KR101930306B1 - Apparatus for manufacturing gloves - Google Patents

Abstract

The present invention relates to an apparatus for manufacturing gloves, which comprises the following: a manufacturing unit including preprocessing section which prepares an inner skin for coating a conductive material, a coating section which coats the conductive material on the inner skin prepared in the preprocessing section, and a post-treatment section which cures the conductive material coated on the inner skin; a drying unit drying conductive gloves manufactured by the manufacturing unit; and a conveyor unit located inside the manufacturing unit and the drying unit to transfer the inner skin or the conductive gloves manufactured from the inner skin from the manufacturing unit to the drying unit. According to the present invention, impregnation the gloves in various solutions can be uniformly performed by using the apparatus for manufacturing gloves.

Description

{APPARATUS FOR MANUFACTURING GLOVES}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an apparatus for manufacturing an automated glove, and more particularly, to a glove manufacturing apparatus capable of manufacturing a conductive glove.

Generally, gloves are worn in the hands of people to keep warm or to protect their hands from objects.

In recent years, the demand for conductive gloves for the manipulation or manufacture of electronic devices has increased rapidly, and these conductive gloves are generally manufactured by coating the endothelium with a polymer material having conductivity to the woven endothelium.

Conventional conductive gloves, however, are mostly made of sweat used in hand or insufficiently washed so that the conductivity is maintained by containing a large amount of water due to insufficient level of water washing process such as calcium nitrate and calcium chloride.

Therefore, the removal of DMF (dimethylformamide, dimethylformamide) contained in the polymer material is not completed, which is a problem.

The DMF is one of polar organic solvents and is used as a solvent for various chemical reactions. However, when the DMF is stimulated by the skin, eyes and mucous membranes and suffers from long-term inhalation, the DMF may cause a disorder of the liver, which may adversely affect producers and consumers.

Thus, the conductive glove of the related art may not accurately realize the touch of the electronic device. Such a problem may not significantly occur at the time of operation of the electronic device, but it can be considerable at the time of manufacturing the electronic device.

For example, when assembling an LCD or semiconductor, an operator wears conductive gloves. Here, when the conductive glove is defective, the conductivity is lowered, which means that the resistance value of the glove itself is lowered.

When assembling an LCD or a semiconductor with such a glove having a low resistance value, fine static electricity may be generated, and there is a problem that defects may be caused in the manufacture of an LCD or a semiconductor due to the static electricity.

SUMMARY OF THE INVENTION The present invention has been made to overcome the above problems, and it is an object of the present invention to provide a glove manufacturing apparatus capable of uniformly impregnating gloves with various solutions.

Another object of the present invention is to provide a glove manufacturing apparatus capable of securing the performance of a conductive glove and improving safety and productivity.

In order to attain the above object, the present invention provides a method for curing a conductive material coated on an endothelium, comprising the steps of: preparing a pre-treatment section for preparing an endothelium for coating a conductive material; a coating section for coating a conductive material on the endothelium prepared in the pre- A manufacturing section including a post-processing section; A drying unit for drying the conductive glove manufactured by the manufacturing unit; And a conveyor part disposed inside the manufacturing part and the drying part and conveying the conductive glove made from the endothelium or endothelium from the manufacturing part to the drying part.

The conveyor portion may include a driving source; A main roller disposed in the manufacturing section or the drying section and rotated by the driving source; A plurality of sprockets disposed in the manufacturing and drying units; A chain moved between the main roller and the sprocket; And at least one glove disposed in the chain and fitted with an endothelium.

The conveyor portion may include at least one shaft rotatably disposed at one side or both sides of the chain, and the glove is disposed at a free end thereof. A roller disposed on an outer circumferential surface of the shaft and rotating; And a guide rail disposed in the manufacturing and drying unit and guiding the angle of the shaft with respect to the chain by the roller being placed on the upper side.

