CN210901527U

CN210901527U - Three-finger type high-voltage insulating glove

Info

Publication number: CN210901527U
Application number: CN201921915791.5U
Authority: CN
Inventors: 徐蓉
Original assignee: Shaanxi University of Technology
Current assignee: Shaanxi University of Technology
Priority date: 2019-11-07
Filing date: 2019-11-07
Publication date: 2020-07-03
Anticipated expiration: 2029-11-07

Abstract

The utility model relates to a three-finger high-voltage insulating glove, which comprises a glove body, wherein the glove body comprises finger parts, palm parts and wrist parts, the glove body is of a double-layer structure and comprises an outer sleeve layer and an inner sleeve layer, the outer sleeve layer comprises an insulating layer, the inner sleeve layer comprises a heat-insulating and moisture-proof layer, the finger parts of the glove body comprise thumb parts, index finger parts and finger-closing parts, the finger parts of the outer sleeve layer and the inner sleeve layer are fixed through sticky strips, the palm parts of the outer sleeve layer and the inner sleeve layer are fixed through magnetic buckles, the wrist parts of the outer sleeve layer and the inner sleeve layer are fixed through zippers, and the surface of the wrist part of the outer sleeve layer is provided with a reflective sticker; the utility model discloses a "three indicate formula" structure, than "five indicate formula" structure simple, the ageing resistance can the reinforce, be difficult for tearing, be difficult for sliding, be difficult for pressing from both sides hinder and dampproofing, heat preservation, easy clearance.

Description

Three-finger type high-voltage insulating glove

Technical Field

The utility model relates to an electric power operation instrument technical field especially relates to a three indicate formula high voltage insulation gloves.

Background

The high-voltage insulating gloves are security articles for electricians, have the functions of electricity prevention, water prevention and the like, play a role in protecting human bodies, and are security articles which are necessary to be used by electricians in the work of switching operation, high-voltage electricity testing, overhauling and the like. The existing high-voltage insulating gloves are made of materials such as rubber, latex and the like, are easy to damage due to improper use and storage, and threaten the personal safety of electricians; the conventional five-finger type high-voltage insulating gloves are generally relatively fat and thick, the hand is easy to slide in the gloves during use, when the gloves are operated on high-voltage equipment, after the insulating gloves are worn, an operator basically only uses a thumb and a forefinger, other fingers are difficult to use independently, and middle fingers, ring fingers and little fingers are inflexible and inconvenient, so that the gloves are easy to be damaged by the equipment. And the existing high-voltage insulating gloves are not heat-insulating and damp-proof, are unsanitary when being used by a plurality of people and are not easy to clean.

Disclosure of Invention

The utility model provides a three-finger high-voltage insulating glove, the technical problem that solve be for providing a three-finger high-voltage insulating glove that ageing resistance is strong, difficult tear, difficult slip, difficult clamp hinder and dampproofing, heat preservation, easy clearance.

In order to solve the technical problem, the utility model discloses a following technical scheme: the utility model provides a three indicate formula high voltage insulation gloves, includes the gloves body, the gloves body includes finger portion, palm portion, the wrist portion, the gloves body is bilayer structure, including overcoat layer and endotheca layer, overcoat layer is including the insulating layer, endotheca layer is including thermal-insulated dampproof course, the finger portion of gloves body includes thumb portion, index finger portion, closes finger portion, it is fixed through gluing the strip between the finger portion on overcoat layer and endotheca layer, it is fixed to detain through magnetism between the palm portion on overcoat layer and endotheca layer, it is fixed through the zip fastener between the wrist portion on overcoat layer and endotheca layer, the wrist surface on overcoat layer is equipped with reflection of light subsides.

Preferably, the outer sleeve layer of the glove body is made of rubber and latex.

Preferably, the inner sleeve layer of the glove body is made of cotton cloth.

Preferably, the magnetic button is arranged at the back of the palm.

Preferably, the wrist length of the inner sleeve layer is larger than that of the outer sleeve layer and extends out of the wrist of the outer sleeve layer, and a zipper is arranged between the wrist surface of the inner sleeve layer and the edge part of the wrist of the outer sleeve layer.

