CN107156971B - Work glove - Google Patents

Abstract

The invention provides a work glove, wherein the length between the outer ends of a four-finger wide main body part is shorter than the length between the outer ends of a forefinger sleeve and a little finger sleeve, and the four-finger wide main body part is pressed on a palm to be worn and is not easy to fall off. The work glove (1) is knitted into a front knitted fabric (11), a rear knitted fabric (12) and a joining knit (A, B) by a warp knitting machine to form five finger sleeves (2-6) and a palm sleeve (7). The palm cover includes: a four-finger wide main body part (8) which enables the outer side end (3a) of the index finger cot (3) and the outer side end (6a) of the small finger cot (6) to be continuous; and a five-finger wide body part (9) which connects the outer side end (2a) of the thumb sleeve (2) and the outer side end (8b) of the little sleeve of the four-finger wide body part. The length (L2) between the lateral outer end (8a) of the index finger cuff (3) and the lateral outer end (8b) of the small cuff of the four-finger wide body is shorter than the length (L1) between the lateral end (3a) of the index finger cuff and the lateral end (6a) of the small cuff.

Description

Work glove

Technical Field

The present invention relates to a work glove knitted by a warp knitting machine.

Background

Conventionally, there is a work glove knitted by a knitting machine (for example, patent document 1). The work glove is provided with five finger sleeves and a palm sleeve. The palm sleeve is composed of a four-finger wide main body part and a five-finger wide main body part. The upper part of the four-finger wide main body part is provided with an index finger sleeve, a middle finger sleeve, a ring finger sleeve and a little finger sleeve. One outer end of the four-finger wide body part is in line with a straight line formed by the outer end of the index finger sleeve which descends straight downwards. The other outer end of the four-finger wide body part is in line with a straight line formed by the outer end of the small finger sleeve which descends straight downwards. Therefore, the length between the outer end of the index finger cuff and the outer end of the small finger cuff is substantially the same as the length of the four-finger wide body portion in the width direction. A thumb sleeve and a four-finger wide body are arranged on the upper part of the five-finger wide body. One outer end of the five-finger wide body part is aligned with a straight line formed by the outer end of the thumb sleeve descending straight downwards. The other outer end of the five-finger wide body part and the outer end of the small finger sleeve are in line with each other formed by straight descending downwards. Therefore, the length between the outer end of the thumb sleeve and the outer end of the little sleeve is the same as the length of the five-finger wide body portion in the width direction. The gloves are knitted by a double Raschel knitting machine with a jacquard control mechanism for warp knitting operation. Compared with weft-knitted gloves, the gloves are knitted by 10-100 denier thin wires for warp knitting operation, and are thinner, softer and high in operability.

Documents of the prior art

Patent document

Patent document 1: japanese patent laid-open publication No. 2000-154408

Disclosure of Invention

Problems to be solved by the invention

In the case of a human hand, the thumb side outer end of the four-finger wide body portion coincides with the outer end of the index finger, and the little finger side outer end of the four-finger wide body portion coincides with the outer end of the little finger. Therefore, the length between the outer end of the index finger and the outer end of the little finger is substantially the same as the length in the width direction of the four-finger wide body. The thumb-side outer end of the wide five-finger body portion coincides with the thumb-side outer end, and the little-finger-side outer end of the wide five-finger body portion coincides with the little-finger outer end. Therefore, the length between the outer end of the thumb and the outer end of the little finger is substantially the same as the length in the width direction of the five-finger wide body portion. When the work glove is worn on a hand, the work glove is easy because of its flexibility, and the work glove is thin, so that fine irregularities on the surface can be felt. However, the working glove has a problem that the size of the four-finger-width body portion of the hand and the size of the four-finger-width body portion of the working glove are consistent, and the four-finger-width body portion of the working glove is not in pressure contact with the four-finger-width body portion of the hand, and is easily separated from the hand. Similarly, the working glove has a problem that the five-finger wide main body portion of the hand and the five-finger wide main body portion of the working glove are equal in size, and the five-finger wide main body portion of the working glove is not pressed against the five-finger wide main body portion of the hand, and is easily separated from the hand. In particular, when the above-described work glove is worn on the hand to perform a work, the palm covers (the four-finger wide body portion and the five-finger wide body portion) move upward (in the direction of falling) by pulling the finger sleeves upward in accordance with the bending motion of the fingers, and the position of the palm cover moves, which causes a problem of hindering the work. Further, since the work glove is basically disposable and is discarded after a short time of use, it is desired to be manufactured inexpensively by merely cutting after knitting. However, since the working glove is not post-processed after cutting the hand insertion opening, it is serrated, and the cut surface is exposed, which causes a problem of a loss in the price of the product. Further, the work glove is formed by knitting a front knitted fabric, a rear knitted fabric, and a connecting knit using a warp knitting machine, but there is a problem that the connecting knit may be easily broken if the connecting knit is located at a position such as a tip of a nail.

