KR100445396B1 - Five finger Work gloves - Google Patents

Abstract

The present invention relates to a backcountry work glove, the configuration is a common work glove provided with an opening for inserting the hand to the other side to form a finger portion and palm portion having a thumb, cold, middle finger, cotton paper, possession to one side of the main body of the glove In, the thumb hole is cut to the bottom and the front surface of the dorsal colony, the front side planter, the front side of the wing wing, the front side of the wing wing, the front side is formed and the frontal blood is formed on the one side end of the dorsal colony, Cut elliptical finger stops, fingerless fingertips are each or all corners, the fingertips are sutured between the front of the front wing and the front wing of the front blood, and the surface stop, back surface obscure, the surface possession is integrally formed on the upper surface, A suture end is formed at one end of the dorsal stop and is closed with a suture end of one side end of the dorsal surface of the frontal skin, and the One or more dorsal sutures, consisting of a suture between the dorsal stem and the dorsal obstruction, the suture point between the dorsal dome and the dorsal obstruction, and the suture point between the dorsal dome and the dorsal vein It is characterized in that moved to, the stitching phenomenon of the sewing line is removed, even if the work proceeds for a long time can reduce the fatigue of the hand can be improved the work efficiency and the like.

Description

Five finger Work gloves

The present invention relates to a backcountry work glove, and more particularly, to the front and the finger blood to form a finger space in the work gloves worn for the protection of the hand in a dangerous job site that catches or moves high heat or sharp metal, respectively. Or, all of them or the front and back skin are formed in one piece to move the suture points between the back fingers to one or more of the first fingertips, thereby securing space between the fingers and eliminating bleeding. It is about a backcountry work glove that can be improved.

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

However, in the conventional glove, severe bleeding occurred in the seam, in particular, the stitching point formed by sewing the front blood and the finger blood is formed in a straight line so that a bleeding phenomenon occurs between the regime of the back of the hand and the back of the hand. In addition, the internal space was fixed regularly, and the finger movement was unnatural, causing finger pain during work.

Thus, in order to remove the back of the hand and pain of the finger in the work site, the work is progressed by wearing the glove in a loose state without completely wearing a glove, thereby preventing a safety accident and reducing work efficiency.

The present invention is to solve the conventional problems as described above, the object is to form a glove front of the front wing, the front wing of the front shell, each of the front wing wings or each of the tip of the finger formed by finger stop, finger cotton Each or all of them are bent between the finger stop and the fingerless fingertips to sew between the front blade of the frontal skin and the front wing of the front skin, or the front skin and front skin of the frontal skin by forming a glove with an integral plate to form a glove, As long as the front wing is angled, the finger stops the finger stops and the finger stops, and the dorsal suture is moved toward the first node of the dorsal finger as long as the finger stops and the finger stops bent. The space between the cotton and the ground is secured. Is to provide a work gloves come with a dorsal baegim phenomenon is eliminated.

1a to 1c is a front view, front view, cutting view of a conventional glove

2A to 2C are back views, front views, and cut views in which the back surface suture point A is moved in the first embodiment of the present invention.

3A to 3C are back views, front views, and cut views in which the back surface suture point B is moved in the first embodiment of the present invention.

4A to 4C are back views, front views, and cut views in which the back surface suture point C is moved in the first embodiment of the present invention.

Figures 5a to 5c is a front view, a front view, a cutaway view in which the dorsal suture point (A), (B) is moved in the first embodiment of the present invention

6A to 6C are back views, front views, and cut views in which the dorsal suture points B and C are moved in the first embodiment of the present invention.

7A to 7C are back views, front views, and cut views in which the dorsal suture points C and A are moved in the first embodiment of the present invention.

8A to 8C are back views, front views, and cut views in which the back surface suture points A, B, and C are moved in the first embodiment of the present invention.

9A to 9C are front, front and cut views of the front and back skins formed of an integral plate according to a second embodiment of the present invention;

10A to 10C are a front view, a front view, and a cutaway view in which the back surface suture point A is moved in the second embodiment of the present invention.

11A to 11C are back views, front views, and cut views in which the back surface suture point B is moved in the second embodiment of the present invention.

12A to 12C are a front view, a front view, and a cutaway view in which the back surface suture point C is moved in the second embodiment of the present invention.

