KR101083461B1 - Coating equipment and method of glove on plastic nad antistatic agent - Google Patents

Abstract

The present invention relates to equipment and methods for coating synthetic resins and antistatic agents on gloves.

Equipment for coating the synthetic resin and antistatic agent on the glove of the present invention, a plurality of molds are installed in the chain, the glove is fitted to the mold, the resin storage tank is stored so that the synthetic resin is stored therein, the chain A resin dipping device configured to move the upper portion of the resin storage tank so that the synthetic resin is contained in the lower portion of the glove when the resin storage tank moves upward; A plurality of wash water storage tanks are arranged in a row, divided by partitions, and the chain passed through the resin dipping device is continuously installed along the top of the wash water storage tank, so that gloves moving along the chain are contained in the wash water storage tank and moved. An organic solvent extracting apparatus configured to extract the organic solvent contained in the organic solvent extracting apparatus; A spray nozzle having a mixed solution storage tank in which a mixed solution of an antistatic agent and water is stored on one side, and one side connected to the mixed solution storage tank so as to spray the mixed solution on a glove installed in a chain passing through an organic solvent extraction device. Antistatic liquid coating apparatus is provided; It is composed of a plurality of continuous space, the chain passing through the antistatic liquid coating device therein is connected to the resin dipping device, the drying device is installed in the dryer; is configured to include.

According to the present invention, the antistatic liquid coating device is installed adjacent to the organic solvent extraction device, the antistatic liquid coating device is formed in the form of spraying the mixed solution toward the glove installed in the chain passed through the organic solvent extraction device to quench By not having a separate water tank for the purpose can effectively coat the antistatic agent and the synthetic resin while maintaining a short length of the entire coating equipment, in particular, after the organic solvent is extracted, the glove immediately charged without dehydration treatment as conventional By coating the mixed solution for prevention, the mixed solution for antistatic is not coated to the fibers located inside the glove, so that the amount of the mixed solution can be efficiently reduced and the coating can be efficiently carried out. The bottom of the glove, which is connected to the chain from the top of the tank to the wash water storage tank, By installing the locking device to the extent, the synthetic resin stuck to the bottom of the glove can be caught by the locking device, and the synthetic resin can be shaken out first.The auxiliary washing tank is temporarily installed to temporarily lock the gloves moving through the locking device to the wash water storage tank. Before the gloves move, the synthetic resin can be cured and auxiliary-washed to prevent the synthetic resin from flowing down the gloves, and pre-extract organic solvents.

Gloves, Synthetic Resin, Antistatic Agent, Organic Solvent, Extraction, Coating

Description

Facility and method for coating synthetic resin and antistatic agent on gloves {COATING EQUIPMENT AND METHOD OF GLOVE ON PLASTIC NAD ANTISTATIC AGENT}

The present invention is applied to a glove, which is simplified by spraying the surface of the glove after the extraction of the organic solvent, without spraying on the surface of the mixed solution mixed with the antistatic agent, and then drying, thereby simplifying the process and shortening the equipment length to improve productivity. A facility and a method for coating a synthetic resin and an antistatic agent.

In general, the work glove is coated with a synthetic resin such as urethane or polyurethane to prevent the sliding of the finger to the palm, or finger parts, to protect the operator's hand.

As a method for carrying out such coating, a dissolving tank in which a certain amount of a solid resin such as polyurethane (PU) is dissolved in a dimethyl formamide (DMF) solvent system, MEK (methyl ethyl ketone) or toluene, which is used as a solvent for chemical reaction. After preparing the dipping gloves to the dissolution tank (dipping).

After performing the dipping process as described above, the organic solvent used for dipping should be extracted.

To this end, gloves are obtained in an organic solvent extraction tank to extract container solvents such as DMF.

The organic solvent extraction tank is a tank containing ordinary water. When the gloves are brought into the water, the DMF and the water cause a substitution reaction so that the DMF of the gloves moves to the tank. It is provided by dividing into a multi-stage tank, allowing the water in the upstream tank to flow into the downstream tank, and the synthetic resin-coated glove is prepared to move from the downstream tank to the upstream tank.

