KR101562734B1 - Coating glove manufacturing apparatus - Google Patents

Abstract

The present invention relates to a coating glove manufacturing apparatus, comprising: a main body; A chain conveyor mounted inside the main body and rotationally operated when the drive motor or the power transmitting means is operated; A glove mold holder mounted on the chain conveyor with a space therebetween and having a plurality of glove molds fitted on the outside with a gap therebetween; A coating liquid supply unit for supplying a coating liquid to the glove of the glove mold holder vertically operated while being mounted inside the body and moving along the chain conveyor; A pair of holder rotors for rotating the glove mold holder passed through the coating liquid feeder in a vertical direction to be dried; And a separator for removing the coated glove from the glove mold of the glove mold holder passed through the cradle rotating machine.
According to the embodiment of the present invention, the partial coating of the palm portion and the finger portion of the glove can be quickly and simply manufactured by the in-line process, thereby reducing manufacturing cost and facilitating mass production.

Description

[0001] COATING GLOVE MANUFACTURING APPARATUS [0002]

The present invention relates to a coating glove manufacturing apparatus, and more particularly, to a coating glove manufacturing apparatus capable of quickly and simply coating a palm or a finger with an inline process and having a uniform coating surface.

In general, nylon and cotton gloves are formed by woven cotton. Such nylon and cotton gloves can protect the hands of the workers, which is more safe than when performing the work in the bare hands.

However, the conventional nylon and cotton gloves are not treated with waterproof and tarpaulins, so that when wet objects are caught, water will enter the gloves and wet the gloves and hands. In addition, The oil is absorbed into the inside of the cotton glove.

For this reason, in recent years, a palm portion, a finger portion, and a coating glove coated with the entire surface of a finished cotton glove have been widely used.

That is, the coating glove has increased frictional force through the portion where the coating layer is formed, can protect moisture to some extent, and can prevent the user's hand from being injured.

However, the conventional manufacturing apparatus for producing coated gloves has a problem that a droplet-like lump is formed at the end of a finger (called a "top pit or palm") or a coating liquid is not applied during the production of a coated glove.

That is, in the conventional coating glove manufacturing apparatus, when the cotton glove is immersed in the water tank containing the coating liquid, the coating liquid dropped on the cotton glove flows down to form a lump of water droplets. When the lump is large and falls to the bottom, There is a problem that it is not asked.

Korean Patent Publication No. 10-0731914 Korean Patent Publication No. 10-1353561 Korean Patent Publication No. 2001-0069941

Disclosure of Invention Technical Problem [8] Accordingly, the present invention has been made keeping in mind the above problems occurring in the prior art, and it is an object of the present invention to provide a glove which is capable of massively manufacturing a coating glove having a high- Technology.

It is also an object of the present invention to provide a technique for preventing the coating liquid from forming on the end portion of a coated glove through rotation operation of a glove mold holder.

The coating glove manufacturing apparatus according to an embodiment of the present invention is a coating glove manufacturing apparatus for coating the palm or fingers of a glove in an inline process, And a pair of cradle rotors for operating and drying.

According to another preferred feature of the present invention, the coating glove manufacturing apparatus comprises: a main body;

A chain conveyor mounted inside the main body and intermittently operated when the drive motor or the power transmitting means is operated; A glove mold holder mounted on the chain conveyor with a space therebetween and having a plurality of glove molds fitted on the outside with a gap therebetween; A coating liquid supply unit for supplying a coating liquid to the glove of the glove mold holder vertically operated while being mounted inside the body and moving along the chain conveyor; And a separator for removing the coated glove from the glove mold of the glove mold holder passed through the cradle rotator.

The glove mold cradle has a predetermined length and a guide rail is formed in the outer longitudinal direction. A mold fixture fixedly mounted on the guide rail of the station bar at intervals and coupled to the glove mold, respectively; And cradle rotors mounted on both ends of the stationary bar.

Wherein the cradle body includes: a cradle coupling portion fixedly mounted on an end of the cradle; A rotating hook portion disposed between the stationary bar and the cradle-to-be-connected portion and having rotation projections formed on both sides thereof; A rotary actuating part to which the cradle coupling part and one side are coupled and the opposite side is formed with a cylindrical rotary protrusion; A fixture having a coupling hole formed at a center thereof and a fixed coupling groove formed at a lower portion thereof so that the rotary portion projection can be rotated in place; And the horizontal plane is coupled to the fixed engagement groove of the fixture, and the vertical plane includes the chain coupling of the chain conveyor and the chain coupling.

