JP2022001678A - Glove - Google Patents

Abstract

To provide a glove capable of enhancing a fit feeling, sufficiently enhancing an anti-slipping effect, and decreasing discomfort felt by a wearer.SOLUTION: A glove 1 comprises a thumb part 11A, a first finger part 11B, a second finger part 11C, a third finger part 11D, and a fourth finger part 11E, a palm part 12, a surface anti-slipping member 20, and a back surface anti-slipping part 30. Each of the surface anti-slipping member 20 and the back surface anti-slipping member 30 is arranged on the opposite side to the thumb part 11A than the center of the palm part 12 in a direction in which the first finger part 11B, the second finger part 11C, the third finger part 11D, and the fourth finger part 11E are arranged. The surface anti-slipping member 20 has a larger area on the wrist side than the base side of the first finger part 11B, the second finger part 11C, the third finger part 11D, and the fourth finger part 11E of the palm part 12. The back surface anti-slipping member 30 has a larger area on the base side than the wrist side of the palm part 12.SELECTED DRAWING: Figure 1

Description

The present invention relates to gloves.

When a player grips and swings a device such as a golf club, a high-speed rotary motion is performed. Gloves are worn to prevent the hand holding the player's equipment from slipping during this high-speed rotational movement. Some of these gloves are provided with a non-slip member.

For example, Japanese Patent Publication No. 3-81309 (Patent Document 1) describes non-slip gloves. In the non-slip gloves described in this publication, non-slip members are arranged on both the front and back surfaces of the glove body. The non-slip member is arranged on the base side of the middle finger, ring finger and little finger of the palm of the glove, and is not arranged on the wrist side. Further, the non-slip member is configured to have the same shape on both the front and back surfaces of the glove body.

Jikkenhei 3-81309 Gazette

In the non-slip gloves described in the above publication, since the non-slip member is arranged on the back surface of the glove body on the middle finger, ring finger and base side of the small finger of the palm of the glove, the wearer's hand and the glove It is possible to improve the fit with.

However, since this anti-slip member is not arranged on the wrist side of the palm of the glove, the anti-slip effect is insufficient. Further, since the non-slip member has the same shape on both the front and back sides of the glove body, the non-slip member increases the discomfort felt by the wearer.

The present invention has been made in view of the above problems, and an object thereof is to be able to enhance the fit, sufficiently enhance the anti-slip effect, and reduce the discomfort felt by the wearer. To provide gloves.

The gloves of the present invention include the thumb, index finger, middle finger, ring finger and small finger that can accept the thumb, index finger, middle finger, ring finger and small finger of the wearer's hand, and the palm that can accept the palm of the wearer. It includes a portion, a front surface non-slip member arranged on the surface of the palm portion, and a back surface anti-slip member arranged on the back surface of the palm portion. Each of the front surface non-slip member and the back surface non-slip member is arranged on the side opposite to the thumb portion from the center of the palm portion in the direction in which the index finger portion, the middle finger portion, the ring finger portion and the little finger portion are arranged. The surface non-slip member has a larger area on the wrist side than the base side of the index finger part, the middle finger part, the ring finger part and the little finger part of the palm part. The back surface non-slip member has a larger area on the base side than the wrist side of the palm portion.

According to the glove of the present invention, the front surface non-slip member has a larger area on the wrist side than the index finger part, the middle finger part, the ring finger part and the little finger part of the palm part, and the back surface non-slip member is the wrist part of the palm part. The area on the base side is larger than that on the side. Therefore, the fit can be enhanced, the anti-slip effect can be sufficiently enhanced, and the discomfort felt by the wearer can be reduced.

It is a perspective view which shows the state which the glove in one Embodiment of this invention is seen from the palm side. It is a perspective view which shows the state which the wearer wears the glove of FIG. 1 and holds the tool. FIG. 3 is a plan view schematically showing a state in which the back surface non-slip member in the P portion of FIG. 1 is viewed from the back surface side of the palm portion. It is an enlarged perspective view which shows the structure of the surface non-slip portion of FIG. 1 schematically. FIG. 3 is an enlarged cross-sectional view taken along the line VV of FIG. FIG. 3 is an enlarged perspective view schematically showing the configuration of the back surface non-slip portion of FIG. FIG. 6 is an enlarged cross-sectional view taken along the line VII-VII of FIG. It is a schematic diagram schematically showing the appearance and the skeleton of the left hand when the wearer's left hand is viewed from the palm side. It is a perspective view which shows the state which the glove in the modification 1 of one Embodiment of this invention is seen from the palm side. FIG. 3 is a plan view schematically showing a state in which the back surface non-slip member of the portion corresponding to the P portion of FIG. 1 in Modification 1 of the embodiment of the present invention is viewed from the back surface side of the palm portion. It is a perspective view which shows the state which the glove in the modification 2 of one Embodiment of this invention is seen from the palm side.

Hereinafter, embodiments of the present invention will be described with reference to the drawings. Unless otherwise specified, the same or corresponding parts are designated by the same reference numerals in the following drawings, and the description thereof will not be repeated.

The configuration of the glove 1 according to the embodiment of the present invention will be described with reference to FIGS. 1 to 8. As shown in FIGS. 1 and 2, the glove 1 in the present embodiment is a glove worn on the hand of the wearer who holds the tool 2. In FIG. 2, a state in which the wearer wears the glove 1 and holds the tool 2 is shown by a broken line. A golf glove is exemplified as the glove 1 in the present embodiment. Further, a golf club is exemplified as the tool 2.

The glove 1 is configured to accept one hand of the wearer. This one hand is located on the root side of the grip 2a of the golf club. The wearer grips the grip 2a of the golf club with the glove 1 on one of the hands. This glove 1 is a glove for a right-handed batter, and is a glove for the left hand worn on the left hand of the right-handed batter. The glove 1 in the present embodiment is not limited to the glove for the right-handed batter, and may be the glove for the right hand for the left-handed batter. The left-handed batter's gloves are configured to be mirror-finished with the right-handed batter's gloves. Further, the glove 1 in the present embodiment is not limited to golf gloves, and may be sports gloves such as baseball gloves.

The glove 1 mainly includes a main body portion 10, a front surface anti-slip member 20, and a back surface anti-slip member 30. The main body portion 10 includes a finger portion 11, a palm portion 12, and a wrist portion 13. The material of the main body 10 is, for example, artificial leather or synthetic leather.