However, the general work gloves as described above are made of a non-conductor made of pure cotton or polyester, and thus, have no function of removing static electricity and cannot be used in a semiconductor factory or a precision electronic component factory due to the fine dust generated from the cotton. .

In particular, in the semiconductor manufacturing process, electronics assembly process, plastic manufacturing process, and printing work, static electricity is inevitably generated. If such static electricity is not discharged and accumulated in the human body, a strong spark is generated and this spark is harmful to human body. In addition, since it may cause fatal damage to precision electronics, there is a need to prevent sparks by discharging generated static electricity.

As described above, various technologies have been published for work gloves having an antistatic function.

Among them, 'conductive gloves and a method of manufacturing the same' (Korean Patent Publication No. 10-0615830) discloses a technique of coating a synthetic resin on the gloves and coating an antistatic agent.

Figure 1 shows this prior art process.

First, the synthetic fiber knitting gloves are dipped into the synthetic resin dissolving tank, and then, the organic solvent is extracted and the organic solvent is extracted. Then, after the dehydration process, the organic solvent is removed and the gloves are obtained in the antistatic agent dissolving tank. A drying process is shown.

At this time, in order to apply the organic solvent extraction tank to the standards of places with strict environmental standards such as Europe, a plurality of continuous organic solvent extraction tanks are installed continuously from as little as three stages to as long as six stages. This should be avoided, and the length of the entire organic solvent extraction tank will reach at least 30m to 80m.

As such, even if the length of the organic solvent extraction section is very long, the equipment for dehydrating gloves and the antistatic agent dissolving tank must be separately provided. do.

As a result, efforts were made to shorten the equipment section by overlapping the chain for transporting the gloves installed in the mold up and down, but in this case, the synthetic resin fell on the gloves hanging from the upper chain in the overlapping section, and the synthetic resin was attached to the gloves hanging from the lower chain. Product failure will occur.

Therefore, in coating the synthetic resin and the antistatic agent on the glove, the situation is required to improve the shortening of the length of the equipment to prevent product defects.

Equipment and method for coating a synthetic resin and an antistatic agent on the glove of the present invention to solve the problems caused in the prior art as described above, while installing an antistatic liquid coating device adjacent to the organic solvent extraction device, the antistatic solution The coating device is formed in the form of spraying the mixed solution toward the glove installed on the chain passing through the organic solvent extraction device, and does not have a separate water tank for quenching, thereby keeping the length of the entire coating equipment short and effectively The goal is to be able to coat synthetic resins.

In particular, after the organic solvent has been extracted, the mixed solution for antistatic is coated immediately without dehydration of the glove as in the prior art, so that the mixed solution for antistatic is not coated to the fiber located inside the glove. The goal is to reduce coating efficiency to a minimum.

In addition, by installing a catching device such that the bottom of the glove is connected to the chain between the top of the resin storage tank for the dipping process and the wash water storage tank, the synthetic resin formed on the bottom of the glove is caught by the catching device and primarily shakes off the synthetic resin. will be.

In addition, an auxiliary washing tank is installed to temporarily lock the gloves moving through the locking device, and the synthetic resin on the gloves is prevented from flowing down by curing and auxiliary washing before the gloves are moved to the wash water storage tank. It is intended to pre-extract solvents.

In order to solve the problems described above, the equipment for coating a synthetic resin and an antistatic agent on the glove of the present invention, a plurality of molds are installed in the chain, the glove is fitted to the mold, the resin storage tank in which the synthetic resin is stored therein up and down And a resin dipping device configured to move the upper portion of the resin storage tank so that the resin is contained in the lower portion of the glove when the resin storage tank is moved upward. A plurality of wash water storage tanks are arranged in a row, divided by partitions, and the chain passed through the resin dipping device is continuously installed along the top of the wash water storage tank, so that gloves moving along the chain are contained in the wash water storage tank and moved. An organic solvent extracting apparatus configured to extract the organic solvent contained in the organic solvent extracting apparatus; A spray nozzle having a mixed solution storage tank in which a mixed solution of an antistatic agent and water is stored on one side, and one side connected to the mixed solution storage tank so as to spray the mixed solution on a glove installed in a chain passing through an organic solvent extraction device. Antistatic liquid coating apparatus is provided; It is composed of a plurality of continuous space, the chain passing through the antistatic liquid coating device therein is connected to the resin dipping device, the drying device is installed in the dryer; is configured to include.