Preferably, the edge of the wrist part of the inner sleeve layer is provided with a tightening magic tape.

Preferably, the light reflecting pastes are annular, the light reflecting pastes are arranged along the surface circumference of the wrist part of the outer sleeve layer, and at least two light reflecting pastes are arranged.

Compared with the prior art, the utility model adopts a 'three-finger' structure, which is simpler than a 'five-finger' structure, has less curved surface of the appearance structure, less folds, strong anti-aging capability, is not easy to tear and form aging cracks, has a double-layer structure which can preserve heat and damp, changes the inner sleeve layer and is convenient to clean, and in addition, the glove body is also pasted with a reflective sticker which can be quickly found in the dark; the outer sleeve layer of the glove body is made of rubber and latex, and the inner sleeve layer of the glove body is made of cotton cloth, so that the glove is light and comfortable to wear; the magnetic button of the utility model is arranged at the back of the hand of the palm part, and when in work, the magnetic button is arranged at the back of the hand, which can not affect the grip; in the utility model, the length of the wrist part of the inner sleeve layer is larger than that of the outer sleeve layer and extends out of the wrist part of the outer sleeve layer, and the zipper is arranged between the surface of the wrist part of the inner sleeve layer and the edge part of the wrist part of the outer sleeve layer, so that the zipper is convenient to operate; the utility model discloses well reflection of light subsides are the annular, and reflection of light pastes along the wrist portion surface circumference of overcoat layer and arranges, and reflection of light pastes and sets up two at least, is convenient for look for the gloves body.

Drawings

Fig. 1 is a schematic view of the overall structure of the present invention.

In the figure: 1. finger parts 2, palm parts 3, wrist parts 4, adhesive strips 5, magnetic buttons 6, zippers 7, reflective tapes 8 and tightening magic tapes.

Detailed Description

Example (b): as shown in fig. 1, a three-finger high-voltage insulating glove comprises a glove body, wherein the glove body comprises a finger part 1, a palm part 2 and a wrist part 3, the glove body is of a double-layer structure and comprises an outer sleeve layer and an inner sleeve layer, the outer sleeve layer comprises an insulating layer, the inner sleeve layer comprises a heat-insulating and moisture-proof layer, the finger part 1 of the glove body comprises a thumb part, a food finger part and a finger combining part, the outer sleeve layer and the finger part 1 of the inner sleeve layer are fixed through a sticky strip 4, the outer sleeve layer and the palm part 2 of the inner sleeve layer are fixed through a magnetic buckle 5, the outer sleeve layer and the wrist part 3 of the inner sleeve layer are fixed through a zipper 6, and a reflective sticker 7 is arranged on the surface of the wrist part 3 of the outer; preferably, the outer sleeve layer of the glove body is made of rubber and latex; preferably, the inner sleeve layer of the glove body is made of cotton cloth; preferably, the magnetic button 5 is arranged at the back of the palm part 2; preferably, the length of the wrist part 3 of the inner sleeve layer is greater than that of the wrist part 3 of the outer sleeve layer and extends out of the wrist part 3 of the outer sleeve layer, and a zipper is arranged between the surface of the wrist part 3 of the inner sleeve layer and the edge part of the wrist part 3 of the outer sleeve layer; preferably, the edge of the wrist part 3 of the inner sleeve layer is provided with a tightening magic tape 8; preferably, the light reflecting pastes 7 are annular, the light reflecting pastes 7 are circumferentially arranged along the surface of the wrist part 3 of the outer sleeve layer, and at least two light reflecting pastes 7 are arranged.

In the implementation of the embodiment: the inner sleeve layer of the glove body is fixed with the outer sleeve layer through the adhesive strips 4 of the finger parts 1, the magnetic buttons 5 of the palm parts 2 and the zippers 6 of the wrist parts 3, when the glove is worn, fingers are placed into the corresponding finger parts 1 of the glove body, the thumb is placed into the thumb, the index finger is placed into the index finger part, other fingers are placed into the finger closing part, and then the edge parts of the wrist parts 3 of the inner sleeve layer are fixed with the arms through tightening the magic tapes 8.