13A to 13C are a front view, a front view, and a cutaway view in which the dorsal suture points A and B are moved in the second embodiment of the present invention.

14A to 14C are back views, front views, and cut views in which dorsal suture points B and C are moved in a second embodiment of the present invention.

15A to 15C are back views, front views, and cut views in which the dorsal suture points C and A are moved in the second embodiment of the present invention.

16A to 16C are back views, front views, and cut views in which dorsal suture points A, B, and C are moved in the second embodiment of the present invention.

Figures 17a to 17c is a front view, a front view, a cutaway view in which the front and back skin in accordance with a third embodiment of the present invention is changed in the form formed of an integral plate

18A to 18C are back views, front views, and cut views of varying the shape of the cowls according to the fourth embodiment of the present invention.

19a to 19c is a front view, a front view, a cutaway view in which the shape of the cow is changed in the integral plate according to the fifth embodiment of the present invention

<Description of the symbols for the main parts of the drawings>

100, 100a, 100b, 100c: front skin

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

300: face skin 400: thumb

600, 600a, 600b, 600c, 600d, 600e, 600f, 600g, 600h: integral plate

11: thumb hole 12: back surface

13: front heat sink 13a: front heat sink

14: front holding 14a: front holding wing

15: dormant suture 21: finger stop

22: fingerless 31: stop face

32: obscured face 33: possessed face

34: back stop closure

Oji work gloves according to the present invention for achieving the above object is usually provided with an opening for inserting the hand to the other side to form a finger portion and palm having a thumb, cold, middle finger, cotton paper, possession to one side of the glove body In the work gloves of, the thumb hole is cut to the bottom and the back surface, the front surface, the front side of the wing blade, the front side of the wing wing, the front side of the wing wing is formed, the front surface is formed; Wow; Finger cuts, each of which is cut off separately, an elliptical finger cut, and a finger cotton finger are sewn between the front collar wing and the front wing of the front blood; A dorsal stop, an obscured cotton, and a dorsal surface are integrally formed on the upper surface, and a suture end is formed at one end of the dorsal stop to be closed with a suture end of one side of the dorsal surface of the frontal skin; And a thumb that is sutured to the thumb hole of the frontal skin; and a suture point between the dorsal dome and the dorsal stop, a suture point between the dorsal stop and the dorsal cotton, and one or more dorsal surfaces between the dome cotton and the dorsal face. It is characterized in that the suture point is moved upward.

In addition, it is preferable that the back cover glove in accordance with another preferred embodiment of the present invention is formed of an integral plate and the front skin.

In addition, the backcountry glove according to another preferred embodiment of the present invention, the front cold wing, the front surface of each of the front wing wings and each of the front shell; The front skin and sewn separately cut elliptical finger stops, finger finger finger fingers each or all of the corners; consisting of a suture point between the surface of the plant and the cotton stop, the suture point between the cotton stop and cotton cotton, cotton cotton paper It is preferable that any one or more dorsal suture points of the suture point between the and the dorsal base is moved upward.

In addition, the backcountry glove according to another preferred embodiment of the present invention forms a thumb portion, a cold finger, a middle finger, an obscure paper, a finger portion and a palm portion on one side of the glove, and is provided with an opening for inserting the hand to the other side. In gloves, the thumb hole is erected to the bottom and the front cooler, front cooler wing on the top. Front carry wings, front carry. An integral plate in which a back surface holder, a back surface obscurity, a back surface stop, and a back surface paper are formed in this order; Separated and elliptical finger stops, finger blood is sealed between the front finger blades and the front wing of the integral plate; And a thumb which is sutured to the thumb hole of the integrated plate.

It will be described below in detail on the basis of the attached drawing work gloves according to a preferred embodiment of the present invention.