At this time, the locking device is installed in the lower portion of the chain of the space between the resin dipping device and the organic solvent extracting device, protruding upward so that the bottom of the glove moving along the chain while being fitted into the mold; It is installed between the locking device and the wash water storage tank, and has an accommodation space for accommodating the wash water therein, and an inflow pipe is installed to introduce the wash water to one side, and the wash water is discharged to the other side, and is moved up and down. It is possible to, but when moving the upper portion of the auxiliary washing tank is installed so that the bottom of the glove is immersed in the washing water inside; characterized in that it is further provided.

In addition, the locking device and the locking device fixing frame which is installed in the space between the resin storage tank and the wash water storage tank; A bent portion fixed to the locking device fixing frame; A thumbs-up plate protruding upward from the bent portion and having a height such that the thumb of the glove is caught; It is protruding upward from the bent portion, the other engaging plate having a height enough to take the remaining fingers except the thumb of the glove; characterized in that consisting of.

In addition, the auxiliary washing tank is configured to move up and down by a moving device, the moving device comprises: a Shanghai chain that rotates based on two Shanghai chain chain shafts; A support frame to which the Shanghai chain is connected; A connecting bracket connected to one side of the Shanghai chain and fixed to the auxiliary washing tank; One side is connected to the support frame, the other side is a cylinder connected to the auxiliary washing tank; characterized in that consisting of.

In addition, the method of coating the synthetic resin and the antistatic agent on the glove of the present invention using the facility, the resin coating step of coating the synthetic resin on one side of the glove using the resin dipping device; A first resin removing step of shaking off a part of the synthetic resin coated on the glove using the locking device; An auxiliary extraction step of firstly extracting the organic solvent contained in the synthetic resin coated on the glove using the auxiliary washing tank; An organic solvent extracting step of extracting the remaining amount of the organic solvent contained in the synthetic resin coated on the glove using the organic solvent extracting device; An antistatic liquid coating step of coating by spraying a mixed solution of an antistatic agent and water onto the gloves by using the antistatic liquid coating apparatus; And a drying step of drying the gloves coated with an antistatic liquid by using the drying device.

According to the present invention, the antistatic liquid coating device is installed adjacent to the organic solvent extraction device, the antistatic liquid coating device is formed in the form of spraying the mixed solution toward the glove installed in the chain passed through the organic solvent extraction device to quench By not having a separate water tank to be able to effectively coat the antistatic agent and the synthetic resin while keeping the length of the entire coating equipment short.

In particular, after the organic solvent has been extracted, the mixed solution for antistatic is coated immediately without dehydration of the glove as in the prior art, so that the mixed solution for antistatic is not coated to the fiber located inside the glove. The coating can be efficiently processed with a minimum reduction.

In addition, by installing a catching device such that the bottom of the glove is connected to the chain between the top of the resin storage tank for the dipping process and the washing water storage tank is caught, the synthetic resin formed on the bottom of the glove can be caught by the catching device and shake off the synthetic resin first. have.

In addition, an auxiliary washing tank is installed to temporarily lock the gloves moving through the locking device, and the synthetic resin on the gloves is prevented from flowing down by curing and auxiliary washing before the gloves are moved to the wash water storage tank. The solvent can be preliminarily extracted.

Hereinafter, a facility and a method for coating a synthetic resin and an antistatic agent on the glove of the present invention will be described in detail with reference to the accompanying drawings.

Equipment for coating the synthetic resin and the antistatic agent to the glove of the present invention comprises a resin dipping device 100, organic solvent extraction device 200, antistatic liquid coating device 300 and drying device 400 as shown large It is.