The finger portion 11 includes a thumb portion 11A, an index finger portion 11B, a middle finger portion 11C, a ring finger portion 11D, and a little finger portion 11E. The thumb portion 11A, the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D, and the little finger portion 11E are configured to be able to accept the thumb, index finger, middle finger, ring finger, and little finger of the wearer's hand, respectively. The thumb portion 11A, the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D, and the little finger portion 11E are independent of each other.

The palm portion 12 is configured to be able to accept the palm of the wearer. The palm portion 12 is connected to the finger portion 11. The palm portion 12 includes a hypothenar portion 12a located on the hypothenar eminence of the wearer's palm. Further, the palm portion 12 includes a thumb ball portion 12b located on the thumb ball of the wearer's palm.

The wrist portion 13 is configured to be able to accept the wearer's wrist. The wrist portion 13 is connected to the palm portion 12. The wrist portion 13 is arranged on the side opposite to the finger portion 11 with respect to the palm portion 12.

As shown in FIGS. 1 and 3, the surface non-slip member 20 is arranged on the surface S1 of the palm portion 12. The surface non-slip member 20 is arranged on a part of the surface S1 of the palm portion 12. The surface non-slip member 20 is not arranged on the entire surface S1 of the palm portion 12.

The back surface non-slip member 30 is arranged on the back surface S2 of the palm portion 12. The back surface non-slip member 30 is arranged on a part of the back surface S2 of the palm portion 12. The back surface non-slip member 30 is not arranged on all the back surfaces S2 of the palm portion 12.

Each of the front surface anti-slip member 20 and the back surface anti-slip member 30 is arranged on the side opposite to the thumb portion 11A from the center of the palm portion 12 in the direction in which the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D and the little finger portion 11E are lined up. Has been done. Each of the front surface non-slip member 20 and the back surface non-slip member 30 is arranged on the hypothenar portion 12a. Each of the front surface non-slip member 20 and the back surface non-slip member 30 is not arranged on the ball portion 12b.

The surface non-slip member 20 has a larger area on the wrist side than the base side of the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D, and the little finger portion 11E of the palm portion 12. The surface non-slip member 20 has an area of a portion arranged on the wrist side of the palm portion 12 rather than a portion arranged on the base side of the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D and the little finger portion 11E of the palm portion 12. big.

The surface non-slip member 20 includes a plurality of surface non-slip portions 20a. The area of the surface non-slip portion 20a arranged on the wrist side of the plurality of surface non-slip portions 20a is the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D, and the little finger portion 11E of the plurality of surface non-slip portions 20a. It is larger than the area of the surface non-slip portion 20a arranged on the base side of the. The area of the plurality of surface non-slip portions 20a increases in order from the base-side end of the palm portion 12, the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D, and the little finger portion 11E to the wrist-side end of the palm portion 12. It may be configured as follows.

The back surface non-slip member 30 has a larger area on the base side of the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D, and the little finger portion 11E than the wrist side of the palm portion 12. The back surface non-slip member 30 has an area of a portion arranged on the base side of the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D, and the little finger portion 11E of the palm portion 12 rather than the portion arranged on the wrist side of the palm portion 12. big.

The back surface anti-slip member 30 includes a plurality of back surface anti-slip portions 30a. The area of the back surface anti-slip portion 30a arranged on the base side of the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D and the little finger portion 11E among the plurality of back surface anti-slip portions 30a is the area of the back surface anti-slip portion 30a. It is larger than the area of the back surface non-slip portion 30a arranged on the wrist side most. The area of the plurality of backside non-slip portions 30a increases in order from the wrist-side end of the palm portion 12 to the index finger portion 11B, middle finger portion 11C, ring finger portion 11D, and little finger portion 11E of the palm portion 12 on the base side. It may be configured as follows.

The plurality of surface non-slip portions 20a are curved so as to approach the ball portion 12b from the base side of the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D and the little finger portion 11E of the palm portion 12 toward the wrist side as a whole. ing. The plurality of surface non-slip portions 20a are the ball of the thumb from the base side of the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D and the little finger portion 11E of the palm portion 12 toward the wrist side on the surface S1 of the palm portion 12 as a whole. It is bent so as to approach the part 12b. The plurality of backside non-slip portions 30a are curved so as to approach the ball portion 12b from the base side of the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D and the little finger portion 11E of the palm portion 12 toward the wrist side as a whole. ing. As a whole, the plurality of back surface non-slip portions 30a are the ball of the thumb from the base side of the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D and the little finger portion 11E of the palm portion 12 toward the wrist side on the back surface S2 of the palm portion 12. It is bent so as to approach the part 12b.

The plurality of surface non-slip portions 20a are arranged on the surface S1 of the palm portion 12. The plurality of surface non-slip portions 20a are arranged apart from each other from the base side of the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D, and the little finger portion 11E of the palm portion 12 toward the wrist side. Of the plurality of surface non-slip portions 20a, the distance between the surface non-slip portions 20a adjacent to each other is larger on the little finger portion 11E side than on the index finger portion 11B side of the palm portion 12.

The plurality of surface non-slip portions 20a include a first surface portion 21a, a second surface portion 21b, a third surface portion 21c, and a fourth surface portion 21d. The plurality of surface non-slip portions 20a may include four or more surface non-slip portions 20a.

The plurality of back surface non-slip portions 30a are arranged on the back surface S2 of the palm portion 12. The plurality of back surface non-slip portions 30a are arranged apart from each other from the base side of the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D, and the little finger portion 11E of the palm portion 12 toward the wrist side. Of the plurality of back surface anti-slip portions 30a, the distance between the back surface anti-slip portions 30a adjacent to each other is larger on the little finger portion 11E side than on the index finger portion 11B side of the palm portion 12.

The plurality of back surface non-slip portions 30a include a first back surface portion 31a, a second back surface portion 31b, a third back surface portion 31c, and a fourth back surface portion 31d. The plurality of back surface anti-slip portions 30a may include four or more back surface anti-slip portions 30a.

The front surface non-slip member 20 and the back surface non-slip member 30 are arranged so as to overlap each other with the palm portion 12 interposed therebetween. In the present embodiment, each of the plurality of front surface non-slip portions 20a and each of the plurality of back surface anti-slip portions 30a are arranged so as to overlap each other with the palm portion 12 interposed therebetween. Each of the plurality of front surface non-slip portions 20a arranged so as to overlap with the palm portion 12 and each of the plurality of back surface anti-slip portions 30a are different in size from each other. The plurality of front surface non-slip portions 20a and the plurality of back surface non-slip portions 30a are provided in a direction in which the base side and the wrist side of the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D and the little finger portion 11E of the palm portion 12 face each other. They are arranged so that they are inverted from each other.

