JP2009160353A - Soft dome configuration - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a technique of small radiation of hot spring radium capable of obtaining the same hormesis effect as hot spring bath at home. <P>SOLUTION: The upper and lower surfaces of a fiber net 1 is coated with a radium powder-supported coat including an organic coating and an inorganic coating as binders with 10 μ particles and 370 becquerel or less of radiation levels, and it is formed as a functional supported C layer, and an aluminum foil reflective body 7 is evaporated on the lower surface of a polyethylene foam 6, furthermore, a polyethylene film 8 is adhered to form it as a thermal insulating reflective B layer. A flexible polyvinyl chloride sheet 11 is adhered on the upper and lower surfaces of a polyvinyl chloride foam 10 to form it as a heat-retention A layer, and the heat-retention A layer, the thermal insulating reflective B layer, and the functional supported C layer are mounted on the top layer, the intermediate layer, and the bottom layer respectively, and these layers are overlapped and closely pressure bonded. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a technique that allows anyone to obtain a natural radium hot spring effect comparable to a full-fledged Tamagawa hot spring while at home.

  The social environment has changed dramatically in recent years, especially from the political economy, so called stress society, media society, industrial structure in general, hospital posture and drug damage, school, education, religion, and family. People receive various forms of bad stress that cannot be seen. In addition, an aging society is rapidly progressing, and it is difficult to live. The only way to be defeated is to maintain the physical and mental health of each person. Hot spring bathing is the best for that.

However, not everyone can easily go out for a hot spring. In particular, people with physical disabilities, sick people, elderly people, etc. cannot easily go to the hot springs.
Recently, Japanese Unexamined Patent Application Publication No. 2007-130164 “Radioactive Sheet” has been disclosed. This is a mat-like sheet that is combined with a thermal member and a sheet having radium that emits low-level radiation, and is placed in a futon or bed. The body is laid on top of this to experience the effects of radiation and heat. However, forced heating using a warm heater warms the body, but it has the negative side of causing adverse effects on skin respiration and drying the skin more than necessary. Also, there is JP 2004-10547 “a sheet base material in which a mineral composition powder and a radium ore powder are mixed and contained in a resin or rubber material”. It is intended for use on the floor.
The present invention has been made to improve these problems.

On the upper and lower surfaces of the fiber net (1), a powder support coat such as radium using an organic paint (2) and an inorganic paint (3) as a binder is applied to form and provide as a function support C layer (5). Also, an aluminum foil reflector (7) is vapor-deposited on the lower surface of the polyethylene foam (6), and a polyester film (8), which is polyethylene terephthalate, is attached to the lower surface to form a heat-insulating reflective B layer (9). . Further, a soft vinyl chloride sheet (11) is attached to the upper and lower surfaces of the vinyl chloride foam (10) to form and provide as a heat retaining A layer (12). The heat insulation A layer (12) is provided as the uppermost layer, the heat insulation reflection B layer (9) is provided as the intermediate layer, and the function-carrying C layer (5) is provided as the lowermost layer. Shape. Alternatively, the heat insulation A layer (12) is formed by attaching the polyester fiber sheet (14) to the upper and lower surfaces of the polyester fiber nonwoven fabric (13). Further, a magic chuck (17) is provided around the periphery.
This invention is a soft dome structure which consists of the above structures.

  Since the present invention is used in a state in which a comforter is hung, the space with the user's body forms a dome, and low-level radium radiation (with a radiation dose of 74 becquerel / g or less) is formed in the dome. Tamagawa Onsen Class) is filled with moderate α rays, β rays, and γ rays, and this trace amount of radiation activates cellular activity and improves natural healing power. In addition, the metabolism is greatly increased and the secretion of hormones is promoted, the blood flow is stabilized, the effect reaches the deep part of the human body, the antioxidant enzyme is greatly increased, the DNA repair and the tumor suppressor gene are activated, etc. Also has a tremendous effect. These are known as hormesis effects.

