JPH0268074A - Far infrared radiation brassiere - Google Patents

Abstract

PURPOSE:To integrate a far infrared radiation material into the cup part of a brassiere so as to efficiently execute radiation and to achieve the growth promotion of a pestles and the health maintenance of the pestles while the brassiere is easily used without attracting attention by using the far infrared radiation material in parabola shape for the brassiere cup. CONSTITUTION:A paper-shaped far infrared radiation ceramic sheet is used for the far infrared radiation material. Then, the sheet is sandwiched between brassiere external cloth 1 and internal cloth 2 and molded in the parabola shape. Most of the far infrared radiation ceramic sheets are white and even when the brassiere external cloth 1 is transparent, coloring and patterning can be easily executed. Thus, since the far infrared radiation material is arranged in the parabola shape so as to surround the pestles, a far infrared ray can be radiated and deeply reached efficiently in comparison with the far infrared radiation material which is used only flatly conventionally.

Description

[Detailed Description of the Invention] Industrial Application Field This invention provides a far-infrared emitting brassiere designed to efficiently radiate far-infrared rays by providing a far-infrared ray (hereinafter referred to as far-infrared) emitting material in the cup of the bra. Regarding.

Conventional technology There are various types of conventional bras available, ranging from general grooming to sports and fashion.
No attention was paid to promoting breast growth and maintaining health.

Especially for women with small breasts, there has been a demand for something that can easily secretly stimulate breast growth.

Problems that the invention aims to solve This invention promotes breast growth and maintains breast health.

The purpose of the present invention is to incorporate a far-infrared radiation material into the cup part of a brassiere so as to efficiently radiate it, and to achieve the above-mentioned requirements while not touching the cup part of the bra and using it easily.

In the past, particularly in recent years, far-infrared light has begun to be used for various purposes in food, clothing, and shelter, and its effects have been widely known through weekly newspapers, newspapers, and specialized books.

Particularly in the field of medicine, various disease names and their treatment data appear in the book written by author Toshiko Yamazaki (director of Yamazaki Clinic) and published by Human History Company.

However, most of these far-infrared radiations emit radiation to the entire body, which is inconvenient as it cannot be easily used anytime and anywhere.

In addition, there were far-infrared emitting materials in various shapes such as plates, cylinders, spheres, and sheets that did not require a power source. This has already been used as a far-infrared emitting material for parts of the body, such as the feet and waist. For example, for shoes worn by wearing a belt, a small pocket is placed in the belt, and the far-infrared emitting material placed in the pocket is , they were simply arranged in a flat plane.

Therefore, far-infrared radiation is proportional to the area of the number of plates used, but in terms of depth of penetration, far-infrared radiation is a type of electromagnetic wave, so it travels in a straight line. Because it does not have a parabolic shape that concentrates far-infrared energy to one point, there is no resonance or resonant effect like the tuning fork principle, and the depth of far-infrared radiation to the body is shallow.

The human body is well suited for far-infrared wavelengths from 4 microns to 18 microns, and when irradiated, the water, proteins that make up the human body,
It is believed that far-infrared radiation of the same frequency as the unique vibrations of atoms and atomic groups is absorbed resonantly inside fat and other molecules, increasing molecular energy.

Therefore, far-infrared rays reaching deep into the human body can more effectively increase human body energy, and the present invention focuses on how to increase the depth of penetration of planar far-infrared radiating materials. We have found a method to do this, and by using that method, we can solve the above-mentioned needs, which conventional brassieres could not do.

Means for Solving the Problems The present invention solves the above-mentioned demands and objects by the following five methods. That is, in the far-infrared emitting brassiere according to the present invention, a far-infrared emitting material that is an electromagnetic wave and has excellent straight propagation properties is provided in a parabolic shape in the bra cup, and unlike the conventional method of using a flat far-infrared emitting material, the present invention In the invention, by creating a cubic curved surface, the radiant energy on the parabolic concave side, that is, on the breast side, is 1, for example, 1 that is thrown into the water surface.
The stones form many rings, and as you move away from the point where the stone fell, the rings lose height and their energy decreases. However, in the present invention, when four stones, for example, are placed at a certain distance on the water surface and are dropped at each corner of a regular quadrilateral at the same time under the same conditions as described above, rings on the water surface form from opposite corners. The heights of the two objects increase as they collide with each other. The conventional method of using far-infrared light is the same as dropping four stones at exactly the same distance, and the rings on the water surface do not overlap.

In this way, the present invention can strongly concentrate energy to one point, like light hitting a concave mirror.

