JP3122911U - Portable warming treatment device - Google Patents

Abstract

The present invention can be used repeatedly if a heat source made of an electric heating sheet is set, can be set freely and easily on the body, and can be easily heated by a battery, so that the body can be easily The purpose is to be able to heat the local part.
According to the present invention, an electric heating sheet is accommodated in one side of the container, and a dry battery is accommodated in the other side, and a heating circuit including the electric heating sheet, the battery, and a temperature controller by voltage adjustment is provided. The objective was achieved by a portable warming therapy device.
[Selection] Figure 1

Description

  The present invention relates to a portable warming treatment device that generates far-infrared rays when heated and is battery-operated (for example, 7 hours for AAA).

  Since the warming treatment device is portable and has a battery, for example, it is a warming treatment device that can generate heat without climbing or other electrical connection.

  Conventionally, as a treatment device for heating a local part of the body, a treatment device that emits far infrared rays by heating a far infrared radiation material with a heater is known, and an electric warmer is known as a heater.

In addition, an electric heating sheet has been proposed for floor heating, and its practical application is under consideration.
Japanese Patent No. 2968449 Shoko 59-1287

  The therapeutic device has a function of heating a tourmaline layer and a far-infrared emitting material to emit a far-infrared ray having a predetermined wavelength, and can treat a disease (Patent Document 1).

  The electrothermal warmer is a carbon heater that generates heat when energized (Patent Document 2).

  This device has succeeded in solving the above-mentioned conventional problems by incorporating a surface heat generating sheet that generates heat by energization and a battery.

  That is, this device is characterized in that an electric heating sheet is accommodated in one side of the container, a dry battery is accommodated in the other side, and a heating circuit comprising the electric heating sheet, the battery, and a temperature controller by voltage adjustment is provided. The electric heating sheet is a woven fabric made of carbon fiber, and an electrode is provided on the woven fabric. In another aspect, a synthetic resin container is sequentially layered with a heat insulating material layer and a reflection sheet made of aluminum and an electric heating sheet from the bottom side on one side, and a dry cell is accommodated on the other side of the container, It is a portable warming treatment device characterized in that a heating circuit is composed of an electric heating sheet and a battery. The electric heating sheet is obtained by carbonizing a cloth woven with fibers (threads) made of Japanese paper and providing an electrode on the carbonization cloth. In the electrothermal sheet, a carbon paint is applied or printed on the surface of the heat-resistant sheet, and then an electrode is provided thereon.

  The electric heating sheet is a carbonized sheet (electric heating sheet) obtained by carbonizing a woven fabric made of Japanese paper yarn at 800 ° C. to 1000 ° C. Alternatively, it is an electrothermal sheet in which carbon powder is applied to the surface of the heat-resistant sheet (for example, the particle size is 0.5 mm to 1.0 mm).

  Next, from the bottom side into the container, heat insulating material, reflection sheet and electric heating sheet were sequentially layered, and the heating treatment device formed by closing the lid and the battery housed in another container were connected with lead wires. This is a portable warming treatment device.

  The electric heating sheet can be selected in a temperature range of 30 ° C. to 500 ° C. depending on the amount of current applied, but in this device, the purpose is to locally heat the body, so heating at 40 ° C. to 100 ° C. Is sufficient, and the voltage is adjusted to set the maximum temperature so that the body is not inadvertently harmed. For example, a temperature control button can be provided, whereby the maximum temperature can be set to 100 ° C. and the minimum temperature can be set to 40 ° C.

  Since the heat generating sheet is a woven paper carbide or carbon powder, it can be easily bent. Therefore, when placed in a flexible container, it can be attached (attached) in line with the body line. In such a case, the battery container is separated from the main body, and the electrothermal sheet and the battery are connected by lead wires.

  If a rechargeable battery is used for the battery, it can be reused and reused by charging after battery consumption.

According to this device, since the heat source is a battery, there is no need to connect to a household power supply, and there is an effect that replacement of a heat source such as a warmer with bean charcoal, elimination of ash, etc. is unnecessary. There is an effect that it can be used any number of times by replacing or charging the battery.

  In addition, if the container is flexible, the heating treatment device (which corresponds to the case where an electric heating sheet is layered on a heat-resistant sheet) can be brought into close contact with the body to increase the heating effect. is there.