The present invention has been made in view of the above problems, and a first object of the present invention is to provide a work glove knitted so that the length between the outer ends of the four-finger wide main body portion is shorter than the length between the outer ends of the index finger cuff and the small finger cuff, and the four-finger wide main body portion is pressed against the palm of the hand to be worn and is less likely to come off. A second object of the present invention is to provide a work glove knitted so that the length between the outer ends of the five-finger wide main body portion is shorter than the length between the outer ends of the thumb stall and the small finger stall, and the four-finger wide main body portion and the five-finger wide main body portion are pressed against the palm of the hand to be worn and are less likely to come off. A third object of the present invention is to provide a work glove which can wrap a cutting portion of a hand insertion opening by using the characteristics of a material, hide a cut surface, and improve the commercial value. Still another object is to provide a work glove having a structure in which the connecting knitted part is offset in position and is less likely to be broken.

Means for solving the problems

In order to achieve the first object, a work glove according to a first aspect of the present invention is a work glove formed by knitting a front knitted fabric, a rear knitted fabric, and a union knitting with a warp knitting machine to form five finger cuffs and a palm cuff, the palm cuff including: a four-finger wide main body portion which makes the outer side end of the index finger sleeve and the outer side end of the small finger sleeve continuous; and a five-finger wide main body portion having a hand insertion opening therein, the five-finger wide main body portion having a thumb tab outer end and a small tab outer end of a four-finger wide main body portion connected to each other, the work glove being characterized by being knitted so as to be: the length between the outer side end of the index finger sleeve side and the outer side end of the small finger sleeve side of the four-finger wide main body part is shorter than the length between the outer side end of the index finger sleeve and the outer side end of the small finger sleeve.

In order to achieve the second object, a work glove according to a second aspect of the present invention is characterized in that: the length between the outer side end of the thumb sleeve side and the outer side end of the little finger sleeve side of the five-finger wide main body part is shorter than the length between the outer side end of the thumb sleeve and the outer side end of the little finger sleeve.

In order to achieve the third object, a work glove according to a third aspect of the present invention is characterized in that the joining knitting includes: a first interlock knitting that interlocks the front knitted fabric and the rear knitted fabric and interlocks left and right without a break; and a second knitting fabric which is formed intermittently by joining only the front knitting fabric and the rear knitting fabric, wherein the vicinity of the hand insertion opening is formed by the second knitting fabric and the first knitting fabric in addition to the second knitting fabric, in the knitting fabric which forms the thumb cover side outer end of the five-finger wide main body portion.

In order to achieve the fourth object, a work glove according to a fourth aspect of the present invention is characterized in that the position of the interlock knitting is offset by changing the thickness or density of the thread of either the front knitting fabric or the rear knitting fabric.

Effects of the invention

The working glove of the invention is knitted into a front knitted fabric, a rear knitted fabric and a connecting knitting by a warp knitting machine to form five finger sleeves and a palm sleeve. The palm cover includes: a four-finger wide main body portion which makes the outer side end of the index finger sleeve and the outer side end of the small finger sleeve continuous; and a five-finger wide main body portion which connects an outer end of the thumb sleeve and an outer end of the four-finger wide main body portion on the small sleeve side, and which has a hand insertion opening. The length between the outer side end of the index finger sleeve side and the outer side end of the small finger sleeve side of the four-finger wide body part is shorter than the length between the outer side end of the index finger sleeve and the outer side end of the small finger sleeve. Therefore, the working glove of the present invention has the following effects: the four-finger wide main body part becomes narrow, and the four-finger wide main body part is tightly attached to the palm when the four-finger wide main body part is worn and is not easy to fall off.

The length between the thumb sleeve side outer end and the little sleeve side outer end of the five-finger wide main body portion of the work glove of the present invention is shorter than the length between the thumb sleeve side outer end and the little sleeve side outer end. The working glove of the invention has the following effects: the four-finger wide main body part and the five-finger wide main body part are narrowed, and the four-finger wide main body part and the five-finger wide main body part are tightly attached to a palm and are not easy to fall off when the palm is worn.

