KR102501718B1 - Working gloves and manufacturing methods accordingly - Google Patents

Abstract

The present invention provides work gloves, comprising: an upper cover (100) covering an upper side of a worker's hand; a lower cover (200) connected to the upper cover (100) and surrounding a lower side of the worker's hand; a thumb cover (300) connected to the upper cover (100) and the lower cover (200) and surrounding the worker's thumb; a penetration prevention member (330) disposed on the lower cover (200) and preventing penetration by a knife, nail, or tool; and a thimble member (400) disposed on the upper cover (100) and the lower cover (200), surrounding the worker's fingers, and facilitating manipulation of the worker's fingers. The present invention has the advantage of implementing delicate work by workers.

Description

Working gloves and manufacturing method thereof {WORKING GLOVES AND MANUFACTURING METHODS ACCORDINGLY}

The present invention relates to work gloves capable of preventing safety accidents caused by penetration accidents, electric shocks, burns, and the like, and a manufacturing method thereof.

When working in various industrial sites, workers wear gloves to protect their hands or to prevent contamination of workpieces. These gloves are manufactured using various types of fibers such as leather, cotton, or nylon, depending on the purpose. do.

The safety gloves are used to protect workers' hands during press work or work using rotary bodies such as cutters, grinders, and rotating saws. Because of its low price, it is widely worn by general workers at work sites.

However, while conventional safety gloves are mainly made of fabric, they are comfortable to wear, but have a problem in that it is difficult to protect a worker's hands or fingers from sharp objects at a work site.

Leather gloves with excellent tensile strength are also used, but they are also insufficient to protect the operator's hands from sharp rotating objects such as knives, cutters, or grinders.

In addition, when a plurality of gloves are overlapped or thick gloves are used to protect a worker's hand, there is a problem in that the worker's hand movements are slowed down and work efficiency is lowered.

Republic of Korea Patent Publication 10-2014-0082177 Korean Registered Patent No. 10-1790610 Korean Registered Patent No. 10-1891123

An object of the present invention is to provide work gloves capable of preventing safety accidents caused by penetration accidents, electric shocks, burns, and the like, and a manufacturing method thereof.

An object of the present invention is to provide a working glove for easy manipulation of a worker's fingers and a manufacturing method thereof.

The present invention includes an upper cover 100 covering the upper side of the operator's hand; a lower cover 200 connected to the upper cover 100 and covering the lower part of the operator's hand; a thumb cover 300 connected to the upper cover 100 and the lower cover 200 and covering the operator's thumb; a penetration prevention member 330 disposed on the lower cover 200 and preventing penetration by a knife, nail or tool; Provides a working glove including a thimble member 400 disposed on the upper cover 100 and the lower cover 200, covering the operator's fingers, and facilitating the operator's finger manipulation.

The upper cover 100 includes a back of hand cover 110 covering the back of a worker's hand; A finger upper cover 120 connected to the back of the hand cover 110 and covering upper surfaces of fingers other than the operator's thumb; and a wrist upper cover 130 connected to the back of the hand cover 110 and covering the wrist of the operator, wherein the lower cover 200 includes a palm cover 210 covering the palm of the operator; a finger lower cover 220 connected to the palm cover 210 and covering lower surfaces of fingers other than the operator's thumb; and a wrist lower cover 230 that is connected to the palm cover 210 and surrounds the operator's wrist.

The penetration-preventing member 330 includes a first penetration-preventing portion 340 disposed on the palm cover 210; A second penetration prevention part 350 extending from the first penetration prevention part 340 toward the detecting roller cover 221 side.

The index finger upper cover 121, the middle finger upper cover 122, the ring finger upper cover 123, and the little finger upper cover 124 so that the finger upper cover 120 covers the upper side of each of the four fingers excluding the thumb. Including, so that the finger lower cover 220 covers the lower side of each of the four fingers excluding the thumb, the index lowerer cover 221, the middle lower lower cover 222, the ring lowerer cover 223, and the younger rower It includes a cover 224, and the thimble member 400 includes a first thimble member 410 disposed to surround an outer surface of the thumb cover 300; a second thimble member 420 disposed to surround outer surfaces of the index finger upper cover 121 and the index lower cover 221; and a third thimble member 430 disposed to surround outer surfaces of the middle upper cover 122 and the middle lower cover 222 .

The upper end of the second penetration prevention part 350 extends to the detection rower cover 221, and the detection rower cover 221 and the second thimble member 420 when the direction from the inside to the outside of the glove is referenced. The second thimble member 420, the second penetration prevention part 350, and the detecting roller cover 221 may be integrally sewn and fixed.

The present invention includes a pattern work step (S10) of cutting the upper cover 100, the lower cover 200 and the thumb cover 300, respectively; A sewing step (S20) of sewing each component cut in the pattern work step (S10); Turning over the upper cover 100 and the lower cover 200 sewn in the sewing step (S20) to position the sewing lines inside (S30); a penetration preventing member coupling step (S40) of coupling the penetration preventing member 330 to the outer surface of the lower cover 200 turned over in the flipping step (S30); An overlapping step in which the second thimble member 420 is mounted on the upper cover 100 and the lower cover 200 turned over in the flipping step (S30), and the second penetration-preventing portion 350 is overlapped. (S50); For work including an overlap fixing step (S60) in which the second thimble member 420, the second penetration prevention part 350, and the detection rower cover 221 overlapped in the overlapping step (S50) are integrally sewn and fixed. Provides a method for manufacturing gloves.

The present invention has the advantage of being able to implement delicate work of the operator because the thimble member is disposed to cover the thumb, index finger, and middle finger, respectively, and the thimble member is formed or coated with SBR material.

In the present invention, since the penetration prevention member is formed or coated with NBR material, it has the advantage of being disposed on the lower cover to prevent penetration accidents caused by knives, nails, or tools.

The present invention has the advantage of preventing electric shock or burns through the thimble member made of SBR material.

Since the sewing line is disposed on the inside of the glove, the present invention has the advantage of preventing the safety accident of the operator by preventing the sewing thread from being damaged and preventing the sewing part from opening.

The present invention has the advantage of being able to selectively protrude the guide disposed on the point module, and to perform delicate tasks such as partitioning or dividing objects through the protruding guide without taking off gloves.

1 is a front view of a work glove according to a first embodiment of the present invention;
Figure 2 is a rear view of Figure 1,
3 is a flowchart illustrating a method of manufacturing work gloves according to a first embodiment of the present invention.
4 is a front view of a work glove according to a second embodiment of the present invention;
5 is a side cross-sectional view of the point module shown in FIG. 4;
6 is an enlarged view of a portion of FIG. 4;
FIG. 7 is an exemplary operation diagram of the point module shown in FIG. 4 .
8 is a block diagram schematically showing the technical configuration of a glove customization device according to an embodiment of the present invention.
9 is a block diagram showing the technical configuration of a measurement and order processing device according to an embodiment of the present invention.
10 is a block diagram showing the technical configuration of an order management server according to an embodiment of the present invention.
11 is a block diagram showing the technical configuration of the leather processing apparatus of the present invention.
12 is a flow chart showing the glove measurement method of the present invention.

Advantages and features of the present invention, and methods of achieving them, will become clear with reference to the detailed description of the following embodiments taken in conjunction with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but may be implemented in various different forms, and only these embodiments make the disclosure of the present invention complete, and common knowledge in the art to which the present invention belongs. It is provided to completely inform the person who has the scope of the invention, and the present invention is only defined by the scope of the claims. Like reference numbers designate like elements throughout the specification.