When the inner sleeve layer needs to be cleaned, the zipper 7, the magnetic button 5 and the adhesive strip 4 are sequentially opened.

When the inner sleeve layer and the outer sleeve layer are fixed, a hand stretches into the inner sleeve layer, the inner sleeve layer stretches into the outer sleeve layer conveniently, then the finger parts 1 are fixed through the adhesive strips 4, the palm parts 2 are fixed through the magnetic buttons 5, and the wrist parts 3 are fixed through the zippers 6.

In the technical scheme: the three-finger type structure is simpler than a five-finger type structure, the curved surface of the appearance structure is less, the wrinkles are less, the anti-aging capability is strong, the tearing and the formation of aging cracks are not easy, the double-layer structure can preserve heat and damp, the inner sleeve layer is replaced, the cleaning is convenient, and in addition, the light reflecting paste 7 is pasted on the glove body, and the glove can be quickly found in the dark; the outer sleeve layer of the glove body is made of rubber and latex, and the inner sleeve layer of the glove body is made of cotton cloth, so that the glove is light and comfortable to wear; the magnetic button 5 is arranged at the palm position of the palm part 2, and when the utility model works, the magnetic button 5 is positioned at the back position of the palm part 2, which can not affect the gripping; in the utility model, the length of the wrist part 3 of the inner sleeve layer is larger than that of the wrist part 3 of the outer sleeve layer and extends out of the wrist part 3 of the outer sleeve layer, and a zipper is arranged between the surface of the wrist part 3 of the inner sleeve layer and the edge part of the wrist part 3 of the outer sleeve layer, so that the zipper is convenient to operate; the utility model discloses well reflection of light subsides 7 are the annular, and reflection of light subsides 7 are arranged along the wrist portion 3 surface circumference on overcoat layer, and reflection of light subsides 7 set up two at least, and diversified reflection of light is convenient for look for the gloves body.

The above description is only exemplary of the present invention and should not be construed as limiting the present invention, and any modifications, equivalents and improvements made within the spirit and principles of the present invention are intended to be included within the scope of the present invention.

Claims

1. The utility model provides a three indicate formula high voltage insulation gloves, includes the gloves body, the gloves body includes finger portion (1), palm portion (2), wrist portion (3), its characterized in that: the gloves body is bilayer structure, including overcoat layer and endotheca, the overcoat layer is including the insulating layer, the endotheca is including thermal-insulated dampproof course, finger portion (1) of gloves body include thumb portion, index finger portion, close finger portion, it is fixed through gluing strip (4) between the finger portion (1) on overcoat layer and endotheca, it is fixed through magnetism knot (5) between the palm portion (2) on overcoat layer and endotheca, it is fixed through zip fastener (6) between the wrist portion (3) on overcoat layer and endotheca, wrist portion (3) surface on overcoat layer is equipped with reflection of light subsides (7).

2. A three-fingered high-voltage insulating glove according to claim 1, characterized in that: the outer sleeve layer of the glove body is made of rubber and latex.

3. A three-fingered high-voltage insulating glove according to claim 1, characterized in that: the inner sleeve layer of the glove body is made of cotton cloth.

4. A three-fingered high-voltage insulating glove according to claim 1, characterized in that: the magnetic button (5) is arranged at the back of the hand of the palm part (2).

5. A three-fingered high-voltage insulating glove according to claim 1, characterized in that: the length of the wrist part (3) of the inner sleeve layer is larger than that of the wrist part (3) of the outer sleeve layer and extends out of the wrist part (3) of the outer sleeve layer, and a zipper is arranged between the surface of the wrist part (3) of the inner sleeve layer and the edge part of the wrist part (3) of the outer sleeve layer.

6. A three-fingered high-voltage insulating glove according to claim 1, characterized in that: the edge of the wrist part (3) of the inner sleeve layer is provided with a tightening magic tape (8).

7. A three-fingered high-voltage insulating glove according to claim 1, characterized in that: the reflective sticker (7) is annular, the reflective sticker (7) is circumferentially arranged along the surface of the wrist part (3) of the outer sleeve layer, and at least two reflective stickers (7) are arranged.