The connecting knitting of the working glove of the present invention comprises: a first connecting weave for connecting the front woven fabric and the rear woven fabric and connecting the left and right without forming a discontinuity; and a second joining knit that joins only the front knitted fabric and the rear knitted fabric to form a discontinuity. The connecting knit forming the thumb sleeve side outer end of the five-finger wide main body portion is formed by the second connecting knit in the vicinity of the hand insertion opening and is formed by the first connecting knit in addition thereto. Since the first connecting knit does not have a break, it is necessary to cut the first connecting knit and leave the cut portion in the work glove. Since the second knitting is formed intermittently, cutting is not necessary and no cut portion remains. The vicinity of the hand insertion opening is formed by the second knitting, so that there is no cut portion. If there is a cut portion, the open end (cut surface) of the hand insertion opening is difficult to roll up due to the influence of the cut portion, and since there is no cut portion, the following effects are obtained: the open end of the hand insertion opening is wound up by utilizing the characteristics of the material, and the cut surface can be hidden, so that the appearance can be improved.

The working glove of the present invention has an effect that the position of the coupling knitting is offset by changing the thickness or density of the thread of either the front knitted fabric or the rear knitted fabric, and therefore, a structure that is hard to be broken can be formed.

Drawings

Fig. 1 is an overall plan view showing one embodiment of a work glove of the present invention.

Fig. 2 is a plan view showing a process of manufacturing the work glove of fig. 1.

Fig. 3 is a perspective view of the work glove of fig. 1.

Fig. 4 is an overall plan view showing another embodiment of the work glove of the present invention.

Fig. 5 is a plan view showing a process of manufacturing the work glove of fig. 4.

Fig. 6 is an overall plan view showing another embodiment of the work glove of the present invention.

Fig. 7 is a perspective view of a main portion of the work glove of the present invention.

Fig. 8 is a perspective view of a work glove of the present invention with a portion cut.

Fig. 9 is an enlarged perspective view of fig. 8.

Fig. 10 is an overall plan view showing another embodiment of the work glove of the present invention.

Fig. 11 is an overall plan view showing another embodiment of the work glove of the present invention.

Fig. 12 is an overall perspective view showing another embodiment of the work glove of the present invention.

In the figure:

a-first knitting, B-second knitting, C-welt, L1-length, L2-length, L3-length, L4-length, L5-length, 1-work glove, 1 a-hand insertion port, 1B-open end, 2-thumb stall, 2 a-outside end, 3-index stall, 3 a-outside end, 4-middle stall, 5-ring stall, 6-little stall, 6 a-outside end, 7-palm stall, 8-four-finger wide body portion, 8 a-outside end, 8B-outside end, 8C-inside notch edge, 8 d-outside notch edge, 9-five-finger wide body portion, 9 a-outside end, 9B-outside end, 10-continuum, 11-front knitting fabric, 12-rear knitting fabric, 13-knitting, 15-cutting line display portion, 15 a-cutting portion, 17-inner side line, 19-wrist line, 20-tube portion.

Detailed Description

As shown in fig. 4, the work glove 1 is formed by knitting a front knitted fabric 11, a rear knitted fabric 12, and a joining knit A, B with a warp knitting machine to form five finger cuffs 2 to 6 and a palm cuff 7. The palm cover 7 includes: a four-finger wide body 8 which connects the outer end 3a of the index finger cuff 3 and the outer end 6a of the little finger cuff 6; and a five-finger wide body 9 which connects the outer edge 2a of the thumb tab 2 and the outer edge 8b of the four-finger wide body 8 on the side of the small tab 6. The five-finger wide body portion 9 has a hand insertion opening 1 a. The length L2 between the outer end 8a of the four-finger wide body 8 on the index finger cuff 3 side and the outer end 8b of the small finger cuff 6 side is shorter than the length L1 between the outer end 3a of the index finger cuff 3 and the outer end 6a of the small finger cuff 6. The inner portion of the four-finger wide body portion 8 of the work glove 1 is narrowed, and the four-finger wide body portion 8 is not easily detached by being in close contact with the palm when worn. When the work glove 1 is worn on the hand to perform a work, the respective finger sleeves 2 to 6 are pulled upward in accordance with the bending motion of the fingers, and a force is generated to move the palm cover 7 upward (in a direction of separating), but since the four-finger wide main body portion 8 is pressed against the palm, the position of the palm cover 7 does not move, and there is little problem of causing a trouble in the work.