1 is a front view of a work glove according to a first embodiment of the present invention, and FIG. 2 is a rear view of FIG. 1 .

The work glove according to the present embodiment includes an upper cover 100 covering the upper side of a worker's hand, a lower cover 200 connected to the upper cover 100 and covering the lower side of the operator's hand, and the upper cover 100 ) And a thumb cover 300 connected to the lower cover 200 and wrapping the operator's thumb, and a penetration prevention member 330 disposed on the lower cover 200 and preventing penetration by a knife, nail or tool and a thimble member 400 disposed on the upper cover 100 and the lower cover 200, covering the operator's fingers, and facilitating the operator's finger manipulation.

The upper cover 100, the lower cover 200, or the thumb cover 300 may be made of natural leather or synthetic resin. As the natural leather, lambskin with excellent elasticity or cowhide with excellent durability may be used.

The upper cover 100 includes a back of the hand cover 110 covering the back of the operator's hand, a finger upper cover 120 connected to the back of the hand cover 110 and covering the upper side of the fingers other than the operator's thumb, It is connected to the back of the hand cover 110 and may include a wrist upper cover 130 that surrounds the operator's wrist.

In this embodiment, the finger upper cover 120 is integrally manufactured with the back of the hand cover 110. Unlike the present embodiment, the back of the hand cover 110 and the finger upper cover 120 may be manufactured separately and then combined through sewing or bonding.

The finger upper cover 120 includes an index finger upper cover 121, a middle finger upper cover 122, a ring finger upper cover 123, and a little upper cover 124 so that each of the four fingers excluding the thumb can be inserted. .

The wrist upper cover 130 is disposed on the opposite side of the finger upper cover 120 based on the back of the hand cover 110. When the wrist upper cover 130 is unfolded, the development of the truncated cone may also be shaped.

The wrist upper cover 130 has a narrow border width W1 connected to the back of the hand cover 110, and a wider border width W2 at the elbow side of the operator. The boundary connecting the wrist upper cover 130 to the back of the hand cover 110 is referred to as a first boundary 131, and the opposite boundary is defined as a second boundary 132.

In this embodiment, the first boundary 131 may have a wave shape. The first boundary 131 may be located on the wrist of the operator.

By forming the first boundary 131 in a wave shape, wrinkles can be formed naturally, and through this, peeling of the glove can be prevented.

The lower cover 200 includes a palm cover 210 that surrounds the operator's palm, a finger lower cover 220 that is connected to the palm cover 210 and that surrounds the lower surfaces of the fingers other than the operator's thumb, and It is connected to the palm cover 210 and may include a wrist lower cover 230 that surrounds the operator's wrist.

The palm cover 210 is coupled to the back of the hand cover 110 by sewing. The palm cover 210 and the back of the hand cover 110 are sewn from the inside, and the sewing thread is prevented from being exposed to the outside.

The wrist lower cover 230 is coupled to the wrist upper cover 130 by sewing. The wrist lower cover 230 and the wrist upper cover 130 are sewn from the inside, and the sewing thread is prevented from being exposed to the outside.

The endothelium is disposed on the inner surfaces of the upper wrist cover 130 and the lower wrist cover 230 into which the worker's hand is inserted, so that the operator's breathability can be improved.

The finger lower cover 220 includes an index lower lower cover 221, a middle lower lower cover 222, a ring lower lower cover 223, and a younger lower lower cover 224 so that each of the four fingers excluding the thumb can be inserted. .

The detection lower cover 221 may be combined with the detection upper cover 121 . The index lower cover 221 and the index upper cover 121 are sewn from the inside, and the sewing threads are prevented from being exposed to the outside.

Among the seams connecting the index lower cover 221 and the index finger upper cover 121, a seam disposed on the thumb cover 300 side is defined as an inner seam 101. The inner seam 101 may be arranged to extend to the thumb cover 300 .

The middle lower cover 222 may be coupled with the middle upper cover 122 . The middle lower cover 222 and the middle upper cover 122 are sewn from the inside and prevent the sewing threads from being exposed to the outside.

The ring lower cover 223 may be combined with the ring finger upper cover 123 . The ring finger lower cover 223 and the ring finger upper cover 123 are sewn from the inside, and the sewing thread is prevented from being exposed to the outside.

The baby lower cover 224 may be combined with the baby upper cover 124 . The baby lower cover 224 and the baby upper cover 124 are sewn from the inside, and the sewing thread is prevented from being exposed to the outside.

Among the seam lines connecting the baby lower cover 224 and the baby upper cover 124, a seam line disposed on the outside (operator's hand blade side) is defined as an outer seam 102. The outer seam 102 is also a seam for coupling the back of the hand cover 110 and the palm cover 120.

The outer seam 102 may extend to first boundaries 131 and 232 of the upper cover 100 and the lower cover 200 to be described later.

The aforementioned inner seam 101 and outer seam 102 may also be reversed after sewing and positioned on the inner side.

As described above, when the sewing line is located inside, it is possible to prevent the sewing thread from being damaged during operation, and through this, it is possible to prevent the safety accident of the operator by preventing the sewing part from being opened.

The wrist lower cover 230 is disposed on the opposite side of the finger lower cover 220 with respect to the palm cover 210. When the wrist lower cover 230 is unfolded, the development of the truncated cone may also be shaped.

The wrist lower cover 230 may have a shape symmetrical to the wrist upper cover 130 .

A boundary connected to the palm cover 210 in the wrist lower cover 230 is referred to as a first boundary 231, and the opposite boundary is defined as a second boundary 232.

In this embodiment, the first boundary 231 may have a wave shape. The first boundary 231 may be located on the wrist of the operator.

By forming the first boundary 231 in a wave shape, wrinkles can be formed naturally, and through this, peeling of the glove can be prevented.

The first boundary 131 of the upper cover 100 and the first boundary 231 of the lower cover 200 may be continuously connected in a wave shape, and the second boundary 132 of the upper cover 100 and the second boundary 232 of the lower cover 200 may be continuously connected.

The thumb cover 300 can connect the back of the hand cover 110 and the palm cover 210, respectively, and the operator's thumb is inserted. A cushion can be further inserted into the inner skin of the thumb cover 300, and through this, fatigue during work can be reduced.

The thumb cover 300 is located on the side of the inner seam 101 and may come into contact with the inner seam 101 .

The thumb cover 300 may be made of one piece or two pieces of natural leather or synthetic resin.

The thumb cover 300 is connected to the first thumb seam line 301 that is sewn and coupled to the back of the hand cover 110, and the first thumb seam line 301 that is sewn and coupled to the palm cover 210. 2 thumb seams 302, and a third thumb seam 303 connected to the first thumb seam 301 or the second thumb seam 302 and extending in the longitudinal direction of the thumb.

The first thumb seam 301 and the second thumb seam 302 may be formed in an annular or curved shape along the back of the hand cover 110 and the palm cover 210 .

The third thumb seam 303 may be extended and arranged along the shape of the thumb. The third thumb seam 303 is disposed to cross the first thumb seam 301 or the second thumb seam 302 .

The work glove according to this embodiment may further include a penetration preventing member 330 disposed on the palm cover 210 and extending to the index lower cover 221 .

The penetration prevention member 330 may be attached to outer surfaces of the palm cover 210 and the index lower cover 221 .