The surface non-slip member 20 may be arranged on at least one surface of the thumb portion 11A, the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D, and the little finger portion 11E. In the present embodiment, the back surface non-slip member 30 is not arranged on the back surface of any of the thumb portion 11A, the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D, and the little finger portion 11E. The back surface non-slip member 30 may be arranged on the back surface of at least one of the thumb portion 11A, the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D, and the little finger portion 11E.

As shown in FIGS. 1 and 4, the surface non-slip member 20 is configured to project from the surface S1 of the palm portion 12 in a direction orthogonal to the surface S1. Further, the surface non-slip member 20 is configured to project in a direction orthogonal to the surface from at least one of the surfaces of the thumb portion 11A, the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D and the little finger portion 11E. You may.

In FIG. 4, the first surface portion 21a is shown as an example of the plurality of surface non-slip portions 20a. The other surface anti-slip portions 20a of the plurality of surface anti-slip portions 20a may be configured in the same manner as the first surface anti-slip portion 21a. As shown in FIGS. 4 and 5, in the present embodiment, the cross section of the first surface portion 21a in the width direction is formed in a rectangular shape. Further, the cross-sectional shape of the first surface portion 21a in the width direction may be a cross-sectional shape in which a rectangular corner portion is chamfered or a cross-sectional shape in which the upper side of the rectangle is raised in a convex rounded shape.

As shown in FIGS. 3 and 6, the back surface non-slip member 30 is configured to project from the back surface S2 of the palm portion 12 in a direction orthogonal to the back surface S2.

In FIG. 6, the first back surface portion 31a is shown as an example of the plurality of back surface non-slip portions 30a. The other back surface non-slip portions 30a may be configured in the same manner as the first back surface portion 31a. As shown in FIGS. 6 and 7, in the present embodiment, the cross section of the first back surface portion 31a in the width direction is formed in a rectangular shape. Further, the cross-sectional shape of the first back surface portion 31a in the width direction may be a cross-sectional shape in which a rectangular corner portion is chamfered or a cross-sectional shape in which the upper side of the rectangle is raised in a convex rounded shape.

As shown in FIGS. 5 and 6, the height of the palm portion 12 of the first back surface portion 31a of the plurality of back surface non-slip portions 30a from the back surface S2 is the first surface portion 21a of the plurality of front surface non-slip portions 20a. It is lower than the height of the palm portion 12 from the surface S1. That is, the height of the palm portion 12 of the back surface non-slip member 30 from the back surface S2 is lower than the height of the palm portion 12 of the front surface non-slip member 20 from the front surface S1.

As shown in FIGS. 1 and 2, each of the first surface portion 21a, the second surface portion 21b, the third surface portion 21c, and the fourth surface portion 21d is the ring finger portion when the wearer grips the tool 2. It is arranged in the area facing the 11D and the little finger portion 11E. That is, each of the first surface portion 21a, the second surface portion 21b, the third surface portion 21c, and the fourth surface portion 21d is covered by the ring finger portion 11D and the little finger portion 11E when the wearer grips the tool 2. Each of the first surface portion 21a, the second surface portion 21b, the third surface portion 21c, and the fourth surface portion 21d is arranged in the region facing the index finger portion 11B and the middle finger portion 11C when the wearer grips the tool 2. It has not been. That is, each of the first surface portion 21a, the second surface portion 21b, the third surface portion 21c, and the fourth surface portion 21d is not covered by the index finger portion 11B and the middle finger portion 11C when the wearer grips the tool 2. ..

The first surface portion 21a is arranged closest to the wrist portion 13 among the surface non-slip members 20 arranged on the surface of the palm portion 12. The first surface portion 21a is arranged away from each of the ring finger portion 11D and the little finger portion 11E with respect to the second surface portion 21b. Specifically, the first surface portion 21a is the ring finger portion 11D and the little finger portion 11E, respectively, when the wearer wears the glove 1 and opens his / her hand, that is, when the ring finger portion 11D and the little finger portion 11E are extended. It is arranged away from the second surface portion 21b.

The first surface portion 21a includes a portion extending from the ring finger portion 11D side toward the little finger portion 11E so as to widen the distance from the second surface portion 21b. That is, the first surface portion 21a and the second surface portion 21b are arranged so as to widen the distance from each other from the ring finger portion 11D side to the little finger portion 11E side. The distance between the first surface portion 21a and the second surface portion 21b at the end portion on the little finger portion 11E side is wider than the distance between the first surface portion 21a and the second surface portion 21b at the end portion on the ring finger portion 11D side. .. Even if the distance between the first surface portion 21a and the second surface portion 21b is partially narrowed on the way from the end on the ring finger portion 11D side to the end on the little finger portion 11E side, the end on the little finger portion 11E side. It suffices if the distance between the first surface portion 21a and the second surface portion 21b in the portion is widened.

The second surface portion 21b is arranged away from the wrist portion 13 with respect to the first surface portion 21a. The second surface portion 21b is arranged away from each of the ring finger portion 11D and the little finger portion 11E with respect to the third surface portion 21c. The second surface portion 21b includes a portion extending from the ring finger portion 11D side toward the little finger portion 11E so as to widen the distance from the third surface portion 21c.

The third surface portion 21c is arranged away from the wrist portion 13 than the second surface portion 21b. The third surface portion 21c is arranged away from each of the ring finger portion 11D and the little finger portion 11E with respect to the fourth surface portion 21d. The third surface portion 21c includes a portion extending from the ring finger portion 11D side toward the little finger portion 11E so as to widen the distance from the fourth surface portion 21d.

The fourth surface portion 21d is arranged away from the wrist portion 13 than the third surface portion 21c. The fourth surface portion 21d extends from the ring finger portion 11D side to the little finger portion 11E side along the direction in which the ring finger portion 11D and the little finger portion 11E are aligned. The direction in which the ring finger portion 11D and the little finger portion 11E are aligned means the direction in which the ring finger portion 11D and the little finger portion 11E are aligned when the wearer wears the glove 1. Specifically, the direction in which the ring finger portion 11D and the little finger portion 11E are aligned with the ring finger portion 11D when the wearer wears gloves and closes the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D and the little finger portion 11E. It means the direction in which the little finger portion 11E is lined up. The fourth surface portion 21d is arranged closest to the ring finger portion 11D and the little finger portion 11E among the surface non-slip members 20 arranged on the surface S1 of the palm portion 12.