In the working glove 1, a length L3 between the thumb tab 2 side outer end 9a and the little tab 6 side outer end 9b of the five-finger wide body portion 9 is shorter than a length L4 between the thumb tab 2 side outer end 2a and the little tab 6 side outer end 6 a. The four-finger wide body portion 8 and the five-finger wide body portion 9 on both sides of the thumb sleeve 2 of the work glove 1 are narrowed, and the four-finger wide body portion 8 and the five-finger wide body portion 9 are more unlikely to come off when worn in close contact with the palm. As described above, the working glove 1 generates a force to move the palm cover 7 upward (in a direction to separate) in accordance with the bending motion of the fingers, but the position of the palm cover 7 is not further displaced because the four-finger wide body portion 8 and the five-finger wide body portion 9 press against both sides of the palm with the thumb therebetween.

The joining knitting of the work glove 1 includes: a first connecting knit A for connecting the front knitted fabric 11 and the rear knitted fabric 12 to each other in a left-right direction without forming a discontinuity; and a second joining knit B that joins only the front knitted fabric 11 and the rear knitted fabric 12 to form a discontinuity. As shown in fig. 4, the connecting knit forming the thumb sleeve 2 side outer end 9a of the five-finger wide body portion 9 is formed by the second connecting knit B in the vicinity of the hand insertion opening 1a and is formed by the first connecting knit a in addition thereto. Since the first knitting a is not continuous, it is necessary to cut the first knitting a with a cutting tool such as scissors, and the cut portion 15a remains in the work glove 1. The second knitting B is discontinuous, and therefore, cutting is not necessary, and no cut portion remains. The vicinity of the hand insertion port 1a is formed by the second knitting fabric B, and there is no cut portion. If the cut portion 15a is present, the open end 1b (cut surface) of the hand insertion port 1a is difficult to roll up due to the influence of the cut portion 15a, and since the cut portion 15a is not present, the open end 1b of the hand insertion port 1a curls due to the characteristics of the material, and the cut surface can be hidden. Therefore, the work glove 1 can have a good appearance without processing the open end 1b of the hand insertion opening 1 a.

As shown in fig. 12, the work glove 1 can be configured to be less likely to be broken because the position of the connecting knit 13 is offset by changing the thickness or density of the thread of either the front knitted fabric 11 or the rear knitted fabric 12.

The working glove 1 will be specifically described. As shown in fig. 1 to 3, the work glove 1 is knitted by a warp knitting machine not shown, and includes five finger cuffs 2 to 6 and a palm cuff 7. The five finger sleeves comprise a thumb sleeve 2, an index finger sleeve 3, a middle finger sleeve 4, a ring finger sleeve 5 and a little finger sleeve 6. The palm cover 7 includes a four-finger wide body portion 8 and a five-finger wide body portion 9. The index finger cuff 3, the middle finger cuff 4, the ring finger cuff 5 and the small finger cuff 6 are disposed at the upper end of the four-finger-width body 8, and the outer end 3a of the index finger cuff 3 and the outer end 6a of the small finger cuff 6 are continuous with the outer ends 8a and 8b of the four-finger-width body 8. The thumb stall 2 and the four-finger wide body portion 8 are disposed on the upper portion of the five-finger wide body portion 9, and the outer end 2a of the thumb stall 2 and the outer end 8b of the four-finger wide body portion 8 on the side of the small stall 6 are continuous with the outer ends 9a and 9b on both sides of the five-finger wide body portion 9. The five-finger wide body portion 9 is formed with a hand insertion opening 1 a. In general, the length L1 between the index finger cuff 3 side outer end 8a and the small finger cuff 6 side outer end 8b of the four-finger wide body portion 8 is knitted to be the same as the length between the index finger cuff 3 side outer end 3a and the small finger cuff 6 side outer end 6 a. The length L3 between the thumb tab 2 side outer edge 9a and the small tab 6 side outer edge 9b of the five-finger wide body portion 9 is equal to the length between the thumb tab 2 side outer edge 2a and the small tab 6 side outer edge 6a of the small tab 6.

As shown in fig. 4, in order to improve the adhesiveness to the hand, the working glove 1 is formed such that the length L2 between the outer edge 8a of the four-finger wide body portion 8 on the index finger cuff 3 side and the outer edge 8b of the small cuff 6 side is shorter than the length L1 between the outer edge 3a of the index finger cuff 3 and the outer edge 6a of the small cuff 6. The length between the outer ends of the four-finger wide body of the human hand is approximately the same as the length between the outer end of the index finger and the outer end of the little finger. When the working glove 1 is knitted such that the length L2 between the outer end 8a and the outer end 8b of the four-finger-width body 8 is shorter than the length L1 between the outer end 3a of the index finger cuff 3 and the outer end 6a of the little cuff 6, the four-finger-width body 8 of the working glove 1 is brought into close contact with the four-finger-width body of the human hand.