The penetration prevention member 330 includes a first penetration prevention part 340 disposed on the palm cover 210 and a second penetration prevention part 340 extending from the first penetration prevention part 340 toward the detecting roller cover 221 side. A prevention unit 350 is included.

In this embodiment, the first penetration-preventing portion 340 and the second penetration-preventing portion 350 are integrally manufactured. Unlike the present embodiment, the first penetration prevention part 340 and the second penetration prevention part 350 may be individually manufactured and coupled to the lower cover 200 .

The first penetration prevention part 340 is formed to cover most of the outer surface of the palm cover 210 . At least a part of the second penetration prevention part 350 may be disposed to overlap the detection lowerer cover 221 .

The first penetration-preventing portion 340 includes a first outer border 341 disposed along the outer sewing line 102 and disposed along the second thumb sewing line 302 and the second penetration-preventing portion 350 A first inner border 342 connected to, connecting the first outer border 341 and the first inner border 342, and disposed on the side of the first boundary 231 of the lower cover 200 1 connects the lower border 343, the first outer border 341 and the second penetration prevention part 350, and includes a first upper border 344 disposed on the side of the finger lower cover 220 .

The second penetration prevention part 350 includes a second inner border 352 connected to the first inner border 342 and extending toward the detecting lower cover 221 along the inner sewing line 101, A second outer border 351 connected to the first upper border 344 and extending toward the detecting lower cover 221, the second outer border 351 and the second inner border 352 A second upper border 354 is included.

The first penetration-preventing portion 340 and the second penetration-preventing portion 350 may be made of a textile material.

The first penetration-preventing portion 340 and the second penetration-preventing portion 350 may be made of UHMWPE, and UHMWPE is ultrahigh molecular weight polyethylene.

UHMWPE is a sword-proof fabric material that can protect against sharp metals such as blades, and nitrile-butadiene rubber (NBR) is coated on the surfaces of the first penetration prevention part 340 and the second penetration prevention part 350 of UHMWPE. This can be further placed.

When nitrile butadiene rubber is coated on UHMWPE, it can also prevent penetration of sharp metal such as nails.

In addition, since the first penetration-preventing portion 340 and the second penetration-preventing portion 350 are coated with NBR, there is an anti-slip effect when holding an object.

On the other hand, the thimble member 400 includes a first thimble member 410 that facilitates manipulation of the thumb, a second thimble member 420 that facilitates manipulation of the index finger, and a third thimble member 420 that facilitates manipulation of the middle finger. It includes a thimble member 430.

The first thimble member 410 is disposed to surround the thumb, and is disposed to surround the outer surface of the thumb cover 300 in this embodiment.

The second thimble member 420 is disposed to surround the index finger, and is disposed to surround the outer surfaces of the index finger upper cover 121 and the index lower cover 221 in this embodiment.

The third thimble member 430 is disposed to surround the middle finger, and in the present embodiment is disposed to cover the outer surfaces of the middle middle upper cover 122 and the middle middle lower cover 222 .

In this embodiment, the first thimble member 410, the second thimble member 420, and the third thimble member 430 are made of SBR material.

SBR (Styrene Butadiene Rubber) is a representative synthetic rubber produced by polymerizing styrene monomer and butadiene, and has superior abrasion resistance, aging resistance, heat resistance, and insulation properties to natural rubber.

The first thimble member 410, the second thimble member 420, and the third thimble member 430 made of SBR material prevent electric shock and prevent burns as they are made of a flame retardant material.

In addition, since the first thimble member 410, the second thimble member 420, and the third thimble member 430 are made of SBR material, manipulation is easy and small objects can be easily picked up through frictional force.

After the first thimble member 410 is covered or coated on the outer surface of the thumb cover 300, the lower end of the first thimble member 410 is sewn to the thumb cover 300 so that it can be fixed once more.

After the second thimble member 420 is covered or coated on the outer surfaces of the index finger upper cover 121 and the index rower cover 221, the lower end of the second thimble member 420 is It is sewn with the cover 221 and can be fixed once more.

After the third thimble member 430 is covered or coated on the outer surfaces of the middle upper cover 122 and the middle lower cover 222, the lower end of the third thimble member 430 is It is sewn with the cover 222 and can be fixed once more.

In this embodiment, the second penetration-preventing portion 350 is inserted into the second thimble member 420 and positioned, and the second penetration-preventing portion 350 and the two thimble members 420 overlap. It has a characteristic.

When the second trough member 420 is sewn, the second penetration-preventing portion 350 and the overlapped portion of the two thimble members 420 may be integrally coupled at once.

Based on the direction from the inside to the outside of the glove, the upper end of the second penetration prevention part 350 may be inserted and fixed between the detecting roller cover 221 and the second thimble member 420 .

Specifically, the second thimble member 420, the second penetration prevention part 350, and the detection roller cover 221 may be integrally sewn and fixed.

The upper end of the second penetration prevention part 350 is in close contact with the inner surface of the second thimble member 420, and through this, it is possible to prevent the second thimble member 420 from being separated.

3 is a flowchart illustrating a method of manufacturing work gloves according to a first embodiment of the present invention.

The method of manufacturing work gloves according to this embodiment includes the pattern work step (S10) of cutting each component constituting the upper cover 100, each component constituting the lower cover 200, and the thumb cover 300, respectively. , The sewing step (S20) of sewing each component cut in the pattern work step (S10), and the upper cover (100) and lower cover (200) sewn in the sewing step (S20) are turned over to place the sewing line inside. The flipping step (S30), the penetration preventing member recombination step (S40) in which the penetration preventing member 330 is coupled to the outer surface of the lower cover 200 turned over in the flipping step (S30), and the flipping step (S30 An overlapping step (S50) in which the thimble member 400 is mounted on the upper cover 100 and the lower cover 200 turned over in ), and at least one thimble member and the penetration prevention member are overlapped, and the overlapping step In (S50), an overlap fixing step (S60) of sewing and fixing the overlapped second thimble member 420, the second penetration prevention part 350, and the detection roller cover 221 integrally is included.

In the pattern work step (S10), the back of the hand cover 110, the upper finger cover 120, and the upper cover for the wrist 130 constituting the upper cover 100 may be individually or integrally cut.

In addition, in the pattern work step (S10), the palm cover 210, the finger lower cover 220, and the wrist lower cover 230 constituting the lower cover 200 may be individually or integrally cut.

In addition, the thumb cover 300 may be cut in the pattern work step (S10).

In the sewing step (S20), each pattern of the pattern working step (S10) is sewn in an inverted state.

In the turning step (S30), the upper cover 100, the lower cover 200, and the thumb cover 300, which have been sewn upside down, are turned over.

In the penetration preventing member recombination step (S40), the penetration preventing member 330 is coupled to the palm cover 210 of the lower cover 200 turned over.

In the penetration preventing member recombination step ( S40 ), the upper end of the second penetration preventing portion 350 of the penetration preventing member 330 is positioned on the detection lowerer cover 221 .

In the overlapping step (S50), the thumb cover 300 surrounds the first thimble member 410, and the second thimble member 420 covers the outer surfaces of the index finger upper cover 121 and the index lower row cover 221. The third thimble member 430 is disposed to surround the outer surfaces of the middle upper cover 122 and the middle lower cover 222 .

In the overlap step (S50), the second thimble member 420 may overlap the upper end of the second penetration prevention part 350.

