JP2010150728A - Protective glove - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a protective glove having no uncomfortable feeling during wearing and in bending or extending fingers, preventing the movement of the fingers from getting slow when grasping something, and preventing the sense of feeling of the fingers from getting dull, without performing any processing such as formation of protrusion at the back of the fingertip. <P>SOLUTION: The protective glove is layered on an insulation glove 10 put on the hand when a wearer carries out high-pressure or low-pressure power distribution work or the like, and includes: a finger protection portion 2 put over the finger-covering portions 11 of the insulation glove 10 which each cover the fingers including the thumb to the little finger inserted thereinto in an overlapped condition; a hand protection portion 4 covering the hand protection portion 12 of the insulation glove 10 covering the portions of the back and the palm of the hand in an overlapped condition; and a bottom protection portion 5 covering the wrist part of the bottom covering portion 13 of the insulation glove 10 covering a part ranging from the wrist to the front arm part of the wearer. In the protective glove, the finger protection portion 2 is cut off so that the finger-covering portions 11 for a plurality of fingers except for the thumb and the forefinger come out. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a protective glove that is worn over an insulating glove that is worn when performing, for example, high-voltage or low-voltage power distribution work.

  Conventionally, for example, during hot-line work in low-voltage power distribution work, it is obliged to wear rubber insulating gloves and to wear protective gloves on top of the insulating gloves. The insulating glove is provided with a finger covering portion that individually covers the inserted mother finger to little finger, and the protective glove is provided with a finger protecting portion that covers the finger covering portion so as to overlap. And the finger covering part of the insulating glove has a longer finger covering part than the thumb to little finger, and the fingertip part is slack. That is, a space is formed at the fingertip portion. In this state, if the protective gloves are worn on top of the insulating gloves, the finger protection part will overlap the finger cover part, so it will be difficult for the finger cover part and the finger protection part to follow the movement of the finger. , Finger movement also becomes slow. In addition, the sensation when picking an object becomes difficult to be transmitted to the fingertip, and the sensation of the finger when picking an object becomes dull. As a result, there is a problem that uncomfortable feeling occurs when gripping an object, or small work such as picking small objects such as bolts and nuts is difficult to perform, and workability is deteriorated.

  As a work glove for solving such a problem, a finger covering part slightly shorter than the length of the operator's finger is formed, and an inclined part is provided on the back side of the hand from the fingertip to the first joint in the finger covering part. By doing so, in the state where the finger is stretched, the base of the finger covering part fits the belly part of the finger and a bulge is formed on the back side of the hand of the finger. That is, since the base of the finger covering portion fits on the part of the finger belly, the feeling when picking an object is easily transmitted to the fingertip. On the other hand, a bulge is formed on the back side of the finger's hand, so that a space is formed in the inside of the finger, and the movement of the finger's bending and stretching is not obstructed by the substrate, so that the finger A device that suppresses a slow bending operation is known (for example, Patent Document 1). In addition, this working glove is to wear a single glove directly on the hand, and not to wear two gloves.

In addition, it is also known to solve the above problem in a state where protective gloves are worn over insulating gloves. In this case, a bulge similar to the above is formed between the finger covering part of the insulating glove and the finger protecting part of the protective glove (for example, Patent Document 2).
Registered Utility Model No. 3010434 Japanese Patent Laid-Open No. 11-158713

  However, in any case, a bulge is formed between the back side of the fingertip and the finger covering part, or between the finger covering part and the finger protection part. There is. Moreover, it is thought that a sense of incongruity may be caused by wearing gloves having the bulge.

  Therefore, in view of the above-mentioned problems, the present invention does not have a feeling of incongruity in wearing and bending and stretching of the finger without processing such as swelling on the back side of the hand of the fingertip, and the movement of the finger when picking an object becomes slow. An object of the present invention is to provide a protective glove that can prevent the finger from feeling dull when picking an object.