2A to 2C are back views, front views, and cut views in which the back surface suture point A is moved in the first embodiment of the present invention, and FIGS. 3A to 3C show the back surface suture points in the first embodiment of the present invention. (B) is an isometric view, a front view, and a cutaway view. FIGS. 4A to 4C are back views, a front view, a cutaway view, and a back view in which the isobar suture point C is moved in the first embodiment of the present invention. 5A to 5C are back views, front views, and cut views in which the back surface suture points (A) and (B) are moved in the first embodiment of the present invention, and FIGS. 6A to 6C are views of the first embodiment of the present invention. Isometric view, front view, and cut-away view in which the isobar suture points (B) and (C) are moved, and FIGS. 7A to 7C are views in which the dorsal suture points (C) and (A) are moved in the first embodiment of the present invention. 8A to 8C are back views, front views, and cut views in which the back suture points A, B, and C are moved in the first embodiment of the present invention. 9a to 9c illustrate the present invention The front and back skins according to the second embodiment of the back surface is formed of an integral plate, a front view, a cut view, Figure 10a to 10c is the back surface suture point (A) is moved in the second embodiment of the present invention 11A to 11C are an isometric view, a front view, and a cutaway view in which the back surface suture point B is moved in the second embodiment of the present invention, and FIGS. 12A to 12C are the present invention. In the second embodiment of the present invention, the back surface, the front view, and the cut view in which the back surface suture point C is moved, and FIGS. 13A to 13C show the back surface suture points A and B in the second embodiment of the present invention. Moved isometric view, front view, cut view, Figures 14a to 14c is a front view, a front view, a cut view, the back suture point (B), (C) is moved in the second embodiment of the present invention, 15A to 15C are back views, front views, and cut views in which the back surface suture points C and A are moved in the second embodiment of the present invention, and FIGS. 16A to 16C are the second room of the present invention. In the embodiment, the dorsal suture point (A), (B), (C) is a front view, a front view, a cut view is moved, Figures 17a to 17c is the frontal and back skin according to the third embodiment of the present invention 18A to 18C are back views, front views, and cut views of changing the shape of the cows according to the fourth embodiment of the present invention, and FIGS. 19A to 19C. 19c shows an isometric view, front view, and cutaway view in which the shape of the cow is changed in the integrated plate according to the fifth embodiment of the present invention.

In the drawings, reference numerals 500 and 500a denote a cow and 700 denote a thumb band.

2 to 8 are back surface closure points (A), (B), (C), (A) (B), (B) (C), (C) (A), in the first embodiment of the present invention. (A) (B) (C) relates to the outback work glove with the back of each finger of the back, where (A) is the dorsal seam between the dorsal stem and the dorsal stop, and (B) is the dorsal and obscured cotton It is the dorsal suture point in between, and (C) is the suture point between the dorsal cotton and the base.

The present invention as described above is largely composed of the front blood (100), finger blood (200), dorsal blood (300), thumb blood (400), the front surface of the front blood 100 (13a), front blood (100) Each of the front holding blades 14a of each or all of them, and each of the fingertips 200, in which the elliptical finger stop 21 and the fingerless finger 22 are integrally formed, respectively, or the finger stop 21 and the fingerless finger (22) is bent between the fingers to fold between the front wing blade (13a) and the front holding blade (14a) of the front surface of the blood 100, the front surface of the skin 100 and the finger blood (200) on the upper surface The back stop 31, the back surface cotton 32, the back surface is sewn on the back surface 300 is formed, the work is made by sewing the thumb 400 to the thumb hole 11 of the front surface 100 You will make gloves.

On the other hand, Figures 2 to 4 relates to the backcountry work gloves in which the dorsal suture point (A), (B), (C) of the present invention is moved.

In addition, as shown in Figures 2a to 2c, the front fingering wing 13a and the finger stop 21 is angular at the same angle, the elliptical finger blood 200a is folded in the shape of a finger to the front blood ( The glove is fabricated between the front side of the blade wing 13a and the front surface of the wing 14a of 100a.

Therefore, the dorsal suture point A between the dorsal stem 12 and the dorsal stem 31 by an angle at which the front fingertip wing 13a of the frontal shell 100a and the finger stop 21 of the finger blood 200a are angled. ) Is moved toward the back of the dorsal finger, freeing up space for cold and middle finger and comfortable to wear, which can reduce fatigue even during long working hours.

In addition, as shown in Figs. 3a to 3c, between the finger stop 21 and the finger cotton paper 22 of the elliptical finger blood 200b is bent, the finger blood 200b is folded into a finger shape, the front blood The glove is fabricated between the front side of the wing (13a) and the front wing (14a).

