KR20220077609A - Gloves and Manufacturing Method thereof - Google Patents

Abstract

Gloves are hand-shaped without the back of the hand; absence of hand-shaped palms; three gusset members spaced apart from and coupled to the back of the hand member and the palm member in the finger lateral region between the index and middle fingers, between the middle and ring fingers, and between the ring and small fingers, and coupled to the back member and the palm member at the finger ends; and two sidewall members for spacedly coupling the back of the hand member and the palm member in the area on the outside of the index finger between the thumb and the index finger and on the side of the finger outside the small finger, and engaging the back member, the palm member, and the gusset member at the finger end. do.

Description

Gloves and manufacturing method thereof

The present invention relates to a glove and a method for manufacturing the same.

Work gloves are woven in a shape that wraps the back and palm of the hand, that is, a hand shape, and is widely used for protecting the hands of workers at construction sites, firefighting sites, factories, and the like.

However, the more the work gloves are used in a hazardous environment, the thicker and harder they are, the more inconvenient they are in use after wearing as well as detaching them. For example, when it is difficult to insert a finger because it is stiff, when there is not enough space to insert a finger, it is difficult to quickly detach it, and a feeling of tightening continues even after wearing.

In addition, in the conventional work glove, the material of the work glove is hard and thick, so the sensing power for sensing the object at the end of the finger when the object is gripped may be weakened.

[Prior Patent]

1. Korea Patent Registration No. 1589573 (Intermediate skin for gloves for simultaneous bonding to outer and inner skin with moisture permeable and waterproof functions, gloves using the same, and manufacturing method thereof)

2. Korean Patent Registration No. 1809482 (Waterproof Gloves and Manufacturing Method)

The present invention is to solve the problems of the prior art,

First, it is easy to wear by securing enough space to insert a finger, and it can reduce discomfort even after wearing.

Second, it is an object of the present invention to provide a glove and a method of manufacturing the same, which can increase the object sensing power of the finger end when the glove and the finger end are in close contact with the finger end region to grip the object.

The glove of the present invention for achieving this object may include a back member, a palm member, a machi member, a sidewall member, and the like.

The back member may have a hand shape.

The palm member may have a hand shape.

The machi member is spacedly coupled to the back of the hand member and the palm member in the finger lateral region between the index finger and the middle finger, between the middle finger and the ring finger, and between the ring finger and the small finger, and engages the back member and the palm member at the finger end to engage the index finger end, the middle finger An end, a ring finger end, and a small end coupling portion may be formed.

The sidewall member is configured to spacedly couple the back of the hand member and the palm member to the outside of the index finger between the thumb and the index finger, and the finger lateral region outside the small finger, and engage the back member, the palm member, and the gusset member at the finger end to form the index finger end and It is possible to form a holding end coupling portion.

In the glove of the present invention, the index finger end, the middle finger end, the ring finger end, and the small finger end coupling portion may have an X shape.

In the glove of the present invention, the machi member may be configured to have a narrow width while going to the outer end of both ends coupled at the finger end.

In the glove of the present invention, the machi member may have a shape in which the width decreases from the center to both sides.

In the glove of the present invention, the sidewall member may be configured to have a narrower width while going toward the outer end of one end coupled at the finger end.

A method of manufacturing a glove according to the present invention comprises the steps of: preparing a back member, a palm member, a machi member, and a sidewall member; coupling the longitudinal side of the machi member and the sidewall member along the edge of the finger region of the back of the hand to the back of the hand member; and coupling the other longitudinal side of the machi member and the sidewall member to the palm member along the edge of the finger region of the palm member.

In the method for manufacturing a glove according to the present invention, the step of preparing the palm member includes: cutting the palm part having a thumb hole in the thumb region without the thumb part; cutting the thumb; and coupling the thumb part to the palm part according to the thumb hole.

In the method of manufacturing a glove according to the present invention, the step of preparing the machi member and the sidewall member comprises configuring both ends for coupling the machi member to the finger end in a shape in which the width is narrowed as going to the outer end, and the sidewall member One end coupled to the finger end may be configured in a shape in which the width is narrowed toward the outer end.

