JPH04256752A - Temperature controller for low temperature sauna room - Google Patents

Abstract

PURPOSE:To eliminate such a fear as the skin of a bathing person is injured due to a high temperature, and also, to entirely eliminate such a hindrance as disharmony is felt in breathing due to a too high temperature so that agreeable bathing can be executed for many hours by setting a temperature in a sauna room to a specific temperature or below. CONSTITUTION:A temperature sensor 4 is installed in a place which is a position being right under the center of a ceiling and is near the ceiling, and a sensor control circuit 6 of a temperature controller 5 for receiving a temperature signal from the temperature sensor 4 is provided. To its sensor control circuit 6, a heater 7, a switch 8 and a power source 9 are connected by a circuit, and when a temperature becomes 60 degrees centigrade, power transmission to the heater 7 is stopped, and when a temperature falls to 40 degrees centigrade, feed to the heater 7 is executed. Also, a room temperature is always maintained at 60 degrees centigrade or below. In such a way, even at a temperature of 60 degrees centigrade or below, a sufficient perspiration state which is not inferior to a conventional sauna bathing method can be maintained.

Description

[Detailed description of the invention]

0001

[Field of Industrial Application] The present invention relates to a temperature control device for a low-temperature sauna room, and particularly to a temperature control device for controlling the temperature of a low-temperature sauna room to an upper limit of 6 degrees Celsius.
The present invention relates to a temperature control device for maintaining the temperature of a low-temperature sauna room so as not to exceed 0 degrees.

0002

[Prior Art] In a conventional sauna room, the indoor temperature is 10 degrees Celsius.
It has been devised to encourage sweating in an extremely short period of time by maintaining the temperature between 0 and 110 degrees. Needless to say, although indoor high-temperature and dry air may promote perspiration, temperatures of 100 to 110 degrees Celsius do not have a negative effect on the human body, and the high temperatures can cause skin damage. Bathing for longer than 15 minutes is prohibited in order to prevent this from damaging the surface of the skin. Furthermore, temperatures exceeding 100 degrees Celsius can easily make even healthy people feel unwell, so it is recommended that people finish their bathing before they start to feel unwell. Therefore, it is advisable to refrain from bathing for people who are unhealthy, have a chronic disease, are drinking alcohol or after drinking alcohol, especially those with chronic circulatory system diseases or heart disease. Conventional sauna bathing is not suitable for children, such as infants and boys, whose bodies have good metabolic functions but poor thermoregulatory functions.

0003

SUMMARY OF THE INVENTION It is an object of the present invention to eliminate the above-mentioned drawbacks.

0004

[Means for Solving the Problem] To specifically explain the technical means for achieving the above object, the temperature of a low-temperature sauna room that is designed to radiate far-infrared rays into the room can be increased to 40 degrees Celsius.
The upper limit of the room temperature of the low-temperature sauna room is controlled at 60 degrees Celsius, so that when the temperature reaches 60 degrees Celsius, the heat source stops generating heat;
A thermometer is placed at a location where the temperature of the low-temperature sauna room is highest, such as the ceiling of the low-temperature sauna room or just below the ceiling, and the thermometer communicates with the thermometer with an upper limit of around 60 degrees Celsius. The heat generating elements such as saunas and electric heaters are stopped from generating heat, and the low-temperature sauna room is divided into high-temperature areas, low-temperature areas, and intermediate-temperature areas by providing upper, middle, and lower levels in the low-temperature sauna room. This is a temperature control device for a low-temperature sauna room, in which the temperature of the low-temperature sauna room can be controlled by a remote control device.

[0005]

[Embodiment] The temperature control device for a low-temperature sauna room of the present invention has a temperature sensor 4 installed at a position directly below the center of the ceiling and close to the ceiling, and a temperature control device 5 that receives a temperature signal from the temperature sensor 4. A sensor control circuit 6 is provided, and a heater 7, a switch 8, and a power source 9 are connected to the sensor control circuit 6 by a circuit, and power transmission to the heater 7 is stopped when the temperature reaches 60 degrees Celsius, and heating is stopped when the temperature drops to 40 degrees Celsius. By supplying power to the device 7, temperature control can be performed automatically.

[0006]

[Function] Next, to describe the effects resulting from the above configuration, the low temperature sauna room temperature control device of the present invention sets the lower limit of the low temperature sauna room to 40 degrees Celsius, sets the upper limit to 60 degrees Celsius, and maintains the temperature within that range. As a result, there is no fear that the bather's skin will be damaged by the high temperature, and the bather can enjoy a comfortable bath even for a long time without any problems such as discomfort in breathing due to the high temperature.

