Protective glove

Abstract

The invention discloses a protective glove. The protective glove is characterized by comprising a glove body. Elastic carriers capable of keeping elastic at the temperature from minus 60 degrees to 150 degrees are arranged on the back of glove fingers and the front arm part of the glove body in the wall of the glove body. A layer of hard face material is embedded in or covers the upper surface of each elastic carrier. The wall of the glove body is in a two-layer wall structure composed of an outer layer and an inner layer. In addition, the palm part of the glove body is provided with elastic carriers; between the inner sides of the wall of the glove body, the elastic carriers at the palm part are fully and integrally adhered to the palm wall of the glove body by means of injection moulding, extruding and foaming, so that the palm part of the glove body is thickened and an uneven palm is formed. The protective glove is simple in structure, is capable of fully decomposing accidental impact force to prevent a hand from being injured by the external force, is resistant to low temperature and high temperature, and is capable of preventing accident injuries such as accidental cut.

Description

technical field [0001] The invention relates to the technical field of protective gloves, in particular to an improved technique for protective gloves. Background technique [0002] Existing protection to laborer's hands is generally protected by leather gloves made of leather, cloth gloves made of cloth, gauze gloves made of yarn, rubber gloves or dipped gloves made of glue, Or add some plastic protective blocks, that is, drip plastic, on the outer layer of the glove, or simply increase the number of leather layers or cloth layers to increase the protection of the opponent. The following disadvantages exist in these protective gloves and are: leather, cloth, yarn, and glue can't be done very thick respectively to meet the protection of the opponent; they can't be done very soft respectively to meet the dexterity of hands. Especially the protective block of the drop plastic type will melt at high temperature and become brittle at low temperature. It can only work at room te...

AI Technical Summary

Problems solved by technology

These protective gloves have the following disadvantages: leather, cloth, yarn, and rubber cannot be made very thick to meet the protection of the opponent; they cannot be made very soft to meet the dexterity of the hand

Especially the protective block of drop plastic type will melt at high temperature and become brittle at low temperature. It can only work at room temperature and is not elastic enough. It is relatively hard and easy to cause secondary injuries to hands.

The reason for the disadvantage is: leather, limited by the animal's own conditions, can be made of soft and elastic leather, but it is difficult to make soft leather with a thickness of more than 8MM, because the thickness of the leather is generally zero. A few millimeters can be accumulated; cloth is limited by the yarn, and it is difficult to weave thick materials. Its accumulation is made by superimposing and sewing layers of cloth. Although it can be thick, it cannot be soft and soft. Elastic thick material; yarn, limited by the yarn, can weave thick, soft and elastic thick material, but cannot weave the tightness and toughness like leather; glue, can make thick, soft And elastic material, but it has airtightness, which will make the sweat of the human body not out of the gloves, affecting the normal use of workers

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