Similarly, in the work glove 1, in order to improve the grip on the hand, the length L3 between the thumb tab 2 side outer end 9a and the small tab 6 side outer end 9b of the five-finger wide body portion 9 is shorter than the length L4 between the thumb tab 2 side outer end 2a and the small tab 6 side outer end 6 a. The length between the outer ends of the wide body portion of the five fingers of the human hand is substantially the same as the length between the outer end of the thumb and the outer end of the little finger. When the working glove 1 is knitted such that the length L3 between the outer side end 9a and the outer side end 9b of the broad five-finger body 9 is shorter than the length L4 between the outer side end 2a of the thumb stall 2 and the outer side end 6a of the little finger stall 6, the broad five-finger body 9 of the working glove 1 is in close contact with the broad five-finger body of the human hand.

A method for manufacturing the work glove 1 will be described. The work glove 1 is knitted by a warp knitting machine. The warp knitting machine can use a double raschel knitting machine having a jacquard control mechanism, for example. The double raschel knitting machine is a two-row needle bed type warp knitting machine, in which a front knitted fabric 11 (front ground fabric) or a rear knitted fabric 12 (rear ground fabric) is knitted on one needle bed side, a rear knitted fabric 12 (rear ground fabric) or a front knitted fabric 11 (front ground fabric) is knitted on the other needle bed side, and a connecting knitting 13 is performed along a hand shape in a state where the front knitted fabric 11 and the rear knitted fabric 12 are overlapped. In addition, the wrist portion is not knitted to form the hand insertion opening 1 a. The working glove 1 is completed by cutting the outside of the connecting knit 13 along the hand shape with a cutting tool such as scissors.

Further, the connecting knit 13 is easily hidden in the knitted fabrics 11 and 12, but since it is necessary to cut the periphery of the connecting knit 13, there is a problem that the connecting knit 13 itself is also cut. Therefore, the cut line indicator 15 can be knitted by the overlock stitching C around the connecting knit 13. If the cutting is performed in the cutting line display section 15, the connecting knit 13 is not cut, and therefore, a defect amount is not generated. Further, a knitting pattern of a size (e.g., L, M, S) may be formed on the front knitted fabric 11 or the rear knitted fabric 12 constituting the work glove 1.

Further, a method for manufacturing the work glove 1 will be described with reference to fig. 2. A double raschel knitting machine having a jacquard control mechanism knits a front knitted fabric 11 on one needle bed side, knits a rear knitted fabric 12 on the other needle bed side, and continuously knits a seamless tubular continuous body 10 by connecting both ends of the front knitted fabric 11 and the rear knitted fabric 12 by a connecting knit 13. The front knitted fabric 11 and the rear knitted fabric 12 are knitted by a general single bar warp (denibigh), and are not particularly limited to this warp knitting structure. In the knitted tubular continuous body 10, a pair of work gloves 1 are continuously arranged in series so that the hand insertion port 1a side is the inner side.

As shown in fig. 1, the working glove 1 is formed by connecting the tip 6 side outer end 9b of the five-finger wide body portion 9, the tip 6 side outer end 8b of the four-finger wide body portion 8, and the tip 6a of the tip 6 to each other by the connecting knit 13 of the continuous body 10, and connecting the tip 2 side outer end 9a of the thumb stall 2 of the five-finger wide body portion 9 and the tip 2a of the thumb stall 2 to each other by the connecting knit 13 of the continuous body 10.

The working glove 1 uses two types of knitting 13. The first connecting weave a is a weave structure that connects the front weave fabric 11 side, the rear weave fabric 12 side, and the left and right sides at the same time, and the second connecting weave B is a weave structure that connects the front weave fabric 11 side and the rear weave fabric 12 side. In the case of the first knitting joint a, since the left and right sides are also joined, the joint knitting portion of the front knitted fabric 11 and the rear knitted fabric 12 does not become discontinuous. In the case of the second knitting machine B, the left and right sides are not joined, and therefore, a discontinuity occurs in the joined knitting portions of the front knitted fabric 11 and the rear knitted fabric 12.