In the overlap fixing step (S60), the overlapped upper end of the second penetration prevention part 350 and the second thimble member 420 are combined by sewing, and through this, the bonding force of the penetration prevention member 330 and the second thimble member 420 can increase

Since the second penetration prevention part 350 is disposed along the inner seam 101, contact occurs most frequently during work, and since the second penetration prevention part 350 is disposed between the thumb and index finger, the operator's hand Friction may occur frequently during operation.

By combining the penetration prevention member 330 and the second thimble member 420, hand manipulation through the thimble member can be easily implemented, and damage to the glove due to friction can be delayed.

4 is a front view of a work glove according to a second embodiment of the present invention, FIG. 5 is a side cross-sectional view of the point module shown in FIG. 4, FIG. 6 is a partially enlarged view of FIG. 4, and FIG. It is an example of the operation of the shown point module.

When wearing work gloves, it is difficult to perform delicate work because the fingertips become dull.

The point module 500 disposed in the work glove according to the present embodiment may selectively protrude the guide 530, and delicate tasks such as dividing or dividing objects through the protruding guide 530 without taking off the glove. can be performed.

In this embodiment, the point module 500 is disposed on the second thimble member 420 surrounding the index finger.

In this embodiment, the point module 500 includes a band 510 integrally disposed on the second thimble member 420, a guide case 520 detachably assembled to the band 510, and the guide case ( 520) a guide 530 stored inside and protruding by sliding to the outside of the guide case 520, and a guide disposed inside the guide case 520 and provided with elastic force to the guide 530 An elastic member 540 for deploying, disposed on the guide case 520, an operating button 550 for operating the elastic member 540, disposed on the bottom surface of the guide case 520, and the band It includes a clip 560 fitted with 510.

The band 510 is disposed on the upper side of the second thimble member 520 and is not exposed to the lower side of the second thimble member 520 . That is, when a worker's index finger grips or grabs an object during work, direct contact between the band 510 and the object is prevented.

The band 510 may connect the edge 422 on one side (left in this embodiment) to the edge 421 on the other side (right in this embodiment) of the second thimble member 420, and to the band 510 as described above. A clip 560 may be fitted.

The clip 560 has a shape in which the front (end of the index finger) is open and the rear (wrist side) is closed. The clip 560 may be bent due to the elasticity of the material, and may be fitted with the band 510 through the bending deformation.

The clip 560 includes a first clip portion 561 coupled to the bottom surface of the guide case 520 and a second clip portion extending in the longitudinal direction along the bottom surface of the guide case 520 and having a free end. 562).

The band 510 may be inserted between the bottom surface of the second clip part 562 and the guide case 520 and fitted together.

The guide case 520 has a space in which the guide 530 and the elastic member 540 are accommodated.

A first button hole 521 and a second button hole 522 are formed on the upper side of the guide case 520 . The first button hole 521 is disposed on the rear side, and the second button hole 522 is disposed on the front side.

An operating button 550 may be inserted into any one of the first button hole 521 and the second button hole 522 so as to engage each other. The operation button 550 may move from the first button hole 521 to the second button hole 522 or from the second button hole 522 to the first button hole 521 .

The operation button 550 is coupled to the guide 530 and operates integrally.

When the operation button 550 is located in the first button hole 521, the elastic member 540 may be compressed and the guide 530 may be accommodated.

When the operation button 550 is located in the second button hole 522, compression of the elastic member 540 may be released and the guide 530 may be deployed forward.

The guide 530 is composed of multiple stages. Unlike the present embodiment, the guide 530 may be configured in one stage. The guide 530 is manufactured with a length protruding forward more than the tip of the index finger.

In this embodiment, the guide 530 includes a first guide 531 and a second guide 532 . The second guide 532 is accommodated inside the first guide 531 , and the first guide 531 is elastically supported by the elastic member 540 .

In this embodiment, the first guide 531 and the second guide 532 are formed in a flat shape to easily divide or partition a plurality of bolts, nuts, screws, and the like. Unlike the present embodiment, the first guide 531 and the second guide 532 may be formed in a pointed shape.

The first guide 531 is disposed inside, and a first guide space 531a extending in the longitudinal direction is formed. The front and rear sides of the first guide 531 are opened respectively.

The elastic member 540 is inserted into the rear of the first guide 531, and the second guide 532 is inserted into the front.

The operating button 550 is coupled to the first guide 531 and can be slid in the forward and backward directions together with the first guide 531 .

The elastic member 540 is accommodated inside the first guide 531, the rear side is supported by the guide case 520, and the front side is supported by the second guide 532.

The second guide 532 may be slid in the forward and backward directions along the first guide 531 by the elastic force of the elastic member 540 .

The second guide 532 is disposed on the front side to form a mutually engaging first engaging portion 533 with the guide case 520 or the second guide 532, and is disposed on the rear side to form the first guide ( 531) and a second hooking portion 534 that engages with each other and supports the elastic member 540.

The first hooking part 533 is disposed on the front side, and the second hooking part 534 is disposed on the rear side.

The first hooking portion 533 is thicker than the second guide 532 to prevent being inserted into the first guide space 531a.

Since the first hooking part 533 engages with the first guide 531, the second guide 532 is inserted into the first guide space 531a through the operator's operating force, and then the first guide 531 ) and the second guide 532 can be inserted into the guide case 520 at once.

The second hooking part 534 is disposed inside the first guide space 531a and engages with the front end of the first guide 531 when moving forward.

The second locking portion 534 engages with the locking protrusion 535 protruding inward from the inner surface of the first guide 531 .

On the opposite side of the locking protrusion 535, an avoidance groove 536 for avoiding and starting the second locking part 534 is formed. For example, when the protrusion 535 is disposed above the first guide space 531a, the avoidance groove 536 is formed below the first guide space 531a.

An interval between the locking protrusion 535 and the avoidance groove 536 may be longer than the vertical height of the second locking portion 534 .

When the second guide 532 moves backward, the second locking portion 534 and the locking protrusion 535 engage each other in the forward and backward directions.

When the operation button 550 is pressed downward, the second locking part 534 moves to the avoidance groove 536 by the impact transmitted to the operation button 550, and mutual engagement with the locking protrusion 535 can be released. there is.

The front end of the elastic member 540 is supported by the second hanging portion 534 . The elastic member 540 may be disposed in the first guide space 531a.

The operation button 550 has a button engaging portion 551 formed at the front end and a button chamfer 552 formed at the rear end.

The button engaging portion 551 may form mutually engaging front ends of the first button hole 521 and the second button hole 522 . The button chamfer 552 may avoid or alleviate mutual jamming with the rear end of the second button hole 522 when the operation button 550 is moved to the rear side.

Button engaging portion 551 is formed vertically on the upper side.

The button chamfer 552 is inclined from the upper side toward the rear side.

In order to improve the ease of operation of the operation button 550, a sub-chamfer 553 or round may be further formed at the upper end of the button engaging portion 551.

The sub-chamfer 553 may be inclined in an opposite direction to the button chamfer 552 .

When the operation button 550 is moved from the first button hole 521 to the second button hole 552, the sub-chamfer 553 facilitates interlocking between the operation button 550 and the first button hole 521. release it

The inclination angle of the button chamber 552 may be formed to be more inclined in the vertical direction than the inclination angle of the sub-chamfer 553 . The area of the button chamber 552 may be formed wider than the area of the sub-chamfer 553 .

Referring to FIG. 5 , when the operator presses the operation button 550 in a state where both the first guide 531 and the second guide 532 are stored, the operation button 550 is passed through the first button hole 521. It is inserted into the guide case 520, and mutual engagement between the button locking portion 551 and the first button hole 521 is released.