More specifically, as shown in FIG. 2, the chain 10 is circulated, the mold 10 is provided in the chain 10, and the glove 30 is fitted to the mold 20.

That is, the gloves 30 are circulated along the chain 10 while being fitted in the mold 20, while the resin dipping apparatus 100, the organic solvent extracting apparatus 200, the antistatic liquid coating apparatus 300, and the drying apparatus 400 are provided. Is configured to pass through).

The resin dipping device 100 is configured to move the resin storage tank 110 in which the synthetic resin is stored up and down as shown, and when the occasional storage tank is moved upward, the lower portion of the glove 30 stores the resin. The tank 110 is configured to be contained in the liquid synthetic resin.

To this end, as shown in the drawing, the resin dipping device 100 is provided with a dipping chain shaft 130 at an upper portion and a lower portion thereof, and a dipping chain 120 is wrapped around the dipping chain shaft 130. .

In addition, a bracket 140 is installed on one side of the dipping chain 120, and the bracket 140 is connected to the resin storage tank 110.

Here, a bidirectional motor may be connected to the dipping chain shaft 130 or a cylinder device may be installed on one side of the dipping chain 120 to allow vertical movement.

Organic solvent extraction device 200 is a plurality of washing water storage tank 210 is arranged in a continuous manner divided by a partition as shown.

At this time, the height of each partition is lower than the side wall surface so that the water between the wash water storage tank 210 can be moved by the level difference.

In addition, the chain 10 through the resin dipping device 100 is installed on the upper portion of the washing water storage tank 210 so that the gloves 30 moving along the chain 10 are contained in the washing water storage tank 210. It is supposed to move.

At this time, as shown in the boundary of each washing water storage tank 210 by installing a plurality of chain shafts as shown, the gloves 30 connected to the chain 10 is beyond the partition to the washing water storage tank 210 of the next compartment. It is designed to move.

As a result, the organic solvent contained in the synthetic resin can be extracted.

In addition, the resin supporting plate 40 is installed at the lower part of the chain to move the resin dipping device 100 and the organic solvent extracting device 200 so as to receive the synthetic resin falling from the glove.

The resin dipping device 100 and the organic solvent extracting device 200 described above will be known devices.

The antistatic liquid coating apparatus 300 is provided with a mixed solution storage tank 310 in which a mixed solution of an antistatic agent and water is provided on one side, and the gloves installed in the chain 10 passing through the organic solvent extracting apparatus 200. An injection nozzle 320 having one side connected to the mixed solution storage tank 310 is provided to spray the mixed solution to the 30.

In addition, although not shown between the injection nozzle 320 and the mixed solution storage tank 310, the pump is installed, the pipe after the pump is branched into several.

The configuration of the antistatic liquid coating apparatus 300 is different from the conventional technology in two aspects.

First, in the prior art, after the extraction of the organic solvent is finished after the dehydration process to coat the antistatic solution, in the present invention, the mixed solution immediately on the surface of the glove 30 in the state of extraction of the organic solvent without dehydration treatment In the conventional method, the second method is to prepare the water tank and soak the gloves 30 in a state in which an antistatic solution is stored in the water tank, but in the present invention, the mixed solution is sprayed.

This is because, in the prior art, the mixed solution is coated every fiber of the inner fiber constituting the glove because the glove is immersed in the mixed solution for antistatic after removing the water of the glove, in the present invention, the water used for extracting the organic solvent It sprays the mixed solution in the state of staining, so it is applied only slightly to the surface of the fiber that forms the glove.

In this case, in the present invention, the antistatic liquid coating apparatus 300 has a plurality of injection nozzles 320 connected to each other as shown, and are arranged at different angles for each injection nozzle 320, and the injection nozzle 320 The position of the chain 10 passed through the organic solvent extraction device 200 is installed in the section to be turned to the drying device 400 side while rotating, so that the mixed solution is coated on both the front and rear of the glove (30). .

The drying apparatus 400 is composed of a plurality of continuous spaces in which the chain 10 passing through the antistatic liquid coating apparatus 300 flows into the interior as shown, and a dryer 440 is installed therein. .