The angle between the center line of each of the first surface portion 21a, the second surface portion 21b, the third surface portion 21c and the fourth surface portion 21d and the center line of the ring finger portion 11D is the first surface portion 21a and the second surface portion. The size is reduced in the order of the portion 21b, the third surface portion 21c, and the fourth surface portion 21d.

The center lines of the first surface portion 21a, the second surface portion 21b, the third surface portion 21c, and the fourth surface portion 21d are the first surface portion 21a, the second surface portion 21b, the third surface portion 21c, and the fourth surface portion 21d. It means a center line extending in the longitudinal direction through each center of the surface portion 21d.

The center line of the ring finger portion 11D means the center line of the ring finger portion 11D when the wearer wears the glove 1. Specifically, the center line of the ring finger portion 11D means the center line of the ring finger portion 11D when the wearer wears the glove 1 and closes the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D and the little finger portion 11E. do.

In the present embodiment, each of the first surface portion 21a, the second surface portion 21b, the third surface portion 21c, and the fourth surface portion 21d extends in the longitudinal direction along a virtual line connecting one end and the other end. Have. The total length (length in the longitudinal direction) of each of the first surface portion 21a, the second surface portion 21b, the third surface portion 21c, and the fourth surface portion 21d is the first surface portion 21a, the second surface portion 21b, and the third. The surface portion 21c and the fourth surface portion 21d may be shortened in this order.

The thickness of each of the first surface portion 21a, the second surface portion 21b, the third surface portion 21c, and the fourth surface portion 21d may be uniform. The thickness of each of the first surface portion 21a, the second surface portion 21b, the third surface portion 21c and the fourth surface portion 21d is the first surface portion 21a, the second surface portion 21b, the third surface portion 21c and the fourth. It may become thinner in the order of the surface portion 21d. Further, the thicknesses of the first surface portion 21a, the second surface portion 21b, the third surface portion 21c, and the fourth surface portion 21d may be the same.

In the present embodiment, the surface non-slip member 20 includes a ring finger non-slip portion 22a and a little finger non-slip portion 22b. The ring finger non-slip portion 22a is configured to extend from the base of the ring finger portion 11D toward the tip on the ventral surface of the ring finger portion 11D. The ring finger non-slip portion 22a extends in the extending direction of the ring finger across the positions corresponding to the first joint and the second joint of the ring finger. The little finger non-slip portion 22b is configured to extend from the base of the little finger portion 11E toward the tip on the ventral surface of the little finger portion 11E. The little finger non-slip portion 22b extends in the extending direction of the little finger across the positions corresponding to the first joint and the second joint of the little finger. The surface non-slip member 20 may include at least one of the ring finger non-slip portion 22a and the little finger non-slip portion 22b.

Further, in the present embodiment, the surface anti-slip member 20 includes a thumb anti-slip portion 23. The thumb non-slip portion 23 is configured to extend in the width direction of the thumb portion 11A on the ventral surface of the thumb portion 11A. The plurality of thumb non-slip portions 23 are arranged side by side in the extending direction of the thumb so as to straddle the position corresponding to the first joint of the thumb. In the present embodiment, a plurality of thumb anti-slip portions 23 are provided, but the thumb anti-slip portion 23 may be one.

The plurality of surface non-slip portions 20a are formed in a corrugated manner along the surface S1 of the palm portion 12. That is, the first surface portion 21a, the second surface portion 21b, the third surface portion 21c, and the fourth surface portion 21d are configured to be corrugated in the in-plane direction of the surface S1 of the palm portion 12. Further, each of the ring finger anti-slip portion 22a, the little finger anti-slip portion 22b, and the thumb anti-slip portion 23 is configured to have a corrugated shape in the plane of the surface S1 of each of the ring finger portion 11D, the little finger portion 11E, and the thumb portion 11A. The shape of the wave can be a sine wave or a triangular wave.

As shown in FIGS. 1 and 3, each of the first back surface portion 31a, the second back surface portion 31b, the third back surface portion 31c, and the fourth back surface portion 31d is a ring finger portion when the wearer grips the tool 2. It is arranged in the area overlapping the 11D and the little finger portion 11E. That is, each of the first back surface portion 31a, the second back surface portion 31b, the third back surface portion 31c, and the fourth back surface portion 31d is covered by the ring finger portion 11D and the little finger portion 11E when the wearer grips the tool 2. Each of the first back surface portion 31a, the second back surface portion 31b, the third back surface portion 31c, and the fourth back surface portion 31d is arranged in an area that overlaps with the index finger portion 11B and the middle finger portion 11C when the wearer grips the tool 2. Not. That is, each of the first back surface portion 31a, the second back surface portion 31b, the third back surface portion 31c, and the fourth back surface portion 31d is not covered by the index finger portion 11B and the middle finger portion 11C when the wearer grips the tool 2. ..

The first back surface portion 31a extends from the ring finger portion 11D side to the little finger portion 11E side along the direction in which the ring finger portion 11D and the little finger portion 11E are aligned. The first back surface portion 31a is arranged on the back surface of the palm portion 12 and is arranged closest to the ring finger portion 11D and the little finger portion 11E among the back surface non-slip members 30. The first back surface portion 31a is arranged farthest from the wrist portion 13 among the back surface non-slip portions 30a arranged on the back surface S2 of the palm portion 12.

The second back surface portion 31b is arranged away from each of the ring finger portion 11D and the little finger portion 11E with respect to the first back surface portion 31a. Specifically, the second back surface portion 31b is the ring finger portion 11D and the little finger portion 11E, respectively, when the wearer wears the glove 1 and opens his / her hand, that is, when the ring finger portion 11D and the little finger portion 11E are extended. It is arranged away from the first back surface portion 31a. The second back surface portion 31b is arranged closer to the wrist portion 13 than the first back surface portion 31a.

The second back surface portion 31b includes a portion extending from the ring finger portion 11D side toward the little finger portion 11E so as to widen the distance from the first back surface portion 31a. That is, the first back surface portion 31a and the second back surface portion 31b are arranged so as to widen the distance from each other from the ring finger portion 11D side to the little finger portion 11E side. The distance between the first back surface portion 31a and the second back surface portion 31b at the end portion on the little finger portion 11E side is wider than the distance between the first back surface portion 31a and the second back surface portion 31b at the end portion on the ring finger portion 11D side. .. Even if the distance between the first back surface portion 31a and the second back surface portion 31b is partially narrowed on the way from the end portion on the ring finger portion 11D side to the end portion on the little finger portion 11E side, the end on the little finger portion 11E side. It suffices if the distance between the first back surface portion 31a and the second back surface portion 31b in the portion is widened.