At this time, the first guide 531 and the second guide 532 supported by the elastic member 540 are deployed while moving forward, and by the forward movement of the first guide 531, the operation button 550 is moved to the second guide 531. It is inserted into the button hole 521 to form mutual engagement, and the second guide 532 maintains an elastically supported state through the elastic member 540 .

Through such an operation, it can be formed as shown in FIG. 6 .

Then, when it is desired to accommodate the first guide 531 and the second guide 532, the operator pushes the first hooking part 533 backward to move it, and in this process, the second guide 532 moves the first guide ( 531) After being stored inside, the stored first guide 531 and the second guide 532 are simultaneously stored inside the guide case 520.

At this time, the operation button 550 can be easily moved backward through the inclined surface of the button chamfer 552 and moved to the first button hole 521, and mutually engages with the first button hole 521. can

In addition, the operation button 550 forms a mutual engagement with the second engaging portion 534 of the second guide 532 in the forward and backward directions so that the first guide 531 and the second guide 532 are maintained in an accommodated state. can

In this way, the first guide 531 and the second guide 532 may protrude forward through the operation of the operator pressing the operation button 550 according to the present embodiment, and the protruding first guide 531 and The second guide 532 may be pushed backward to be accommodated in the guide case 520 again.

Therefore, when delicate work is required, the operator can perform delicate work by protruding the first guide 531 and the second guide 532 without taking off work gloves, and even after performing delicate work, without taking off work gloves. The first guide 531 and the second guide 532 may be accommodated again.

Other configurations are similar to those of the first embodiment, so detailed descriptions are omitted.

Hereinafter, an example of a glove customization device for manufacturing the above-described work gloves in a custom-made manner will be described.

8 is a block diagram schematically showing the technical configuration of a glove customization device according to an embodiment of the present invention.

As shown, the present invention provides a scanning device 1000 for scanning a part of the customer's body, a measurement target, a measurement and order processing device 2000 for controlling the scanning device and placing an order for gloves, and a control system for ordering gloves. It includes an order management server 3000 that collects and manages information and instructs glove production, and a leather processing device 4000 that actually manufactures gloves according to order contents.

In detail, the scanning device 1000 is a human body scanner device that is connected to the measurement and order processing device 2000 through a local or local network and scans the body of a measurement subject under the control of the measurement and order processing device 2000. It is preferable to apply a relatively inexpensive 2D scanner to such a scanning device 1000 rather than an expensive 3D scanner.

The measuring and order processing device 2000 is a computer device that controls the scanning device 1000 to obtain appropriate scan results, generates order information, and requests the order management server 3000 to order the corresponding gloves. These functions may be performed by a client program installed in the measurement and order processing device 2000, and this client program may be composed of one or more modules. A more detailed description of the measurement and order processing device 2000 will be described later.

The above-described scanning device 1000 and measurement and order processing device 2000 are provided in one or more branch offices located in each region, scan the human body of a subject to be measured, provide scan results to the order management server 3000, and order Request gloves production according to the information.

The order management server 3000 is connected to the measurement and order processing device 2000 through the information communication network to process the overall procedure for ordering gloves, and requests the leather processing device 4000 installed in the glove production factory to manufacture gloves. It is a server device. In order to smoothly perform the above-mentioned functions, the order management server 3000 is equipped with a high-end microprocessor and a large-capacity data storage space so that it can process requests from a number of measurement and order processing devices 2000 without delay. desirable.

The leather processing device 4000 is a production device that pre-processes leather in response to order information and cuts and sews the pre-treated leather fabric to produce actual gloves.

According to this configuration, the glove customization device of the present invention produces and provides a glove suitable for the body of the subject to be measured.

Hereinafter, a more detailed technical configuration of each component constituting the glove customization device of the present invention will be described with reference to the drawings.

9 is a block diagram showing the technical configuration of a measurement and order processing device according to an embodiment of the present invention.

As shown, the measurement and order processing device 2000 of the present invention includes an interface module 2100 for receiving order information from a customer, and a scan information processing module for generating scan results by controlling the scan device ( 2200), a customer information management module 2500 for managing customer information, an order placing module 2600 for processing glove order procedures, a communication module 2700 for communicating with an order management server, and an order It includes a database 2900 for storing information about details.

In detail, the interface module 2100 provides a graphic user interface (GUI) for easily performing a scanning procedure and an ordering procedure to a person subject to measurement or an orderer. In general, a measurement target is a customer, and an orderer may be an employee who works at a branch office and operates a measurement and order processing device, or may be the same person. The GUI described above preferably has a window form that is widely familiar to the general public so that a general measurement subject or orderer can easily proceed with an ordering procedure without trial and error, and will be described in detail with reference to an example.

The scan information processing module 2200 controls a scan device to normally scan a human body, ie, a hand, of a subject to be measured, and performs a function of generating scan information according to a scan result. In detail, the scan information processing module 2200 scans the bottom part of the hand according to the manipulation of the measurement target when the location, shape, etc. of the measurement target's hand on the scanning device is properly placed during the scanning procedure, and thereby Create a corresponding image. The generated image is displayed through a display means so that the subject of measurement can check it with the naked eye. In addition, the scan information processing module 2200 performs automatic measurement from the generated image and generates scan information of the subject to be measured. In detail, the scan information is numerical data that can specify the shape of the hand of the subject to be measured, and can be displayed as a feature point at a predetermined position on the outline of the hand and a value of a path connecting the feature point. It will be described in detail later with reference to the related drawings.

The customer information management module 2500 is a module that manages customer information of a subject to be measured for ordering gloves. It is preferable that the customer information managed through this includes at least customer name, contact information, existing size, and gender information.

The order placing module 2600 is a module that performs a glove order placing procedure according to the orderer's operation. In detail, the order placing module 2600 displays overall order details for glove production according to the scan information generated by the scan information processing module 2200 and the customer information generated by the customer information management module 2500. Creates order information including It is preferable to include at least the store name, seller name, scanning date and time, fabric color, and remarks in the above order information. In addition, the order placing module 2600 transmits the generated order information to the order management server through the communication module 2700.

The communication module 2700 is a module that performs a function of connecting the measurement and order processing device 2000 and the order management server 3000 through an information communication network.

The database 2900 performs a function of storing order information generated by the order placing module 2600 .

According to the technical configuration described above, the measurement and order processing device 2000 scans the customer's hand and reports the glove production to the order management server, and the order management server that receives the result manages the overall procedure for ordering gloves. The technical configuration of the order management server will be described with reference to the following drawings.

10 is a block diagram showing the technical configuration of an order management server according to an embodiment of the present invention.

As shown, the order management server 3000 of the present invention includes a communication module 3100 for communicating with the measurement and order processing device 2000, and a pattern generating device for generating patterns of gloves to be manufactured in response to order information ( 3300), an order management module 350 for managing production order procedures, and a database 3900 for storing order-related information.

In detail, the communication module 110 is a module that is connected to an information communication network and transmits and receives information to and from a measurement and order processing module and a leather processing device. In particular, the communication module 110 receives order information from the measurement and order processing module, and performs a function of providing pattern information to the leather processing device.

