KR20100004391U - Heat storage thermotheerapy apparatus for potable - Google Patents

Abstract

The present invention relates to a portable heat storage steaming device, the outer casing 40 consisting of a lower casing 41 and the upper casing 45, a ceramic housing 11, and transfers heat in the ceramic housing 11 to the outside. When the conductor 15, the first bimetal 21, the second bimetal 25 and any one of the first or second bimetals 21 and 25 are turned off, A light emitting diode LED1 that emits light to indicate that the light is cut off, and a connector 27 receiving power from the outside and supplying power to the size heater 13 through first and second lead wires L1 and L2. A portable heat storage steaming device comprising: acupressure rod (50) for acupressure while radiating far-infrared rays by heat conducted integrally with the upper casing (45) and conducted to a heat conductor (52); One end is connected to the conductor 15 so as to conduct heat to the thermal conductor 52 and has a configuration having conductive plates 60 and 60 'arranged on the upper surface of the ceramic housing 11. It is a useful design that has a particular advantage that the heat radiating heat from the heater to the far-infrared radiating member is installed to the good, and the radiation efficiency of the far-infrared radiation is high while the abdomen or waist can be heated and steamed at the same time with acupressure and massage.

Regenerative poultice, abdomen, waist, massage, heat storage.

Description

Portable heat storage steamer {HEAT STORAGE THERMOTHEERAPY APPARATUS FOR POTABLE}

The present invention relates to a portable heat storage steaming device, and in particular, to facilitate the transfer of heat radiated from the siege heater to the far-infrared radiation member equipped with a ceramic radiator, while the radiation efficiency of the far-infrared radiation is high, while the abdominal or waist pressure and massage while warming The present invention relates to a portable heat storage steaming device that can heat steam.

As a steaming machine widely used in the related art, it is disclosed in Korean Patent Application Publication No. 20-0190854 (Registration Date; May 19, 2000).

The conventional abdominal steamer disclosed in Korean Patent Utility Model Publication No. 20-0190854 is formed in a size large enough to cover the abdomen, made of an inner and outer skin, and having a bag shape therein. A belt part attached to both sides of the bag part and attached with a magic tape near both ends thereof so as to be detachable from the waist, a heating part stored inside the bag part and generating heat electrically; Consists of a temperature control unit that controls the temperature to be heated.

The heat generating unit is housed inside the bag part and connected in a series or parallel type of 12V or less, there is no harmful electromagnetic wave and no static electricity is generated, and the heat generating part is put in a separate pocket and re-embedded inside the bag part.

The heat generating unit is a support thin plate of a synthetic resin material made of a rectangular thin plate, a heating element for pressing the ink containing silver on the inner surface of the support thin plate, a protective film for attaching to the inner surface of the heating element to protect the heating element, electric It is composed of a power supply connected with wires to supply current.

However, the conventional abdominal steamer configured as described above uses a power source that is applied to the heating unit, and thus, there is a problem in that the cost of purchasing the battery is high. It can be warmed, but because it is a structure that can not accumulate heat, there is a problem that it is inconvenient to use because the power supply cord should always be connected to use.

As a solution to this problem, the applicant of the present invention has been registered as a utility model registration No. 441979 by developing a "portable heat storage steaming device".

However, Utility Model Registration No. 441979 has a problem that the far-infrared radiation member having a ceramic radiator is made of plastic, so that the heat radiated from the siege heater is not conducted to the ceramic radiator so that the radiation efficiency of the far infrared radiated from the ceramic radiator is low. .

Accordingly, the present invention has been made to solve the above various problems, the object of the present invention is to heat the heat radiated from the siege heater to the ceramic housing to radiate far infrared rays to the abdomen or waist while the ceramic radiator efficiently through the thermal conductor The present invention provides a portable heat storage steaming device having high far-infrared radiation efficiency of a ceramic radiator while being heated and steamed at the same time as acupressure and massage of the abdomen or waist by conduction.

