Gloves

Abstract

The invention discloses a glove, particularly a glove with an adsorption function. The glove is characterized in that an airbag, semi-closed air pipes, wind pipes and wind suction holes are arranged in the palm direction of a glove body; the semi-closed air pipes are communicated with the airbag; the wind pipes are arranged at the edges of the semi-closed air pipes; the wind suction holes are formed in the wind pipes; the airbag is arranged between a thumb sleeve and an index finger sleeve; the semi-closed air pipes are distributed along at least one finger sleeve except the thumb sleeve; an air cavity is formed by the airbag and the semi-closed air pipes; the airbag, the semi-closed air pipes and the wind pipes all have a contraction function; the semi-closed air pipes expand so as to extrude the wind pipes; by utilization of the structure, the bending actions of other fingers can be reduced, so that a product cannot be bent, and the flexibility of human hands is not lost.

Description

technical field [0001] The invention relates to a glove, in particular to a glove with adsorption function. technical background [0002] In 1971, Dr. SamuelC.Hurst proposed the idea of ​​an electronic touch interface, and by 1974 the earliest touch screens began to appear. Today, with the rapid development of science and technology, touch screens have been widely used because of their advantages such as fastness, convenience, easy operation, easy communication, and space saving. [0003] The wide application of touch screens has led to continuous innovation and development of touch screen technology, surface acoustic wave screens, infrared sensor screens, resistive touch screens, projected capacitive touch screens, surface capacitive touch screens, G+F+F, OGS, In-cell, On-cell, touch screen technology continues to develop towards lighter and thinner trends. This requires the selection of thinner materials to make the touch screen during the design process, and these mater...

AI Technical Summary

Problems solved by technology

[0004] The problem solved by the present invention is: the existing production technology can not well solve how to turn around and take the ultra-thin material, and the operation is flexible by wearing ordinary gloves by hand, but in the operation process, the hand will be easily bent, causing the film material to bend, The film material is easy to be damaged by bending, so the production yield of the material is reduced, and the use of the suction cup will reduce the flexibility and loss of production efficiency. A glove is provided to reduce manual turnover and the hand needs to be bent and lost during the process of picking up ultra-thin materials. The problem of production yield

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