In addition, a fixing insertion groove can be formed on both sides of the cradle-to-be-coupled portion to fix and support the cradle bar and the rotary actuating member.

And a rotatable device having a rotatable device operation part coupled to or separated from a rotation part protrusion of a rotatable hook part constituting the arm rest mold, the rotatable device operating part being formed with a bending part and a rotation engaging part being formed at an end thereof; A stationary connector to which the rotary coupling portion and the front surface of the rotary device are coupled and the back surface is coupled to the motor; And a sliding device coupled to the motor and slidable in forward and backward directions along a support bar fixed to the main body.

Wherein the rotating device operating portion is formed to be larger than the height of the rotating hook portion and has an inlet portion formed with an inner surface inclined or curved and a hook supporting portion extending horizontally from the inlet portion and rotating the rotary hook portion during operation of the motor As shown in FIG.

According to the embodiment of the present invention, the partial coating of the palm portion and the finger portion of the glove can be quickly and simply manufactured by the in-line process, thereby reducing manufacturing cost and facilitating mass production.

In addition, it is possible to provide a technique for preventing the coating liquid from being formed on the end portion of the coated glove through the rotation operation of the glove mold holder, and to provide a uniform coated surface on the palm portion and the finger portion, There is an effect that can be made.

In addition, the coating glove manufacturing apparatus not only reduces the work time and personnel cost according to the conventional manual work, but also has an effect of improving work efficiency.

1 is a schematic view showing an apparatus for manufacturing a coating glove according to the present invention.
FIG. 2 is a front view showing a connection state of a chain container and a glove mold cradle constituting the coating glove manufacturing apparatus according to the present invention. FIG.
3 is a view showing an operating state of a main body rail guide of a main body constituting the coating glove manufacturing apparatus according to the present invention and a vertical cylinder of the main body.
FIGS. 4 and 5 are a side view and an exploded perspective view, respectively, of a rotating body constituting a coating glove manufacturing apparatus according to the present invention;
6 is a front view showing a coating liquid supply unit constituting the coating glove manufacturing apparatus according to the present invention.
FIG. 7 is a side view showing a cradle rotating machine constituting a coating glove manufacturing apparatus according to the present invention; FIG.
8 is a view showing an operating state of a cradle rotating machine constituting a coating glove manufacturing apparatus according to the present invention.
9 is a plan view showing a separator constituting the coating glove manufacturing apparatus according to the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily carry out the present invention. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Like parts are designated with like reference numerals throughout the specification.

FIG. 1 is a schematic view showing an apparatus for manufacturing a coating glove according to the present invention. FIG. 2 is a perspective view of a chain container of a coating glove manufacturing apparatus according to the present invention. FIG. 3 is a view showing an operating state of a main body rail guide of a main body constituting the coating glove manufacturing apparatus according to the present invention and a vertical cylinder of the main body, and FIGS. 4 and 5 are views FIG. 6 is a front view showing a coating liquid supply unit constituting the coating glove manufacturing apparatus according to the present invention, and FIG. 7 is a front view showing the coating glove manufacturing apparatus according to the present invention. Fig. 8 is a side view of a cradle rotating device constituting the apparatus of the present invention. Fig. A view showing the same state, and Fig. 9 is a plan view of a separator constituting the coated glove prepared according to the present invention.

A coating glove manufacturing apparatus 10 according to the present invention comprises a main body 20, a chain conveyor 30 mounted inside the main body 20, and a plurality of gloves 30 mounted on the chain conveyor 30 at intervals, A coating liquid supply device 50 installed inside the main body 20 and supplying a coating liquid to the gloves, a glove holder 40 mounted on the glove mold holder 40, And a separator 70 for removing the coated glove after rotating the glove mold holder 40 and the like.

The main body 20 has a predetermined size. A mounting space 21 is formed in the main body 20 to accommodate various configurations. The front and rear surfaces of the main body 20 are opened so that the glove can be inserted or removed from the glove mold 80.

That is, the main body 20 is formed with a mounting space 21 for mounting various kinds of components therein, and the front and rear surfaces thereof are opened so that the glove can be inserted or removed from the glove mold 80.

