KR100445397B1 - The five finger working gloves assured space between fingers - Google Patents

Abstract

The present invention relates to a backcountry work glove having a space between the fingers, and more particularly, to form a work glove worn for the protection of the hand at a dangerous work site for catching or moving a high temperature or a sharp metal, etc. By cutting the finger blood that has moved one or more cutting points between each finger and sewing it on the top of the palm blood to recreate the suture point formed on the back of the glove, one or all of them toward the first node of each back finger. The present invention relates to a backcountry work glove having a space between the fingers, which eliminates bleeding between the dorsal fingers and secures a space between the fingers, thereby reducing hand fatigue and making hand movements more natural.

According to the present invention, the palm blood 100 and the thumb hole (1) formed in the lower side of the rectangle; A finger stopper (2), a finger stop (3), a finger pad (4), and a finger holder (5) are integrally formed and are sutured to an upper end of the palm stem (100); Back surface (6), back surface stop (7), back surface cotton (8), the back surface holder (9) is integrally formed and the hand back skin 300 is sealed to the palm blood 100 and the finger blood 200 upper surface and ; Thumb 400 is sealed to the thumb hole (1) of the palm blood (100); And a cowl 500 sewn to the bottom of the palm bleed 100 and the back of the hand 300, in a conventional glove having an opening for hand insertion, the inside being cut into various shapes of a rhombus, Cut point (a) between fingertip fingertips (2) and fingertip stops (3), cutpoint (b) between fingertip stops (3) and fingerless fingertips (4) (5) Oji work with a space between the fingers secured, characterized in that any one or more of the cutting point (c) has moved so that at least one of the back surface suture points (A), (B), (C) is moved. The jangja is provided.

Description

The five finger working gloves assured space between fingers}

The present invention relates to a backcountry work glove with a space between the fingers, and more particularly, to form a work glove worn for the protection of the hand in a dangerous job site to catch or move a high temperature or sharp metal, etc. Cut the inside and cut the fingertips by moving one or more cutting points between each finger and sew them on the top of the palms to recreate the suture points formed on the back of the gloves, one or all of them toward the first node of each dorsal finger. The present invention relates to a backcountry work glove having a space between the fingers to remove the bleeding between the fingers and secure the space between the fingers to reduce hand fatigue and improve the working efficiency because the hand movement is natural.

In general, the work glove is cut for each part formed in the shape of a hand and sewn on the other end to form a space where the fingers can be fitted to be worn for the protection of the hand during work. To catch or move metal, where dangerous work is done as described above, it is rewritten as a thick leather product with good flame-retardant effect for the protection of hands.

Then, the work glove sutures the fingertips of the cold, middle finger, cotton, and the base of the palms on the top of the palm of the rectangle and sutures the back of the hand, which is cut off of the cold, middle, cotton, and the ground.

However, in the conventional glove, the suture points of the finger blood and the back of the hand which are sutured with the palm of the hand are formed in a straight line, and the upper surface of the glove is formed between the top of the hand and the first node of the finger of the hand. The phenomenon and space were fixed regularly, so there was not enough space for the fingers to move, which caused the fingers to get stuck, causing finger pain during long hours of work.

Therefore, at work sites, gloves are worn upside down to remove back pain and finger pain, or the gloves are not worn completely and are worn loosely, which prevents safety accidents and reduces work efficiency. There was a problem.

The present invention is to solve the conventional problems as described above to cut the inside of the various types of rhombus in cutting the finger blood which is sewn on the upper end of the palm of the square, the middle finger, cotton paper, the base is cut Move the cutting point between the finger blood stop and the finger stop, the cut point between the finger stop and the finger stop, and one or more cut points between the finger stop and the finger stop, respectively. By making gloves by sewing, one or more suture points formed in a straight line on the back are moved toward each first node of the dorsal finger, eliminating bleeding between the top of the dorsal regime and the first node of the dorsal finger. To provide space-saving work gloves.

