Glove liner with electric heating equipment

Abstract

The invention relates to a glove liner with electric heating equipment, which comprises a lining, an accommodating bag and the electric heating equipment, wherein the lining is an integral palm-shaped sleeve body consisting of a palm sleeve part and a plurality of fingerstall parts; one end of the palm sleeve part is provided with a linking, while the other end is communicated with the fingerstall parts; the outside of the lining is provided with an outer bag which is provided with a plurality of sub-bags extending to the outside of each fingerstall part; the accommodating bag is arranged outside of the lining, and consists of a bag body and a cover plate; the electric heating equipment consists of an electric heating piece, a power supply and a controller; the electric heating piece, the power supply and the controller are conducted by a lead, so that the electric heating piece is heated to generate heat; the surface of a flexible insulation sheet body is provided with an electric heating loop to form the electric heating piece; a plurality of sub-pieces convexly extend out of the electric heating piece, and the electric heating loop extends to the sub-pieces; the electric heating piece is arranged in the outer bag, and each sub-piece is inserted into each sub-bag; and the power supply and the controller are arranged in the bag body and are covered at a bag opening through the cover plate, so that the lining and the electric heating equipment are easy to separate and assemble, the lining is convenient to clean and the electric heating equipment is convenient to maintain.

Description

Technical field [0001] The present invention relates to cold-proof articles for the human body, in particular to a glove inner lining with an electric heating device, which can be worn on the hand, and the electric heating sheet is used to provide heat energy, and the glove can be worn outside the lining. In order to improve the cleaning of the bushing and facilitate the maintenance of electric heating equipment. Background technique [0002] There are many capillaries and peripheral nerves distributed in the extremities of the fingers. In a cold environment, vasoconstriction reduces the blood flow through the capillaries, which reduces the sensitivity of finger movement and sensory perception, and the fingers tend to feel cold. Discomfort, so in cold environments, gloves are usually worn to keep hands warm, and in situations where fingers are required to perform various tasks or activities, in order to take into account the convenience and safety of work and activities, finger m...

AI Technical Summary

Problems solved by technology

[0005] It is known that thermal insulation gloves are provided with heat energy by the heating layer 114 fixed in the interlayer of the glove body 11. In this way, even if the gloves do not need to be very thick, they can also have good warmth retention, and the sensitivity of finger movements will not be affected by the gloves. However, because the heating layer 114 is embedded and fixed in the inner interlayer of the glove body 11, the wire 122 needs to penetrate the outer covering layer 118, and the heat insulating layer 116 can be connected with the heating layer 114, The user cannot arbitrarily disassemble the heating layer 114 from the layered structure inside the glove body 11, and it is also difficult to separate the wire 122 from the heating layer 114. When the glove body 11 is dirty, if it is cleaned with water, The water liquid will penetrate into the layered structure inside the glove body 11 and remain in it so that it is not easy to dry completely. If there is moisture remaining inside the glove body 11, it will easily cause a short circuit phenomenon in the heating layer 114, thereby affecting its heating efficiency, and The process of water washing will easily cause damage to the heating layer 114, the wire 122, and the connector 12, and the reliability and effectiveness of the electrical connection between the heating layer 114 and the wire 122 will also be damaged by water washing.

[0006] It can be seen from this that it is known that the heating layer 114 is fixedly clamped inside the glove body 11 of the known thermal insulation gloves, making it difficult to clean the glove body 11 . The inner heating layer 114 also needs to be discarded together. On the contrary, if the heating layer 114 is damaged, since the heating layer 114 is fixed and clamped inside the glove body 11, it is difficult to perform maintenance and replacement, and the function of heating and keeping warm will be lost. Therefore, due to the construction of the heating layer 114 fixedly clamped inside the glove body 11 of the known thermal insulation gloves, it is not easy to clean and maintain.

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