The third back surface portion 31c is arranged away from each of the ring finger portion 11D and the little finger portion 11E with respect to the second back surface portion 31b. The third back surface portion 31c is arranged closer to the wrist portion 13 than the second back surface portion 31b. The third back surface portion 31c includes a portion extending from the ring finger portion 11D side toward the little finger portion 11E so as to widen the distance from the second back surface portion 31b.

The fourth back surface portion 31d is arranged away from each of the ring finger portion 11D and the little finger portion 11E with respect to the third back surface portion 31c. The fourth back surface portion 31d includes a portion extending from the ring finger portion 11D side toward the little finger portion 11E so as to widen the distance from the third back surface portion 31c. The fourth back surface portion 31d is arranged closest to the wrist portion 13 among the back surface non-slip members 30 arranged on the back surface S2 of the palm portion 12.

The angle between the center line of each of the first back surface portion 31a, the second back surface portion 31b, the third back surface portion 31c and the fourth back surface portion 31d and the center line of the ring finger portion 11D is the first back surface portion 31a and the second back surface portion 31a. The size increases in the order of the portion 31b, the third back surface portion 31c, and the fourth back surface portion 31d.

The center lines of the first back surface portion 31a, the second back surface portion 31b, the third back surface portion 31c, and the fourth back surface portion 31d are the first back surface portion 31a, the second back surface portion 31b, the third back surface portion 31c, and the fourth. It means a center line extending in the longitudinal direction through each center of the back surface portion 31d.

In the present embodiment, each of the first back surface portion 31a, the second back surface portion 31b, the third back surface portion 31c, and the fourth back surface portion 31d is oriented in the longitudinal direction along a virtual line connecting one end and the other end. Have. The total length (length in the longitudinal direction) of each of the first back surface portion 31a, the second back surface portion 31b, the third back surface portion 31c, and the fourth back surface portion 31d is the first back surface portion 31a, the second back surface portion 31b, and the third. The back surface portion 31c and the fourth back surface portion 31d may be shortened in this order.

The thickness of each of the first back surface portion 31a, the second back surface portion 31b, the third back surface portion 31c, and the fourth back surface portion 31d may be uniform. The thickness of each of the first back surface portion 31a, the second back surface portion 31b, the third back surface portion 31c and the fourth back surface portion 31d is the first back surface portion 31a, the second back surface portion 31b, the third back surface portion 31c and the fourth. It may be thinner in the order of the back surface portion 31d. Further, the thicknesses of the first back surface portion 31a, the second back surface portion 31b, the third back surface portion 31c, and the fourth back surface portion 31d may be the same.

The first back surface portion 31a may be thicker than the first front surface portion 21a. The second back surface portion 31b may be thicker than the second front surface portion 21b. The third back surface portion 31c may be thicker than the third front surface portion 21c. The fourth back surface portion 31d may be thicker than the fourth front surface portion 21d. Therefore, even when the height of the back surface anti-slip member 30 is lower than the height of the front surface anti-slip member 20, the anti-slip effect of the back surface anti-slip member 30 can be ensured.

The plurality of back surface non-slip portions 30a are configured to have a corrugated shape along the back surface S2 of the palm portion 12. The first back surface portion 31a, the second back surface portion 31b, the third back surface portion 31c, and the fourth back surface portion 31d are configured to be corrugated in the in-plane direction of the back surface S2 of the palm portion 12. The shape of the wave can be a sine wave or a triangular wave.

As shown in FIG. 2, each of the front surface non-slip member 20 and the back surface non-slip member 30 acts on the surfaces of the ring finger portion 11D, the little finger portion 11E, and the palm portion 12 when the wearer grips and swings the tool 2. It extends in the direction intersecting the direction of the shearing force. That is, each of the front surface anti-slip member 20 and the back surface anti-slip member 30 is arranged in a direction crossing the direction of the shearing force. This shearing force is a force that acts along the in-plane surface of the surface due to the force acting on the grip due to the centrifugal force when swinging. In FIG. 2, the direction of this shearing force is indicated by an arrow. The direction of this shearing force indicates the direction of the shearing force in each finger portion and the palm portion 12 as a whole. This total shear force is clockwise. Here, the direction of the shearing force acting on the glove for the left hand of the right-handed batter is shown. If the glove is for the right hand of a left-handed batter, the direction of the overall shear force is opposite, that is, counterclockwise.

With reference to FIGS. 1 and 8, the arrangement of the front surface anti-slip member 20 and the back surface anti-slip member 30 will be described with reference to the bone of the wearer's left hand 101. FIG. 8 shows the appearance and skeleton of the left hand 101 when the wearer's left hand 101 is viewed from the palm 101A side.

As shown in FIG. 8, in each of the index finger 101B2, the middle finger 101B3, the ring finger 101B4, and the small finger 101B5, the distal phalanx 111, the intermediate phalanx 112, the proximal phalanx 113, and the metacarpal bone 114 are arranged in this order from the fingertip side. There is. The distal phalanx 111 and the intermediate phalanx 112 are connected to each other via the distal interphalangeal joint 121. The intermediate phalanx 112 and the proximal phalanx 113 are connected via the proximal interphalangeal joint 122. The proximal phalanx 113 and the metacarpal bone 114 are connected via the metacarpophalangeal joint 123. A bulging portion 114A is arranged at the end of the metacarpal bone 114 on the proximal phalanx 113 side. In the thumb 101B1, the distal phalanx 111, the proximal phalanx 113, and the metacarpal bone 114 are arranged in order from the fingertip side. In the thumb 101B1, the distal phalanx 111 and the proximal phalanx 113 are connected via the first interphalangeal joint 124, and the proximal phalanx 113 and the metacarpophalange 114 are connected via the metacarpophalangeal joint 123. Has been done.

The first surface portion 21a is arranged on the palm 101A side so as to straddle the root portion of the metacarpal bone 114 of the middle finger 101B3 and the tarsal bone 130. The second surface portion 21b is arranged on the palm 101A side so as to straddle the root portion of the metacarpal bone 114 of the middle finger 101B3, the root portion of the metacarpal bone 114 of the ring finger 101B4, and the root portion of the metacarpal bone 114 of the little finger 101B5. ..

