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Corset with negative ion far infrared function

An anion far-infrared, body-shaping clothing technology, applied in the field of body-shaping clothing, can solve the problems of small amount of negative ions, affecting the use of users, and users can not fully experience the comfort, so as to improve product performance, benefit efficacy, and benefit the body Healthy effect

Inactive Publication Date: 2020-02-21
海南女人春天美容有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Existing corsets containing germanium fibers release less negative ions at low temperatures, and the weather in many areas is cold in winter, so it is difficult for the corsets just on the upper body to play a good role, resulting in users not being able to fully experience their comfort, and even affecting The user continues to use

Method used

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  • Corset with negative ion far infrared function

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Experimental program
Comparison scheme
Effect test

Embodiment 1

[0022] A body-shaping garment with anion far-infrared function, the functional layer of the body-shaping garment is made of germanium fiber as a base and a composite filler as an additive, and the mass ratio of the germanium fiber to the composite filler is 1:0.3; the composite The filler is composed of hydrogen-rich spheres, tourmaline stone particles, carbon nanotube particles and agarwood particles, the mass ratio of which is 12:35:5:0.4; the size of the hydrogen-rich spheres is 100-200nm; the tourmaline The size of the stone particles is 120-140 nm; the size of the carbon nanotube particles is 50-80 nm; the size of the agarwood particles is 600-800 mesh.

Embodiment 2

[0024] A body-shaping garment with anion far-infrared function, the functional layer of the body-shaping garment is made of germanium fiber as a base and a composite filler as an additive, and the mass ratio of the germanium fiber to the composite filler is 1:0.7; the composite The filler is composed of hydrogen-rich spheres, tourmaline stone particles, carbon nanotube particles and agarwood particles, the mass ratio of which is 18:23:7:0.6; the size of the hydrogen-rich spheres is 100-200nm; the tourmaline The size of the stone particles is 120-140 nm; the size of the carbon nanotube particles is 50-80 nm; the size of the agarwood particles is 600-800 mesh.

Embodiment 3

[0026] A body-shaping garment with anion far-infrared function, the functional layer of the body-shaping garment is made of germanium fiber as a base and a composite filler as an additive, and the mass ratio of the germanium fiber to the composite filler is 1:0.6; the composite The filler is composed of hydrogen-rich spheres, tourmaline stone particles, carbon nanotube particles and agarwood particles, the mass ratio of which is 15:32:6:0.5; the size of the hydrogen-rich spheres is 100-200nm; the tourmaline The size of the stone particles is 120-140 nm; the size of the carbon nanotube particles is 50-80 nm; the size of the agarwood particles is 600-800 mesh.

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Abstract

The invention provides a corset with a negative ion far infrared function. A functional layer of the corset is prepared from germanium fibers serving as a substrate and composite fillers serving as additives, wherein the composite fillers comprise hydrogen-rich balls, tourmaline stone grains, carbon nanotube particles and agilawood particles with the weight ratio of (12-18):(23-35):(5-7):(0.4-0.6). The functional layer of the corset is prepared from the germanium fibers matched with the composite fillers comprising the hydrogen-rich balls, the tourmaline stone grains, the carbon nanotube particles and the agilawood particles by scientific ratio, synergistic interaction is achieved, so that the corset has an excellent negative ion far infrared function, can adapt to temperature change and keeps good performances, and the function of the corset can be more effectively achieved. The prepared corset can release a large quantity of negative ions under the condition of low temperature or near-body temperature, normal thermal emittance is high, the requirements of various conditions are met, and the corset is more beneficial to fitness.

Description

technical field [0001] The invention relates to the technical field of body shaping clothing, in particular to a body shaping clothing with anion far infrared function. Background technique [0002] Shapewear is a kind of functional clothing, which has a certain effect on breast enlargement, abdomen reduction, waist reduction, hip lifting and beautiful legs, and has a large market demand. Germanium fiber has excellent far-infrared emission performance and negative ion performance. There are four electrons moving irregularly in the outermost orbit of germanium, and a temperature above 32°C will stimulate more than one of the four electrons to leave the orbit, emitting negative ions and far infrared rays that are beneficial to health. Existing corsets containing germanium fibers release less negative ions at low temperatures, and the weather in many areas is cold in winter, so it is difficult for the corsets just on the upper body to play a good role, resulting in users not b...

Claims

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Application Information

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IPC IPC(8): D01F1/10D06M11/74D06M11/80D06M15/00D06M13/00D06M11/00A41C1/00
CPCA41C1/00D01F1/10D06M11/00D06M11/74D06M11/80D06M13/00D06M15/00
Inventor 张惠生黄飞
Owner 海南女人春天美容有限公司