A control device 90 for controlling various configurations is provided on one side of the main body 20, and the control device 90 is configured by using a known control device, and a detailed description thereof will be omitted.

A main rail guide 22 for supporting a glove mold holder 40 moving along the chain conveyor 30 is formed in the main body 20.

That is, the main body rail guide 22 supports the glove mold holder 40, which moves in conjunction with the chain of the chain conveyor 30.

The main rail guide 22 supports the lower portion of the cradle engaging portion 44a of the glove metal cradle 40 separately from the chain engaging portion 44i to be engaged with the chain of the chain conveyor 30 The flow can be minimized while moving.

The main body rail guide 22 is mounted with a main body vertical cylinder 23 at a portion where the arm mold stand 40 is rotated.

That is, the main body vertical cylinder 23 is disposed in the cutting portion 22a of the main body rail guide 22 and supports the glove mold holder 40 moving along the chain conveyor 30, And then moves to the upper part when the glove-type mold holder 40 is moved to support another glove-tool holder 40. As shown in FIG.

The chain conveyor 30 mounted inside the main body 20 is installed on both sides of the main body 20 and rotates in one direction when the drive motor or the power transmitting means is operated.

That is, the chain conveyor 30 is disposed on both sides of the main body 20, and moves in one direction when the drive motor or the power transmission means operates.

Here, it is noted that the drive motor and the power transmitting means constituting the chain conveyor 30 can be configured not only by using a known configuration, but also by selecting a known conveyor instead of the chain conveyor 30.

Further, the chain conveyor 30 is not continuously operated continuously but is operated in an intermittent operation or a stopping process according to a set time.

The glove mold holder 40 mounted at intervals on the chain conveyor 30 is provided with a plurality of glove molds 80 having a predetermined length and each of which is fitted with a glove.

That is, the glove mold stand 40 is provided with a plurality of glove molds 80 spaced apart from each other in the longitudinal direction of the chain conveyor 30 so as to move the gloves to the glove mold 80 And fixed.

The glove holder 40 has a predetermined length and includes a mounting bar 41 having a guide rail 42 formed in an outer longitudinal direction thereof and a guide rail 42 having a guide rail 42 formed on the guide rail 42 of the mounting bar 41 A mold fixture 43 which is fixedly mounted at intervals and which is respectively engaged with the glove mold 80 and a cradle rotary body 44 mounted at both ends of the cradle bar 41 respectively.

The guide rails 42 are formed on the mounting bar 41 having a predetermined length and then the guide rails 42 are connected to the glove molds 80 And then the stationary rotary body 44 is mounted on both sides of the stationary bar 41 so as to be engaged with the chain conveyor 30 and moved.

The cradle rotary body 44 includes a cradle coupling portion 44a fixedly mounted on an end of the cradle bar 41 and a cradle coupling portion 44b disposed between the cradle bar 41 and the cradle coupling portion 44a, A rotation operating portion 44b in which the projection 44c is protruded and a rotary operation portion 44d in which one side is engaged with the cradle coupling portion 44a and the other side is formed with a cylindrical rotary projection 44e, A fixture 44f having a coupling hole 44g formed at the center thereof and a fixed engaging groove 44h formed at the bottom thereof so that the rotary portion projection 44e can be rotated in place, 44j are coupled to the fixed engagement grooves 44h of the fixture 44f and the vertical surfaces 44k are formed of the chain engagement portions 44i of the chain conveyor 30 and the coupling degree thereof.

To be more specific, the cradle rotary body 44 is structured such that the cradle engaging portion 44a, the rotation hooking portion 44b and the rotation operation opening 44d are operatively linked to the end of the cradle bar 41 And the fixing member 44f is engaged with the chain of the chain conveyor 30 irrespective of the rotation of the rotary operation member 44d.

At this time, a fixing insertion groove 44m is formed on both sides of the cradle coupling portion 44a to fix and support the cradle bar 41 and the rotation operation hole 44d, A bushing 44n is selectively mounted on the engaging hole 44g of the engaging portion 44f to prevent the fixture 44f from being damaged by friction.

The coating liquid supply device 50 mounted inside the main body 20 puts the coating liquid on the fingers or palms of the gloves moving along the chain conveyor 30.

That is, when the glove mold holder 40 moving along the chain conveyor 30 is positioned on the upper portion of the coating liquid supplier 50, the coating liquid supplier 50 moves upward and is moved to the finger portion or the palm portion of the glove The coating liquid is coated.