The pre-processing section may further include a temperature control chamber for controlling the temperature of the mold; And a concealing chamber for fitting the endothelium to the glove.

Also, the temperature control chamber may include a cold water tank and a cooler, and the cold water tank may be controlled at 40 ° C to 50 ° C.

In addition, the coating section may include an impregnation chamber for impregnating the inner skin with the coagulating solution; And a coating chamber for impregnating the conductive solution with the inner film impregnated in the coagulating solution.

Further, the coating section is disposed between the impregnation chamber and the coating chamber, and at least one or more first blowing fans for supplying wind to adjust moisture content of the impregnated endothelium; At least one second blowing fan disposed between the coating chamber and the post-treatment section to provide a wind to uniformly coat the conductive aqueous solution coated in the coating chamber on the endothelium; And at least one third blowing fan disposed between the second blowing fan and the post-processing section to provide a wind for curing the conductive aqueous solution coated in the coating chamber to the inner film.

In addition, the air velocity of the third blowing fan is lower than the air velocity of the first blowing fan and the second blowing fan.

In the impregnation chamber, the guide rails may be arranged such that the upper side is bent in the lateral direction so that the glove is guided in the gravity direction and impregnated with the coagulating solution.

In addition, the guide rails in the coating chamber may be arranged such that the upper side is bent in the lateral direction so that the glove is guided in the gravity direction so as to be impregnated with the conductive aqueous solution.

The post-treatment section may further include a first water tank for impregnating the cleaning liquid with the conductive glove coated with the conductive material in the coating section; A second water tank for impregnating the softening agent with the conductive glove coated with the conductive material in the coating section; And a third water tank for impregnating the water repellent agent with the conductive glove coated with the conductive material in the coating section.

In the first water tank, the guide rails may be arranged such that the upper side is bent in the lateral direction so that the glove is guided in the gravity direction and impregnated in the cleaning liquid.

In addition, in the second water tank, the guide rails may be arranged such that the upper side is bent in the lateral direction so that the glove is guided in the gravity direction and impregnated with the softening agent.

In the third water tank, the guide rails may be arranged such that the upper side is bent in the lateral direction so that the glove is guided in the gravity direction and impregnated with the water repellent agent.

In addition, the drying unit may include at least one section including a heater and a blowing duct on the upper side.

In addition, the drying unit may include at least one infrared lamp disposed above the glove at a predetermined interval.

In the meantime, the present invention provides a conveyor unit disposed in a glove manufacturing apparatus for impregnating a part or all of gloves with a rubber liquid, a coagulating solution, a conductive aqueous solution, a cleaning liquid, a softening agent or a water repellent agent. A main roller rotated by the driving source; A plurality of sprockets spaced apart from the main roller by a predetermined distance; A chain moved between the main roller and the sprocket; At least one glove disposed in the chain and fitted with an endothelium; At least one shaft rotatably disposed at one side or both sides of the chain and having the glove disposed at a free end thereof; A roller disposed on an outer circumferential surface of the shaft and rotating; And a guide rail guiding the angle of the shaft with respect to the chain by the roller being placed on the upper side.

In addition, the guide rails may be arranged such that the upper side is bent in a lateral direction so that the gloves are guided in the gravity direction and impregnated with a rubber solution, a coagulating solution, a conductive aqueous solution, a cleaning solution, a softener or a water repellent agent.

The present invention can uniformly and uniformly impregnate the endothelium with a plurality of liquids for producing conductive gloves by concealing and moving the endothelium on a glove on which the angle can be deformed on the container chain, It is possible to manufacture a conductive glove with increased productivity and reduced defective rate.