Looking at the drawings, it can be seen that the primary drying room 410, secondary drying room 420, tertiary drying room 430 is formed in a layer adjacent to each other to form a long length of equipment for drying.

Dryer 440 may be installed a variety of dryers from the conventional hot air dryer to a high frequency dryer.

As such, the chain 10 passing through the drying device 400 moves to the resin dipping device 100 and is repeatedly operated.

In addition, the operation of separating the glove 30 from the mold 20 and fitting the glove 30 to the mold 20 will be carried out by hand between the drying apparatus 400 and the resin dipping apparatus 100.

In the above configuration, the resin dipping device 100 and the organic solvent extraction device 200 are additionally installed between the locking device 500 and the auxiliary washing tank 600, and the resin dipping device 100 and the organic solvent extraction device. The chains 10 passing between the 200 can be formed in a straight line.

The locking device 500 is installed in the lower portion of the chain 10 of the space between the resin storage tank 110 and the washing water storage tank 210 of the glove 30 moving along the chain 10 while being fitted to the mold 20. The bottom portion, that is, protrudes upward to a height such that the finger portion of the glove 30 is caught.

As a specific example, the locking device fixing frame 550 is installed in the space between the resin storage tank 110 and the wash water storage tank 210; A bent portion 530 fixed to the locking device fixing frame 550; A thumbs-up plate 510 protruding upward from the bent portion 530 and having a height such that the thumb of the glove 30 is caught; Protruding upward from the bent portion 530, the other engaging plate 520 having a height enough to take the remaining fingers except the thumb of the glove 30;

At this time, the other catching plate 520 is installed on both sides of the thumb catching plate 510 so that a plurality of gloves 30 arranged side by side on the chain 10 at the same time the other catching plate 520 and the thumb catching plate 510 Some of the synthetic resin on the fingers of each finger was caught to filter.

In the above example, the locking device fixing frame 550 is not limited to the illustrated form, but may be formed in various forms such that the bent portion 530 may be installed.

At this time, the thumb catching plate 510 and the other catching plate 520 may be formed integrally with the bent portion 530, but the synthetic resin buried in the thumb catching plate 510 and the other catching plate 520 by driving more elastically You can make yourself shake off.

For this purpose, the thumb catching plate 510 and the other catching plate 520 are connected to the bent portion 530 in a hinged manner, and the spring 540 is installed on the hinge to hold the thumb catching plate 510 by the operation of the spring 540. ) And the other catching plate 520 is always kept at a constant angle with the bent portion 530 and then pushed to the glove 30 can be to shake off the synthetic resin buried back to the original position.

The auxiliary washing tank 600 is installed between the catching device 500 and the wash water storage tank 210.

The auxiliary washing tank 600 has an accommodation space 660 for receiving the washing water therein, the inlet pipe 610 is installed on one side so that the washing water flows into the receiving space 660, the other side wash water Is configured to discharge.

The auxiliary washing tank 600 is configured to be moved up and down as the resin storage tank 110 is moved up and down, the glove 30 is passed through the locking device 500 while hanging on the chain 10, When the auxiliary washing tank 600 is moved to the upper side is accommodated in the receiving space 660, the synthetic resin is cooled and cured by the wash water, and is configured to extract the organic solvent before the wash water storage tag.

That is, the auxiliary washing tank 600 is configured to move to the extent that the bottom of the glove 30 is contained in the washing water inside the upper movement.

When the wash water is discharged inside the receiving space 660 in the configuration of the auxiliary washing tank 600, a separate drain line may be installed, but the discharged wash water flows into the wash water storage tank 210 to unify the water treatment. It is desirable to.

To this end, when viewed from the front, one side wall surface of the auxiliary washing tank 600 is located inside the washing water storage tank 210 and overlaps, and is formed at a height lower than the other wall surface on one side wall of the auxiliary washing tank 600. To discharge, or to form a discharge hole 620 in which the washing water is discharged.

Through this configuration, the washing water in the auxiliary washing tank 600 is discharged to the washing water storage tank 210 side.