  In order to solve the above-described problems, the protective glove according to the present invention is worn over the insulating glove 10 worn on the hand when performing high-voltage or low-voltage power distribution work, and individually covers the mother finger to the little finger. The finger protection part 2 that covers the finger covering part 11 of the insulating glove 10 so as to overlap the hand protection part 4 that covers the hand covering part 12 of the insulating glove 10 that covers the back and palm of the hand. And a protective glove 5 that covers the wrist part of the hem covering part 13 of the insulating glove 10 that covers the forearm part from the wrist, and the finger protecting part 2,. It is characterized in that it is excised so that at least the ring finger and the finger covering parts 11 of the little finger except the index finger are exposed.

  In this case, since the finger protection part 2 of the protective glove 1 is cut off, the distal end part of the finger covering part 11 of the insulating glove 10 into which a plurality of fingers except the thumb and index finger, for example, the ring finger and the little finger are inserted, is free. At the end. That is, the finger covering part 11 is not restricted by the length of the finger protection part 2, and the finger protection part 2 into which the thumb and index finger are inserted can be sufficiently drawn. For this reason, the finger protection part 2 of the frequently used thumb and index finger can be securely adhered to the finger covering part 11. Therefore, the thumb and index finger can be reliably protected by the finger protection unit 2, and can be prevented from feeling uncomfortable in wearing and bending of the finger and slowing down when the object is picked. At the same time, it is possible to suppress the dullness of the finger feeling when picking an object. Further, unlike the prior art, there is no processing for forming the bulging portion in the finger protection portion 2, and it can be manufactured easily and inexpensively.

  Further, according to the present invention, it is possible to adopt a configuration in which the middle finger is removed in addition to the thumb and index finger.

  In this case, the middle finger having a relatively high frequency of use is also excluded, that is, the thumb to middle finger are protected by the finger protection unit 2 and the workability is further improved.

  Further, the protective glove according to the present invention is worn over the insulating glove 10 that is worn on the hand when performing high-voltage or low-voltage power distribution work, and covers the finger to the little finger individually. The finger protection part 21 that covers the part 11,..., The hand protection part 22 that covers the hand covering part 12 of the insulating glove 10 that covers the back of the hand and the palm, and the forearm part from the wrist In a protective glove having a hem protecting portion 23 covering the wrist portion of the hem covering portion 13 of the insulating glove 10 covering the finger, each finger protecting portion 21 of at least the thumb and index finger of the thumb to middle finger. Is equal to or shorter than the length of the corresponding finger covering portion 11, and the difference between the finger protecting portions 21 of the other fingers and the corresponding finger covering portion 11 is more than the difference. It is characterized by increasing

  In this case, the length of each finger protection part 21 of at least the thumb and index finger of the thumb to middle finger of the protective glove 1 is made shorter than the length of the corresponding finger covering part 11 of the insulating glove 10. The finger covering portion 11 of at least the thumb and forefinger of the thumb to middle finger comes into close contact with the finger protection portion 21 in preference to the finger covering portion 11 such as the ring finger and the little finger. On the other hand, although some slack occurs between the finger covering part 11 and the finger protection part 21 of other fingers, for example, the ring finger and the little finger, since these fingers are used less frequently, it may hinder the work. Absent.

  Further, according to the present invention, the length of each finger protecting part 21 of the thumb to middle finger is made equal to or shorter than the length of the corresponding finger covering part 11, and each finger of other fingers is more than the difference. It is also possible to adopt a configuration in which the difference between the protection part 21 and the corresponding finger covering part 11 is increased.

  In this case, in addition to the thumb and index finger, the length of the finger protection portion 21 of the relatively frequently used middle finger is made shorter than the length of the corresponding finger covering portion 11 of the insulating glove 10. The finger covering portion 11 of the finger to the middle finger comes into close contact with the finger protecting portion 21 in preference to the finger covering portion 11 such as the ring finger and the little finger.

  Further, according to the present invention, it is also possible to adopt a configuration in which the opening 4a is formed from the middle finger joint joint part of the index finger to the little finger to the metacarpal bone in the hand protecting parts 4 and 22.