1 is a side view of a glove manufacturing apparatus according to an embodiment of the present invention;
Fig. 2 is a view showing that a glove according to an embodiment of the present invention is impregnated into a coagulating liquid or a conductive aqueous solution while riding a guide rail. Fig.
3 is a perspective view of a post-treatment section according to an embodiment of the present invention;
4 is a view showing any one of the water tanks 1 to 3 shown in Fig. 3; Fig.
5 is a perspective view of a section of a dryer section according to an embodiment of the present invention;
6 is a side view of Fig.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Unless defined otherwise, all terms used herein are the same as the generic meanings of the terms understood by those of ordinary skill in the art, and where the terms used herein contradict the general meaning of the term, they shall be as defined herein.

It is to be understood, however, that the invention is not limited to the disclosed embodiments, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the appended claims.

FIG. 1 is a side view of a glove manufacturing apparatus according to an embodiment of the present invention, FIG. 2 is a view illustrating that a glove according to an embodiment of the present invention is impregnated into a coagulating liquid or a conductive aqueous solution by a guide rail, Fig. 5 is a perspective view of one section of the drying section according to the embodiment of the present invention, Fig. 5 is a perspective view of one section of the drying section according to the embodiment of the present invention, Fig. Fig. 6 is a side view of Fig. 5. Fig.

1 to 6, a glove manufacturing apparatus 1 according to an embodiment of the present invention may include a manufacturing unit 100, a drying unit 200, and a conveyor unit 300.

The endothelium described below is a glove woven with a material comprising at least one of cotton, nylon, dyneema, spandex and lycra, and the conductive glove means a glove after the conductive aqueous solution has been coated on the above-mentioned endothelium.

The manufacturing part 100 is a part for manufacturing a conductive glove by coating a conductive material on the entire or a part of the inner skin of the inner skin, and the drying part 200 is a part for manufacturing a conductive glove made of conductive material It is the part to dry the gloves.

The conveyor unit 300 is a part that is disposed inside the manufacturing unit 100 and the drying unit 200 and conveys the conductive glove made from the inner or outer skin to the drying unit 200 from the manufacturing unit 100 Such a conveyor portion 300 may include a structure for impregnating an endothelial or conductive glove with various solutions to be described later.

In addition, the drying unit 200 can be disposed above the manufacturing unit 100, thereby efficiently utilizing the space in the workplace.

In addition, the manufacturing unit 100 and the drying unit 200 and the lower sections or chambers constituting the manufacturing unit 100 and the drying unit 200 may be partitioned by a combination of open front frames.

Specifically, the manufacturing section 100 may be arranged with the pre-processing section 110, the coating section 120, and the post-processing section 130 sequentially.

The preprocessing section 110 includes a temperature control chamber 111 for controlling the temperature of the mold and a conical chamber 112 for inserting an inner surface of the glove into the glove 350. The pre- can do.

The temperature control chamber 111 may include a cold water tank and a cooler. The cool water tank may be controlled to a temperature of 40 ° C to 60 ° C by circulating the cold water of the cold water tank in the manufacturing unit 100, , The conductive aqueous solution, the cleaning liquid, the softening agent or the water repellent agent can be controlled.

The confinement chamber 112 is a portion for inserting an endothelium into a glove 350 of a conveyor portion 300, which will be described later, and this endothelialization work can be performed manually or automatically.

The coating section 120 is a part for coating a conductive material on the endothelium prepared in the preprocessing section 110. The coating section 120 includes an impregnation chamber 121 for impregnating the endothelium with the coagulating solution, And a coating chamber 123 for impregnating the substrate.

Alternatively, the coating section 120 may include the impregnation chamber 121, the first blowing fan 122, the coating chamber 123, the second blowing fan 124, and the third blowing fan 125 in sequence have.

The coagulating solution disposed in the impregnation chamber 121 is a composition for allowing a conductive material to be well coated on the endothelium, and the coagulating solution may include water, methanol, and / or calcium nitrate.

The first blowing fan 122 is disposed between the impregnation chamber 121 and the coating chamber 123 and can provide wind to adjust the water content of the inner skin impregnated with the coagulating solution, 300).

Alternatively, the first blowing fan 122 may be provided in a separate first blowing chamber, and the first blowing chamber may be disposed between the impregnating chamber 121 and the coating chamber 123.