Therefore, the dorsal suture point B between the dorsal stop 31 and the obscured cotton 32 moves toward the first node of the dorsal finger by the angle at which the finger stop 21 and the fingerless finger 22 of the finger blood 200b are bent. This frees up space between the middle and the middle, and is comfortable to wear, reducing fatigue even for long hours of work.

In addition, as shown in Figures 4a to 4c, the front bearing wings (14a) and the finger cotton paper 22 is angular at the same angle, the elliptical finger blood (200c) is folded in the shape of a finger to the front blood ( A glove is manufactured by sewing between the front of the cooling blade (13a) and the front of the wing (14a) of 100b).

Therefore, the front surface suture point 14a between the front surface wing 100a and the finger surface 200 of the finger surface 200c is an angle between the back surface 32 and the back surface of the back surface 33 (33) ) Is moved to the first node of the back of the finger so that the space between the cotton and the body is secured, and the comfort is comfortable, and it can reduce fatigue even for a long time work.

On the other hand, Figures 5 to 8 is the backside working gloves of the present invention (A) (B), (B) (C), (A) (C), (A) (B) (C) is moved to It is about.

In addition, as shown in Figures 5a to 5c, the front fingering wing 13a and the finger stop 21 is angular at the same angle, between the finger stop 21 and the finger cotton paper 22 is bent, The elliptical finger blood 200d is folded in the shape of a finger and sewn between the front fingering wing 13a and the front body wing 14a of the front blood 100a to produce a glove.

Therefore, the dorsal suture point (A) between the dorsal stem 12 and the dorsal stem 31 by the angle of the front stopper blade 13a of the frontal skin 100a and the finger stop 21 of the finger blood 200d at an angle. ) Is moved toward the first dorsal surface of the dorsal finger, and the dorsal suture point B between the dorsal stop 31 and the obscured cotton 32 by the angle at which the finger stop 21 and the fingerless finger 22 of the finger blood 200d are bent. ) Is moved toward the first node of each finger of the back surface to secure the space for cooling, stopping, stopping and obscurity, and comfortable to wear to reduce fatigue even for a long time work.

In addition, as shown in Figs. 6a to 6c, between the finger stop 21 and the fingerless paper 22 is bent, the front holding wing 14a and the fingerless paper 22 are angled at the same angle, The elliptical finger blood 200e is folded in the shape of a finger and sewn between the front collar wing 13a of the front surface blood 100b and the front claw wing 14a to produce a glove.

Accordingly, the dorsal suture point B between the dorsal stop 31 and the obscured cotton 32 moves toward the first finger of the dorsal finger by the angle at which the finger stop 21 and the fingerless finger 22 of the finger blood 200e are bent. And the front suture point C between the obscured cotton 32 and the back surface 33 by an angle at which the front face blade 14a of the front face skin 100b and the fingerless finger face 22 of the finger skin 200e are angled. By moving towards the first dorsal side of the dorsal finger, the space between the middle and the middle, the plain and the body is secured, and the wearing comfort is comfortable, which can reduce fatigue even for a long time work.

Also, as shown in FIGS. 7A to 7C, the front fingertip wing 13a and the finger stop 21, the front holder wing 14a, and the fingerless fingertip 22 are angled at the same angle and are elliptical. Finger flies 200f are folded in the shape of a finger and sewn between the front collar blades 13a and the front face wings 14a of the front skin 100c to produce gloves.

Accordingly, the dorsal suture point A between the dorsal stem 12 and the dorsal stem 31 by an angle at which the front fingertip wing 13a of the frontal shell 100c and the finger stop 21 of the finger blood 200f are angled. ) Is moved toward the dorsal surface of the dorsal finger, and between the dorsal face 32 and the dorsal face 33 are angled by the angle at which the front face blade 14a of the front face skin 100c and the finger faceless finger 22 of the finger face 200f are angled. As the dorsal suture point (C) is moved toward the first dorsal surface of the dorsal finger, the space for cooling and stopping, cotton and body is secured, and the wearing feeling is comfortable, thereby reducing fatigue even for a long time work.

Further, as shown in FIGS. 8A to 8C, the front fingertip wing 13a and the finger stop 21 are angled at the same angle, and the finger stop 21 and the fingerless paper 22 are bent. The front holding blade 14a and the finger cotton finger 22 are aligned at the same angle, and the elliptical finger blood 200g is folded in the shape of a finger so that the front fingering blade 13a and the front holding blade 13a of the front skin 100c Gloves are made between 14a).