The pattern generating device 3300 generates pattern information for processing leather according to scan information included in the transmitted order information. The scan information is data about actual scanned dimensions that have not undergone a separate data processing process, and is data that does not take into account parts that are not measured by the two-dimensional scan method, such as the thickness of a hand. In addition, such scan information does not consider deformation of the glove shape due to hand movements such as finger bending when wearing the finished glove. Therefore, it is possible to know only the shape of the outline of the hand on a two-dimensional plane using only the scan information, and it is not easy to manufacture a glove only with this data. The pattern generating device 360 is a module that performs a function for supplementing the above, and generates pattern information by correcting scan information. In order to generate such pattern information, the pattern generation module 3300 includes a feature point processing unit 3310, a leather information processing unit 3350, and a pattern generation device 3370, and a detailed description of the process of generating pattern information through them. is to be described later.

The order management module 350 performs a function of managing an order according to details of a glove order included in the transmitted order information. In detail, the order information includes information on the branch where the order was placed and customer information, which is information on the person to be measured, and the order management module 350 manages the person in charge of the branch, location, and performance for the order, , It also manages customer's previous and current purchase information and size information. Such information is stored in the database 3900 by the branch management unit 3530 and the customer management unit 3560, respectively.

According to the technical configuration described above, the order management server 3000 manages the overall procedure for ordering gloves, and in particular, generates pattern information for leather processing and provides it to the leather processing device. The technical configuration of the leather processing apparatus will be described with reference to the following drawings.

11 is a block diagram showing the technical configuration of the leather processing apparatus of the present invention.

As shown, the leather processing device 4000 includes a leather pre-processing device 420 for changing the characteristics of leather before leather cutting, a leather cutting device 440 for cutting actual pre-processed leather according to pattern information, and cutting It includes a sewing device 460 for making gloves by sewing the finished leather.

The leather pretreatment device 420 is a device that performs a procedure for changing the initial characteristics of leather fabric before cutting. In general, when a predetermined external force is applied to the leather fabric, it is stretched to some extent from its original size due to the elasticity of the leather fabric, and when the external force disappears, it is restored to its original shape. When a glove is manufactured in a state in which appropriate stress is applied to the leather fabric in consideration of these physical characteristics, the finished glove is reduced to a predetermined size by elasticity when worn, and comes into close contact with the wearer's hand. The leather pretreatment device 420 is for applying the above-described characteristics, and is for applying pre-stress to the leather fabric before cutting. Here, the stress applied to the leather fabric may be implemented by pulling with a force of an appropriate size in an outward direction from the center of the leather fabric. The pattern information includes material information, which is data on the type of leather fabric and elastic modulus. The leather preprocessing device 420 prepares to process the corresponding leather fabric according to the above-described material information, and applies pre-stress.

The leather cutting device 440 is a device that performs a procedure of cutting the pre-stressed leather fabric in response to pattern information. The leather cutting device 440 may be a multi-row cutting machine or a knife cutting machine, but is preferably a laser cutting machine.

The sewing device 460 is a device that sews the cut leather to complete the glove, and performs a function of sewing the cut leather according to a set alignment.

According to the technical configuration described above, the leather processing apparatus 4000 completes a glove suitable for a subject to be measured through an automated procedure.

Hereinafter, a custom manufacturing method for gloves according to a preferred embodiment of the present invention will be described with reference to the drawings.

In the following description, for convenience of description, reference numerals of the drawings shown in FIGS. 8 to 11 will be described together.

12 is a flow chart showing the glove measurement method of the present invention. The glove measurement method is a step performed by the measurement and order processing device 2000 installed in each branch. Control.

In detail, step S510 is a step in which the customer management module 2600 receives customer information of a customer to be measured. The customer information preferably includes at least customer name, contact information, existing size, and gender, and an example thereof will be described later with reference to the drawings.

Step S520 is a step in which the scan information processing module 2200 scans the measurement subject's hand, and the scan information processing module 2200 provides the alignment state of the hand through an image using a camera so that the measurement subject can see his/her hand. It can be supported to scan more accurately, and such an example will be described later with reference to the drawings.

Step S525 is a step in which the scan information processing module 2200 provides an imaged scan result to a measurement subject to ask whether or not to re-scan before generating the scan information. The measurement target may request re-scanning to the measurement and order processing device 2000 when the scan result is unclear or the alignment is out of alignment.

Step S530 is a step in which the scan information processing module 2200 generates scan information according to the scan result. Here, the above-described scan information is numerical data for a minimum element to specify the shape of the hand of a subject to be measured, and the scan information processing module 2000 performs automatic measurement from the generated image. At this time, the data required as scan information includes at least the length values of all fingers of the subject to be measured, the upper and lower width values of all fingers, the length values between the thumb and index finger and between the thumb and wrist, and the width values of the hand and palm of the subject to be measured it is desirable

In order to measure the above-mentioned parts of the hand, the scan information processing module 2000 first maps a plurality of points along the outline of the hand at predetermined intervals, and calculates the length and width of each part of the hand among the mapped points. designate a measurement feature point at an appropriate location that can be measured. Thereafter, the scan information processing module 2000 connects designated measurement feature points and calculates a value of the length, thereby generating scan information as data of length and width values for each part of the hand. The calculation process of this scan information will be described later with reference to related drawings.

Step S540 is a step in which the ordering module 2500 generates and stores order information corresponding to the above-described customer information and scan information. The order information preferably includes at least the store name, seller name, scan date, fabric color, and remarks, and the order placement module 2500 generates such order information and stores it in the database.

Step S550 is a step in which the communication module 2700 transmits order information to the order management server 3000 through an information communication network.

According to these steps, the measuring and ordering device 2000 scans the customer's body and transmits it to the order management server 3000, and the order management server 3000 performs the overall ordering process.

Those skilled in the art to which the present invention pertains will understand that the present invention can be embodied in other specific forms without changing its technical spirit or essential features. Therefore, the embodiments described above should be understood as illustrative in all respects and not limiting. The scope of the present invention is indicated by the claims to be described later rather than the detailed description above, and all changes or modifications derived from the meaning and scope of the claims and equivalent concepts thereof are included in the scope of the present invention. should be interpreted

100: upper cover 110: back of hand cover
120: finger upper cover 130: wrist upper cover
200: lower cover 210: palm cover
220: Pinker lower cover 230: Wrist lower cover
300: thumb cover 400: thimble member
410: first thimble member 420: second thimble member
430: third thimble member 1000: scanning device
2000: layer and order processing unit 3000: order management server
4000: leather processing device

Claims (8)