Figures 1a to 1c is a back view of the hand, palm side, cutting of the conventional glove

Figures 2a to 2c is a hand back view, palm view, cutting view of the backcountry glove moved only the back surface suture point (A) according to the first embodiment of the present invention

Figures 3a to 3c is a back view of the hand, palm side, cutting of the back side gloves only moved the back surface suture point (B) according to the first embodiment

Figures 4a to 4c is a back view of the hand, palm side, cutting of the back side gloves only moved the back surface suture point (C) according to the first embodiment

Figures 5a to 5c is a back view of the hand, palm view, cutting view of the backside glove moved only the back surface suture point (A), (B) according to the first embodiment of the present invention

Figures 6a to 6c is a back view of the hand, palm view, cutting view of the backside glove moved only back surface (B), (C) according to the first embodiment of the present invention

Figures 7a to 7c is a back view of the hand, palm view, cutting view of the backside glove moved only back surface (A), (C) according to the first embodiment of the present invention

8A to 8C are back, palm, and cut back views of the backcountry gloves in which only the dorsal suture points (A), (B), and (C) are moved according to the first embodiment of the present invention.

Figures 9a to 9c is a back view of the hand, palm side, cut-away view of the backcountry gloves changed the seam of the thumb according to a second embodiment of the present invention

<Description of the code | symbol about the principal part of drawing>

100: palm blood

200, 200a, 200b, 200c, 200d, 200e, 200f, 200g: finger blood

300: back of the hand 400, 400a: thumb

500: Kaus

1: thumb hole 2: finger cool 3: finger stop

4: fingerless 5: finger holding 6: backside

7: Stop the face 8: Obscurity on the face 9: Hold a face

Oji work gloves secured space between the fingers according to the present invention for achieving the above object is a palm blood 100 formed with a thumb hole (1) in the lower side of the rectangle; A finger stopper (2), a finger stop (3), a finger pad (4), and a finger holder (5) are integrally formed and are sutured to an upper end of the palm stem (100); Back surface (6), back surface stop (7), back surface cotton (8), the back surface holder (9) is integrally formed and the hand back skin 300 is sealed to the palm blood 100 and the finger blood 200 upper surface and ; Thumb 400 is sealed to the thumb hole (1) of the palm blood (100); And a palm 500 sewn to the lower end of the palm bleed 100 and the back of the hand 300, in a conventional glove formed with an opening for inserting a hand, the finger blood 200 inside of a variety of rhombus Cut into the shape, cut point (a) between the finger blood stopper (2) and finger stop (3), cut point (b) between finger stop (3) and finger stop (4), finger stop (4) ) And any one or more of the cutting points (c) between the finger and the base of the finger (5) is characterized in that any one or more of the dorsal suture points (A), (B), (C) is moved toward the first dorsal surface of the dorsal finger. .

In the figure, reference numeral (a) is a cutting point between the finger blood stop and the finger stop, (b) is a cut point between the finger stop and the finger stop, and (c) is between the finger and the finger stop (A) is the dorsal suture point between the dorsal lobe and the dorsal obstruction, (B) is the dorsal suture point between the dorsal lobe and the obscured cotton, and (C) .

Figures 2a to 2c is a back view, palm view, cut-away view of the back side gloves only moved the back surface suture point (A) according to the first embodiment of the present invention, Figures 3a to 3c is a back surface suture point according to the first embodiment (B) is only the back of the hand glove, palm side, cut-away view, Figures 4a to 4c is the back of the hand glove, the palm side, cut view of the back of the glove only moved the crest suture point (C) according to the first embodiment 5A to 5C are hand back views, palm views, and cut views of backcountry gloves in which only the dorsal suture points A and B are moved according to the first embodiment of the present invention, and FIGS. 6A to 6C are views of the present invention. The back surface, palm view, and cut-away view of the backside glove moved only the back surface suture points (B) and (C) according to the first embodiment, and FIGS. 7A to 7C illustrate the back surface suture point according to the first embodiment of the present invention ( A), (C) is only the back side, palm side, cut-away view of the backcountry glove moved, Figure 8a to 8c is a back surface according to a first embodiment of the present invention The back, palm, and cut views of the backcountry glove, where only points (A), (B), and (C) are moved, and FIGS. 9A to 9C show the backside glove having changed the seam of the thumb according to the second embodiment of the present invention. The back of the hand, palm of the hand, showing the cutting.