Accordingly, the dorsal suture point A between the dorsal stem 12 and the dorsal stem 31 by an angle at which the front fingertip wing 13a of the frontal shell 100c and the finger stop 21 of the finger blood 200g are angled. ) Is moved toward the first dorsal surface of the dorsal finger, and the dorsal suture point B between the dorsal stop 31 and the obscured cotton 32 is bent by the angle between the finger stop 21 and the fingerless finger 22 of the finger blood 200g. ) Is moved toward the first dorsal surface of the dorsal finger, between the dovetail 14a of the frontal skin 100c and the fingerless plain 22 of the finger blood 200g by the angle of the angle between the dorsal cotton 32 and the back surface 33. As the dorsal suture point (C) is moved toward the first dorsal surface of the dorsal finger, the space for cooling, stopping, stopping and obscuring, obscuring and holding the body is secured, and the wearing comfort is comfortable, thereby reducing fatigue even for a long time work.

9 is related to a backing work glove according to a second embodiment of the present invention, in which the front cover 100 and the back cover 300 are formed of an integral plate 600.

9A to 9C, the suture end 15 formed on one side end of the dorsal surface 12 of the conventional front cover 100 and the suture end formed on one side end of the dorsal stop 31 of the dorsal skin 300 are shown. (34) is removed and the front plate 100 and the back plate 300 is formed in the form of the integral plate 600 is attached to the seam in the conventional glove production is removed even if the sewing line existing on the back surface of the back surface This eliminates the bleeding phenomenon.

Figures 10 to 16 show the back surface sealing points (A), (B), (C), (A) (B), (B) (C) and (C) (A) in the integrated plate of the second embodiment of the present invention. ), (A) (B) (C) relates to a backcountry work glove moved to the first dorsal finger.

On the other hand, Figures 10 to 12 relates to the backcountry work gloves to which the dorsal suture point (A), (B), (C) of the present invention is moved.

10A to 10C, the front fingertip wing 13a and the finger stop 21 of the integrated plate 600a are aligned at the same angle, and the elliptical finger blood 200a is finger-shaped. Folded into a glove is sewn between the front planting wing (13a) of the integral plate (600a) and the front holding wing (14a).

Accordingly, the dorsal suture point A between the dorsal stem 12 and the dorsal stem 31 by an angle at which the front dove blade 13a of the integrated plate 600a and the finger stop 21 of the finger blood 200a are angled. ) Is moved to the first dorsal side of the back finger to secure the space for cooling and middle finger, eliminating the dorsal phenomenon of the back, comfortable to wear and reduce fatigue even for a long time work.

In addition, as shown in Figs. 11A to 11C, between the finger stop 21 and the finger cotton paper 22 of the elliptical finger blood 200b is bent, the finger blood 200b is folded into a finger shape integral plate The glove is manufactured between the front side of the blade 600a of the blade 13a and the front surface of the blade 14a.

Therefore, the dorsal suture point B between the dorsal stop 31 and the obscured cotton 32 moves toward the first node of the dorsal finger by the angle at which the finger stop 21 and the fingerless finger 22 of the finger blood 200b are bent. As a result, the space between the middle and the plain is secured and the backing phenomenon of the back surface is eliminated, thereby reducing fatigue even for a long time.

In addition, as shown in Figure 12a to 12c, the front bearing wing 14a and the finger cotton (22) is angular at the same angle, the elliptical finger blood 200c is folded in the shape of a finger integral plate ( A glove is manufactured by sewing between the front of the blade (13a) and the front of the wing (14a) of 600c.

Accordingly, the back surface suture point C between the back surface obscure paper 32 and the back surface holder 33 by the angle of the angle of the front holding blade 14a of the integral plate 600c and the fingerless finger 22 of the finger blood 200c. ) Is moved to the first finger of the back of the finger to secure the space between the cotton and the body, eliminating the back bleeding phenomenon can reduce fatigue even for a long time work.

Meanwhile, FIGS. 13 to 16 show the backside work gloves in which the back surface sewing points (A) (B), (B) (C), (A) (C), and (A) (B) (C) of the present invention are moved. It is about.