For example, the first blowing fan 122 may be allowed to evaporate in the wind at about 25 ° C for about 10 minutes by supplying air to the inner skin that has been impregnated into the coagulating solution so that the inner skin has a constant moisture content.

For example, the ratio of the water content remaining in the endothelium is preferably 0.3% to 1%.

In addition, a partition may be provided in the space of the first blowing fan 122 so that the wind can be evenly distributed on the surface of the inner skin while moving the inner skin with the conveyor unit 300 to be described later.

The coating chamber 123 is a portion for impregnating the conductive solution with the endothelium pretreated with the coagulating solution.

Here, the conductive aqueous solution may be a PUD coating agent, and approximately 60% by weight of the PUD rubber solution may be used as a base and 40% of NBR (nitrile butadiene rubber) may be added to the weight portion.

In addition, the conductive aqueous solution can use the foamed PUD, thereby further improving the coating ability on the inner skin.

For example, in the coating chamber 123, the endothelium may be locally coated with 35 mm to 40 mm from the fingertip.

The second blowing fan 124 can provide wind to uniformly coat the conductive aqueous solution coated in the coating chamber 123 on the inner skin, and at least one or more of them is disposed above the conveyor unit 300 to be described later .

That is, when the inner skin is impregnated with the conductive aqueous solution, the conductive aqueous solution may flow down from the inner skin due to gravity, so that the first air blowing fan 122 can ventilate the inner skin so that the conductive aqueous solution can be uniformly coated .

The third blowing fan 125 may provide wind to cure the conductive aqueous solution coated in the coating chamber 123 to the inner skin, and at least one or more than one of them may be disposed above the conveyor unit 300 .

Here, the wind speed of the third blowing fan 125 may be lower than the wind speed of the first blowing fan 122 and the second blowing fan 124 in order to maintain the coated state of the conductive material coated on the inner skin .

Further, as shown in the drawing, the second blowing fan 124 and the third blowing fan 125 may be disposed in the second blowing section and the third blowing section, respectively.

The post-treatment section 130 includes a first water tank 131, a second water tank 132, and a third water tank 133 as parts for removing residual chemicals of the conductive glove and curing the coated conductive material can do.

The first water tank 131 is a portion for impregnating the conductive liquid-coated conductive glove into the cleaning liquid in the coating section 120. The conductive liquid glove is coated with calcium nitrate, calcium chloride, formic acid, glacial acetic acid, methanol, IPA Etc. can be removed.

The temperature at which the conductive gloves are impregnated in the first water tank 131 may take about 15 minutes at about 60 ° C.

The second water tank 132 is a part for impregnating the softening agent with the conductive glove coated with the conductive material in the coating section 120. The second water tank 132 removes residual chemicals not removed from the first water tank 131, Thereby preventing the conductive material coated on each finger from adhering to each other.

The temperature at which the conductive glove is impregnated into the second water tank 132 may take about 15 minutes at about 30 ° C.

The third water tank 133 is a part for impregnating the water repellent agent with the conductive glove coated with the conductive material in the coating section 120. The water repellent agent protects the coated surface of the conductive material so that the antistatic function of the conductive glove can last long. can do.

4, the first water tank 131, the second water tank 132, or the third water tank 133 may further include an ultrasonic device or a bubble device 134, Positive residues can be removed.

The drying unit 200 may dry the conductive glove manufactured by the manufacturing unit 100. As described above, the drying unit 200 can be disposed above the manufacturing unit 100 to efficiently utilize the manufacturing space.

The drying unit 200 may include at least one section including a heater 201 and a blowing duct 202 on the upper side. The first drying section 210, the second drying section 210, A drying section 220 and a third drying section 230.

In addition, each section of the drying section 200 can be controlled to a temperature of about 100 ° C to 120 ° C, and the drying time of the conductive gloves in each section of the drying section 200 is about 20 minutes to 30 minutes The moving speed of the conveyor unit 300, which will be described later, can be controlled.