The coating liquid feeder 50 performing such a function includes a coating liquid tank 51 in which the coating liquid is received, a cylinder 52 for raising and lowering the coating liquid tank 51, And a coating liquid supply hose 53 for supplying the coating liquid to the nozzle.

The coating liquid supplier 50 may be configured such that the glove mold holder 40 is disposed at an upper portion of the coating liquid tank 51 according to the operation of the control device 90, The cylinder 52 is operated and the coating liquid tank 51 is lowered repeatedly after a predetermined time has elapsed after covering the finger portion or palm portion of the glove covered with the glove mold 80 with the coating liquid. do.

A pair of cradle rotors 60 for rotating the glove mold holder 40 to be dried are rotated by operating the glove mold holder 40 equipped with the coated gloves.

In other words, the cradle rotating machine 60 can rotate the glove mold holder 40 through the coating liquid supply device 50 to prevent the coating liquid from being formed at the end of the glove.

To be more specific, the pair of cradle rotors 60 are arranged at intervals and the cradle rotator 60 disposed on the right side operates the glove mold cradle 40 by 180 degrees, and the cradle rotator 60, (60) rotates the glove mold stand (40) again by 180 degrees.

Here, it is known that a known dryer can be selectively installed on the upper part of the cradle rotor 60 so as to quickly dry the coating glove coated with the coating liquid.

The cradle rotating machine 60 performing such a function is provided with a rotary device operation part 62 which is engaged with or separated from the rotary projection 44c of the rotary hook part 44b constituting the glove mold rest 40, A rotary device 61 in which the rotary unit 61 is integrally formed with the rotary unit 61 and the rotary unit 63 is integrally formed at the end of the rotary unit 61, A motor 65 coupled to the fixed connection 64 and rotating the rotary device 61; a motor 65 coupled to the motor 65 and connected to the fixed connection 64; And a sliding device 66 that slides in the forward and backward directions along the fixed support rods 67.

In this case, the rotary device operating part 62 is formed to be larger than the height of the rotation hooking part 44b and has an inlet part 62a whose inner surface is formed to be inclined or curved, And a support portion 62b for rotating the rotation hook portion 44b when the motor 65 is operated is integrally formed.

Further, it is noted that the rotation operation of the motor 65 can be configured to operate in the forward and reverse directions via the limit switch 68 or the like located at the upper and lower positions.

Here, the motor 65 is constituted by a known construction that can rotate not only a general motor, a hydraulic / pneumatic motor but also a known motor.

The separator 70 for removing the coated gloves of the glove mold holder 40 transmitted through the cradle rotating unit 60 discharges the coated gloves to the outside of the body 20.

The separator 70 includes a separating guide 71 and a separating tongue 72 for removing the coated glove while being operated forward and backward along the separating guide 71, And a storage box 73 for collecting the coating gloves.

That is, the separator 70 includes a glove mold holder 40 which moves along the chain conveyor 30 while the separating tongue 72 is moved forward and backward along the separating guide 71 according to the operation of the controller 90, The glove coated on the glove mold 80 is discharged to the outside.

When the glove holder 40 is positioned at the front of the separator 70 while the separator 70 is retracted, the separating tongue 72 moves forward along the separating guide 71, The coated glove is retracted while holding the coated metal mold on the mold 80, and the coated glove is placed in the storage box 73 located at the lower portion while the separated glove 72 is placed on the coated glove.

At this time, instead of the separator 70, it can be removed by a known gripper or a worker's hand.

A washing water tank 100 provided with washing water can be selectively installed between the cradle rotating unit 60 and the separator 70 to wash the coated coating gloves.

Here, the washing water tank 100 is set to wash only the coated portion of the coating glove, and the operation of the washing water tank 100 is configured in the same manner as the coating liquid supplier 50.

Hereinafter, an embodiment of a coating glove manufacturing apparatus having the above-described structure will be described.

First, a mounting space 21 is formed to have a predetermined size, and various components can be installed therein. The front and rear surfaces of the main body 20 are opened to allow the glove to be inserted into or pulled out from the glove mold 80 A control device 90 is mounted on one side of the main body 20 and a chain conveyor 30 having drive motors or power transmission means is mounted on both sides of the main body 20.