As shown in fig. 1, the curved front end portions of the fingertips 2 to 6 of the work glove 1 are connected by a first connecting knit a, and the portions of the fingertips 2 to 6 other than the curved front end portions are connected by a second connecting knit B. The second connecting knit B does not connect the left and right sides, so that a gap is formed between the finger cuffs 2 to 6, and the finger cuffs 2 to 6 are not connected to each other. Since the first connecting knit A connects the left and right sides, the tip portions of the finger cuffs 2 to 6 are integrated with the continuous body 10. The width of the weave structure of the first connecting weave a is about 3 to 5mm, but is not limited thereto. As shown in fig. 2, the working gloves 1 are arranged in the continuous body 10 so as to face each other continuously as described above, and both ends of each of the finger cuffs 3 to 5 of the opposing working gloves 1 are connected to each other by the second connecting knit B to form a discontinuity. For example, the index finger sleeve 3 of the first work glove 1 and the index finger sleeve 3 of the second work glove 1 are opposed to each other, the outer end of the index finger sleeve 3 of the first work glove 1 and the outer end of the index finger sleeve 3 of the second work glove 1 are connected to each other by the second connecting knitting B to form a break, and the inner end of the index finger sleeve 3 of the first work glove 1 and the inner end of the index finger sleeve 3 of the second work glove 1 are also connected to each other by the second connecting knitting B to form a break.

As shown in fig. 1, the double raschel knitting machine forms a cutting line display portion 15 on the outer periphery of the tip portion of each finger cuff 2 to 6 of the work glove 1 and the hand insertion opening 1a of the work glove 1 by a welt C. The lockstitch C can form a slit by a woven structure which is not connected to the left and right, and has a width of about 5mm in the longitudinal direction. It goes without saying that the width of the lockstitch C is not limited to about 5 mm. When the work glove 1 is cut along the cutting line indicator 15 with a cutting tool such as scissors, the work glove 1 can be easily cut from the continuous body 10, leaving the cut portion 15 a.

As shown in fig. 4, the working glove 1 is formed such that the width L2 of the four-finger wide body 8 is shorter than the length L1 from the index finger cuff 3 to the little cuff 6. That is, the thumb web 2 side outer end 8a of the four-finger wide body portion 8 is connected by the second connecting knit B to form a break, and the thumb web 2 side outer end 8a of the four-finger wide body portion 8 is knitted by the first connecting knit a by a predetermined width (about 2 to 3 mm), whereby the inside of the four-finger wide body portion 8 is narrowed by the width (length L1 to length L2) of the first connecting knit a. Further, the width of the first connecting knitting a may be cut with a cutting tool. The working glove 1 is formed such that the width L3 of the five-finger wide body 9 is shorter than the length L4 from the thumb stall 2 to the small stall 6. That is, the front knitted fabric 11 and the rear knitted fabric 12 are connected by the first connecting knit a so that the thumb stall 2 side outer end 9a of the five-finger wide body portion 9 is curved toward the little stall 6 side outer end 6a, thereby forming the wrist inner line 17. The wrist inner line 17 narrows the interior of the five-finger wide main body 9.

The wrist inner line 17 on the thumb stall 2 side of the five-finger wide body portion 9 is formed by the first knitting structure a, and the cut line indicator 15 is knitted along the outer side of the wrist inner line 17 because the first knitting structure a is difficult to visually distinguish as described above. Further, the wrist inner thread 17 may be changed from the first connecting knit a to the second connecting knit B immediately before reaching the hand insertion opening 1 a. The length L5 of the second connecting knitting B is preferably about 3 to 10 mm. By the second connecting knitting B, a discontinuity can be generated, the discontinuity extending to the hand insertion port 1 a.

The work glove 1 can be taken out from the continuous body 10 by cutting the cutting line display portion 15 (the overlock C). Since the cut portion 15a of the cutting line indicator 15 of the work glove 1 is exposed to the outside, the cut portion 15a of the cutting line indicator 15 is turned inside out as shown in fig. 7. As described above, the cutting portion 15a exists immediately before the hand insertion port 1a based on the first linked knitting a, but does not exist within the range of the length L5 from the hand insertion port 1a based on the second linked knitting B. As shown in fig. 8 and 9, the working glove 1 uses the characteristics of the raw materials of the front knitted fabric 11 and the rear knitted fabric 12, and in a range of a length L5 where the cut portion 15a does not exist, the end edge 1b of the hand insertion opening 1a is wound from the outside into the inside, the cut end (end edge 1b) is wound up to the inside, and the cut end (end edge 1b) is hidden.