Here, since the drying unit 200 is disposed in the same place as the manufacturing unit 100 in which various kinds of aqueous solutions are disposed, the temperature rise is restricted due to the presence of the predetermined humidity, and the drying efficiency may be lowered.

Accordingly, the third drying section 230, which is the last section of the drying section 200, may include at least one infrared lamp 231 disposed above the glove 350 to be described later, For example, at least one 500 W infrared lamp 231 having a temperature of about 40 占 폚 may be arranged on the upper side of the glove 350 to be described later.

A series of procedures of the conductive gloves completed through the manufacturing part 100 and the drying part 200 described above can be realized by the movement of the conveyor part 300. [

That is, the conveyor part 300 is disposed inside the manufacturing part 100 and the drying part 200, and conveys the conductive glove made from the endothelium or endothelium from the manufacturing part 100 to the drying part 200 .

The conveyor unit 300 includes a driving source 310, a main roller 320 disposed in the manufacturing unit 100 or the drying unit 200 and rotated by the driving source 310, A plurality of sprockets 330 disposed in the main body 100 and the drying unit 200 and a chain 340 moved between the main roller 320 and the sprocket 330; At least one glove 350 may be included.

The main roller 320 may be coupled to the shaft 360 of the driving motor to rotate in the same direction or may be coupled to the shaft 360 of the driving motor And can be rotated as a gear engaged with the engaged gear.

The sprocket 330 is disposed at a predetermined distance from the main roller 320 and the sprocket 330 disposed in the drying unit 200 among the plurality of sprockets 330 is spaced at least two Or more are arranged at mutually different heights to extend the total travel distance of the conductive gloves, thereby improving the drying efficiency of the conductive gloves.

The conveyor unit 300 includes at least one shaft 360 rotatably disposed at one side or both sides of the chain 340 and having the glove 350 disposed at a free end thereof, And a roller 370 disposed on the manufacturing unit 100 and the drying unit 200 and disposed on the upper surface of the shaft 340 And a guide rail 380 for guiding the angle of the guide rail 380.

As is well known, the structure of the chain 340 is a structure in which a plurality of rollers 370, an inner plate, and an outer plate are coupled by a pin and linked together. The shaft 360 is rotatably connected to the inner plate or the outer plate of the chain 340 so that the shaft 360 is angularly moved so as to impregnate the coagulating solution, the conductive solution, the cleaning solution, the softening agent or the water repellent, can be changed.

Such an angle change of the shaft 360 can be adjusted by the guide rail 380.

Specifically, as shown, the guide rails 380 support the rollers 370 such that the shafts 360 are in a direction generally perpendicular to the sides of the chain 340, but the coagulating solution, the conductive aqueous solution, , The softener or the water repellent agent, the upper side is bent in the lateral direction so that the shaft 360 is pivoted downward by the weight of the glove 350.

In other words, the guide rail 380 may be disposed in the impregnation chamber 121 such that the upper side is bent in the lateral direction so that the glove 350 is guided in the gravity direction and impregnated with the coagulating solution.

The guide rail 380 may be disposed in the coating chamber 123 such that the upper side is bent in the lateral direction so that the glove 350 is guided in the gravity direction and impregnated with the conductive aqueous solution.

The guide rail 380 may be disposed in the first water tank 131 such that the upper surface of the glove 350 is bent in the lateral direction so that the glove 350 is guided in the gravity direction and impregnated with the cleaning liquid.

In addition, the guide rail 380 may be disposed in the second water tank 132 such that the upper surface of the glove 350 is bent in the lateral direction so that the glove 350 is guided in the gravity direction and impregnated with the softener.

The guide rail 380 may be disposed in the third water tank 133 such that the upper surface of the glove 350 is bent in the lateral direction so that the glove 350 is guided in the gravity direction and impregnated with the water repellent agent.