In the method for manufacturing a glove according to the present invention, the steps of coupling one side of the machi member and the sidewall member to the back member of the hand and coupling the palm member with the other side of the machi member and the sidewall member include: In the region of the finger side between the ring finger and the ring finger, the back of the hand member and the palm member are spaced apart, and the back of the hand member, the palm member, and the gusset member are coupled to have an X-shaped coupling portion at the finger end, and the thumb and the In the area on the outside of the index finger between the index fingers and on the side of the fingers outside the small finger, the back of the hand member and the palm member may be spaced apart and coupled, and the back of the hand member, the palm member, and the sidewall member may be coupled to have an X-shaped coupling portion at the finger end.

In the method for manufacturing a glove according to the present invention, the steps of coupling one side of the machi member and the sidewall member to the back of the hand member and the step of coupling the palm member with the other side of the machi member and the sidewall member include: It can be combined in a form that is narrower than other areas of the finger.

In the glove of the present invention having such a configuration and a method for manufacturing the same, by sufficiently securing a space for inserting a finger through the machi member and the sidewall member, it is easy to detach and reduce discomfort even after wearing.

In addition, the glove and its manufacturing method of the present invention increase the adhesion between the glove and the finger end by reducing the width in the finger end region, thereby increasing the object detection power of the finger end when gripping the object, thereby improving workability. can

1A to 1E are real photos taken from the back of the hand, the palm, the index finger, the small finger (little finger), and the finger end of the glove according to the present invention.
2a to 2e are exploded perspective views of the glove according to the present invention.
Figures 3a to 3g is a manufacturing process diagram of the glove according to the present invention.

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

1A to 1E are real photos taken from the back of the hand, the palm, the index finger, the small finger (little finger), and the finger end of the glove according to the present invention.

1A to 1E, the glove of the present invention may include a back member 10, a palm member 20, a machi member 30, a sidewall member 40, a wrist member 50, and the like. have.

The back member 10 constitutes the back part of the glove, and may have a substantially flat hand shape. The back of the hand member 10 may be made of natural materials such as cotton, wool, or synthetic fibers such as acrylic, nylon, polyester, and aramid.

The palm member 20 constitutes the palm portion of the glove and may have a substantially flat hand shape. The palm member 20 may use the same material as the back member 10 , for example, direct cotton, natural yarn, synthetic fiber, or the like.

The machi member 30 is spaced apart and coupled to the back of the hand member 10 and the palm member 20 in the finger region to additionally form a space back and forth between the back member 10 and the palm member 20, between the index and middle fingers. , between the middle finger and the ring finger, and between the ring finger and the little finger.

The machi member 30 is coupled to the back of the hand member 10, the palm member 20, and the adjacent machi member 30 at the finger end to form a finger end engaging portion (C), that is, the index finger end engaging portion (C1), the middle finger. The end coupling portion (C2), the ring finger end coupling portion (C3) and the small end coupling portion (C4) may be formed, respectively. The machi member 30 can be configured in a tapered shape, for example, in which the width of both ends coupled at the finger end is narrowed toward the outer end, through which the finger end coupling portion (C) becomes an X shape, The finger end region may be configured to have a smaller width than other regions of the finger.

The side wall member 40 is spaced apart and coupled to the back member 10 and the palm member 20 in the finger region to additionally form a space back and forth between the back member 10 and the palm member 20, and the thumb and index finger It can be coupled to the lateral region of the finger on the outside of the index finger, and on the outside of the small finger.

The side wall member 40 is combined with the back of the hand member 10, the palm member 20, and the adjacent machi member 30 at the finger end to form the index finger end coupling portion C1 and the holding end coupling portion C4. can do. The side wall member 40 has at least one end coupled from the finger end to the outer end and narrows in width, for example, may be formed in a tapered shape, through which the index finger end coupling portion C1 and the holding end coupling portion By making (C4) an X-shape, the finger end region can be configured to have a smaller width than other regions of the finger.

