lithium ion battery device are formed. 110) and a + electrode capacitor (capacitor) and a secondary electrode electrode roll (120) is wound in the form of a roll of the + electrode capacitor (capacitor) and the secondary lithium ion battery device, and the capacitor (capacitor) and secondary lithium The ion battery element is supplied to the winder 300 along the guide roll 130.

The winder 300 is for laminating a negative electrode capacitor and a secondary lithium ion battery element and a positive electrode capacitor and a secondary lithium ion battery element supplied from the feeder 100 to process the rolls. , The winding part 310 and the crimping part 350.

The winding unit 310 is to process the capacitor (capacitor) and the secondary lithium ion battery element supplied from the supply unit 100 in the form of a roll, a capacitor (capacitor) before processing the capacitor (second capacitor) and the secondary lithium ion battery element And the clamp 311 and the capacitor and the secondary lithium to hold the end of the secondary lithium ion battery element, thereby preventing the capacitor and the secondary lithium ion battery element from being detached from the catch roll 312 to be described below. A pair of winding members 320 and a winding member 320 provided with a winding roll 312 for processing an ion battery element into a roll form are used to continuously roll a capacitor and a secondary lithium ion battery element. Rotating rotating plate 313 and the end of each of the winding member 320 to be fastened so that the fastening member 314 and the pressing plate 315 provided on one side of the fastening member 314 and the fastening, part Is provided in the center of the (314) includes a rotating roll (316) to the hinge serves as the take-up member 320 is rotated by the rotary plate 313. The

The clamp 311 of the winding member 320 is inserted into the winding roll 312 and is transferred to the front surface by the driving of a piston (not shown).

The clamp 311 is formed with a long groove 3111 in the longitudinal direction in a "+" shape, a capacitor and a secondary lithium ion battery element is inserted into the groove 3111, the clamp 311 is The capacitor and the secondary lithium ion battery device are fixed through the process of being advanced and being reduced while being inserted into the clamp fastening hole 3151 provided in the pressing plate 315.

The take-up roll 312 is located outside the clamp 311, and is provided with a long groove 3121 in the longitudinal direction "+" as the clamp 311.

The winding roll 312 is also conveyed to the front surface by a piston (not shown) like the clamp 311.

The take-up roll 312 is inserted into the take-up roll fastening hole (3152) is provided with the pressing plate 315 in the process of transporting to the front side and the long groove 3121 is expanded and a capacitor (capacitor) in the long groove 3121 And a secondary lithium ion battery element are inserted.

That is, the clamp fastening hole 3151 provided in the pressing plate 315 is tapered so as to be reduced inwardly, so that the long groove 3111 of the clamp 311 is reduced, and the winding roll fastening hole 3152 is A taper is formed to extend outward so that the long groove 3121 of the winding roll 312 is expanded.

The pressing plate 315 is transferred in the opposite direction to the forward direction of the clamp 311 and the take-up roll 312 by a cylinder 3315 provided on one side, so that the clamp 311 and the take-up roll 312 are clamped. It is in close contact with the fastening hole (3151) and the winding roll fastening hole (3152).

The crimping unit 350 sets the capacitor and the secondary lithium ion battery element in the winding unit 310 and the capacitor and the secondary lithium ion when the roll is removed after the roll processing is completed. The battery device is compressed to include an upper presser 351, a cutting part 352, and an adhesive part 353.

The upper presser 351 is provided on both sides of the winding part 310 to serve to stack the -electrode lithium ion panel, the + electrode capacitor, and the secondary lithium ion battery element. The pressing rolls 3511 and 3512 are provided.

The first pressing roll 3511 is advanced to the right by the cylinder 351-1 provided on one side, and the second pressing roll 3512 is advanced to the left by the cylinder 3512-1 provided on one side. As a result, the -electrode capacitor (capacitor) and the secondary lithium ion battery device are brought into close contact with the + electrode capacitor (capacitor) and the secondary lithium ion battery device.

The cutting unit 352 is for removing the lithium ion battery from the feeder 100 after roll processing the lithium ion battery by a predetermined length, and is provided with a pressing roll 3351 and a cutting blade 3352.

The pressing roll 3351 is positioned in the middle of the winding part 310 to press the capacitor and the secondary lithium ion battery element, so that the capacitor and the secondary lithium ion battery with a cutting blade 3352 to be described later. Do not move when cutting the device.

The cutting blade 3352 is positioned in the middle of the pressing roll 3351 to cut the capacitor and the secondary lithium ion battery element, and to wind the capacitor and the secondary lithium ion battery element wound thereon. It is separated into a capacitor and a secondary lithium ion battery element.

The adhesive part 353 is to prevent the cut capacitor and the secondary lithium ion battery device from being separated from the take-up roll 312 and are cut to the wound capacitor and the secondary lithium ion battery device. Capacitors and secondary lithium ion battery elements are thermally pressurized to bond.

Hereinafter, with reference to the accompanying drawings look at the operating state of the present invention.

FIG. 5 is an operational state diagram showing a winding process through a capacitor and a secondary lithium ion battery device winding apparatus of the present invention, and FIG. 6 is a block diagram showing a winding process of a capacitor and a secondary lithium ion battery device of the present invention.