  In this case, the hand covering portion 12 of the insulating glove 10 that covers the back of the hand has a flat back so that the hand covering portion 12 is easier to touch and separate than the finger covering portion 11. That is, it can be considered that the movement of the substrate is the largest due to the movement of the finger. In some cases, the looseness of the substrate (back of the hand) may affect the looseness of the finger covering portion 11. Therefore, if the opening 4a is formed in this part, the opening 4a becomes a relief for the movement of the substrate, and the slack to the finger cover 11 can be suppressed.

  In addition, according to the present invention, it is also possible to employ a configuration in which the holes 16 or the cuts 15 are formed in the interphalangeal joint and the metacarpophalangeal joint portion of the thumb in the thumb protecting portions 2 and 21 of the thumb. it can.

  In this case, the movement of the base material with respect to the movement of the thumb that is frequently used is absorbed by the expansion / contraction of the hole 16 or the notch 15, and the slack to the fingertip can be prevented. That is, when the thumb is bent, as the thumb is bent, the joint protrudes outward and becomes angular, the base is pulled, and the hole 16 or the cut 15 is expanded. If the thumb is extended from this state, the hole 16 or the cut 15 is reduced in diameter, and the base 16 is loosened in the hole 16 or the cut 15. When the thumb is bent again from this state, the looseness of the base material generated in the hole 16 or the notch 15 is pulled by the finger bending operation. That is, it is considered that the movement of the substrate is performed in the hole 16 or the notch 15 and there is no movement of the substrate to the fingertip.

  Further, according to the present invention, in the index finger to little finger protection unit 2,..., 21,..., A configuration is adopted in which a hole or incision 15 is formed at the second interphalangeal joint of the index finger to little finger. You can also

  In this case as well, the movement of the substrate due to the protrusion of the joint as the index finger to the little finger are bent is eliminated by the hole or the notch 15 as described above. In particular, since this part is a part that affects the slack between the finger covering part 11 and the finger protection part 2 at the fingertip, the part of the second interphalangeal joint of the index finger to the finger protection part 2 of the little finger,. If the hole or the cut 15 is formed, it works suitably to eliminate the looseness of the substrate with respect to the movement of the index finger to the little finger.

  Further, according to the present invention, in the index finger to little finger protection unit 2,..., 21,..., A configuration in which a hole or incision 15 is formed in the middle finger joint joint of the index finger to little finger is adopted. You can also.

  In this case, the movement of the substrate is close to the back of the hand where the movement is largest, so that the slack to the fingertip can be effectively eliminated by forming a hole or cut 15 in each part of the middle phalangeal joint of the index finger to the little finger.

  Moreover, according to this invention, the structure which provides the fixing member 7 for position-fixing to the skirt coating | coated part 13 of the insulating glove 10 can also be employ | adopted for the skirt protection parts 5 and 23 of the protective glove 1.

  In this case, since the position of the protective glove 1 can be fixed with respect to the insulating glove 10, the looseness between the finger covering portion 11 and the finger protecting portion 2 can be further eliminated. In addition, it is preferable to fix the position of the protective glove 1 in a state where the finger protection part 2 is in close contact with the finger covering part 11 of the thumb and index finger.

  As described above, according to the present invention, in the finger protection part of the protective glove, the finger protection part is brought into close contact with at least the finger covering part of the thumb and index finger. In addition, it is possible to prevent the finger from slowing down when picking an object, and to suppress the dullness of the finger when picking an object.

  Hereinafter, protective gloves according to embodiments of the present invention will be described with reference to FIGS. In these drawings, only one glove is illustrated for convenience, but in both cases, a protective glove and an insulating glove are a pair of left and right.

  Here, before describing the configuration of the protective gloves, the configuration of the insulating gloves will be described. The insulating glove 10 is made of, for example, a rubber material as an insulating material, and has a thickness of about 1 mm to 3 mm. Moreover, it can distinguish with the protective glove 1 mentioned later with a color. For example, the color of the insulating gloves 10 is yellow, and the color of the protective gloves 1 is gray. The insulating glove 10 includes a finger covering portion 11 that covers the inserted thumb / little finger, a hand covering portion 12 that covers the palm and back of the hand, and a substantially cylindrical hem that extends from the wrist to cover the forearm. And a covering portion 13. When the insulating glove 10 is worn on the hand, the hand is inserted from the opening of the skirt covering portion 13 and the mother to little fingers are individually inserted into the finger covering portions 11. At this time, the surface of each finger comes into close contact with the inner surface of the finger covering portion 11,..., And the finger covering portion 11,. There is no great discomfort in any case. However, there may be some slack at the fingertip.