The glove of the present invention may further include a wrist member 50 . The wrist member 50 may be configured in the form of a band, and may be extended and coupled to the wrist end of the back member 10 and the palm member 20 . The wrist member 50 may be made of an elastic material.

2a to 2e are exploded perspective views of the glove according to the present invention.

Figure 2a shows a member of the back of the hand of the glove according to the present invention. As shown in FIG. 2A , the back member 10 of the hand may be configured in the shape of a hand in which the fingers are cut and spaced apart by cutting a flat fabric. The back member 10 may be cut to include all five fingers including the thumb. The back of the hand member 10 may be configured in a tapered shape, for example, the width of which is narrowed as the finger end goes toward the outer end.

Figure 2b shows the palm element of the glove according to the invention. As shown in FIG. 2B , by cutting a flat fabric, it can be configured in the shape of a hand in which the fingers are cut and spaced apart. The palm member 20 may be cut to include all five fingers including the thumb, but since the thumb is eccentric and protrudes toward the front of the palm, it is separate from the palm portion 21 having four fingers without a thumb. It may be preferable to combine (sew) the cut thumb part 22 to configure it. In this case, the thumb part 22 may be coupled with a part eccentric toward the center of the palm part 21 . The palm member 20 may be configured in a tapered shape, in which the width of the finger end becomes narrower toward the outer end, for example.

Figure 2c shows the machi member of the glove according to the invention. As shown in Figure 2c, the machi member 30 may be configured in a tapered shape, for example, the width is narrowed going toward the outer end of the shape of both ends coupled at the finger end. Machi member 30 may constitute a folded portion in the center of the valley between the fingers. The machi member 30 may be configured to have the same width going from the center to both ends, but it may be preferable to configure the width to decrease toward both ends in consideration of the decrease in finger width. Machi member 30 includes a first machi member 31 coupled between the index and middle fingers, a second machi member 32 coupled between the middle and ring fingers, and a third machi member 33 coupled between the ring and small fingers. ) may be included. The first to third machi members 31 to 33 may be configured to have different lengths and widths.

Figure 2d shows the sidewall member of the glove according to the present invention. As shown in Figure 2d, the side wall member 40 is at least one end (part coupled with the machi member) coupled at the finger end to the outer end, the width is narrowed, for example, can be configured in a tapered shape. have. The other end of the sidewall member 40 is preferably configured in a tapered shape like the one end, but the end may be configured to be horizontal. The side wall member 40 may include the index finger side wall member 41 and the holding member side wall member 42, and may have a length corresponding to the length of the index finger and the small finger, respectively, or a length longer or shorter than that. The sidewall member 40 may be configured to have the same width except for the tapered shape of one end portion, or may be configured to have a central width and decrease in width toward both ends.

Figure 2e shows the wrist member of a glove according to the present invention. As shown in FIG. 2E , the wrist member 50 can be used by cutting the fabric into a square shape and then folding both sides around the center. The wrist member 50 may couple (sew) the folded both ends to the wrist direction ends of the back member 10 and the palm member 20 along the longitudinal direction.

The palm member 20 of FIG. 2B described above, unlike the configuration of FIG. 2B , has the palm member 20 having only four fingers without thumbs, that is, a flat palm part with thumb holes formed in the thumb part and the thumb. After cutting the constituting thumb first, the thumb may be combined to close the thumb hole of the palm. In this case, the thumb hole may be configured to have a '∪'-shaped bent part in the direction between the thumb and the index finger, and to have an elliptical shape at the rear. The thumb may have a '∪' bent part corresponding to the '∪' bent part of the thumb hole, and the '∪' bent part of the thumb hole may be sewn by matching the '∪' bent part of the thumb. In this case, the thumb part may have a partially closed shape by coupling (sewing) the end and the side, and may be coupled (sewing) by matching the edge of the open part in the palm direction and the edge of the thumb hole.