A work glove that supports delicate work by having a point module 500 that provides a protruding guide,
An upper cover 100 covering the upper side of the operator's hand;
a lower cover 200 connected to the upper cover 100 and covering the lower part of the operator's hand;
a thumb cover 300 connected to the upper cover 100 and the lower cover 200 and covering the operator's thumb;
a penetration prevention member 330 disposed on the lower cover 200 and preventing penetration by a knife, nail or tool;
a thimble member 400 disposed on the upper cover 100 and the lower cover 200 to surround a worker's fingers and facilitate manipulation of the worker's fingers; and
A point module 500 coupled to the thimble member 400 to provide a protruding guide 530; includes,
The upper cover 100,
The back of the hand cover 110 that surrounds the back of the operator's hand;
A finger upper cover 120 connected to the back of the hand cover 110 and covering upper surfaces of fingers other than the operator's thumb; and
A wrist upper cover 130 connected to the back of the hand cover 110 and surrounding the wrist of the operator; includes,
The lower cover 200,
Palm cover 210 that surrounds the operator's palm;
a finger lower cover 220 connected to the palm cover 210 and covering lower surfaces of fingers other than the operator's thumb; and
A wrist lower cover 230 that is connected to the palm cover 210 and wraps around the operator's wrist,
The index finger upper cover 121, the middle finger upper cover 122, the ring finger upper cover 123, and the little finger upper cover 124 so that the finger upper cover 120 covers the upper side of each of the four fingers excluding the thumb. including,
The index lowerer cover 221, the middle lowerer cover 222, the lowerer lowerer cover 223, and the lower lowerer cover 224 so that the finger lowerer cover 220 covers the lower side of each of the four fingers excluding the thumb. including,
The thimble member 400 includes a first thimble member 410 disposed to surround the outer surface of the thumb cover 300;
a second thimble member 420 disposed to cover outer surfaces of the index finger upper cover 121 and the index lower cover 221; and
A third thimble member 430 disposed to surround the outer surfaces of the middle upper cover 122 and the middle lower cover 222,
The point module 500,
a band 510 integrally disposed with the second thimble member 420;
A guide case 520 detachably assembled to the band 510;
a guide 530 accommodated inside the guide case 520 and protruding by sliding to the outside of the guide case 520;
an elastic member 540 disposed inside the guide case 520 and providing an elastic force to the guide 530 to unfold the stored guide;
an operating button 550 disposed on the guide case 520 and operating the elastic member 540; and
It is disposed on the bottom surface of the guide case 520 and includes a clip 560 fitted with the band 510,
A first button hole 521 and a second button hole 522 are formed on the upper side of the guide case 520, and either one of the first button hole 521 and the second button hole 522 is formed. The operation button 550 is inserted to form mutual interlocking,
When the operation button 550 is located in the first button hole 521, the elastic member 540 is compressed and the guide 530 is accommodated in the guide case 520,
When the operating button 550 is located in the second button hole 522, the compression of the elastic member 540 is released and the guide 530 is deployed forward.
The guide 530 includes a first guide 531 elastically supported by the elastic member 540 inside the guide case 520 and the elastic member ( 540) to include a second guide 532 sliding along the first guide 531 by the elastic force,
The second guide 532 may include a first engaging portion 533 forming mutually engaging the guide case 520 at the front of the guide case 520; And a second engaging portion 534 forming mutually engaging protrusions 535 protruding from the inside of the guide case 520 to the inside of the first guide 531;
A work glove in which an avoidance groove 536 is formed on the opposite side of the protrusion 535 on the inside of the first guide 531.
delete The method of claim 1,
The penetration prevention member 330,
a first penetration prevention part 340 disposed on the palm cover 210;
A work glove comprising: a second penetration prevention part 350 extending from the first penetration prevention part 340 toward the detecting roller cover 221 side.
delete The method of claim 3,
The upper end of the second anti-penetration part 350 extends to the detecting rower cover 221, and the detecting lowerer cover 221 and the second thimble member 420 when based on the direction from the inside to the outside of the glove placed between them,
A work glove in which the second thimble member 420, the second penetration prevention part 350, and the detecting roller cover 221 are integrally sewn and fixed.
In the method of manufacturing a work glove supporting delicate work by having a point module 500 providing a protruding guide,
a pattern operation step (S10) of cutting the upper cover 100, the lower cover 200, and the thumb cover 300, respectively;
A sewing step (S20) of sewing each component cut in the pattern work step (S10);
Turning over the upper cover 100 and the lower cover 200 sewn in the sewing step (S20) to position the sewing lines inside (S30);
a penetration-preventing member recombination step (S40) of coupling the penetration-prevention member 330 to the outer surface of the lower cover 200 turned over in the flipping step (S30);
Overlap step of mounting the second thimble member 420 on the upper cover 100 and the lower cover 200 turned over in the flipping step (S30), and disposing at least a portion of the penetration prevention member 330 to overlap (S50); and
An overlap fixing step (S60) of integrally sewing and fixing the second thimble member 420, at least a portion of the penetration prevention member 330, and the index roller cover 221 overlapped in the overlapping step (S50). but
The work glove,
The upper cover 100 that surrounds the upper side of the operator's hand;
The lower cover 200 connected to the upper cover 100 and covering the lower part of the operator's hand;
the thumb cover 300 connected to the upper cover 100 and the lower cover 200 and covering the operator's thumb;
the penetration preventing member 330 disposed on the lower cover 200 and preventing penetration by a knife, nail or tool;
a thimble member 400 disposed on the upper cover 100 and the lower cover 200 to surround a worker's fingers and facilitate manipulation of the worker's fingers; and
A point module 500 coupled to the thimble member 400 to provide a protruding guide 530; includes,
The upper cover 100,
The back of the hand cover 110 that surrounds the back of the operator's hand;
A finger upper cover 120 connected to the back of the hand cover 110 and covering upper surfaces of fingers other than the operator's thumb; and
A wrist upper cover 130 connected to the back of the hand cover 110 and surrounding the wrist of the operator; includes,
The lower cover 200,
Palm cover 210 that surrounds the operator's palm;
a finger lower cover 220 connected to the palm cover 210 and covering lower surfaces of fingers other than the operator's thumb; and
A wrist lower cover 230 that is connected to the palm cover 210 and wraps around the operator's wrist,
The index finger upper cover 121, the middle finger upper cover 122, the ring finger upper cover 123, and the little finger upper cover 124 so that the finger upper cover 120 covers the upper side of each of the four fingers excluding the thumb. including,
The index lowerer cover 221, the middle lowerer cover 222, the lowerer lowerer cover 223, and the lower lowerer cover 224 so that the finger lowerer cover 220 covers the lower side of each of the four fingers excluding the thumb. including,
The thimble member 400 includes a first thimble member 410 disposed to surround the outer surface of the thumb cover 300;
a second thimble member 420 disposed to cover outer surfaces of the index finger upper cover 121 and the index lower cover 221; and
A third thimble member 430 disposed to surround the outer surfaces of the middle upper cover 122 and the middle lower cover 222,
The point module 500,
a band 510 integrally disposed with the second thimble member 420;
A guide case 520 detachably assembled to the band 510;
a guide 530 accommodated inside the guide case 520 and protruding by sliding to the outside of the guide case 520;
an elastic member 540 disposed inside the guide case 520 and providing an elastic force to the guide 530 to unfold the stored guide;
an operating button 550 disposed on the guide case 520 and operating the elastic member 540; and
It is disposed on the bottom surface of the guide case 520 and includes a clip 560 fitted with the band 510,
A first button hole 521 and a second button hole 522 are formed on the upper side of the guide case 520, and either one of the first button hole 521 and the second button hole 522 is formed. The operation button 550 is inserted to form mutual interlocking,
When the operation button 550 is located in the first button hole 521, the elastic member 540 is compressed and the guide 530 is accommodated in the guide case 520,
When the operating button 550 is located in the second button hole 522, the compression of the elastic member 540 is released and the guide 530 is deployed forward.
The guide 530 includes a first guide 531 elastically supported by the elastic member 540 inside the guide case 520 and the elastic member ( 540) to include a second guide 532 sliding along the first guide 531 by the elastic force,