(First embodiment)
Next, the protective gloves according to the first embodiment will be described with reference to FIGS. The protective glove 1 is a state in which the finger protection parts 2 and 2 covering the finger covering parts 11 and 11 of the insulating glove 10 with the thumb and index finger inserted are inserted, and the middle finger, the ring finger and the little finger are inserted. Of the insulating glove 10 is inserted, and a tubular through portion 3 is projected from the finger covering portion 11 to the second interphalangeal joint. The fixing member 7 is fixed so that it can be fixed to the part of the hand protection part 4 that covers the hand covering part 12 in a state where the palm and the back of the hand are covered, and the hem covering part 13 of the insulating glove 10 where the wrist is located. The hem protection part 5 provided is provided.

  The finger protection portions 2 and 2 are formed so that the inner diameter thereof is the same or slightly smaller than the finger covering portion 11 of the insulating glove 10, and the entire inner surface of the finger protection portions 2 and 2 is pivoted to the entire outer surface of the finger covering portion 11. It is comprised so that it may contact | adhere along a direction.

  The threading portion 3 is formed by cutting away the finger protection portion 2 and is formed by cutting away a portion from the fingertip to the second interphalangeal joint. And as above-mentioned, the finger | toe coating | coated part 11, ... in which the middle finger, the ring finger, and the little finger were inserted is inserted in the penetration part 3, ..., and the site | part from a fingertip to the joint between 2nd phalanges appears outside. It is like that. In other words, the threading portion 3 has a length that protects the portion from the metacarpophalangeal joint to the second interphalangeal joint.

  The hand protection unit 4 covers the index finger from the middle phalangeal joint part of the little finger so as to overlap the hand covering part 12 of the insulating glove 10 covering the back and palm of the hand. Moreover, a thick member 40 is sewn on the surface side so that the hand can be protected from peripheral devices and members at the work site. And the opening part 4a is formed in the site | part from the index finger to the middle phalangeal joint site of the little finger to the back of the hand.

  The hem protection part 5 has an insertion / removal opening for inserting / removing a hand to which the insulating glove 10 is attached. In other words, the hem covering part of the insulating glove 10 can be expanded / reduced. A telescopic band (fixing member) 7 having a hook-and-loop fastener 6 is attached to the back surface so that the belt can be fixed to the base plate 13.

  Next, the usage mode will be described. First, a hand is inserted from the insertion / removal opening of the hem covering portion 13 of the insulating glove 10, and the mother finger to the little finger are individually inserted into the finger covering portions 11,. To do. At this time, the inner surfaces of the finger covering portions 11,. In this state, the protective gloves 1 are worn over the insulating gloves 10. That is, the finger covering portion 11,... Of the insulating glove 10 with the thumb and index finger inserted is inserted into the finger protecting portions 2, 2 of the protective glove 1, and the finger covering with the middle to little fingers inserted. The parts 11,... Are inserted through the through parts 3,. At this time, the finger protection parts 2 and 2 cover the periphery of the finger covering parts 11 and 11 of the thumb and forefinger, so that the insulating gloves 10 and the protection gloves 1 are double protected. On the other hand, since the part from the fingertip to the second interphalangeal joint is exposed to the outside in the middle finger to the little finger covering portion 11,... Since the frequency of use is low, insulation protection alone is sufficient.

  And immediately after wearing the protective glove 1 on the insulating glove 10, a slight gap is formed between the surface of each fingertip and the inner surface of the finger covering portion 11,. Thereafter, the hem protection part 5 of the protective glove 1 is held until the inner surfaces of the finger protection parts 2 and 2 of the protective glove 1 are in close contact with the outer surfaces of the finger covering parts 11 and 11 with the thumb and index finger inserted. Pull to the arm side.