When the thumb portion is separately formed and coupled in the palm member 20, the back member 10 shown in FIG. 2A is cut into a hand shape including only four fingers without a thumb, unlike the configuration of FIG. 2A. can be used

Figures 3a to 3g is a manufacturing process diagram of the glove according to the present invention.

First, as shown in FIG. 3A , the back member 10 of the hand may be prepared. The back member 10 may be configured by cutting a single layer of fabric, or may be configured by cutting and sewing the same or different fabrics by overlapping them. The back member 10 may additionally couple (sew) a patch or the like to the finger end region, for example. The patch may increase the abrasion resistance of the finger end region and the like.

In FIG. 3A , when preparing the palm member 20 corresponding to the back member 10 of the hand, when the thumb is separately formed and coupled, the back member 10 is connected to the back of the hand member 10 without a thumb, unlike in FIG. 2A . It can be configured by cutting it into a shape that has only one.

As shown in FIG. 3B , the palm member 20 may be prepared. The palm member 20 may be configured by cutting a single layer of fabric, or may be configured by cutting and sewing the same or different fabrics by overlapping them. The palm member 20 may further couple (sew) a patch or the like to the finger end region, for example. The patch may improve the abrasion resistance of the finger end region, or perform functions such as anti-slip and mobile phone touch.

In FIG. 3B , the palm member 20 may be configured by combining a flat palm part having only four fingers without a thumb, that is, a thumb hole in which a thumb hole is formed, and a thumb part constituting the thumb. In this case, the step of preparing the palm member 20 may be configured through the steps of cutting the palm part without the thumb part, cutting the thumb part, and coupling the thumb part to the palm part according to the thumb hole of the palm part. . In this case, the palm member 20 may be combined with a back member having only four fingers without a thumb.

As shown in FIG. 3C , the machi member 30 and the sidewall member 40 may be coupled to the back member 10 of the hand. One longitudinal (lateral) end of the three machi members 30:31-33 and the two sidewall members 40:41,42 may be coupled along the edge of the finger region of the back member 10 of the hand.

In Figure 3c, in the case of the left glove, the holding side wall member 42 is first coupled to the outside of the holding body, and then the machi member (30:31-33) is placed between the small and ring fingers, between the ring fingers and the middle fingers, and between the middle and index fingers. After being sequentially coupled therebetween, the index sidewall member 41 may be finally coupled to the outside of the index finger.

In the case of the right-handed glove, in the opposite direction to the coupling sequence of the left glove, the sidewall member 41 for the index finger is first coupled to the outside of the index finger, and then the machi member (30:31~33) is placed between the index finger and the middle finger, between the middle finger and the ring finger, And after being sequentially coupled between the ring finger and the small finger, it is possible to finally couple the sidewall member 42 to the outside of the small holding.

In this way, by changing the order of coupling of the left glove and the right glove, the workability of the operator can be improved.

As shown in FIG. 3D , the palm member 20 may be coupled to the machi member 30 and the sidewall member 40 . The other longitudinal (lateral) ends of the three machi members 30:31-33 and the two sidewall members 40:41,42 may be coupled along the edge of the finger region of the palm member 20 . Here, when the thumb part is separately formed and coupled in the palm member 20, the palm member 20 is attached to the machi member 30 and the sidewall member 40 along the edge of the body of the palm part and four fingers except for the thumb part. can be combined

3C and 3D above, when the back of the hand member 10, the machi member 30, the sidewall member 40, and the palm member 20 are combined, the finger end is the back of the hand member 10, the machi member ( 30), the sidewall member 40, and due to the tapered shape of the palm member 20, it is possible to form an X-shaped finger end engaging portion C, as a result of which the finger end has a smaller width than other regions of the finger. can be configured as Through this, by reducing the width of the finger end, the adhesion between the inside of the glove and the finger end is increased, and as a result, it is possible to improve workability by increasing the sensitivity of the hand to the object when gripping the object.

3E , the method may optionally further include coupling the wrist member 50 to the wrist-wise ends of the back member 10 and the palm member 20 .