The third surface portion 21c is arranged on the palm 101A side so as to straddle the center of the metacarpal bone 114 of the ring finger 101B4 and the center of the metacarpal bone 114 of the little finger 101B5. The fourth surface portion 21d is arranged on the palm 101A side so as to straddle the bulging portion 114A of the metacarpal bone 114 of the ring finger 101B4 and the bulging portion 114A of the metacarpal bone 114 of the little finger 101B5.

The first back surface portion 31a is formed on the palm 101A side with the bulging portion 114A of the metacarpal bone 114 of the middle finger 101B3, the bulging portion 114A of the metacarpal bone 114 of the ring finger 101B4, and the bulging portion 114A of the metacarpal bone 114 of the little finger 101B5. It is placed across. The second back surface portion 31b is arranged on the palm 101A side so as to straddle the center of the metacarpal bone 114 of the middle finger 101B3, the center of the metacarpal bone 114 of the ring finger 101B4, and the center of the metacarpal bone 114 of the small finger 101B5.

The third back surface portion 31c is arranged on the palm 101A side so as to straddle the root portion of the metacarpal bone 114 of the middle finger 101B3 and the root portion of the metacarpal bone 114 of the ring finger 101B4. The fourth back surface portion 31d is arranged on the palm 101A side so as to straddle the root portion of the metacarpal bone 114 of the middle finger 101B3 and the tarsal bone 130.

The ring finger non-slip portion 22a is arranged from the root portion of the distal phalanx 111 in the ring finger 101B4 to the root portion of the proximal phalanx 113 via the intermediate phalanx 112. The little finger non-slip portion 22b is arranged from the root portion of the distal phalanx 111 in the little finger 101B5 to the root portion of the proximal phalanx 113 via the intermediate phalanx 112. The thumb non-slip portion 23 is arranged so as to straddle the root portion of the proximal phalanx 113 from the tip of the distal phalanx 111 in the thumb 101B1.

Each of the front surface non-slip member 20 and the back surface non-slip member 30 is composed of a viscoelastic body. The material of the viscoelastic body is, for example, silicon. The hardness of the viscoelastic body is, for example, about JIS A30. The height of each of the front surface non-slip member 20 and the back surface non-slip member 30 is, for example, 1.0 mm or less, preferably 0.4 mm to 0.6 mm. Further, the height can be changed for each part to adjust the frictional force. The occupancy ratio of the area where the surface non-slip member 20 is arranged to the entire area is, for example, 5% or more and 50% or less. The occupancy ratio of the area where the back surface non-slip member 30 is arranged to the entire area is, for example, 5% or more and 50% or less.

In the above, when the thumb portion 11A, the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D and the little finger portion 11E are configured to accommodate the entire thumb, index finger, middle finger, ring finger and little finger of the wearer. Explained. However, the thumb portion 11A, the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D, and the little finger portion 11E may accommodate at least the roots of the wearer's thumb, index finger, middle finger, ring finger, and little finger.

Next, the action and effect of the glove 1 in the present embodiment will be described.

According to the glove 1 of the present embodiment, the back surface anti-slip member 30 is arranged on the back surface S2 of the palm portion 12, and the back surface anti-slip member 30 has the index finger portion 11B and the middle finger portion 11C rather than the wrist side of the palm portion 12. , The area on the base side of the ring finger 11D and the little finger 11E is large. When the wearer grips the tool 2, the back surface anti-slip member 30 is used on the base side of the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D, and the little finger portion 11E of the palm portion 12 where the glove 1 is particularly pressed against the tool 2. By firmly stopping the slip, the fit between the hand and the glove 1 can be improved.

According to the glove 1 of the present embodiment, the surface anti-slip member 20 is arranged on the surface S1 of the palm portion 12, and the surface anti-slip member 20 is the index finger portion 11B, the middle finger portion 11C, and the ring finger portion 11D of the palm portion 12. And the area on the wrist side is larger than that on the base side of the little finger portion 11E. When the wearer grips and swings the tool 2, a high-speed rotary motion is performed. In this rotational movement, the grip end of the tool 2 becomes the center of rotation of the tool 2. By stopping the slip at the center of rotation by the surface anti-slip member 20, the anti-slip effect can be sufficiently enhanced.

According to the glove 1 of the present embodiment, the surface non-slip member 20 has a larger area on the wrist side than the base side of the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D and the little finger portion 11E of the palm portion 12, and the back surface thereof. The non-slip member 30 has a larger area on the base side of the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D, and the little finger portion 11E than the wrist side of the palm portion 12. Therefore, it is possible to prevent the portions of the front surface anti-slip member 20 and the back surface anti-slip member 30 having large areas from overlapping each other. Therefore, the front surface anti-slip member 20 and the back surface anti-slip member 30 can reduce the discomfort felt by the wearer.

According to the glove 1 of the present embodiment, the back surface anti-slip member 30 has a larger area on the base side of the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D and the little finger portion 11E than the wrist side of the palm portion 12. Therefore, since the back surface anti-slip member 30 on the wrist side, which is the entrance side of the glove 1, is small, it is easy to insert a hand into the glove 1. Therefore, the gloves 1 can be easily put on and taken off.

Further, according to the glove 1 of the present embodiment, the area of the surface anti-slip portion 20a arranged on the wrist side of the plurality of surface anti-slip portions 20a is the index finger portion of the plurality of surface anti-slip portions 20a. It is larger than the area of the surface non-slip portion 20a arranged on the base side of 11B, the middle finger portion 11C, the ring finger portion 11D and the little finger portion 11E. Further, the area of the back surface anti-slip portion 30a arranged on the base side of the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D and the little finger portion 11E among the plurality of back surface anti-slip portions 30a is the plurality of back surface anti-slip portions. It is larger than the area of the back surface non-slip portion 30a arranged on the wrist side most of the 30a. Therefore, the fit between the hand and the glove 1 can be enhanced, the anti-slip effect can be sufficiently enhanced, and the discomfort felt by the wearer can be reduced.

