JP3180633U - Protective gloves - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a protective glove that is excellent in breathability, hard to stiffen even when used for a long time, can be washed and is hygienic.
SOLUTION: The back side of the hand and the palm side are formed of a mesh fabric 2 having a high air permeability, and a piping band is formed by adding piping tape 3 along the overlapped peripheral edge to form a buffer band. The hard plastic plate 4 that restricts the bending motion of the finger and a section that fixes the position of the thumb are arranged, and the wrist part a is provided with an adjustment band 7 for preventing the hand inserted into the glove from coming out.
[Selection] Figure 2

Description

  The present invention relates to a protective glove that covers a finger so that a person with dementia or the like cannot inadvertently move a catheter or an infusion tube by himself / herself.

  Conventionally, in order to constrain the hand of people with dementia, a fingerless glove sewed with thick fabric or a hard plate on the palm side to prevent the hand and fingers from bending, The tube connected to the body cannot be removed.

JP-A-11-004843 Practical registration No. 2588994

Conventional protective gloves have the following drawbacks.
Cloth gloves made by sewing thick fabrics may cause sweat or athlete's foot. In addition, a hard board that restricts the movement of fingers (palms) is not strong and strong, and may be broken or bent by washing in a washing machine, which makes it difficult to wash and is unsanitary. There are many.
Therefore, the present invention provides a protective glove that is excellent in breathability, hard to stiffen even when used for a long time, and that can be washed and is hygienic.

  The protective glove of the present invention is a rigid plastic board that uses a mesh fabric with high air permeability, piping piping around the periphery to form a buffer band, and restricts the movement of hands and fingers on the palm surface. A section for fixing the position of the thumb was arranged, and a wrist with an adjustable band for preventing the hand inserted in the glove from coming out was provided.

  The protective glove of the present invention is a well-ventilated mesh, so it is comfortable without sweating the palms, itching or athlete's foot, and piping around the glove's periphery. Therefore, the impact caused by the collision with the outside can be reduced, so that even if the nail hits, it is not damaged or painful. Since a hard plastic plate is arranged on the palm surface and the position of the thumb is fixed in the glove, the palm is pressed flatly on the hard plastic plate to restrict the movement of the hand and fingers, The catheter or drip tube cannot be grasped and pulled, making it safe.

The figure which shows the back of the hand of a glove. The figure which shows the palm surface of a glove. The disassembled perspective view of the palm surface side of a glove. The expansion perspective view of a push hook.

As shown in FIG. 1, the present invention uses two mesh fabrics 1 and 2 on the back side of the hand and the palm side, respectively, and puts them together and attaches the piping tape 3 to the periphery and stitches them together. Forming gloves. As a matter of course, the lower end b of the wrist part a, and preferably both sides c of the lower end part are left without stitching the fabrics on the back side of the hand and the palm side, and the lower end part b is used as the insertion slot of the hand. is there.
By applying piping tape 3 to the periphery, even if it is in strong contact with the outside, the impact transmitted to the inside of the glove can be reduced, and even if it touches the hand or nail, it will not be damaged and the pain will be reduced. ing.

  As shown in the exploded view of FIG. 3, the mesh side 2 shown in FIG. 2 has a mesh fabric 2 inserted between two mesh fabrics 21 and 22, and a firm inner sheet 5 such as a cutlet fabric is inserted. And a rigid plastic plate 4 such as polypropylene is inserted between the inner mesh ground 21 of the portion d corresponding to the palm above the wrist portion a and the inner sheet 5 inserted. is there.

  The inner mesh base 21, the inner sheet 5 and the outer mesh base 22 with the hard plastic plate 4 inserted are sewn as described above, and the boundary between the palm part d and the wrist part a is also sewn at the same time. Thus, the position of the hard plastic plate 4 is fixed. Note that it is advantageous to cut out the central portion f of the inner sheet 5 stacked on the front side of the hard plastic plate 4 while leaving the peripheral edge e because air permeability in the gloves is improved. Further, the inner sheet 5 may be sewn with the palm portion and the wrist portion separated.