As an example of a configuration for allowing the auxiliary washing tank 600 to move up and down, a moving device may be configured as shown in FIG. 3.

The moving device includes a Shanghai chain 630 which rotates based on two Shanghai chain chain shafts 640; A support frame 680 to which the shanghai chain shaft 640 is connected; A connection bracket 650 connected to one side of the Shanghai chain 630 and fixed to the auxiliary washing tank 600; One side is connected to the support frame 680, the other side is a cylinder 670 is connected to the auxiliary washing tank 600; can be configured.

In this configuration, the Shanghai chain 640 is supported by the support frame 680, and the Shanghai chain 630 is integrally connected through the Shanghai chain 640, and one side of the connecting bracket 650 is Shanghai. In the fuselage chain 630, the other side is to move the auxiliary washing tank 600 in accordance with the movement of the Shanghai chain 630 in a state in which the auxiliary washing tank 600 is moved.

At this time, one side is connected to the support frame 680 in the figure for movement, the other side is configured to the cylinder 670 connected to the auxiliary washing tank 600 to move up and down by the operation of the cylinder 670.

In this case, the components for driving the Shanghai chain 630 may be driven using various well-known devices, for example, a motor, in addition to the cylinder 670.

That is, it may be configured to rotate by installing a motor in the Shanghai chain shaft 640, and to install the guide tube instead of the cylinder 670 to accurately guide the movement position.

Hereinafter, the method of coating the synthetic resin and the antistatic agent on the glove of the present invention by using the equipment as described above, as shown in Figure 5, by using the resin dipping device 100 coated on one side of the glove 30 Resin coating step; A first resin removing step of shaking off a part of the synthetic resin coated on the glove 30 by using the locking device 500; An auxiliary extraction step of firstly extracting the organic solvent contained in the synthetic resin coated on the glove 30 by using the auxiliary washing tank 600; An organic solvent extracting step of extracting the remaining amount of the organic solvent contained in the synthetic resin coated on the glove 30 by using the organic solvent extracting apparatus 200; An antistatic liquid coating step of spraying and coating a mixed solution of an antistatic agent and water onto the glove 30 by using the antistatic liquid coating apparatus 300; It consists of a drying step of drying the gloves 30 coated with an antistatic liquid by using the drying device 400.

After the resin coating step, the first resin removal step and the auxiliary extraction step are configured to reduce the defect occurrence rate and shorten the length of the facility.

In addition, after the organic solvent extraction step is carried out immediately after the antistatic liquid coating step, it is composed of a drying step, as well as not go through a number of dehydration step as conventionally, as well as coating the antistatic liquid without dipping treatment in the water tank spray coating The process is simplified and the facility is simplified.

1 is a process chart showing a method for coating a synthetic resin and an antistatic agent in a conventional glove.

Figure 2 is a schematic diagram showing a facility for coating a synthetic resin and an antistatic agent to the glove of the present invention.

Figure 3 is a perspective view showing the installation state of the locking device and the auxiliary washing tank in the present invention.

Figure 4 is a perspective view showing an embodiment of an antistatic liquid coating apparatus in the present invention.

Figure 5 is a process chart showing a method of coating a synthetic resin and antistatic agent to the glove of the present invention.

<Detailed Description of Major Symbols in Drawing>

10: chain 20: mold

30: gloves 40: resin support plate

100: resin dipping device 110: resin storage tank

120: dipping chain 130: dipping chain shaft

140: bracket 200: organic solvent extracting device

210: washing water storage tank 300: antistatic liquid coating device

310: mixed solution storage tank 320: spray nozzle

400: drying apparatus 410: primary drying room

420: 2nd drying room 430: 3rd drying room

440: dryer 500: locking device

510: thumb catching plate 520: other catching plate

530: bend 540: spring

550: locking device fixing frame 600: auxiliary cleaning tank

610: inlet pipe 620: discharge hole

630: Shanghai chain 640: Shanghai chain

650: connecting bracket 660: accommodation space

670 cylinder 680 support frame

Claims (5)