2 to 4 relates to a backcountry work glove in which the space between the fingers of each of only the dorsal suture points (A), (B), and (C) is moved, according to the first embodiment of the present invention. Is largely composed of palm blood 100, finger blood 200, the back of the hand (300), the upper end of the palm blood (100) formed with a thumb hole (1) on the lower side of the rectangle cut into a diamond shape and finger cold (2), the finger stop (3), the fingerless finger (4), the finger blood (200) formed with the finger holder (5) is folded into a finger-shaped sewing and the back surface on the palm blood 100 and the finger blood (200) The hand 6, the back surface stop (7), the cotton back paper (8), the back surface (9) is sewn on the back skin 300 is formed, and the thumb 400 to sew the thumb 400, The palm blood 100 and the back of the hand 300 is sewn the cowes 500 to produce a work glove.

As shown in Figures 2a to 2c, the inside of the finger blood (200a) is cut into a rhombus and the cutting point (a) between the finger stopper (2) and the finger stop (3) is moved and cut, Folded to be sewn on the top of the palm 100 is to be produced gloves.

Thus, the back surface between the dorsal stop 6 and the dorsal stop 7 as the inside of the finger blood 200a is cut into a rhombus and the cutting point a between the finger stop 2 and the finger stop 3 is moved. As only the suture point (A) is raised to the first dorsal surface of the dorsal finger, a certain space is secured between the fingers and elimination of bleeding is comfortable to wear and can reduce fatigue even for a long time work.

In addition, as shown in Figure 3a to 3c, the inside of the finger blood (200b) is cut into a rhombus and the cutting point (b) between the finger stop (3) and the finger cotton paper (4) is moved and cut, Folded in the shape of a finger is sewn on the top of the palm blood 100 is made of gloves to cut the inside of the finger blood (200b) into a rhombus and the cutting point (b) between the finger stop (3) and the finger cotton (4) As much as it moves, only the surface suture point B between the dorsal stop 7 and the obscured cotton 8 rises toward the first node of the dorsal finger so that a certain space is secured between the fingers and elimination is eliminated.

In addition, as shown in Figures 4a to 4c, the inside of the finger blood (200c) is cut into a rhombus and the cutting point (c) between the finger cotton 4 and the finger holding 5 is moved and cut, Folded in the shape of a finger is sewn on the top of the palm blood 100 is made of gloves to cut the inside of the finger blood (200c) into a rhombus and the cutting point (c) between the finger cotton 4 and the finger holder (5) is As it moves, only the dorsal suture point C between the dorsal cotton 8 and the dorsal surface 9 rises above the first dorsal surface of the dorsal finger.

On the other hand, Figs. 5 to 8 show only the back surface sealing points (A) (B), (B) (C), (A) (C), and (A) (B) (C) in the first embodiment of the present invention. It relates to a backcountry work glove with a space between each moved finger.

Also, as shown in FIGS. 5A to 5C, the inside of the finger blood 200d is cut into a rhombus, and the cutting point a between the finger stopper 2 and the finger stop 3, the finger stop 3, and the like. Cutting point (b) between the finger paper 4 is moved and cut, folded in the shape of a finger is sewn on the top of the palm blood 100 is to produce a glove.

Thus, the inside of the finger blood 200d is cut into a rhombus and the cutting point a between the finger stopper 2 and the finger stop 3 and the cutting point b between the finger stop 3 and the fingerless finger 4 ) Only the dorsal suture point (A) between the dorsal colony (6) and the dorsal stop (7), and the dorsal suture point (B) between the dorsal stop (7) and the obscured cotton (8) rise toward the first segment of the dorsal finger. This ensures a constant space between your fingers and eliminates bleeding, making you comfortable to wear and less fatigue for long hours of work.

6A to 6C, the inside of the finger blood 200e is cut into a rhombus, and the cutting point b between the finger stop 3 and the fingerless finger 4, the fingerless finger 4 and The cutting point (c) between the finger holdings (5) is moved and cut, folded in the shape of a finger and sewn on the top of the palm blood (100) to produce a glove, the finger blood (200e) is cut into a rhombus inside the finger As long as the cutting point b between the middle finger 3 and the fingerless finger 4 and the cutting point c between the fingerless finger 4 and the finger holder 5 are moved, the dorsal stop 7 and the backless paper 8 Only the dorsal suture point (B) between, the dorsal cotton (8) and the dorsal suture point (C) between the dorsal base (9) is raised to the first node of the dorsal finger.