On the other hand, the conveyor unit 300 may be disposed in the glove manufacturing apparatus not only to the coagulating liquid, the conductive aqueous solution, the cleaning liquid, the softening agent or the water repellent, but also some or all of the gloves in other solutions such as rubber liquid.

The driving process of the glove manufacturing apparatus 1 according to the embodiment of the present invention will be described as follows.

Once the driving source 310 is driven, the chain 340 wound around the main roller 320 and the sprockets 330 of the conveyor unit 300 is moved. In this case, the temperature of the cooling water in the temperature control chamber 111 can be controlled.

Thereafter, the endothelium is fitted to the glove 350 manually or automatically in the confinement chamber 112.

The glove 350 is impregnated with the inner skin of the inner wall of the impregnation chamber 121. The position of the glove 350 is changed by the guide rails 380 on which the rollers 370 on the shaft 360 are placed And is bent in the direction of the ground.

Thereafter, the guide rails 380 are bent to their original positions, so that the gloves 350 escape from the coagulating liquid and pass through the first blowing fan 122 to adjust the water content of the inner film.

The glove 350 having the inner skin fitted therein is impregnated with the conductive aqueous solution of the coating chamber 123 and the position of the glove 350 is changed by the guide rail 380 on which the roller 370 on the shaft 360 is placed And is bent in the direction of the ground.

The guide rails 380 are bent into their original positions so that the gloves 350 are removed from the conductive aqueous solution and pass through the second blowing fan 124 and the third blowing fan 125 to uniformize the coated surfaces of the conductive gloves And the coating is cured.

Thereafter, conductive gloves are impregnated into the first water tank 131, and other chemicals such as coagulating liquid can be removed by the cleaning liquid. Such a cleaning liquid may be provided in the form of a bubble, or may include an ultrasonic device in a water tank containing the cleaning liquid, Can be increased.

Thereafter, conductive gloves may be impregnated in the second water tank 132 so that the coating surfaces of the conductive gloves do not stick to each other by the softening agent.

Thereafter, conductive gloves are impregnated into the third water tank 133, and the durability of the conductive glove can be improved by the repellency.

Thereafter, the conductive glove passes through the drying unit 200 to be dried and passes through the final stage. In particular, the conductive glove can be effectively dried by disposing the infrared lamp 231 adjacent to the conductive glove at a predetermined interval.

In short, the glove manufacturing apparatus 1 according to the embodiment of the present invention can quickly manufacture the conductive gloves by a series of processes, and in particular, since the various steps are carried out by the correct time and condition, There is an advantage that a glove can be manufactured.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the invention as defined by the appended claims. Range and its equivalent range.

1: glove manufacturing apparatus 100: manufacturing section
110: preprocessing section 111: temperature control chamber
112: confocal chamber 120: coating section
121: impregnation chamber 122: first blowing fan
123: coating chamber 124: second blowing fan
125: third blower fan 130: post-processing section
131: first tank 132: second tank
133: Third tank 200: Drying unit
201: heater 202: blowing duct
210: first drying section 220: second drying section
230: Third drying section 300: Conveyor section
310: driving source 320: main roller
330: Sprocket 340: Chain
350: Glove 360: Shaft
370: roller 380: guide rail

Claims (18)