Figure 3f shows the glove of the present invention completed through Figures 3a to 3e above.

Above, the glove of the present invention and its manufacturing method have been described by way of example. It may be possible for those skilled in the art to carry out the above embodiment by modifying it in other forms. However, since the scope of the present invention is defined by the following claims, such modifications may be construed as being included in the scope of the present invention.

10: absence of the back of the hand 20: absence of the palm
30: Machi member 31: First Machi member (between index and middle fingers)
32: 2nd machi member (middle and ring fingers)
33: Absence of the third machi (between the ring finger and the small finger)
40: side wall member 41: index finger side wall member
42: holding side wall member 50: wrist member
C: finger end engaging portion C1: index finger end engaging portion
C2: middle end engagement portion C3: ring finger end engagement portion
C4: holding end coupling part

Claims (10)

absence of hand-shaped back of the hand;
absence of hand-shaped palms;
The back of the hand member and the palm member are spaced apart and coupled to each other in the finger lateral region between the index finger and the middle finger, between the middle finger and the ring finger, and between the ring finger and the small finger, and coupled with the back member and the palm member at the finger end so that the index finger end, the middle finger end, and the ring finger three machi members each forming an end and a holding end engaging portion; and
In the area on the outside of the index finger between the thumb and the index finger, and in the area on the side of the finger outside the small finger, the back of the hand member and the palm member are spaced apart and coupled with the back member of the hand, the palm member, and the gusset member at the finger end to engage the index finger end and the small finger end An glove comprising two sidewall members each defining a coupling portion. The method according to claim 1, wherein the index finger end, the middle end end, the ring finger end, and the small end coupling portion
An X-shaped glove. According to claim 2, wherein the machi member
Gloves, which are configured to narrow in width while going to the outer end of both ends to be joined at the finger end. According to claim 3, wherein the machi member is
Gloves that have a shape that decreases in width from the center to both sides. The method of claim 2, wherein the sidewall member
Gloves, which are configured to become narrower in width while going to the outer end of one end coupled at the finger end. preparing a back member, a palm member, a machi member, and a sidewall member;
coupling one longitudinal side of the machi member and the sidewall member along the edge of the finger region of the back member to the back member of the hand; and
Comprising the step of coupling the other longitudinal side of the machi member and the sidewall member along the edge of the finger region of the palm member to the palm member, the glove manufacturing method. According to claim 6, wherein the step of preparing the palm member
cutting a palm part having a thumb hole in the thumb area without the thumb part;
cutting the thumb part; and
Including the step of coupling the thumb portion to the palm portion in accordance with the thumb hole, a method of manufacturing a glove. The method of claim 6, wherein the step of preparing the machi member and the sidewall member
Both ends for coupling the machi member to the finger end are configured in a shape that is narrowed in width as it goes to the outer end, and
A method of manufacturing a glove, wherein the side wall member is configured to have a shape that is narrowed in width as it goes toward the outer end of one end coupling the side wall member to the finger end. The method of claim 8, wherein the step of coupling one side of the machi member and the sidewall member to the back member of the hand and coupling the other side of the machi member and the sidewall member with the palm member include:
In the finger lateral region between the index finger and middle finger, between the middle finger and the ring finger, and between the ring finger and the small finger, the back of the hand member and the palm member are spaced apart and coupled, and the back of the hand member, the palm member, and the ridge member are coupled in an X shape at the finger end. unite to be wealthy, and
In the area on the outside of the index finger between the thumb and the index finger, and in the area on the side of the finger outside the small finger, the back of the hand member and the palm member are spaced apart and coupled, and the back of the hand member, the palm member, and the sidewall member are coupled to have an X-shaped coupling part at the finger end. A method for manufacturing gloves. The method according to any one of claims 6 to 9, wherein the steps of coupling one side of the machi member and the sidewall member to the back member of the hand and coupling the other side of the machi member and the sidewall member with the palm member include:
A method of manufacturing a glove that combines the finger end in a form that is reduced in width than other areas of the finger while going to the outer end.

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