  Further, an adjustment band 7 is provided on the wrist a, and a push hook 8 is attached to an end of the adjustment band 7, and a receiving button 9 is disposed at an appropriate position of the band, and a hand is placed in the glove. After the insertion, the wrist is wrapped around with the adjustment band 7 and tightened, and it is engaged with the receiving button at an arbitrary position according to the size of the wrist so that the tightening length can be adjusted. In the case of a person with a thin wrist, it is possible to cope with a thinner wrist by twisting and tightening the adjustment band.

  The push hook 8 can be engaged by being pressed against the receiving button 9 from above, and when released, the push hook 8 can be released by pushing down the push portion 10 provided in a slightly recessed manner in the center of the upper surface of the push hook 8. ing. The push hook 8 cannot be released by pulling in any direction.

  Further, as shown in FIG. 1, the present invention provides a mesh ground 1 on the back side and the palm side of the part corresponding to the boundary between the thumb and forefinger of the hand so that the hand cannot move freely in the glove. 2 is stitched (sewn portion 11), and is defined as a section g for restricting the movement of the thumb.

Since the present invention is configured as described above, when the hand is inserted into the glove and the wrist part a is tightened with the adjustment band 7, the hand is pressed flatly against the hard plastic plate 4 and the thumb is also restrained. Since it is regulated by the section g, the hand and fingers cannot be bent, and the catheter or the drip tube cannot be grasped or grasped and pulled.
The push part 10 of the push hook 8 of the adjustment band 7 has a push part 10 for releasing the engagement, which is provided with a slight depression at the center of the upper surface as described above. Since the push cannot be performed, it is impossible to push down the push portion 10 of the push hook 8 with a hand or a finger that is pressed flat on the hard plastic plate 4 and restricted. Therefore, the engagement of the adjustment band cannot be released, and it is safe without removing the gloves.

  The glove of the present invention is provided with a compartment g for the thumb, and the position of the compartment g is different between the left and right gloves. It is convenient to distinguish between the left and right gloves by putting a mark on either one of the gloves. In the present invention, as shown in FIG. 1, a color identification tape 12 is attached to the wrist of a left glove so that it can be clearly distinguished.

DESCRIPTION OF SYMBOLS 1 Mesh ground 21 Mesh ground 21 Inner mesh ground 22 Outer mesh ground 3 Piping tape 4 Hard plastic board 5 Inner sheet 6 Sewing part 7 Adjustment band 8 Push hook 9 Receiving button 10 Push part 11 Sewing part 12 Identification tape a Wrist part b Lower end Part c Side d Palm part e Edge f Center part g Section

Claims (4)

  The back side of the hand and the palm side are formed with mesh fabrics 1 and 2, and the piping tape 3 is attached to the periphery of the mesh fabric on both sides, and the entire periphery is stitched except for the insertion port of the hand to form a glove On the palm side, two mesh fabrics 21 and 22 are joined together, and a solid inner sheet 5 such as a cutlet fabric is inserted between them to form a three-layer structure, and the palm above the wrist a A rigid plastic plate 4 such as polypropylene having a size corresponding to the upper palm part is inserted between the inner mesh ground 21 of the part d corresponding to the inner part 5 and the inserted inner sheet 5 so that the boundary with the wrist part a is The position of the rigid plastic plate 4 is fixed by being sewn (sewed portion 6), and an adjustment band 7 is provided for tightening the wrist portion a around the wrist. Protective gloves that.   The protective glove according to claim 1, wherein the inner sheet 5 stacked on the front side of the hard plastic plate 4 is cut out at a central portion f leaving a peripheral edge e to improve air permeability in the glove.   The mesh grounds 1 and 2 on the back side and the palm side of the portion corresponding to the position of the boundary between the thumb and forefinger of the hand are stitched together (sewn portion 11) to form a section g for fixing the thumb position. The protective glove according to claim 1.   The adjustment band 7 has a push hook 8 attached to the end thereof, and a receiving button 9 is arranged at an appropriate place on the band, and the wrist is wound around and tightened. The protective glove according to claim 1, wherein the fastening length can be adjusted.

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