  Moreover, by using organic far infrared rays, it becomes a thermotherapy and can expect the following effects.

(1) Activation of intestinal bacteria (2) Activation of immunity (3) Activation of oxygen in the body Regarding the activation of immunity, it is said that there is a 6-fold improvement in immunity with heating at 1 ° C. ing.

  In this device, the electric heater sheet is laid in the container, the battery is inserted, and the circuit is completed. The upper temperature limit of the electric heating sheet can be selected, and if the container is made of a flexible material, a warmer that fits the body can be obtained.

  An embodiment of the present invention will be described with reference to FIG. 1. A flat rectangular synthetic resin box 1 is provided with a recessed portion 3 for accommodating an electric heating sheet 2 and a recessed portion 5 for accommodating a battery 4. A heat insulating material 6 (for example, a heat-resistant plate or sheet) and a reflective sheet 7 (for example, aluminum foil) are laid on the recessed portion 3 from below, and the electrothermal sheet 2 is laid on the insulating material 6. Was configured. In the figure, 8 is a temperature knob, and 9 and 11 are covers for the recessed portions 3 and 4.

  In the embodiment, as shown in the circuit 12 (in principle), when the switch 13 is turned on, a current flows and the electric heating sheet 2 generates heat and is heated to a set temperature (for example, 60 ° C.). In this case, the temperature can be adjusted to, for example, 40 ° C. to 60 ° C. by the temperature knob 8. In the figure, 14 is a variable resistor, and 19 is an electrode strip (for example, a copper plate).

  Another embodiment of the present invention will be described with reference to FIG. 2. Heating comprising a heat insulating material 6, a reflective sheet 7 and an electric heating sheet 2 in a flexible container 15 (for example, a soft silicone resin that can be deformed along a body line). This is a portable warming treatment device 20 in which the treatment device 16 and the container 17 of the battery 4 are connected by a lead wire 18. In the figure, reference numerals 21 and 22 denote covers.

  In this case, since the warming treatment device 16 can be set in the body region and the battery container 17 can be put in a pocket (bag) or the like, the restriction on the size of the set of the warming treatment device 16 is greatly reduced. Can be relaxed. Furthermore, if an adhesive layer is provided on the contact surface of the warming treatment device 16, the setting conditions of the warming treatment device 16 can be greatly relaxed.

  The electrothermal sheet 2 is obtained by applying or printing a carbon paint 24 on a heat-resistant synthetic resin sheet 23 (for example, a silicon sheet or a Teflon (registered trademark) sheet) and laying an electrode strip 19 thereon. In the figure, 25 is a lead wire.

(A) The top view of the Example of this invention, (b) The front view which was also partially cut off, (c) The partial cross-sectional enlarged view. (A) The sectional view which a part of other examples omitted, (b) The top view of the example of an electric heating sheet, (c) The same front view. circuit diagram.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Synthetic resin box 2 Electric heating sheet | seat 3, 5 Recessed part 4 Battery 6 Heat insulating material 7 Reflection sheet | seat 10,20 Portable warming treatment device 12 Circuit 15 Flexible container 16 Heating device 17 Battery container

Claims (6)

  A portable heating system characterized in that an electric heating sheet is accommodated in one side of the container and a dry battery is accommodated in the other side, and a heating circuit comprising the electric heating sheet, the battery, and a temperature controller by voltage adjustment. Treatment device.   2. The portable warming therapy device according to claim 1, wherein the electric heating sheet is a woven fabric made of carbon fiber, and an electrode is provided on the woven fabric.   A heat insulating material layer, a reflection sheet made of aluminum and an electric heating sheet are sequentially layered on one side of a synthetic resin container from the bottom side, and a dry battery is accommodated on the other side of the container. A portable warming therapy device characterized by comprising a fever circuit.   2. The portable warming treatment device according to claim 1, wherein the electric heating sheet is obtained by carbonizing a cloth woven with fibers (threads) made of Japanese paper, and an electrode is provided on the cloth.   The portable heating treatment device according to claim 1, wherein the electrothermal sheet is provided with an electrode on the surface of the heat-resistant sheet after applying or printing a carbon paint.   Heat insulation material, reflective sheet and electric heating sheet are sequentially layered into the container from the bottom side, and the heating treatment device formed by closing the lid is connected to the battery housed in a separate container with a lead wire. Portable warming treatment device.

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