Further, as shown in FIGS. 13A to 13C, the front fingertip wing 13a and the finger stop 21 are angled at the same angle, and the finger stop 21 and the fingerless paper 22 are bent, The elliptical finger blood 200d is folded in the shape of a finger, and is sewn between the front fingering wing 13a and the front body wing 14a of the integral plate 600d to produce a glove.

Accordingly, the dorsal suture point A between the dorsal stoppage 12 and the dorsal stop 31 of the integral plate 600d by the angle at which the front stopper wing 13a and the finger stop 21 of the finger blood 200d are angled. ) Is moved toward the first dorsal surface of the dorsal finger, and the dorsal stop 31 and the obscured cotton 32 of the integral plate 600d are angled by the angle at which the finger stop 21 and the fingerless finger 22 of the elliptical finger blood 200d are bent. The dorsal suture point (B) between the) is moved to the first fingertip of the dorsal finger to secure a space for cooling, stopping, stopping and obscurity, and elimination of backing phenomenon is eliminated, which is comfortable to wear and can reduce fatigue even for a long time work.

In addition, as shown in FIGS. 14A to 14C, between the finger stop 21 and the fingerless fingertip 22 is bent, and the front holding blade 14a and the fingerless fingertip 22 are angled at the same angle, The elliptical finger blood 200e is folded in the shape of a finger and sewn between the front fingering wing 13a and the front surface holding wing 14a of the integrated plate 600e to produce a glove.

Accordingly, the back surface suture point B between the back surface stop 31 of the integral plate 600e and the back surface unknown paper 32 by the angle at which the finger stop 21 and the fingerless finger 22 of the finger blood 200e are bent. It is moved toward the back of the dorsal finger, and the front surface wing 14a of the integral plate 600e and the fingerless plain 22 of the finger blood 200e are angled with the angle of the angled surface 32 of the integral plate 600e. The dorsal suture point (C) between the base (33) is moved to the first fingertip of the dorsal finger to secure the space between the middle finger and cotton, obscure paper and possession, elimination of the back surface phenomenon is comfortable to wear and can reduce fatigue even for a long time work .

In addition, as shown in Figure 15a to 15c, the front fingering blade 13a and the finger stop 21, the front holding wing 14a and the fingerless finger 22 are angled at the same angle, the elliptical Finger flies 200f are folded in the shape of a finger and are sewn between the front collar blades 13a and the front base blades 14a of the integrated plate 600f to produce gloves.

Therefore, between the back surface stopper 12 and the back stop 31 of the integral plate 600f by the angle of the front stopper blade 13a of the integral plate 600f and the finger stop 21 of the finger blood 200f. The dorsal suture point A of is moved toward the first dorsal surface of the dorsal finger, and the front holding blade 14a of the integral plate 600f and the fingerless finger 22 of the finger blood 200f are angled to each other by an angle. The back surface suture point (C) between the back cotton 32 and the back surface 33 is moved toward the first finger of the back finger, thereby securing a space for cooling, stopping, cotton and body, and removing the backing phenomenon of the back surface, which is comfortable to wear for a long time. You can also work less tired.

Also, as shown in FIGS. 16A to 16C, the front fingertip wing 13a and the finger stop 21 are angled at the same angle, and the finger stop 21 and the fingerless paper 22 are bent. The front holding blade 14a and the finger cotton finger 22 are angled to each other at the same angle, and the elliptical finger blood 200g is folded in the shape of a finger so that the front holding blade 13a and the front holding blade of the integral plate 600g ( Gloves are made between 14a).

Therefore, between the back surface stopper 12 and the back stop 31 of the integral plate 600g by the angle of the front stopper blade 13a of the integral plate 600g and the finger stop 21 of the finger blood 200g. The dorsal suture point A of is moved toward the first dorsal surface of the dorsal finger, and the dorsal stop 31 of the integral plate 600g by the angle of bending between the finger stop 21 and the fingerless finger 22 of the finger blood 200g. The dorsal suture point B between the dorsal cotton 32 moves toward the first finger of the dorsal finger, and the front holding blade 14a of the integral plate 600g and the fingerless paper 22 of the finger blood 200g are angled by the angle. The dorsal suture point (C) between the back surface plain paper 32 and the back surface holder 33 of the integral plate 600g is moved toward the first node of the back finger, thereby securing a space for cooling and stopping, middle and unknown areas, and the plain and holding surface. It eliminates bleeding and is comfortable to wear, reducing fatigue even during long working hours.