The second guide 532 may include a first engaging portion 533 forming mutually engaging the guide case 520 at the front of the guide case 520; And a second engaging portion 534 forming mutually engaging protrusions 535 protruding from the inside of the guide case 520 to the inside of the first guide 531;
The method of manufacturing work gloves, wherein an avoidance groove 536 is formed on the opposite side of the locking protrusion 535 on the inside of the first guide 531.
As a point module 500 coupled to the work glove to provide a protruding guide 530,
a band 510 integrally disposed on the second thimble member 420 of the work glove;
A guide case 520 detachably assembled to the band 510;
a guide 530 accommodated inside the guide case 520 and protruding by sliding to the outside of the guide case 520;
an elastic member 540 disposed inside the guide case 520 and providing an elastic force to the guide 530 to unfold the stored guide;
an operating button 550 disposed on the guide case 520 and operating the elastic member 540; and
It is disposed on the lower surface of the guide case 520 and includes a clip 560 fitted with the band 510,
The work glove,
An upper cover 100 covering the upper side of the operator's hand;
a lower cover 200 connected to the upper cover 100 and covering the lower part of the operator's hand;
a thumb cover 300 connected to the upper cover 100 and the lower cover 200 and covering a thumb of an operator;
a penetration prevention member 330 disposed on the lower cover 200 and preventing penetration by a knife, nail or tool; and
A thimble member 400 disposed on the upper cover 100 and the lower cover 200, covering the operator's fingers, and facilitating the operator's finger manipulation; includes,
The upper cover 100,
The back of the hand cover 110 that surrounds the back of the operator's hand;
A finger upper cover 120 connected to the back of the hand cover 110 and covering upper surfaces of fingers other than the operator's thumb; and
A wrist upper cover 130 connected to the back of the hand cover 110 and surrounding the wrist of the operator; includes,
The lower cover 200,
Palm cover 210 that surrounds the operator's palm;
a finger lower cover 220 connected to the palm cover 210 and covering lower surfaces of fingers other than the operator's thumb; and
A wrist lower cover 230 that is connected to the palm cover 210 and wraps around the operator's wrist,
The index finger upper cover 121, the middle finger upper cover 122, the ring finger upper cover 123, and the little finger upper cover 124 so that the finger upper cover 120 covers the upper side of each of the four fingers excluding the thumb. including,
The index lowerer cover 221, the middle lowerer cover 222, the lowerer lowerer cover 223, and the lower lowerer cover 224 so that the finger lowerer cover 220 covers the lower side of each of the four fingers excluding the thumb. Including,
The thimble member 400 includes a first thimble member 410 disposed to surround the outer surface of the thumb cover 300;
a second thimble member 420 disposed to cover outer surfaces of the index finger upper cover 121 and the index lower cover 221; and
A third thimble member 430 disposed to surround the outer surfaces of the middle upper cover 122 and the middle lower cover 222,
A first button hole 521 and a second button hole 522 are formed on the upper side of the guide case 520, and either one of the first button hole 521 and the second button hole 522 is formed. The operation button 550 is inserted to form mutual interlocking,
When the operation button 550 is located in the first button hole 521, the elastic member 540 is compressed and the guide 530 is accommodated in the guide case 520,
When the operating button 550 is located in the second button hole 522, the compression of the elastic member 540 is released and the guide 530 is deployed forward.
The guide 530 includes a first guide 531 elastically supported by the elastic member 540 inside the guide case 520 and the elastic member ( 540) to include a second guide 532 sliding along the first guide 531 by the elastic force,
The second guide 532 may include a first engaging portion 533 forming mutually engaging the guide case 520 at the front of the guide case 520; And a second engaging portion 534 forming mutually engaging protrusions 535 protruding from the inside of the guide case 520 to the inside of the first guide 531;
An avoidance groove 536 is formed on the opposite side of the protrusion 535 on the inside of the first guide 531, the point module.
As a method of operating the point module 500 coupled to the work glove to provide a protruding guide 530,
As the operator presses the operation button 550 built into the point module 500, the operation button 550 is inserted into the guide case 520 through the first button hole 521, and the operation button Mutually engaging between the button engaging portion 551 formed in 550 and the first button hole 521 is released;
deploying the first guide 531 and the second guide 532 included in the guide 530 supported by the elastic member 540 while moving forward; and
By the forward movement of the first guide 531, the operation button 550 is inserted into the second button hole 522 to form mutual engagement, and the second guide 532 passes through the elastic member 540. Including maintaining the elastically supported state,
The point module 500,
a band 510 integrally disposed on the second thimble member 420 of the work glove;
A guide case 520 detachably assembled to the band 510;
a guide 530 accommodated inside the guide case 520 and protruding by sliding to the outside of the guide case 520;
an elastic member 540 disposed inside the guide case 520 and providing an elastic force to the guide 530 to unfold the stored guide;
an operating button 550 disposed on the guide case 520 and operating the elastic member 540; and
It is disposed on the bottom surface of the guide case 520 and includes a clip 560 fitted with the band 510,
The work glove,
An upper cover 100 covering the upper side of the operator's hand;
a lower cover 200 connected to the upper cover 100 and covering the lower part of the operator's hand;
a thumb cover 300 connected to the upper cover 100 and the lower cover 200 and covering a thumb of an operator;
a penetration prevention member 330 disposed on the lower cover 200 and preventing penetration by a knife, nail or tool; and
A thimble member 400 disposed on the upper cover 100 and the lower cover 200, covering the operator's fingers, and facilitating the operator's finger manipulation; includes,
The upper cover 100,
The back of the hand cover 110 that surrounds the back of the operator's hand;
A finger upper cover 120 connected to the back of the hand cover 110 and covering upper surfaces of fingers other than the operator's thumb; and
A wrist upper cover 130 connected to the back of the hand cover 110 and surrounding the wrist of the operator; includes,
The lower cover 200,
Palm cover 210 that surrounds the operator's palm;
a finger lower cover 220 connected to the palm cover 210 and covering lower surfaces of fingers other than the operator's thumb; and
A wrist lower cover 230 that is connected to the palm cover 210 and wraps around the operator's wrist,
The index finger upper cover 121, the middle finger upper cover 122, the ring finger upper cover 123, and the little finger upper cover 124 so that the finger upper cover 120 covers the upper side of each of the four fingers excluding the thumb. including,
The index lowerer cover 221, the middle lowerer cover 222, the lowerer lowerer cover 223, and the lower lowerer cover 224 so that the finger lowerer cover 220 covers the lower side of each of the four fingers excluding the thumb. including,
The thimble member 400 includes a first thimble member 410 disposed to surround the outer surface of the thumb cover 300;
a second thimble member 420 disposed to cover outer surfaces of the index finger upper cover 121 and the index lower cover 221; and
A third thimble member 430 disposed to surround the outer surfaces of the middle upper cover 122 and the middle lower cover 222,
The first button hole 521 and the second button hole 522 are formed on the upper side of the guide case 520, and either one of the first button hole 521 and the second button hole 522 is formed. The operation button 550 is inserted to form mutual interlocking,
When the operation button 550 is located in the first button hole 521, the elastic member 540 is compressed and the guide 530 is accommodated in the guide case 520,
When the operating button 550 is located in the second button hole 522, the compression of the elastic member 540 is released and the guide 530 is deployed forward.
The guide 530 is accommodated inside the first guide 531 elastically supported by the elastic member 540 inside the guide case 520 and the first guide 531, and the elastic member Including the second guide 532 sliding along the first guide 531 by the elastic force of 540,
The second guide 532 may include a first engaging portion 533 forming mutually engaging the guide case 520 at the front of the guide case 520; And a second engaging portion 534 forming mutually engaging protrusions 535 protruding from the inside of the guide case 520 to the inside of the first guide 531;
A method of operating the point module 500 in which an avoidance groove 536 is formed on the opposite side of the protrusion 535 on the inside of the first guide 531.

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