Internally-insulative externally-conductive latex glove

Abstract

The invention discloses an internally-insulative externally-conductive latex glove, which comprises an internal insulative layer, an external conductive layer and a metal clip. The external conductivelayer is positioned outside the internal insulative layer; the external conductive layer is formed by that the internal insulative layer of the glove is dipped into conductive latex containing a conductive material and solidified, and the metal clip is positioned on the outer surface of the external conductive layer and connected with an external pulse circuit. The glove has advantages that electrification of an operator can be avoided, and accordingly comfort in use is improved, and potential safety hazards are reduced.

Description

technical field [0001] The invention relates to the field of latex product production, in particular to a latex glove with inner insulation and outer conduction. Background technique [0002] The accumulation of free radicals is the most direct and obvious damage to us in daily life, mainly destroying the stability of tissues. In fact, the human body can automatically remove some free radicals. Only when there are too many free radicals can the body fail to remove them. The increase of free radicals will accelerate the occurrence of aging, and the damage will gradually accumulate, so the aging skin will show signs of aging such as dullness, pigmentation, and even wrinkles. Thus, beauty and skin care came into being. Beauty and skin care refers to the effect of beauty and skin care through certain methods and habits. With the increasing pursuit of health and the rapid development of dermatology, medical skin care products with higher safety and effectiveness have become an...

AI Technical Summary

Problems solved by technology

Even if it can be internally insulated and externally conductive, the utility model patent CN201621468161.4 discloses an internally insulating externally conductive glove electrode glove, which is made of an internally insulating layer and an externally conductive layer. Efficiency, but the production is complicated, adhesive bonding is required, the thickness is large, and the sensitivity of use is not good

[0004] The disadvantage of the massage gloves in the prior art is that the non-insulation of the inner layer will make the gloves electrified when the operator uses them, and long-term use will easily cause discomfort and adverse reactions to the human body, which will bring certain safety hazards; even if the inner insulation can conduct electricity outside, the fabric The thickness of the gloves is relatively large, resulting in poor softness and poor operational sensitivity when wearing and using

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