On the other hand, Figure 17 relates to a backcountry work gloves varying the shape of the front and back skin is formed of an integral plate according to a third embodiment of the present invention.

Referring to FIGS. 17A to 17C, the backcountry work gloves according to the third embodiment of the present invention have a front hole 13 and a wing 14a in which a thumb hole 11 is erected at the bottom and a wing 13a is formed at the top. An integral plate 600h in which the formed front substrate 14, the back surface holder 33, the back surface cotton 32, the back surface stop 31, and the back surface paper 12 are formed in this order; A finger stop 200 having a finger stop 21 and a fingerless finger paper 22 formed thereon, the finger stop 200 is folded into a finger shape, and the front fingering wing 13a and the front bearing wing of the integrated plate 600h are provided. Sewing between 14a to produce a glove.

As in the second embodiment described above, the front surface skin 100 and the back surface skin 300 are formed of the integral plate 600 by forming the integrated body 600 in a different form. By sewing), the sewing line formed on the blade part is removed, so that the blade part is in contact with the bottom surface, eliminating the bleeding of the blade part at the site where the work is being performed for a long time and reducing hand fatigue.

The fourth embodiment of FIG. 18 and the fifth embodiment of FIG. 19 relate to an operation work glove in which the shape of the cow is changed. In the work glove of the present invention, the length of the cow 500a is adjusted and the thumb strap 700 is adjusted. In addition, it can be applied to the welding glove to include all the range that can be easily conceived by those of ordinary skill in the art.

As described above, according to the work area glove formed between the fingers according to the present invention, the front of the body or the front plate of the integral plate wing, the front holding wing respectively or all of the tip of the elliptical finger formed by the finger stop, finger cotton paper Each or all of them or by bending between finger stops and fingerless fingertips, sewing between the front blades of the front cover or integral plate and the front holding blades to produce work gloves, so All are moved to secure the space for cooling, stopping, cotton, and possession, eliminating the bleeding phenomenon of the sewing line can reduce the fatigue of the hand even if the work is progressed for a long time can improve the work efficiency.

Claims (4)

In a general work glove having a thumb, a cold finger, a middle finger, an obscure finger and a palm part having one side of the glove, and an opening for inserting a hand to the other side, A front surface of which a thumb hole is cut to a lower side, and an upper surface of the back surface, a front side of the plant, a front side of the wing wing, a front side of the wing wing, a front side is formed, and a suture end is formed at one end of the back surface of the plant; Separately cut elliptical finger stops, finger cotton is bent or each or all of the corners of the finger blood is sutured between the front of the wing and the front wing of the front blood; A dorsal stop, an obscured cotton, and a dorsal surface are integrally formed on the upper surface, and a suture end is formed at one end of the dorsal stop to be closed with a suture end of one side of the dorsal surface of the frontal skin; And A thumb which is sutured to the thumb hole of the frontal skin; consisting of a suture point between the dorsal dome and the dorsal dome, a suture point between the dorsal dome and the dome cotton, and one or more dorsal sutures of the suture point between the dome cotton and the dome Backcountry work gloves characterized in that the point is moved upwards The method of claim 1, Outer work gloves, characterized in that the front and back skin is formed of an integral plate The method according to claim 1 or 2, A front plate wing and an integral plate on which each or all of the front base wings are angled; Separately cut oval finger stops are sewn with the integrated plate, the fingertips are bent or fingertips each bent or each corner; consisting of a suture point between the dome and the dome stop, the suture point between the dome stop and the cotton stop, Oji work gloves, characterized in that any one or more of the seam closure points of the seam between the cotton plain and the surface holder is moved upwards In a general work glove having a thumb, a cold finger, a middle finger, an obscure finger and a palm part having one side of the glove, and an opening for inserting a hand to the other side, The altar with a thumb hole at the bottom and the front cooler, the front cooler wing at the top. Front carry wings, front carry. An integral plate in which a back surface holder, a back surface obscurity, a back surface stop, and a back surface paper are formed in this order; Separately cut and elliptical finger stops, finger blood finger is sealed between the front of the wing and the front wing of the integral plate; And Thumb work glove which is sealed in the thumb hole of the integrated plate;