The present invention as the best mode will be described below with reference to the drawings. As shown in FIGS. 1 and 2, the lowermost layer is a function-carrying C layer (5), and the intermediate layer is an adiabatic reflection B layer (9). A heat insulating A layer (12) is stacked on the uppermost layer and pressed to form a single layer structure.
Among them, the function-supporting C layer (5) provided in the lowest layer is an important place where the effect acts directly on the human body, and the fiber net (1) is placed on the upper and lower surfaces of the organic paint (2). And a powder carrying coat (4) of natural radioactive ore and natural radium ore having a radiation level of not more than 370 becquerel and not more than 10 μm, using inorganic paint (3) as a binder, to form a function-carrying C layer (5). Moreover, the heat insulation reflective B layer (9) of an intermediate | middle layer vapor-deposits an aluminum foil reflector (7) on the lower surface of a polyethylene foam (6), and also sticks the polyester film (8) of a polyethylene terephthalate on the lower surface. This aluminum foil reflector (7) exhibits a reflection effect that minimizes far-infrared rays emitted from natural ores and γ-rays, α-rays, β-rays, etc. generated from radium to the outside. . The uppermost thermal insulation layer A (12) is provided by attaching a soft vinyl chloride sheet (11) to the upper and lower surfaces of the vinyl chloride foam (10). As a result, the whole body is cut off from the external temperature, and the heat inside the dome is efficiently maintained. Furthermore, this heat retention A layer (12) may be formed by attaching a polyester fiber sheet (14) to the upper and lower surfaces of the polyester fiber nonwoven fabric (13). Furthermore, select metal oxides and natural ores with a far-infrared emissivity of 85% or more, which are pulverized to 10 μm or less on the upper and lower surfaces of the fiber net (1). Also, a metal oxide and natural ore powder-supporting coat (16) comprising inorganic paint (3) as a binder also greatly contributes to the Formis effect. That is, the effect of a very small amount of radium radiation and far infrared radiation can be expected. Further, by providing the magic chuck (17) around the present invention, there is no gap, and a larger dome effect can be obtained in both the bed rock bath and the general rock bath.

  The present invention is configured as described above, and when this is to be used, it is only necessary to lie on a mattress or the like and put it on the body in the manner of a comforter as shown in FIG. Moreover, when the winter is cold, especially sick people may use an electric heating sheet underneath. Furthermore, even when used in a bedrock bed (15) made with a heating element system under development by the present inventor or in a normal bedrock bath facility, the detox effect of removing high sweating waste products is great.

  It is an expanded sectional view of the present invention.   It is a lamination explanatory view of the present invention.   It is an implementation figure of the present invention.   It is a magic chuck implementation figure of a foot type of the present invention.   It is a floor-standing type magic chuck implementation diagram of the present invention.   It is the implementation figure in the general bedrock bath of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Fiber net 2 Organic paint 3 Inorganic paint 4 Powder support coat of natural radioactive ore and natural radium ore 5 Function support C layer 6 Polyethylene foam 7 Aluminum foil reflector 8 Polyester film 9 Heat insulation reflection B layer 10 Vinyl chloride foam 11 Soft Polyvinyl chloride sheet 12 Thermal insulation layer 13 Polyester fiber non-woven fabric 14 Polyester fiber sheet 15 Rock bed 16 Metal oxide and natural ore powder support coat 17 with far-infrared emissivity of 85% or more 17 Magic chuck 18 Foot bed bed 19 Floor bed bed 20 General bedrock bath

Claims (4)

Powder support coat of natural radioactive ore and natural radium ore with a radiation level of 370 becquerel or less and 10 μm or less using organic paint (2) and inorganic paint (3) as binders on the upper and lower surfaces of fiber net (1) (4) Is applied and formed as a function-supporting C layer (5), and an aluminum foil reflector (7) is vapor-deposited on the lower surface of the polyethylene foam (6), and polyethylene terephthalate is deposited on the lower surface of the aluminum foil reflector (7). A polyester film (8) is applied and formed as a heat-reflective reflection B layer (9), and a soft vinyl chloride sheet (11) is attached to the upper and lower surfaces of the vinyl chloride foam (10). These heat insulation A layers (12) are formed and provided as the uppermost layer, the heat insulation B layer (9) is provided as the intermediate layer, and the function-carrying C layer (5) is provided as the lowermost layer. The And wherein the densely crimped together ne, soft dome structure. The soft dome structure according to claim 1, wherein the heat insulation layer A (12) is formed by attaching a polyester fiber sheet (14) to the upper and lower surfaces of the polyester fiber nonwoven fabric (13). On the upper and lower surfaces of the fiber net (1), a powder support coat (16) of metal oxide and natural ore with far infrared emissivity of 85% or more using an organic paint (2) and an inorganic paint (3) as binders The soft dome structure according to claim 1, wherein a soft dome structure is applied. 4. The soft dome structure according to claim 1, wherein a magic chuck (17) is provided around the periphery.

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