Further, according to the glove 1 of the present embodiment, the plurality of surface non-slip portions 20a are located from the base side to the wrist side of the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D and the little finger portion 11E of the palm portion 12 as a whole. It is curved so as to approach the ball portion 12b of the thumb. Further, the plurality of back surface non-slip portions 30a are curved so as to approach the ball portion 12b from the base side of the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D and the little finger portion 11E of the palm portion 12 toward the wrist side as a whole. is doing. Therefore, the plurality of front surface non-slip portions 20a and the plurality of back surface anti-slip portions 30a can be arranged perpendicular to the shearing force acting on the surface of the palm portion 12 when the wearer grips and swings the tool 2. .. This makes it possible to obtain a large anti-slip effect.

Further, according to the glove 1 of the present embodiment, the distance between the surface anti-slip portions 20a adjacent to each other among the plurality of surface anti-slip portions 20a is larger on the little finger portion 11E side than on the index finger portion 11B side of the palm portion 12. Of the plurality of back surface anti-slip portions 30a, the distance between the back surface anti-slip portions 30a adjacent to each other is larger on the little finger portion 11E side than on the index finger portion 11B side of the palm portion 12. Therefore, a plurality of front surface non-slip portions 20a and a plurality of back surface non-slip portions 30a are arranged perpendicular to the shearing force acting on the front surface S1 and the back surface S2 of the palm portion 12 when the wearer grips and swings the tool 2. can do. This makes it possible to obtain a large anti-slip effect.

Further, according to the glove 1 of the present embodiment, the plurality of surface non-slip portions 20a are configured to have a corrugated shape along the surface S1 of the palm portion 12. The plurality of back surface non-slip portions 30a are formed in a corrugated manner along the back surface S2 of the palm portion 12. Therefore, a plurality of front surface non-slip portions 20a and a plurality of back surface non-slip portions 30a are arranged perpendicular to the shearing force acting on the front surface S1 and the back surface S2 of the palm portion 12 when the wearer grips and swings the tool 2. It is easy to do.

Further, according to the glove 1 of the present embodiment, each of the plurality of front surface non-slip portions 20a and each of the plurality of back surface anti-slip portions 30a arranged so as to overlap with each other across the palm portion 12 have different sizes. It's different. Therefore, it is easy to average the anti-slip effect of the plurality of front surface anti-slip portions 20a and the plurality of back surface anti-slip portions 30a.

Further, according to the glove 1 of the present embodiment, the plurality of front surface anti-slip portions 20a and the plurality of back surface anti-slip portions 30a are the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D and the little finger portion 11E of the palm portion 12. It is arranged so as to be inverted from each other in the direction in which the base side and the wrist side face each other. Therefore, the anti-slip effect of the plurality of front surface anti-slip portions 20a and the plurality of back surface anti-slip portions 30a can be averaged.

Further, according to the glove 1 of the present embodiment, the height of the back surface anti-slip member 30 from the back surface S2 of the palm portion 12 is lower than the height of the front surface anti-slip member 20 from the front surface S1 of the palm portion 12. Therefore, it is easy to insert the wearer's hand into the glove 1 while sufficiently enhancing the anti-slip effect.

Next, each modification of this embodiment will be described. Unless otherwise specified, the glove 1 of each modification has the same configuration as the glove 1 of the present embodiment described above.

The glove 1 in the modified example 1 of the present embodiment will be described with reference to FIGS. 9 and 10. As shown in FIGS. 9 and 10, the glove 1 in the modified example 1 of the present embodiment has the front surface anti-slip member 20 and the back surface slip as compared with the above-mentioned glove 1 of the present embodiment shown in FIG. The configuration of the stop member 30 is different.

The surface non-slip portion 20a in the first modification of the present embodiment includes a plurality of surface constituent portions 20X arranged so as to have a waveform as a whole in the in-plane direction of the surface S1. This gap is arranged at the corner of the waveform. Each of the plurality of surface constituent parts 20X is formed in a straight line. Further, the surface non-slip portion 20a includes a plurality of auxiliary surface portions 20Y. The plurality of auxiliary surface portions 20Y are formed in a straight line. Each of the plurality of auxiliary surface portions 20Y is arranged along each of the plurality of adjacent surface constituent portions 20X at intervals from each of the plurality of adjacent surface constituent portions 20X.

The back surface non-slip portion 30a includes a plurality of back surface constituent portions 30X arranged with a gap between them so as to form a waveform as a whole in the in-plane direction of the back surface S2. This gap is arranged at the corner of the waveform. Each of the plurality of back surface constituent parts 30X is formed in a straight line. Further, the back surface non-slip portion 30a includes a plurality of auxiliary back surface portions 30Y. The plurality of auxiliary back surface portions 30Y are configured in a straight line. Each of the plurality of auxiliary back surface portions 30Y is arranged along each of the plurality of adjacent back surface constituent portions 30X at intervals from each of the plurality of adjacent back surface constituent portions 30X.

In the glove 1 in the modification 1 of the present embodiment, a gap is arranged at the corner of the corrugated surface of the surface non-slip portion 20a. Therefore, when the surface non-slip portion 20a is deformed along the tool 2, the deformation of the surface non-slip portion 20a can be adjusted by the gap between the plurality of surface constituent portions 20X. Further, a gap is arranged at the corner of the waveform of the back surface non-slip portion 30a. Therefore, when the back surface anti-slip portion 30a is deformed along the tool 2, the deformation of the back surface anti-slip portion 30a can be adjusted by the gap between the plurality of back surface constituent portions 30X. Further, the anti-slip effect can be enhanced by the plurality of auxiliary surface portions 20Y. Further, the anti-slip effect can be enhanced by the plurality of auxiliary back surface portions 30Y.

In the glove 1 in the first modification of the present embodiment, the surface non-slip portion 20a can be configured to have a corrugated shape as a whole by the plurality of surface constituent portions 20X configured in a straight line. Therefore, it becomes easy to form the surface non-slip portion 20a. Further, the back surface non-slip portion 30a can be configured so as to have a waveform as a whole by the plurality of back surface constituent portions 30X configured in a linear shape. Therefore, it becomes easy to form the back surface non-slip portion 30a.

The glove 1 in the second modification of the present embodiment will be described with reference to FIG. 11. As shown in FIG. 11, the glove 1 in the modified example 2 of the present embodiment has a printed portion 40 as compared with the glove 1 in the above-mentioned modified example 1 of the present embodiment shown in FIGS. 9 and 10. It is different in that it has.