Also, as shown in FIGS. 7A to 7C, the inside of the finger blood 200f is cut into a rhombus, and a cutting point a between the finger stopper 2 and the finger stop 3, the fingerless finger 4, and the like. The cutting point (c) between the finger holdings (5) is moved and cut, folded in the shape of a finger is sewn on the top of the palm blood 100 to produce a glove to cut the inside of the finger blood (200f) into a rhombus and fingers As long as the cutting point (a) between the finger (2) and the finger stop (3) and the cutting point (c) between the fingerless finger (4) and the finger holder (5) are moved, the dorsal stop (6) and the back stop ( 7) Only the dorsal suture point (A) between, the dorsal cotton line (8) and the dorsal suture point (C) between the dorsal surface (9) is raised to the first node of the dorsal finger.

In addition, as shown in FIGS. 8A to 8C, the inside of the finger blood 200g is cut into a rhombus, and a cutting point a between the finger stopper 2 and the finger stop 3, the finger stop 3, and the like. The cutting point b between the fingerless finger paper 4 and the cutting point c between the fingerless finger paper 4 and the finger holder 5 are moved and cut, and are folded in the shape of a finger on the top of the palm blood 100. The glove is sewn to make a glove, and the inside of the finger blood (200g) is cut into a diamond shape, and the cutting point (a) between the finger stopper (2) and the finger stop (3), and between the finger stop (3) and the finger cotton (4) As the cut point (b), the cut point (c) between the fingerless finger (4) and the finger holder (5) moved, the dorsal suture point (A) between the dorsal stop (6) and the dorsal stop (7), the dorsal stop Only the surface suture point (B) between (7) and the cotton surface (8) and the surface suture point (C) between the cotton surface (8) and the surface holder (9) are raised to the first finger do.

On the other hand, Figure 9 is attached to the back of the hand glove, palm view, and cutting of the back of the glove with the seam of the thumb 400a according to the second embodiment of the present invention, as shown in Figures 9a to 9c , Figures 8a to 8c palm pit 100, finger pit (200g), hand pit 300 to sew thumb 400a by sewing gloves are produced, thumb pit 400a is sewn in two lines thumb The bursting phenomenon of 400a can be prevented.

As described above, according to the outback work glove secured a space between the fingers according to the present invention, the finger finger (2), finger stop (3), finger cotton (4), finger finger 5 formed finger finger 200 ) Cut the inside into various shapes of rhombuses, and cut point between the finger blood stopper (2) and the finger stop (3), and the cut point between the finger stop (3) and the finger skin (4) ( b), by moving one or more cutting points (c) between the finger skin unknown (4) and the finger skin holder (5) to fold into fingers to form a glove, the front suture point is in the original position and the back suture point (A), Only (B) and (C) move one or more toward the first dorsal surface of the dorsal finger to secure a space between the dorsal regime and the first dorsal finger, eliminating bleeding between the dorsal regime and the first dorsal finger. Secured work efficiency by reducing hand fatigue It can improve such an effect.

Claims (2)

Palm blood with a thumb hole formed in the lower side of the rectangle; A finger blood finger, a finger stop, a finger fat finger, and a finger finger are integrally formed and sutured to an upper end of the palm blood; A dorsal back surface, a dorsal stop, an obscured cotton surface, and a back surface are integrally formed and sutured to the upper surface of the palm and finger blood; Thumb to be sutured to the thumb hole of the palm of the hand; And a cowl sewn to the lower end of the palm and the back of the hand; Cut the inside of the finger skin into various shapes, and cut between the finger blood stop and the finger stop (a), the cut point between the finger stop and the finger stop (b), the cut between the finger stop and the finger stop One or more of the points (c) is moved so that only one or more of the suture point (A), (B), (C) is moved to the first node of the dorsal finger, the space between the fingers secured working space 10. The backcountry work glove of claim 1, wherein the thumb is sewn in two rows.