JPH02164366A - Far infrared beam sand bath - Google Patents

Abstract

PURPOSE:To enjoy oneself with medical effect, sterilizing effect, and beauty cultural effect safely and easily by furnishing a bath tub filled with far infrared rays emitting ceramics, equipping this bath tub with a steam source supplying steam, and thereby permitting the whole body to receive far infrared rays by the use of a simple constitution. CONSTITUTION:In a far infrared rays sand bath 10, steam S from a steam source 14 is supplied from different places in a bath tub 11, and thereby steam is injected into far infrared emitting ceramics 12 consisting of particulates wherewith the bath tub 11 is filled, and then sterilization and heating are performed. The temp. of this ceramics 12 is measured by a thermometer 15, and steam S at a certain temp. is jetted for a certain period of time, and then jetting of the steam S is stopped. Thereafter it is made serviceable again as a far infrared rays sand bath sterilized and heated anew. This accomplishes direct irradiation of far infrared rays to the body from all direction.

Description

[Detailed description of the invention] <Industrial application field> The present invention uses far infrared rays, for example, for heating and warming effects.

Medical effects such as promoting metabolism and excretion, and sterilizing effects.

The present invention relates to far-infrared sand baths that have beauty effects and are used in hospitals, health clubs, nursing homes, homes, etc.

<Prior art and problems to be solved by the invention> Traditionally, the most well-known bathtubs are water baths, steam baths, dry baths, etc., but these are heated, humidified, promote metabolism, and excrete toxins from the body. It was not possible to obtain these effects at the same time.

In addition, in recent years, sauna baths that use far-infrared heaters have appeared among dry baths, but since these use far-infrared heaters, far-infrared rays are emitted only from one direction of the body. It was only. This creates an imbalance in heating and exposes the whole body to far-infrared radiation, which places restrictions on bathing, especially for people with high blood pressure.

Furthermore, from a medical standpoint, it is considered preferable that the far infrared rays be applied evenly to the entire body.

However, it is preferable to avoid irradiating only the head within the body.

In view of the above circumstances, the present invention aims to provide a novel far-infrared sand bath that is favorable for the body.

Means for Solving the Problems> The configuration of the present invention to achieve the above object consists of a bathtub filled with far-infrared emitting ceramics that emit far-infrared rays, and a steam source that supplies steam to the bathtub. It is characterized by

Function> In the above configuration, steam is supplied from the steam source to heat the far-infrared emitting ceramic in the bathtub at a predetermined temperature. After passing the steam for a predetermined time, the steam is stopped from being ejected. Next, the far-infrared emitting ceramic is dug up to cover the whole body, the body is placed in a bath, the far-infrared emitting ceramic is covered over the whole body, and the body is placed in a sand bath for a predetermined period of time.

Embodiment Hereinafter, a preferred embodiment of the present invention will be described in detail with reference to the drawings.

FIG. 1 is a schematic diagram of a far-infrared sand bath according to this embodiment. As shown in the figure, the far-infrared sand bath 10 according to the present embodiment includes a bathtub 11, a far-infrared emitting ceramic 12 of fine particles filled in the bathtub 11,
Steam S is supplied to the inside of the bathtub 11 via piping 13.
It is composed of a steam source 14 that supplies steam.

In the far-infrared sand bath 10 having the above configuration, by supplying steam S from the steam source 14 from various places in the bathtub 11, the far-infrared all-emitting ceramic 12 of fine grains filled in the bathtub 11 is heated. The steam is ejected to sterilize and heat. At this time, if the far-infrared ceramics are stirred using a stirring device (not shown), the steam will reach the far-infrared ceramics more efficiently. Then, the temperature of the far-infrared emitting ceramic 12 is measured with the thermometer 15, and after the steam S is ejected at a predetermined temperature for a predetermined time, the ejection of the steam S is stopped. Afterwards, it can be used again as a new far-infrared sand bath that has been sterilized and heated.

In the present invention, as the far-infrared emitting ceramic 12, it is preferable to use a known far-infrared emitting ceramic in the form of fine particles.

As shown in Part B, the far infrared ceramics themselves are sterilized, and the far infrared rays of the far infrared emitting ceramics 12 have heating and warming effects, 2 promotion of metabolism, 2 medical effects such as excretion of body toxins, sterilization effects, beauty effects, etc. It is possible to increase the activity of

Therefore, far infrared ray emitting ceramic 1 is placed in the bathtub 11.
By using the far-infrared sand bath 10 filled with the far-infrared rays 2, far-infrared rays are radiated directly from all sides of the body.

Unlike conventional far-infrared heaters that directly apply far-infrared rays to the head, this method emits far-infrared rays by preheating with steam, so relatively weak far-infrared rays are radiated directly to the entire body other than the head. Since the head is not in direct contact with the far-infrared ceramics, there is no effect on the head.

In this way, since the far infrared rays are emitted from the far infrared ray emitting ceramics by preheating the steam, it is safe even for people with high blood pressure and the elderly. In addition, the far-infrared sand bath not only allows you to enjoy the leisure experience, but also has excellent effects such as medical and beauty effects that can be achieved safely.

In this embodiment, only the far-infrared emitting ceramics 12 of am particles were placed in the bathtub 11 to create a far-infrared sand bath, but the present invention is not limited to this, and the bathtub 1
Needless to say, the far-infrared emitting ceramic 12 may be used together with sand for a sand bath.

<Effects of the Invention> As described above in detail with the examples, the far-infrared sand bath of the present invention can receive far-infrared radiation from the entire body with a simple configuration, and has far-infrared heating and warming effects 2.
Promotes metabolism.

Various effects such as medical effects such as body toxin excretion, sterilization effects, and beauty effects can be enjoyed safely and easily.

[Brief explanation of the drawing]

FIG. 1 is a schematic diagram of a far-infrared sand bath according to this embodiment. In the drawing, 10 is a far-infrared sand bath, 11 is a bathtub, 12 is a far-infrared emitting ceramic, 14 is a steam source, and S is steam.

Claims (1)

[Claims] A far-infrared sand bath characterized by comprising a bathtub filled with far-infrared emitting ceramics that emit far-infrared rays, and a steam source that supplies steam to the bathtub.