In the above embodiment, the thumb stall 2 side outer end 8a of the four-finger wide body portion 8 having a predetermined width (about 2 to 3 mm) is knitted with the first knitting a so that the width L2 of the four-finger wide body portion 8 is shorter than the length L1 from the index finger stall 3 to the little finger stall 6, thereby narrowing the inside of the four-finger wide body portion 8 by the width (length L1-length L2) of the first knitting a. However, as shown in fig. 10, the inside of the four-finger wide body portion 8 may be narrowed by forming a cut-out structure. That is, the outer edge 8a on the thumb band 2 side along the four-finger wide body portion 8 is connected by the second connecting knit B, the inner edge 8c is connected by the second connecting knit B at a depth position having a predetermined width (about 2 to 3 mm) from the outer edge 8a, the upper end of the outer edge 8a and the upper end of the inner edge 8c are connected by the first connecting knit a, and the lower end of the outer edge 8a and the lower end of the inner edge 8c are connected by the first connecting knit a, thereby forming the cut line display portion 15 indicating the cut position of the first connecting knit a. The portion surrounded by the outer end 8a, the inner edge 8c, and the upper and lower cutting line display portions 15 and 15 is a cut-out tube portion 19. The tube portion 19 is connected to the work glove 1 by the first connecting knit A, A, and can be detached from the work glove 1 by cutting the cutting line display portions 15, 15. The inside of the four-finger wide body portion 8 is narrowed by the amount of the inner concave edge 8c, and thus is in close contact with the hand. Further, the inner rim 8c serves as the index finger case 3 side outer end of the four-finger wide body portion 8.

As shown in fig. 11, the four-finger wide body portion 8 is connected to the outer concave edge 8d by the second connecting knit B at a depth position which is a predetermined width (about 2 to 3 mm) from the outer end 8B on the side of the small finger cuff 6, and the lower end of the outer end 8B and the upper end of the outer concave edge 8d are connected by the first connecting knit a, thereby forming a cutting line display portion 15 which indicates a cutting position of the first connecting knit a. The portion surrounded by the outer recessed edge 8d and the upper and lower cutting line indicating portions 15 and 15 is a cut-off tube portion 20, and the tube portion 20 can be removed from the work glove 1 by cutting the cutting line indicating portions 15 and 15. The inside of the four-finger wide body portion 8 is narrowed by the amount of the outer concave edge 8d, and thus is in close contact with the hand. The outer concave edge 8d serves as the outer end of the four-finger wide body 8 on the side of the small finger cuff 6. In addition, in the work glove 1, when the tube portions 19 and 20 are formed on both sides of the four-fingered wide body portion 8, the length L2 between the inner concave edge 8c and the outer concave edge 8d becomes the width of the four-fingered wide body portion 8.

The work glove 1 is manufactured by knitting a front knitting fabric 11 on one needle bed side and a rear knitting fabric 12 on the other needle bed side by a double raschel knitting machine, and joining both ends of the front knitting fabric 11 and the rear knitting fabric 12 by a joining knit 13. Since the thickness and density (the density of needle holes) of the yarn knitting the front knitted fabric 11 and the rear knitted fabric 12 are the same, the connecting portion (the portion of the connecting knit 13) between the front knitted fabric 11 and the rear knitted fabric 12 is located at a substantially central position. If the position of the connecting portion (the connecting knit 13 portion) is a nail tip, the opening is easy, and therefore, the position of the connecting portion (the connecting knit 13 portion) needs to be moved. Further, as described above, since the work glove 1 is taken out from the continuous body 10 through the cut-line display portion 15, the cut portion 15a of the cut-line display portion 15 exists in the connection portion (the portion of the connected knit 13). Since the surface of the work glove 1 on which the cut portion 15a is exposed is an inner surface, the work glove is turned over so that the cut portion 15a is moved to the inside for use (see fig. 7). Therefore, the cutout portion 15a comes into contact with the surface of the hand. When the cut portion 15a of each of the finger cuffs 2 to 6 is positioned on the finger ventral side, the operation of the finger tip is hindered. In particular, when the operator feels fine irregularities on the surface of the material through the finger pad, if the cut portion 15a is present in the finger pad, the operator cannot feel the fine irregularities. Further, since the cut portion 15a is located at the position of the connecting portion (the connecting knit 13 portion) of the finger cuffs 2 to 6, when the cut portion 15a is located at the nail tip, the position of the connecting portion (the connecting knit 13 portion) becomes the nail tip, and the opening is easy. Therefore, it is desirable that the cutting portion 15a is moved to a position on the upper surface side of the nail (the side opposite to the abdomen). As described above, if the thickness or density of the yarn of the front knitted fabric 11 and the rear knitted fabric 12 is the same, the connecting portion (the portion of the connecting knit 13) is located at a substantially central position, but if the thickness or density of the yarn of either the front knitted fabric 11 or the rear knitted fabric 12 is changed, the position of the connecting portion (the portion of the connecting knit 13), that is, the cut portion 15, is shifted from the center as shown in fig. 12. When the density of the front knitted fabric 11 is made denser than that of the rear knitted fabric 12 or the thickness of the thread of the rear knitted fabric 12 is made thicker than that of the front knitted fabric 11, the position of the connecting portion (connecting knitted portion 13), that is, the cut portion 15 is shifted from the center to become the upper surface side of the nail. Therefore, the working glove 1 can improve durability and workability by shifting the position of the connecting portion (connecting knitted portion 13) from the center by changing the thickness or density of the yarn of the pre-knitted fabric 11 and the yarn of the post-knitted fabric 12.