In the equipment coating the synthetic resin and the antistatic agent on the gloves, A plurality of molds 20 are installed in the chain 10, the gloves 30 are fitted to the mold 20, and the resin storage tank 110 in which the synthetic resin is stored is moved up and down. A resin dipping device (100) configured to contain synthetic resin in the lower portion of the glove (30) when the resin storage tank (110) moves to the upper portion (10) and the resin storage tank (110) moves upward; A plurality of washing water storage tanks 210 are arranged in a continuous manner divided by a partition, and the chain 10 through the resin dipping device 100 is continuously installed along the upper portion of the washing water storage tank 210 so that the chain 10 An organic solvent extracting device 200 configured to extract the organic solvent contained in the synthetic resin while moving in the glove 30 moving inside the washing water storage tank 210; The mixed solution storage tank 310 in which the mixed solution of the antistatic agent and the water is stored is provided on one side, and the mixed solution is sprayed onto the glove 30 installed in the chain 10 passing through the organic solvent extracting device 200. An antistatic liquid coating apparatus 300 having an injection nozzle 320 having one side connected to the mixed solution storage tank 310; It is composed of a plurality of continuous space, the chain 10 passed through the antistatic liquid coating device 300 therein is connected to the resin dipping device 100, the dryer 440 is installed inside Drying apparatus 400, including; Equipment for coating synthetic resin and antistatic agent on gloves. The method of claim 1, The bottom of the glove 30 is installed in the lower portion of the chain 10 of the space between the resin dipping device 100 and the organic solvent extraction device 200 and moves along the chain 10 while being fitted in the mold 20. A catching device 500 which protrudes upward to an extent; It is installed between the catching device 500 and the wash water storage tank 210, has an accommodation space 660 to accommodate the wash water therein, the inlet pipe 610 is installed so that the wash water flows to one side, It is configured to discharge the washing water to the side, it is to be movable up and down, the auxiliary washing tank 600 which is installed so that the bottom portion of the glove 30 is contained in the washing water inside the upper movement; Characterized by Equipment for coating synthetic resin and antistatic agent on gloves. 3. The method of claim 2, The locking device 500 includes a locking device fixing frame 550 installed in the space between the resin storage tank 110 and the wash water storage tank 210; A bent portion 530 fixed to the locking device fixing frame 550; A thumb engaging plate 510 protruding upward from the bent portion 530 and having a height such that the thumb of the glove 30 is caught; Characterized in that consisting of; guitar projection plate 520 protruding upward from the bent portion 530, the other engaging plate 520 having a height enough to take the remaining fingers except the thumb of the glove 30, Equipment for coating synthetic resin and antistatic agent on gloves. 3. The method of claim 2, The auxiliary washing tank 600 is configured to move up and down by a moving device, The mobile device includes a Shanghai chain 630 which rotates based on two Shanghai chain chain shafts 640; A support frame 680 to which the shanghai chain shaft 640 is connected; A connection bracket 650 connected to one side of the shanghai chain 630 and fixed to the auxiliary washing tank 600; One side is connected to the support frame 680, the other side is a cylinder 670 is connected to the auxiliary washing tank 600; characterized in that consisting of, Equipment for coating synthetic resin and antistatic agent on gloves. In the method of coating a synthetic resin and an antistatic agent on gloves, Using the equipment of claim 2, A resin coating step of coating a synthetic resin on one side of the glove 30 by using the resin dipping device 100; A first resin removing step of shaking off a part of the synthetic resin coated on the glove 30 by using the locking device 500; An auxiliary extraction step of firstly extracting the organic solvent contained in the synthetic resin coated on the glove 30 by using the auxiliary washing tank 600; An organic solvent extracting step of extracting the remaining amount of the organic solvent contained in the synthetic resin coated on the glove 30 by using the organic solvent extracting apparatus 200; An antistatic liquid coating step of spraying and coating a mixed solution of an antistatic agent and water onto the glove 30 by using the antistatic liquid coating apparatus 300; Characterized in that consisting of; drying step of drying the gloves 30 coated with an antistatic liquid by using the drying device 400, Method of coating synthetic resin and antistatic agent on gloves.

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