First, the electrode electrode (capacitor) and the secondary lithium ion battery element roll 110 to be wound around the feeder (100) and the + electrode capacitor (capacitor) and secondary lithium ion battery element roll (120) are captured, and then the guide roll Through the 130 to be positioned above the winder (300).

In this state, the ends of the capacitor and the secondary lithium ion battery element are positioned at the center of the winding part 310.

In this state, when the clamp 311 and the winding roll 312 of the winding member 320 are advanced, the capacitors are formed in the long grooves 3111 and 3121 provided in the clamp 311 and the winding roll 312. And the end of the secondary lithium ion battery element is inserted.

When the pressing plate 315 is moved in the state opposite to the reflection of the winding member 320, the clamp 311 is inserted into the clamp fastening hole 3151 of the pressing plate 315, and thus the clamp The long groove 3111 provided at 311 is compressed to firmly hold the capacitor and the secondary lithium ion battery device.

In the same manner as described above, the initial stages of the windings of the capacitor and the secondary lithium ion battery element are set.

In this state, when the winding roll 312 is rotated, a capacitor and a secondary lithium ion battery element are wound while being wound on the outer circumferential surface of the winding roll 312.

In this case, the upper presser 351 of the crimping unit 350 compresses the capacitor and the secondary lithium ion battery element such that the capacitor and the secondary lithium ion battery element close to each other.

After winding of the capacitor and the secondary lithium ion battery element, the rotating plate 313 is rotated so that the wound winding member is positioned below.

During the process, the clamp 311 and the winding roll 312 of the winding member 320 are advanced to fix the capacitor and the secondary lithium ion battery element supplied from the supply unit 100.

In this state, the adhesive part 353 is battery-powered to bond the capacitor and the secondary lithium ion battery element cut to the wound capacitor and the secondary lithium ion battery element.

In this state, the cutting unit 352 is advanced to separate the wound capacitor and the secondary lithium ion battery device from the supply unit 100.

In this state, the winding roll 312 and the clamp 311 on which the capacitor and the secondary lithium ion battery element are wound are retracted to remove the wound capacitor and the secondary lithium ion battery element.

In this state, the winding member 320 located at the upper side is operated to rewind the capacitor and the secondary lithium ion battery element.

By repeating the above process, the capacitor and the secondary lithium ion battery element can be wound continuously.

The present invention described above is not limited to the above-described embodiment and the accompanying drawings, and it is common in the art that various substitutions, modifications, and changes can be made without departing from the technical spirit of the present invention. It will be evident to those who have knowledge of.

The present invention has the following effects by the above configuration.

In the present invention, a capacitor and a secondary lithium ion battery device winding apparatus and a method thereof are used to prevent the lithium transfer board from being removed from the winding machine when the capacitor and the secondary lithium ion battery device are wound by using a clamp. Has the effect of preventing.

In addition, the present invention of the capacitor (capacitor) and the secondary lithium ion battery element winding device and the method can be stably wound as described above has the effect of increasing the work efficiency and productivity.

Claims (4)

It is for supplying a capacitor and a secondary lithium ion battery element to a winding machine to be described below, and the upper side of the winding machine -electrode capacitor (capacitor) and secondary lithium ion battery element roll, + electrode capacitor (capacitor) and secondary lithium A feeder which is provided with an ion battery element roll and which is supplied to the winder along the guide roll; The electrode capacitor and the secondary lithium ion battery element and the + electrode capacitor and the secondary lithium ion battery element supplied from the feeder for processing in the form of a roll, the capacitor (capacitor) and secondary lithium ion battery Clamps and capacitors and secondary lithium that hold the ends of the capacitors and secondary lithium ion battery elements before processing the device to prevent the capacitors and secondary lithium ion battery elements from deviating from the following rolls. A pair of winding members provided with a winding roll for processing an ion battery element into a roll, a rotating rotating plate to which the winding member is fastened so as to continuously roll a capacitor and a secondary lithium ion battery element; A fastening member to which each end of the winding member is fastened and fixed, a crimping plate provided on one side of the fastening member; A winding part provided in the center of the fastening member and having a rotating roll that serves as a hinge when rotating by the rotating plate of the winding member; A capacitor comprising a crimping part for crimping the capacitor and the secondary lithium ion battery element when the capacitor and the secondary lithium ion battery element are set in a winding part and the roll is removed after the roll processing is completed. capacitor) and secondary lithium ion battery element winding machine, The winding member is inserted inside the winding roll, and is moved to the front side by the driving of a piston (not shown), and a long groove is formed in a longitudinal direction in a "+" shape to form a capacitor and a secondary in the long groove. A clamp for fixing the capacitor and the secondary lithium ion battery element through a process in which a lithium ion battery element is inserted and the clamp is advanced and is reduced while being inserted into a clamp fastening hole provided in the pressing plate; Located in the outer side of the clamp, and is provided with a long groove in the longitudinal direction "+" like the clamp, is transported to the front by a piston (not shown), such as the clamp, provided on the pressing plate during the transfer process A capacitor and a secondary lithium ion battery element are inserted into the long groove extending while being inserted into the winding roll fastening hole, and further include a winding roll on which a capacitor and a secondary lithium ion battery element are wound on an outer circumferential surface thereof when rotating. Capacitor and secondary lithium ion battery device winding apparatus, characterized in that. delete delete delete

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