A mounting bar 41 having a predetermined length and spaced apart from the chain conveyor 30 and having a guide rail 42 formed in an outer longitudinal direction thereof and a guide rail 42 having a gap between the guide rail 42 of the mounting bar 41 A glove mold holder 40 composed of a mold fixture 43 which is fixedly mounted and coupled to the glove mold 80 and a cradle rotary body 44 mounted at both ends of the cradle bar 41, .

The cradle rotary body 44 includes a cradle coupling portion 44a fixedly mounted on the end of the cradle bar 41 and a cradle coupling portion 44b disposed between the cradle bar 41 and the cradle coupling portion 44a, A rotation operating portion 44b in which the projection 44c is protruded and a rotary operation portion 44d in which one side is engaged with the cradle coupling portion 44a and the other side is formed with a cylindrical rotary projection 44e, A fixture 44f having a coupling hole 44g formed at the center thereof and a fixed engaging groove 44h formed at the bottom thereof so that the rotary portion projection 44e can be rotated in place, 44j are joined to the fixed engaging grooves 44h of the fixture 44f and the vertical surface 44k is constituted of chain engaging holes 44i engaged with the chain of the chain conveyor 30. [

A coating liquid tank 51 in which the coating liquid is received in the mounting space 21 of the main body 20, a cylinder 52 for raising and lowering the coating liquid tank 51, And a coating liquid supply hose 53 for supplying the coating liquid supply hose 53 continuously supplying the coating liquid.

A rotating device operating part 62 coupled to or separated from a rotating protrusion 44c of a rotating hook part 44b constituting the glove mold mounting stand 40 to one side of the coating liquid supply device 50, 62 and the end of which is integrally formed with a rotary engaging portion 63. The rotary engaging portion 63 of the rotary device 61 is engaged with the front face of the rotary device 61, A motor 65 coupled to the fixed connection 64 and rotating the rotary device 61 and a motor 65 connected to the motor 65 and fixed to the main body 20, And a sliding device 66 which slides in the forward and backward directions along the support rod 67. The rotation of the rotation-

A separation tongue 72 for removing the coated glove while sliding forward and backward along the separation guide 71 and a separation tongue 72 for separating the coated glove from the separation tongue 72, The assembling of the coating glove manufacturing apparatus 10 is completed by attaching the separator 70 constituted by the storage box 73 for collecting the coating glove which is dropped through the cover.

Here, the assembly order of the coating glove manufacturing apparatus can be configured differently from the above.

Next, the state of use of the above-described apparatus for manufacturing a coated glove will be described.

The chain conveyor 30 is operated by the driving motor or the power transmitting means to operate the control glove manufacturing apparatus 10 by operating the control device 90 mounted on one side of the main body 20, Direction.

Here, the driving motor and the power transmitting means control the chain conveyor 30 while being operated and stopped for a predetermined time.

When the glove holder 40 is moved along the chain conveyor 30 to the open front of the main body 20, each glove is put on the glove mold 80 mounted on the glove mold holder 40.

Next, when the glove mold holder 40 having the glove-shaped mold 80 is placed on the coating liquid feeder 50 along the chain conveyor 30, the coating liquid feeder 50 is moved in the direction The cylinder 52 is operated and the coating liquid tank 51 is operated when a predetermined time has elapsed after the coating liquid is raised to the upper part of the coating liquid tank 51 and the glove fingers or the palm of the glove, The process of descending is repeated.

When the glove mold holder 40 passing through the coating liquid supplier 50 is positioned in front of the cradle rotating machine 60 according to the operation of the chain conveyor 30, the sliding device 66 moves the support rod 67 And then moves forward to move the rotating machine 61, the fixed connector 64, and the motor 65 forward. At this time, the rotation protrusion 44c of the rotation hooking portion 44b is received in the rotation hooking portion 44b of the rotary device operation portion 62.

The operation of the motor 65 is stopped after the motor 65 is operated to rotate the glove mold holder 40 in the vertical direction and then the sliding device 66 is moved along the support rod 67 And moves the rotating machine 61, the fixed connector 64, and the motor 65 rearward.

When the next glove mold holder 40 is disposed on the upper portion of the cradle rotor 60 along the chain conveyor 30, the sliding device 66 moves forward along the support rod 67 to rotate the rotary device 61 The fixed connector 64 and the motor 65 are moved forward.