[0007]

[Effect] In particular, the present invention targets a low-temperature sauna room that emits far-infrared rays, and sets the upper limit of the temperature of the low-temperature sauna room to 60 degrees Celsius, and when the temperature exceeds that temperature, the heat source stops generating heat. Alternatively, the temperature is adjusted by opening the ventilation holes so that the indoor temperature is always kept below 60 degrees Celsius, so even at temperatures below 60 degrees Celsius, the patient does not sweat enough to take a traditional sauna bathing method. It has the effect of making connections. In addition, when the human body is stimulated by far infrared rays, it generates its own heat and opens its sweat glands as well as sebaceous glands, removing not only sweat but also various impurities and foreign substances accumulated in the body. It has the effect of being able to be discharged. It is also effective in relieving lack of exercise and recovering from fatigue. Furthermore, taking a bath in a low-temperature sauna room that uses far-infrared radiation can induce sweating to the same degree as moderate outdoor exercise, which has the effect of relieving fatigue. It also promotes blood circulation, which has the effect of making you feel refreshed and moderately fatigued. Furthermore, taking a bath using the far-infrared sauna bathing method of the present invention using a low-temperature sauna room with a room temperature of 60 degrees Celsius or less not only promotes perspiration but also promotes the metabolism of the whole body, which is also effective for the beauty of the whole body. . It also has the effect of improving physiological aspects such as eating, sleeping, and bowel movements. In addition, conventional sauna rooms are of the hot air convection type, in which the air is heated electrically by the sauna power source, and the indoor temperature is raised to 100 degrees Celsius to 110 degrees Celsius, thereby allowing heat to be conducted from the epidermis of the sauna bather. This indirectly stimulates the sweat sensor to cause sweating, but it ends up applying a higher temperature than necessary, which not only hurts the skin, but also interferes with the internal functions of the sauna bather's body. Conventional sauna rooms have been problematic for people with high blood pressure, the elderly, and people in poor health, as they can not only cause heart and circulatory system abnormalities even in healthy people. By bathing in the low-temperature sauna room of the present invention, salt, ammonia, amino acids, urea, uric acid, potassium, and creatinine are excreted from the body to the outside through sweating from the sweat glands, and subcutaneous fat, fatty acid esters, etc. are excreted from the sebaceous glands. As a result, not only the sweat glands but also the sebaceous glands are activated, and the radiation from the far-infrared radiator is radiated to the epidermis, which then reaches deep into the skin through the sweat glands, directly stimulating the sweat sensor and causing sweating. It also stimulates the sebaceous glands and has the effect of excreting waste products. Further, the temperature at which the sweat glands work is 55 degrees Celsius, and the sweat chamber structure of the present invention has the effect that the upper limit of the temperature is 60 degrees Celsius or higher, allowing the sweat glands to work at a temperature suitable for sweating. In addition, subcutaneous fat and fatty acid esters are excreted from the sebaceous glands during sweating, which is effective in regulating body weight.

[Brief explanation of the drawing]

FIG. 1 is a conceptual diagram of a sauna room using a temperature control device for a low-temperature sauna room of the present invention.

FIG. 2 is a circuit diagram of a temperature control device.

[Explanation of symbols]

1 Floor part of the low temperature sauna room 2 Ceiling part of the low temperature sauna room 3 Wall part of the low temperature sauna room 4 Temperature sensor 5 Temperature control device
6 Sensor control circuit 7 Heater
8 switch 9
power supply

Claims (6)

[Claims] 1. A temperature control device for a low-temperature sauna room, which controls the upper limit temperature of the low-temperature sauna room to 60 degrees Celsius, which is capable of emitting far-infrared rays into the room. [Claim 2] The upper limit of the room temperature of the low-temperature sauna room is 60 degrees Celsius.
2. The temperature control device for a low-temperature sauna room according to claim 1, wherein the heat source stops generating heat when the temperature reaches 60 degrees Celsius. [Claim 3] The lower limit of the temperature of the low-temperature sauna room is 40 degrees Celsius.
2. The temperature of the low-temperature sauna room according to claim 1, wherein the heat source stops generating heat when the room temperature reaches 40 degrees Celsius in order to control the temperature at a temperature of 40 degrees Celsius. Control device. Claim 4: Place a thermometer at a location where the temperature of the low-temperature sauna room is highest, such as on the ceiling of the low-temperature sauna room or just below the ceiling, and communicate with the thermometer with the upper limit of around 60 degrees Celsius. 2. The temperature control device for a low-temperature sauna room according to claim 1, wherein the temperature control device is configured to stop the heat generation of a heating element such as a combustor or an electric heater. [Claim 5] An upper stage, a middle stage,
2. The temperature control device for a low-temperature sauna room according to claim 1, wherein the lower stage and the steps are provided in the vertical direction to form a high temperature part, a low temperature part, and an intermediate temperature part in the room. 6. The temperature control device for a low temperature sauna room according to claim 1, wherein the temperature of the low temperature sauna room can be controlled by a remote control device.