Function: When the far-infrared brassiere of the present invention is worn in the same way as conventional bras, far-infrared light is emitted so as to surround the entire breast in a parabolic manner. Moreover, far-red light reaches deep into the breast body.

It is said that 70 to 80% of the human body is water,5 and each atom molecule of water causes vibrations due to far-infrared radiation, is activated by resonance absorption, and the temperature in the deep subcutaneous layer increases.This causes the dilation of microvessels and the improvement of blood circulation. This promotes metabolism, activates tissues, and promotes enzyme production, and as such metabolism is promoted, waste products and harmful accumulations in the breasts are excreted from the shoreline along with water.

Example Embodiments of the present invention will be described with reference to the drawings.

Figure 1 is a longitudinal cross-sectional view showing the second item cited in the first claim of the present invention, in which a paper-like far-infrared emitting ceramic sheet is used as the far-infrared emitting material, and the bra cup outer fabric (1) It is sandwiched between the inner fabric (2) and formed into a parabolic shape.

Far-infrared emitting ceramic sheets are often white in color and can be easily colored and patterned even if they are seen through the outer fabric of the bra cup (1).

FIG. 2 is a partial front view and a partial plan view showing an embodiment of the third aspect cited in the first claim of the present invention. For the far-infrared radiation material, a sheet-shaped unformed pressed cotton-like far-infrared radiation material is used in a parabolic shape so as to surround the bra cup inner fabric (2), and the outer fabric (1) and inner fabric (2) are placed in appropriate places. It is sewn through. In this way, the flocculent far-infrared radiating material is fixed and will not move freely.

FIG. 3 is an embodiment showing the fourth item cited in the first claim of the present invention, and is a front view and a partially rotated sectional view. Recesses or punched holes are provided at appropriate intervals in the core material (3) between the cup outer cloth (1) and the inner cloth (2), and the recesses or punched holes are Several C-oboro plate-shaped far-infrared radiating materials are placed in a parabolic shape.

The plate-shaped far-infrared radiation material has a strong far-infrared energy deep force on the breast, but it has a strength of about a few, so it cannot be used simply by inserting it between the outer cloth (1) and the inner cloth (2). This part becomes convex, which is unfavorable in terms of appearance.By providing a concave or punched hole in this core material (3) and inserting a plate-shaped far-infrared emitting material into the concave or punched hole, the convex shape can be prevented. Settled.

Effects As mentioned above, in the present invention, the far-infrared radiating material is arranged in a parabolic shape so as to surround the breast, so it emits far-infrared rays more efficiently than the far-infrared radiating material, which has conventionally been used only in a flat manner. It can radiate and reach deeply. Therefore, far-infrared energy can reach deep into the breast body and activate it.

Activation is particularly effective for the following matters.

(b) Blood circulation improves, nutrients necessary for breast growth are distributed, enzyme production is activated, and cells are rejuvenated.

(b) Acts on pressure points in the breast and enhances the physiological functions of each related lymph node.

(c) Effective against breast tumors, mastitis, and many other disease symptoms.

In this way, growth is promoted as in (A), and (O)
As in (c), we can provide things that are useful for restoring and maintaining health.

As for how to use the present invention, it is easy to think of using far-infrared emitting material in the pads conventionally used in bras.The advantage is that it can be easily removed by using it in a padded bra. Convenient when washing.

Alternatively, it would be easy to consider applying far-infrared paint or making a bra cup using the cloth itself that emits far-infrared light.

[Brief explanation of the drawing]

FIG. 1 is a cross-sectional view of a cup portion showing an embodiment of the present invention. FIG. 2 is a cross-sectional view of a cup portion showing an embodiment of the present invention. FIG. 3 is a front view of main parts showing an embodiment of the present invention. Cup outer fabric 2 is cup inner fabric 3 is core material drawings Figure 1 Figure 2

Claims (4)

[Claims] (1) A far-infrared emitting bra characterized by using a far-infrared emitting material in a parabolic shape in the bra cup. (2) The far-infrared ray-emitting brassiere according to claim 1, characterized in that a sheet-like far-infrared ray-emitting material is placed in a parabolic shape between the cup outer fabric (1) and the inner fabric (2). (3) A far-infrared ray emitter according to claim 1, characterized in that the sheet-like unshaped pressed cotton-like far-infrared radiating material is formed into a parabolic shape so as to surround the brassiere cup inner fabric (2). Infrared emitting bra. (4) Core material (3) between cup outer fabric (1) and inner fabric (2)
2. A far-infrared emitting brassiere according to claim 1, wherein recesses or punched holes are provided at appropriate intervals, and a far-infrared radiation material is placed in the recesses or punched holes in a parabolic shape.