The operation of the motor 65 is stopped after the motor 65 is operated to rotate the glove mold holder 40 in the vertical direction and then the sliding device 66 is moved along the support rod 67 And moves the rotating machine 61, the fixed connector 64, and the motor 65 rearward.

At this time, the glove-tool holder 40, which has been moved forward, moves in the direction of 180 ° in accordance with the operation of the rotating device 61, is dried for a certain period of time and then rotates in the direction of 180 ° according to the operation of the rotating device 61 And the process is repeated.

The glove mold holder 40 having the coating glove coated with the open back surface of the main body 20 is moved along the chain conveyor 30 via the cradle rotator 60.

When the glove mold holder 40 is positioned in front of the separator 70, the separating gripper 72 moves forward along the separating guide 71 to move the coated mold, which is placed on the glove mold 80, The separating clamp 72 holds the coated glove while holding the finished coating glove in the lower accommodating box 73. [

As described above, the coating glove manufacturing apparatus of the present invention is advantageous in that the coating on the palm or fingers can be rapidly and simply performed with an inline process and a uniform coated surface can be obtained.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention. Should be construed as being included in the scope of the present invention.

10: coating glove manufacturing apparatus, 20: main body;
21: mounting space, 30: chain conveyor,
40: glove mold holder, 41: mounting bar,
42: guide rail, 43: mold clamp,
44: a holder assembly, 50: a coating liquid supplier,
51: coating liquid tank, 52: cylinder,
53: coating liquid supply hose, 60: holder rotating machine,
61: rotating device, 62: rotating device operating part,
63: rotation coupling portion, 64: fixed connection portion,
65: motor, 66: sliding device,
70: separator, 80: glove mold,
90: Control device.

Claims (7)

1. A coating glove manufacturing apparatus for carrying out a coating on a palm or a finger portion of a glove in an inline process,
The coating glove manufacturing apparatus includes a pair of cradle rotators for rotating the glove passed through the coating liquid supply device in a vertical direction to be dried,
The coating glove manufacturing apparatus includes:
main body;
A chain conveyor mounted inside the main body and intermittently operated when the drive motor or the power transmitting means is operated;
A glove mold holder mounted on the chain conveyor with a space therebetween and having a plurality of glove molds fitted on the outside with a gap therebetween;
A coating liquid supply unit for supplying a coating liquid to the glove of the glove mold holder vertically operated while being mounted inside the body and moving along the chain conveyor;
And a separator for removing the coated glove from the glove mold of the glove mold holder which has passed through the cradle rotating machine,
The glove mold cradle,
A mounting bar having a predetermined length and having a guide rail formed in an outer longitudinal direction thereof;
A mold fixture fixedly mounted on the guide rail of the station bar at intervals and coupled to the glove mold, respectively;
And a cradle body mounted on both ends of the mounting bar.
delete delete 2. The cradle of claim 1,
A cradle coupling portion fixedly mounted on an end of the cradle;
A rotating hook portion disposed between the stationary bar and the cradle-to-be-connected portion and having rotation projections formed on both sides thereof;
A rotary actuating part to which the cradle coupling part and one side are coupled and the opposite side is formed with a cylindrical rotary protrusion;
A fixture having a coupling hole formed at a center thereof and a fixed coupling groove formed at a lower portion thereof so that the rotary portion projection can be rotated in place;
And wherein the horizontal surface is engaged with the fixed engagement groove of the fastener, and the vertical surface is formed with the chain engagement with the chain of the chain conveyor.
5. The method of claim 4,
And a fixing insertion groove is formed on both sides of the cradle-coupling portion to fix and support the cradle bar and the rotary operation member.
2. The cradle of claim 1,
A rotation device having a rotation device operation part coupled to or separated from a rotation part projection of a rotation hook part constituting the glove mold mounting part, and a rotation device formed with a rotation connection part formed at an end of the rotary device operation part;
A stationary connector to which the rotary coupling portion and the front surface of the rotary device are coupled and the back surface is coupled to the motor;
A motor coupled to the stationary connector for rotating the rotating device;
And a sliding device coupled to the motor and slidable in the forward and backward directions along a support bar fixed to the main body.
The method according to claim 6,
Wherein the rotating device operating part is formed with an inlet part formed to be larger than a height of the rotating hook part and formed with an inner surface inclined or curved, and a hook supporting part extending horizontally from the inlet part and rotating the rotating hook part during operation of the motor Wherein the glove is fabricated.

Images