一种防震皮质劳保手套

Abstract

本实用新型涉及防护用具技术领域，具体涉及一种防震皮质劳保手套，包括：高耐磨天然皮革主体、可调节固定绑带、指关节间柔性皮面、环形手腕收缩带、蜂窝橡胶层、柔性缓冲垫、纤维布复合内衬、蜂窝状点胶缓冲布缓震层以及高弹EVA材料防震垫块，高耐磨天然皮革主体呈五指分叉结构，高耐磨天然皮革主体掌心部设有由蜂窝橡胶层与柔性缓冲垫叠置构成的复合防震层，复合防震层通过缝线固定于高耐磨天然皮革主体的掌面区域；指关节间柔性皮面设置于除拇指外的其余各指腹第一关节与第二关节之间位置，本实用新型的目的在于提出一种防震皮质劳保手套，以解决现有技术中防护效果差、缓冲结构不合理以及佩戴不适的问题。

Claims

1. A shock-absorbing leather cortex labor glove, characterized by, include: The high-wear-resistant natural leather body (1), adjustable fixing strap (2), flexible leather surface between the knuckles (3), ring wrist retraction strap (4), honeycomb rubber layer (5), flexible cushioning pad (6), fiber cloth composite lining (7), honeycomb dotted cushioning cloth shock-absorbing layer (8), and high-elastic EVA material shock-absorbing pad (9) are provided. The high-wear-resistant natural leather body (1) has a five-finger forked structure. The palm of the high-wear-resistant natural leather body (1) is provided with a composite shock-absorbing layer composed of honeycomb rubber layer (5) and flexible cushioning pad (6). The composite shock-absorbing layer is fixed to the palm of the high-wear-resistant natural leather body (1) by stitching. The area; the interphalangeal flexible leather surface (3) is located between the first and second joints of each fingertip except the thumb; the high-elastic EVA material shock-absorbing pad (9) is evenly distributed and installed below the interphalangeal flexible leather surface (3); the fiber cloth composite lining (7) is fixed to the inner wall of the high wear-resistant natural leather body (1) glove, and a honeycomb dotted cushioning cloth shock-absorbing layer (8) is provided in the palm and back areas of the inner wall of the glove; the annular wrist contraction band (4) is sewn to the wrist opening of the high wear-resistant natural leather body (1), and the wrist opening is fixed around by the adjustable fixing strap (2).

2. The shock absorbing cortical work gloves according to claim 1, wherein, The honeycomb rubber layer (5) has a porous structure and a hexagonal honeycomb cross section, and is disposed on the upper layer of the flexible buffer pad (6).

3. The shock absorbing cortical work glove of claim 2, wherein, The flexible cushioning pad (6) is a foamed silicone pad that fits the palm area. The flexible cushioning pad (6) and the honeycomb rubber layer (5) are integrally fixed to form a composite structure.

4. The shock absorbing cortical work glove of claim 3, wherein, The high-elastic EVA material shock-absorbing pad (9) is set on the interphalangeal flexible skin surface (3), and two are set on the abdomen of each interphalangeal flexible skin surface (3), respectively corresponding to the first and second finger joints.

5. The shock absorbing cortical work glove of claim 4, wherein, The flexible interphalangeal skin surface (3) and the high-elastic EVA material shock-absorbing pad (9) are integrally fixed to form a composite structure.

6. The shock absorbing cortical work glove of claim 5, wherein, The honeycomb-shaped adhesive cushioning cloth shock-absorbing layer (8) is a composite layer of silicone adhesive cloth and fiber cloth, and the honeycomb-shaped adhesive cushioning cloth shock-absorbing layer (8) is fixed to the palm surface of the fiber cloth composite lining (7).

7. The shock absorbing cortical work glove of claim 6, wherein, One end of the adjustable fixing strap (2) is sewn to the cup mouth of the glove body (1) of the high wear-resistant natural leather body (1), and the other end of the adjustable fixing strap (2) is provided with a Velcro structure.

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