Since the work glove 1 is knitted by a double raschel knitting machine, the thickness of the thread can be freely changed. The working glove 1 has high stretchability and high adhesiveness when used with a thin thread having a thread thickness of, for example, 20 denier, and has low stretchability and low adhesiveness when used with a thick thread having a thread thickness of, for example, 70 denier. The work glove 1 is preferably a thick line when performing a work of a mechanical or other force depending on the work content. As described above, in a general work glove, the length between the outer edge of the index finger cuff and the outer edge of the little finger cuff is the same as the length in the width direction of the four-finger wide body portion. In contrast, the human hand has an MP joint portion at the base of the finger, and the palm is slightly narrower than the length between the outer ends of the fingers and the outer end of the little finger. Therefore, when a typical work glove is worn on a hand, the four-finger wide body portion of the work glove is wider than the palm, and the four-finger wide body portion may be enlarged without being in close contact with the palm. In particular, when the thickness of the thread is a thick thread such as 70 denier, since the grip of the work glove is poor, the four-finger wide body portion becomes large in the palm portion, and the large portion deteriorates the workability. The working glove 1 is knitted such that the length L2 between the outer end 8a of the four-finger wide body portion 8 on the index finger cuff 3 side and the outer end 8b of the small finger cuff 6 side is shorter than the length L1 between the outer end 3a of the index finger cuff 3 and the outer end 6a of the small finger cuff 6, and therefore, even when the wire is thick, the four-finger wide body portion 8 is closely attached to the palm portion, and the workability is not impaired.

Availability in production

The present invention can be widely used as a work glove which is thin, is attached to a hand, has high workability, and is not easily detached.

Claims (5)

1. A work glove is knitted into a front knitted fabric, a rear knitted fabric and a joining knit by a warp knitting machine to form five finger sleeves and a palm sleeve, and the palm sleeve comprises: a four-finger wide main body portion which makes the outer side end of the index finger sleeve and the outer side end of the small finger sleeve continuous; and a five-finger wide main body portion having a hand insertion opening formed therein and connecting an outer end of the thumb sleeve and an outer end of the four-finger wide main body portion on a side of the small sleeve,

the work glove is characterized in that,

knitting is performed along the hand shape to form: by forming the tube portion at the outer end of the four-fingered-wide body portion on the index finger cuff side by the cut-out structure, the length between the outer end of the four-fingered-wide body portion on the index finger cuff side and the outer end of the small finger cuff side is made shorter than the length between the outer end of the index finger cuff and the outer end of the small finger cuff.

2. The work glove according to claim 1,

the method comprises the following steps: the length between the outer side end of the thumb sleeve side and the outer side end of the little finger sleeve side of the five-finger wide main body part is shorter than the length between the outer side end of the thumb sleeve and the outer side end of the little finger sleeve.

3. The work glove according to claim 1 or 2,

the joining knitting includes: a first interlock knitting that interlocks the front knitted fabric and the rear knitted fabric and interlocks left and right without a break; and a second interlock knitting for connecting only the front knitting fabric and the rear knitting fabric to form a discontinuity,

the connecting knit forming the thumb sleeve side outer end of the five-finger wide main body portion is formed by the first connecting knit in addition to the second connecting knit in the vicinity of the hand insertion opening.

4. The work glove according to claim 1 or 2,

the position of the connecting knitting is offset by changing the thickness or density of the thread of either the front knitting fabric or the rear knitting fabric.

5. The work glove according to claim 3,

the position of the connecting knitting is offset by changing the thickness or density of the thread of either the front knitting fabric or the rear knitting fabric.

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