The glove 1 includes a printed portion 40 provided on each abdomen and palm portion 12 of the thumb portion 11A, the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D and the little finger portion 11E. The printed portion 40 is configured to project from the surface of each of the abdomen and palm portion 12 of the thumb portion 11A, the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D and the little finger portion 11E in a direction orthogonal to the surface. .. The surface non-slip member 20 is arranged so as not to overlap the printed portion 40. Further, the surface non-slip member 20 may be arranged so as to be overlapped with the printed portion 40. The height of the printed portion 40 from the surface is lower than the height of the surface non-slip member 20 from the surface.

The printed portion 40 is provided over the entire abdomen and palm portion 12 of each of the thumb portion 11A, the index finger portion 11B, the middle finger portion 11C, the ring finger portion 11D and the little finger portion 11E. The printed portion 40 is configured in a grid pattern. Each grid is configured in a substantially square shape.

In the glove 1 in the second modification of the present embodiment, the frictional force can be improved by the printed portion 40. Thereby, a larger anti-slip effect can be obtained.

The above-described embodiments and modifications can be combined as appropriate.

The embodiments and examples disclosed this time should be considered to be exemplary and not restrictive in all respects. The scope of the present invention is shown by the scope of claims rather than the above description, and is intended to include all modifications within the meaning and scope equivalent to the scope of claims.

1 Gloves, 2 Tools, 10 Body, 11 Fingers, 11A Thumb, 11B Index Finger, 11C Middle Finger, 11D Ring Finger, 11E Little Finger, 12 Palm, 12a Little Finger, 12b Mother Finger, 13 Wrist, 20 surface non-slip member, 20X surface component, 20Y auxiliary surface, 21 grip, 21a 1st surface, 21b 2nd surface, 21c 3rd surface, 21d 4th surface, 22a ring finger non-slip Part, 22b little finger anti-slip part, 23 thumb anti-slip part, 30 back surface anti-slip member, 30X back surface component, 30Y auxiliary back surface part, 30a back surface anti-slip part, 31a first back surface part, 31b second back surface part, 31c first 3 back side, 31d 4th back side, 40 print part, S1 front side, S2 back side.

The gloves of the present invention include the thumb, index finger, middle finger, ring finger and small finger that can accept the thumb, index finger, middle finger, ring finger and small finger of the wearer's hand, and the palm that can accept the palm of the wearer. It includes a portion, a front surface non-slip member arranged on the surface of the palm portion, and a back surface anti-slip member arranged on the back surface of the palm portion. Each of the front surface non-slip member and the back surface non-slip member is arranged on the side opposite to the thumb portion from the center of the palm portion in the direction in which the index finger portion, the middle finger portion, the ring finger portion and the little finger portion are arranged. The surface non-slip member has a larger area on the wrist side than the base side of the index finger part, the middle finger part, the ring finger part and the little finger part of the palm part. The back surface non-slip member has a larger area on the base side than the wrist side of the palm portion. The surface non-slip member includes a plurality of surface non-slip portions. The back surface non-slip member includes a plurality of back surface non-slip portions. The area of the surface non-slip portion arranged on the wrist side of the plurality of surface non-slip portions is larger than the area of the surface non-slip portion arranged on the most root side of the plurality of surface non-slip portions. The area of the back surface anti-slip portion arranged on the most root side of the plurality of back surface anti-slip portions is larger than the area of the back surface anti-slip portion arranged on the wrist side of the plurality of back surface anti-slip portions. The palm portion includes a ball portion located on the ball of the thumb of the wearer. The plurality of surface non-slip portions are curved so as to approach the ball of the thumb from the base side of the palm portion toward the wrist side as a whole. The plurality of backside non-slip portions are curved so as to approach the ball of the thumb from the base side of the palm portion toward the wrist side as a whole.

Claims (8)

The thumb, index finger, middle finger, ring finger and little finger that can accept the thumb, index finger, middle finger, ring finger and little finger of the wearer's hand, respectively.
The palm part that can accept the wearer's palm and
A surface non-slip member arranged on the surface of the palm portion,
It is provided with a back surface non-slip member arranged on the back surface of the palm portion.
Each of the front surface non-slip member and the back surface non-slip member is arranged on the side opposite to the thumb portion from the center of the palm portion in the direction in which the index finger portion, the middle finger portion, the ring finger portion and the little finger portion are lined up. Has been
The surface non-slip member has a larger area on the wrist side than the base side of the index finger portion, the middle finger portion, the ring finger portion, and the little finger portion of the palm portion.
The back surface anti-slip member is a glove having a larger area on the base side than the wrist side of the palm portion. The surface non-slip member includes a plurality of surface non-slip portions.
The back surface anti-slip member includes a plurality of back surface anti-slip portions.
The area of the surface anti-slip portion most arranged on the wrist side of the plurality of surface anti-slip portions is the area of the surface anti-slip portion arranged most on the root side of the plurality of surface anti-slip portions. Greater than
The area of the back surface anti-slip portion arranged on the root side of the plurality of back surface anti-slip portions is the area of the back surface anti-slip portion arranged on the wrist side of the plurality of back surface anti-slip portions. The glove according to claim 1, which is larger than. The palm portion includes a thumb ball portion located on the thumb ball of the palm of the wearer.
The plurality of surface non-slip portions are curved so as to approach the ball of the thumb from the base side of the palm portion toward the wrist side as a whole.
The glove according to claim 2, wherein the plurality of back surface non-slip portions are curved so as to approach the ball of the thumb from the base side of the palm portion toward the wrist side. The distance between the surface non-slip portions adjacent to each other among the plurality of surface non-slip portions is larger on the little finger portion side than on the index finger portion side of the palm portion.
The glove according to claim 3, wherein the distance between the back surface anti-slip portions adjacent to each other among the plurality of back surface anti-slip portions is larger on the little finger portion side than on the index finger portion side of the palm portion. The plurality of surface non-slip portions are configured to be corrugated along the surface of the palm portion.
The glove according to claim 4, wherein the plurality of back surface non-slip portions are formed in a corrugated manner along the back surface of the palm portion. Any one of claims 2 to 5, wherein each of the plurality of front surface non-slip portions arranged so as to overlap with the palm portion and each of the plurality of back surface anti-slip portions have different sizes from each other. Gloves described in the section. According to claim 6, the plurality of front surface non-slip portions and the plurality of back surface non-slip portions are arranged so as to be inverted from each other in a direction in which the base side and the wrist side of the palm portion face each other. The listed gloves. The height of the palm portion of the back surface anti-slip member from the back surface is lower than the height of the palm portion of the front surface anti-slip member from the front surface, according to any one of claims 1 to 7. gloves.

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