A kind of anti-static health care comb

Abstract

The invention provides an anti-static and health-care comb. The comb is coated with a layer of conductive metal film, the conductive metal film is also coated with a layer of resin protection film, the conductive performance of the metal film is partially reduced through compounding of the two layers of film, an original pure conductor is converted into a product with a composite semiconductor structure, the comb has the speed performance higher than the charge migration speed of a semiconductor material, can directly and more fast dredge and dissipate charges produced through friction throughhuman contact to play a static electricity formation preventing effect, protects hair and makes hair combing smoother, and a hair curling phenomenon does not occur. Upwards arched air bag skin is arranged on the front side of the a combing tooth portion and are provided with air bag through holes and multiple combing teeth, air is sucked into and exhausted out of a cavity during hair combing to make the air bag skin fluctuate, accordingly combing of multiple rings of combing teeth can change according to different contact positions of the head, and the anti-static and health-care comb makes the scalp feel comfortable without oppressing sensation and has a certain massaging health-care function.

Description

technical field [0001] The invention relates to a comb for combing hair, in particular to an antistatic health care comb. Background technique [0002] When people comb their hair, the teeth of the comb will generate a lot of friction with the hair, and the static electricity generated will make the hair frizzy and difficult to comb; moreover, the static electricity will damage the scalp, damage the hair quality, and break hair more easily. The design of anti-static combs in the prior art mainly has two ideas, one is to suppress electrification, such as selecting materials that contain a certain amount of moisture and are not easily electrified by friction to make combs, such as wooden combs and horn combs; the other is Guide the charge, so that the charge is not easy to accumulate in large quantities to form static electricity, such as humidification antistatic, negative ion antistatic or other conductive materials antistatic. [0003] For the first design, the combing exp...

AI Technical Summary

Problems solved by technology

However, combing hair with humidification is prone to discomfort, especially when the weather is cold, and the use is relatively limited

The antistatic of conductive materials is to use conductive materials to make comb teeth, and guide the generated charges through the comb teeth so that the charges cannot be smoothly gathered to form static electricity.

However, the comb is made of conductive materials as a whole, and conductive lines are needed to guide the charge to the conductive area. It has the function of massage and health care, and pure conductive materials also have safety hazards

In addition, there is an injection comb with salt ions added to the plastic material. After absorbing moisture in the air, it is attached to the surface of the comb, and the charge can be transferred when the hair is combed. However, when the indoor humidity environment changes, that is, the air is dry and the water content is low. The ability of these combs to transfer charge is greatly reduced when

There is also a comb using a negative ion generator. This design has good anti-static function, but the cost is high, and when the positive and negative ions collide, the chi chi sound is likely to scare the user, and the user experience is not good.

[0005] Aiming at the problem that static electricity will be generated when combing hair, and the existing design has limitations such as expensive materials, poor conductive effect, or complicated conductive design, which cannot be widely used, the present invention designs an anti-static Health care combs, use the multi-layer film coating on the comb body to form a compound semiconductor structure product with faster conductivity on the surface of the comb, improve the mobility of electrons, and make the generated charges faster, thereby preventing the generation of static electricity , good electrical conductivity and lower cost, safer and more reliable

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