阅读说明：本技术 绝缘鞋垫 (Insulating shoe-pad ) 是由 李卫萍 于 2020-04-20 设计创作，主要内容包括：本发明公开了绝缘靴垫,涉及到各种绝缘材料,粘贴材料,防水纸质材料等相关材料；并涉及几种外形设计。用于满足从事电气工作的人员必须穿戴的一种电气辅助安全用具的要求,本发明采用绝缘鞋垫来弥补或取代绝缘鞋的作用,目的是为电气工作人员提供一种或几种组合的更安全,更经济,实用,更便携,灵活的电气辅助安全用具。而且绝缘鞋垫比起固定鞋型的绝缘鞋来说,更能满足使用者审美要求,因为绝缘鞋垫可以适合不同鞋型。(The invention discloses an insulating boot mat, which relates to various insulating materials, sticking materials, waterproof paper materials and other related materials; and involves several form designs. The invention is used for meeting the requirement that a person engaged in electric work must wear an electric auxiliary safety appliance, and the invention adopts the insulating insole to compensate or replace the function of the insulating shoe, and aims to provide one or more combined safer, more economical, more practical, more portable and flexible electric auxiliary safety appliances for the electric work person. And the insulating insole can meet the aesthetic requirements of users better than the insulating shoe with a fixed shoe type because the insulating insole can be suitable for different shoe types.)

1. An insulating insole mainly designed into A type and B type.

The A-type design is composed of an anti-skid layer 4, an insulating layer 3, a sticking coating layer 2 and a protective layer 1 (shown in figure 1) of the sticking coating layer, and is used for sticking the outside of a sole; the B-shaped design is composed of an anti-skid layer 3, an insulating layer 2 and an anti-skid wear-resistant layer 1 (shown in figure 6) and is used for being padded in a shoe.

3. The insulating layer is 5mm thick corresponding to 500v low voltage prevention, and 8mm thick corresponding to 10kV power distribution station prevention.

4. The material of the insulating layer according to claim 1 may be selected primarily from any of the following:

natural Rubber (NR)

② butadiene styrene rubber (SBR)

③ butyl rubber (IIR)

Nitrile Butadiene Rubber (NBR)

According to the claim 1, the anti-skid layer 4 and the insulation layer of the A-type design are made of the same material, the thickness is increased by 2mm, and then the anti-skid texture is processed according to the related process.

5. According to claim 1, the material of the anti-slip layer and the wear-resistant anti-slip layer with B-type design is the same as that of the insulating layer, the thickness of the anti-slip layer and the wear-resistant anti-slip layer is respectively increased by 1.5mm, and the anti-slip layer 3 and the wear-resistant anti-slip layer 1 are respectively processed according to different processes.

6. According to the claim 1, the adhesive coating 2 with the A-type design and the adhesive coating protection layer 1 are made by using a non-setting adhesive process.

7. The shoe of claim 1, wherein the type a design is adapted to a variety of flat bottom shoe types, and is adhered to the sole.

8. The type B design is adaptable to a variety of footwear styles, placed inside a boot, according to claim 1.

9. The invention can be implemented using various materials that meet the requirements of the industry, according to claim 1.

Technical Field

The present invention relates to the field of shape design for electrically assisted safety gear, and more particularly, it relates to industrial shape design for electrically assisted safety gear of a particular material.

Background

The invention relates to an insulating shoe which is an electric auxiliary safety appliance which is worn by people engaged in electric work.

Compared with the prior insulating shoes, the prior insulating shoes have the following defects:

firstly, the material, labor and time are consumed;

② uneconomical and high investment cost;

and thirdly, the replacement, carrying and use are not flexible.

Disclosure of Invention

The invention aims to provide a safe, economical, practical and flexible electric auxiliary safety appliance for electric workers. Moreover, the insulating insole can meet the aesthetic requirements of the user better than an insulating shoe of a fixed shoe type, since the insulating insole can be adapted to many shoe types.

The technical purpose of the invention is realized by the following technical scheme: the A-type design (shown in figure 1) consists of an anti-skid layer 4, an insulating layer 3, a sticking coating 2 and a protective layer 1 of the sticking coating, and is used for sticking the outside of a sole; the B-shaped design (as shown in figure 6) consists of an anti-skid layer 3, an insulating layer 2 and a wear-resistant anti-skid layer 1, and is used for being padded in a shoe.

According to actual needs, a proper insulating insole can be selected to match with the shoe at will, and if one insulating effect is not enough, an A-A insulating insole can be adopted to be matched for use; A-B insulating insole, and other application methods.

Also according to the actual requirement, insulating insoles with various sizes can be produced according to the requirement.

And the insulating insoles made of various insulating materials can be produced according to actual requirements.