A preparation section including a pre-treatment section for preparing an endothelium for coating a conductive material, a coating section for coating a conductive material on the endothelium prepared in the pre-treatment section, and a post-treatment section for curing the conductive material coated on the endothelium;
A drying unit for drying the conductive glove manufactured by the manufacturing unit; And
And a conveyor part disposed in the manufacturing part and the drying part and conveying the conductive glove made from the endothelium or endothelium from the manufacturing part to the drying part,
The post-
A first water tank for impregnating the cleaning liquid with the conductive glove coated with the conductive material in the coating section;
A second water tank for impregnating the softening agent with the conductive glove coated with the conductive material in the coating section; And
And a third water tank for impregnating the water repellent agent with the conductive glove coated with the conductive material in the coating section.
The method according to claim 1,
The conveyor portion
A driving source;
A main roller disposed in the manufacturing section or the drying section and rotated by the driving source;
A plurality of sprockets disposed in the manufacturing and drying units;
A chain moved between the main roller and the sprocket; And
And at least one glove disposed in the chain and fitted with an endothelium.
3. The method of claim 2,
The conveyor portion
At least one shaft rotatably disposed at one side or both sides of the chain and having the glove disposed at a free end thereof;
A roller disposed on an outer circumferential surface of the shaft and rotating; And
And a guide rail disposed in the manufacturing section and the drying section and guiding the angle of the shaft with respect to the chain when the roller is placed on the upper side.
3. The method of claim 2,
The pre-
A temperature control chamber for controlling the temperature of the mold; And
And a concealed chamber for inserting an endothelium into the glove.
5. The method of claim 4,
Wherein the temperature control chamber includes a cold water tank and a cooler, and the cold water tank is controlled to be 40 ° C to 50 ° C with the cooler.
The method of claim 3,
The coating section comprises:
An impregnation chamber for impregnating the inner skin with the coagulating solution; And
And a coating chamber for impregnating a conductive aqueous solution with the inner film impregnated in the coagulating solution.
The method according to claim 6,
The coating section comprises:
At least one first blowing fan disposed between the impregnation chamber and the coating chamber, the at least one blowing fan providing wind to adjust the water content of the inner film impregnated with the coagulating solution;
At least one second blowing fan disposed between the coating chamber and the post-treatment section to provide a wind to uniformly coat the conductive aqueous solution coated in the coating chamber on the endothelium; And
And at least one third blower fan disposed between the second blowing fan and the post-processing section to provide a wind to cure the conductive aqueous solution coated in the coating chamber into the inner film.
8. The method of claim 7,
Wherein the wind speed of the third blowing fan is lower than the wind speed of the first blowing fan and the second blowing fan.
The method according to claim 6,
Wherein the guide rails in the impregnation chamber are arranged such that the upper side is bent in the lateral direction so that the glove is guided in the gravity direction and impregnated with the coagulating liquid.
The method according to claim 6,
Wherein the guide rails in the coating chamber are arranged such that the upper side is bent in the lateral direction so that the glove is guided in the gravity direction and impregnated with the conductive aqueous solution.
The method according to claim 1,
The conveyor portion
A driving source;
A main roller disposed in the manufacturing section or the drying section and rotated by the driving source;
A plurality of sprockets disposed in the manufacturing and drying units;
A chain moved between the main roller and the sprocket;
At least one glove disposed in the chain and fitted with an endothelium;
At least one shaft rotatably disposed at one side or both sides of the chain and having the glove disposed at a free end thereof;
A roller disposed on an outer circumferential surface of the shaft and rotating; And
And a guide rail disposed in the manufacturing section and the drying section and guiding the angle of the shaft with respect to the chain by the roller being placed on the upper side.
12. The method of claim 11,
Wherein the guide rails in the first water tank are arranged such that the upper side is bent in the lateral direction so that the gloves are guided in the gravity direction and impregnated with the cleaning liquid.
12. The method of claim 11,
Wherein the guide rails in the second water tank are arranged such that the upper side is bent in the lateral direction so that the glove is guided in the gravity direction and impregnated with the softening agent.
12. The method of claim 11,
Wherein the guide rails in the third water tank are arranged such that the upper side is bent in the lateral direction so that the glove is guided in the gravity direction and impregnated with the water repellent agent.
The method according to claim 1,
Wherein the drying unit includes at least one section including a heater and a blowing duct on an upper side thereof.
3. The method of claim 2,
Wherein the drying unit includes at least one infrared lamp disposed above the glove at a predetermined distance from the glove.
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