  Then, at the position where the finger covering portions 11 and 11 and the finger protection portions 2 and 2 are in close contact with each other, the hem protection portion 5 is stopped from being pulled, and the surface fastener 6 of the band 7 is attached and fixed. In this case, the portions between the through portions 3,... Of the protective glove 1 are in contact with the crotch portions of the finger covering portions 11, 11 on the middle finger and the ring finger and the crotch portions of the finger covering portions 11, 11 on the ring finger and the little finger. Or may be separated.

  In short, the inner surfaces of the finger protection parts 2 and 2 of the protective glove 1 need only be in close contact with the finger covering parts 11 and 11 of the thumb and index fingers that are frequently used. The thumb and index finger can be double protected, and the movement of the finger when picking an object can be prevented from slowing, and the sense of picking an object can be easily transmitted to the fingertip.

  Further, when the finger is bent and extended in a state where the finger protection portions 2 and 2 of the protective gloves 1 are in close contact with the finger covering portions 11 and 11 in a state where the thumb and index finger are inserted, according to the movement of the finger, Although both the bases of the insulating glove 10 and the protective glove 1 move simultaneously, the opening 4a is formed from the metacarpophalangeal joint to the back of the hand. Therefore, in the insulating glove 10 in close contact with the hand, the opening 4a In this case, only the base of the insulating glove 10 is loosened, and the finger covering portions 11 and 11 are hardly loosened.

  This is because the movement of the base of the insulating glove 10 is concentrated in the opening 4a of the protective glove 1, the movement of the base of the protective glove 1 is absorbed by the expansion / contraction of the opening 4a, the insulating glove 10 and The position of the protective glove 1 is to be fixed by the hem protection part 5 of the protective glove 1.

  That is, in the state where the insulating gloves 10 and the protective gloves 1 are fixed in position, the degree of adhesion of the hand covering part 12 of the insulating glove 10 to the relatively flat back of the hand is small, and thus the movement of the hand covering part 12 is considered to be the largest. . Therefore, if the movement of the base of the insulating glove 10 is absorbed in the opening 4a by opening the hand protection part 4 of the protective glove 1 large, the slack in the finger covering parts 11 and 11 can be eliminated.

  On the other hand, the finger covering part 11 to which the thumb to little finger are inserted and the finger protecting part 2 to which the finger covering part 11 is inserted are arranged on the entire outer surface of the finger (finger covering part 11). 2) Since the entire inner surface of 11 is in close contact along the axial direction, the degree of contact is considered to be considerably higher than that of the hand covering portion 12. Therefore, even if the finger is bent and stretched in the substantially axial direction, the degree of adhesion of the finger covering portion (finger protecting portion 2) 11 to the finger (finger covering portion 11) does not change, so the finger covering portion (finger protecting portion) 2) It is considered that the slack of the fingertip part (finger covering part 11) in 11 is hardly formed.

  In the case of the first embodiment, the part from the fingertip to the second interphalangeal joint is excised in the threading portion 3, but the part from the fingertip to the first interphalangeal joint or the base from the fingertip is used. You may make it excise the site | part over the middle part of an phalanx.

  Further, in the case of the first embodiment, the finger protection unit 2 protects the finger covering part 11 of the insulating glove 10 into which the thumb and index finger are inserted. However, a relatively frequently used middle finger is inserted. The finger covering portion 11 of the insulating glove 10 may also be protected. Further, in the hand protection part 4, the opening 4a is formed from the index finger to the middle phalangeal joint part of the little finger to the back of the hand, but as shown in FIGS. 4 and 5, the second interphalangeal joint part, A cross-shaped cut 15,... May be formed from the index finger to the middle finger joint joint part of the little finger, respectively, the first finger joint joint part of the index finger and middle finger, the finger joint joint of the thumb, and You may make it form the hole 16 in the site | part of a metacarpophalangeal joint, respectively.

  Then, as shown in FIG. 6, when the fingers are folded and turned into a fist state as shown in FIG. 7, the movement of each finger depends on the base of the insulating gloves 10 and the protective gloves 1. I will not be disturbed. More specifically, the second interphalangeal joint and the metacarpophalangeal joint part of the finger protrude outward and become angular as the finger is bent from the stretched state. As a result, the intersections of the two straight lines in the cuts 15,... Are radially spread out by the second interphalangeal joint and the tip of the metacarpophalangeal joint that are going to protrude outward, thereby forming a cross shape. The notch is enlarged and deformed.

  On the other hand, the hole 16 has the same effect as the cut 15. That is, as the index finger, middle finger, and thumb are stretched, the interphalangeal joint and the metacarpophalangeal joint portion of each finger protrude outward and become angular, thereby expanding the diameter of the hole 16.

  In other words, the notch 15 and the hole 16 serve as a relief portion of the joint portion that tries to protrude outward, and the base of the insulating glove 10 and the protective glove 1 follows the bending and stretching movement of each finger. Become. In other words, even if an operation of picking an object is performed, there is little fatigue, and suitable workability can be maintained.

(Second embodiment)
Next, protective gloves according to the second embodiment will be described with reference to FIG. In the protective glove 20, the length of each finger protecting part 21 of the thumb to middle finger of the insulating glove 10 is equal to or shorter than the length of the corresponding finger covering part 11, and other than the difference B, The difference A between each finger protecting part 21 of the finger (small finger and ring finger) and the corresponding finger covering part 11 is larger. More specifically, the finger covering portions 11, 11 of the insulating glove 10 and the fingers of the protective glove 20 are closer than the gap B between the finger covering portions 11,. A gap A between the protection units 21 and 21 is set large. That is, there is a relationship of A> B, and the finger covering part 11 of the thumb to the middle finger is configured to be in close contact with the finger protection part 21. In other words, it makes it easier to convey the sense of fingers when picking things. Note that a gap B ′ between the crotch between the finger covering part 11 of the insulating glove 10 and the crotch between the finger protecting part 21 of the protective glove 20 is a finger protection of the finger covering part 11 of the insulating glove 10 and the protective glove 20. It may be the same as or larger than the gap B with the portion 21. In short, it is only necessary that the finger protection portions 21 of the protective gloves 20 have priority over the finger covering portions 11 of the insulating gloves 10. In the figure, reference numeral 22 denotes a hand protection part, and 23 denotes a hem protection part.

  Next, the usage mode will be described. When the protective glove 20 is worn on the insulating glove 10 after the insulating glove 10 is attached to the hand, as shown in FIG. 8, the finger covering part 11 of the insulating glove 10 and the finger protective part 21 of the protective glove 20 A gap is formed between the two. When the hem protecting portion 23 of the protective glove 20 is pulled toward the base of the finger, the inner surface of the finger protecting portion 21 of the protective glove 20 is applied to the outer surface of the tip of the finger covering portion 11 into which the thumb-middle finger is inserted. On the other hand, a gap is formed between the finger covering portion 11 into which the middle finger and the ring finger, the ring finger and the little finger are inserted, and the finger protection portion 21 of the protective glove 20. As a result, when the object is picked, the finger protection part 21,... Is overlaid on the finger covering part 11,... Of the frequently used thumb, index finger, middle finger, etc., so that the sense of picking the object is transmitted to the fingertip. It becomes easy and the fall of work efficiency can be controlled.

  In the case of the second embodiment, the length of each finger protecting part 21 of the thumb to middle finger is the same as or shorter than the length of the corresponding finger covering part 11, and other fingers than the difference B. The difference A between each finger protection part 21 and the corresponding finger covering part 11 is made larger, but only the thumb and index finger may be configured as described above.

  In the case of the first and second embodiments, the insertion / removal port of the hem protection part through which the hand wearing the insulating glove 10 is inserted / removed is squeezed and fixed with the band 7, but is made of rubber. The annular member may be sewn to the end portion of the hand protecting portion.

The figure which showed the protective glove which concerns on 1st embodiment of this invention, and looked at the state which extended the finger | toe from the back side of the hand. The figure which bent the finger and looked at the state of the fist from the side. The figure which looked at the state which extended the finger from the palm side. The figure which showed the modification of a protective glove and looked at the protective glove which formed the cross-shaped cut | notch in the finger protection part from the back side of the hand. The figure which looked at the protective glove of FIG. 4 from the palm side. The figure which looked at the state which put on the protective glove of FIG. 4 and spread the finger | toe from the palm side. FIG. 5 is a view of the state of the fist with the protective gloves of FIG. The protective glove which concerns on 2nd embodiment of this invention is shown, and in the state which extended the finger, the length of the finger protection part of the protective glove is longer than the length of the finger covering part of the ring finger and the little finger of the insulating glove FIG.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 1,20 ... Protective glove, 2,21 ... Finger protection part, 3 ... Passing part, 4,22 ... Hand protection part, 4a ... Opening part, 40 ... Thick member, 5,23 ... Bottom protection part, 6 ... Face fastener , 7 ... Band, 10 ... Insulating gloves, 11 ... Finger covering, 12 ... Hand covering, 13 ... Bottom covering, 15 ... Incision, 16 ... Hole

Claims (9)

  Finger covering part (11, ...) of insulating glove (10), which is worn on top of insulating glove (10) to be worn on the hand when performing high-voltage or low-voltage power distribution work, etc. and individually covers the mother to little fingers A finger protection part (2,...) That covers the top of the hand and a hand protection part (4) that covers the hand covering part (12) of the insulating glove (10) that covers the back and palm of the hand. In the protective glove having a hem protection part (5) covering the wrist part of the hem covering part (13) of the insulating glove (10) covering the forearm part from the wrist, the finger protection part (2,. ) Is a protective glove that is cut out so that at least the finger covering portion (11,...) Of the ring finger and the little finger, excluding the thumb and index finger, is exposed.   2. The protection according to claim 1, wherein the finger protection part (2,...) Is cut out so that a finger covering part (11) excluding the middle finger appears in addition to the thumb and index finger. gloves.   Finger covering part (11, ...) of insulating glove (10), which is worn on top of insulating glove (10) to be worn on the hand when performing high-voltage or low-voltage power distribution work, etc. and individually covers the mother to little fingers A finger protection part (21,...) That covers the top of the hand and a hand protection part (22) that covers the hand covering part (12) of the insulating glove (10) that covers the back of the hand and the palm. In a protective glove having a hem protection part (23) covering the wrist part of the hem covering part (13) of the insulating glove (10) covering the forearm part from the wrist, at least one of the mother to middle fingers The length of each finger protection part (21) of the thumb and index finger is the same as or shorter than the length of the corresponding finger covering part (11), and each finger protection part of other fingers The difference between (21) and the corresponding finger cover (11) is greater Protective gloves, characterized in that it is Tsu.   The length of each finger protection part (21) of the thumb to middle finger is the same as or shorter than the length of the corresponding finger covering part (11), and each finger protection part of other fingers is larger than the difference. The protective glove according to claim 3, wherein the difference between (21) and the corresponding finger covering (11) is larger.   The said hand protection part (4, 22) has an opening part (4a) from the middle finger joint joint part of an index finger-a little finger to a metacarpal bone, The any one of Claims 1 thru | or 4 characterized by the above-mentioned. Protective gloves as described.   A hole (16) or an incision (15) is formed in a part of the thumb interphalangeal joint and the metacarpophalangeal joint in the thumb protecting part (2, 21) of the thumb. The protective glove according to any one of 5.   A hole or a notch (15) is formed in a second interphalangeal joint of the index finger to the little finger in the finger protection part (2, ..., 21, ...) of the index finger to the little finger. 6. The protective glove according to any one of items 6.   8. The finger protection part (2,..., 21,...) Of the index finger to the little finger is formed with a hole or a notch (15) in a portion of the middle finger joint of the index finger to the little finger. Protective glove given in any 1 paragraph.   The fixing member (7) for fixing the position to the hem covering portion (13) of the insulating glove (10) is provided on the hem protecting portion (5, 23). Protective gloves as described in the paragraph.

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