In order to achieve the above object, the present invention is an inner casing 40 filled with a thermal insulation insulation to keep heat, and a sheath heater that radiates heat when an electric power is applied while being built in the outer casing 40. The ceramic housing 11 is formed of a lower housing 11a and an upper housing 11b so that the 13 is internally formed, and the ceramic housing 11 accumulates heat, and one side of the ceramic housing 11 is spaced apart from the sheath heater 13. ), The other side protrudes outward of the ceramic housing 11 to transmit heat in the ceramic housing to the outside, and the lower housing 11a and the upper housing of the ceramic housing 11. 11b) is installed on the fastening band 17 for fastening by the fastening bolt 15a and the first support 19 provided extending from one side of the fastening band 17, and at a predetermined interval on the conductor 15. Placed oppositely When the temperature of the ceramic housing 11 reaches 75 ° C., the first bimetal 21 which cuts off the power applied to the siege heater 13 and the second extending extending from the other side of the fastening band 17 are provided. At the same time as being installed on the support 23, it is installed at a predetermined interval from one side of the siege heater 13 exposed to the outside from the ceramic housing 11, so that the heat generation temperature of the siege heater 13 is 90 ° C When the second bimetal 25 which cuts off the power applied to the siege heater 13 when one of the first bimetal and the second bimetal 21 and 25 is turned off, the siege heater ( A light emitting diode (LED1) emitting light to indicate that power is cut off at 13), and supplying power to the size heater (13) through the first and second lead wires (L1, L2) by receiving power from the outside. In the portable heat storage steaming device composed of the connector (27) On, and jiapbong 50 for radiating far infrared rays by the heat and pressure are injection-molded into the upper housing 45 and the integral is conducted to the heat conductor (52); One end is connected to the conductor 15 so as to conduct heat to the thermal conductor 52 and has conductive plates 60 and 60 'arranged on an upper surface of the ceramic housing 11. .

According to the present invention portable heat storage steaming device, the heat radiating heat from the siege heater is improved to the far-infrared radiation member installed with the ceramic radiator, so that the radiation efficiency of the far-infrared radiation is high, while the abdominal or waist pressure and massage at the same time to warm and heat There are special advantages that can be made.

Hereinafter, with reference to the accompanying drawings and preferred embodiments will be described in detail the present invention portable heat storage steaming device.

1 is a perspective view of a portable heat storage steaming device according to an embodiment of the present invention, Figure 2 is an exploded perspective view of Figure 1, Figure 3 is a longitudinal cross-sectional view of a chiropractor according to an embodiment of the present invention, Figure 4 is one of the present invention FIG. 5 is a perspective view schematically illustrating an upright state of a portable heat storage steaming device according to an embodiment of the present invention. FIG. 5 is a circuit diagram of heat storage control of the portable heat storage steaming device according to an embodiment of the present invention, and FIG. Perspective view.

Portable regenerative steaming device according to an embodiment of the present invention is the inner casing 40 and the outer casing 40 is filled with a heat insulating material therein to keep the heat, and at the same time, radiates heat upon application of power The lower housing (11a) and the upper housing (11b) and the ceramic housing (11) for accumulating heat, and one side is spaced apart from the siege heater (13) so that the siege heater (13) is installed therein. A conductor 15 embedded in the ceramic housing 11, the other side protruding outward of the ceramic housing 11 to transfer heat in the ceramic housing to the outside, and a lower housing 11a of the ceramic housing 11; And the fastening band 17 for fastening the upper housing 11b by the fastening bolt 15a and the first support 19 provided to extend from one side of the fastening band 17, and at the same time, the conductor 15 At regular intervals And the first bimetal 21 which cuts off the power applied to the siege heater 13 when the temperature of the ceramic housing 11 reaches 75 ° C. and extends from the other side of the fastening band 17. At the same time as being installed on the second support 23 is installed, it is installed at a predetermined interval from one side of the siege heater 13 exposed to the outside from the ceramic housing 11, so that the heat generation temperature of the siege heater 13 The siase when the second bimetal 25 and the first or second bimetals 21 and 25 that turn off the power applied to the siege heater 13 when the temperature reaches 90 ° C. are turned off. The light emitting diode LED1 emits light to indicate that the heater 13 is cut off, and the power is supplied to the size heater 13 through the first and second lead wires L1 and L2 by receiving power from the outside. Portable heat storage consisting of connector 27 for supplying In the quality unit, jiapbong 50 for radiating far infrared rays by the heat and pressure are injection-molded into the upper housing 45 and the integral is conducted to the heat conductor (52) and; One end is connected to the conductor 15 so as to conduct heat to the thermal conductor 52, and includes conductive plates 60 and 60 ′ arranged on an upper surface of the ceramic housing 11.

The thermal insulation material 10 is preferably glass fiber (fiber glass) or cerac wool manufactured by Kumkang Korea Chemical.

The outer casings 40 are spaced apart from each other on the outer lower surface so as to receive heat accumulated in the ceramic housing 11 by heat radiated from the siege heater 13 installed in the ceramic housing 11 and to be applied to the human body. Receives heat stored in the ceramic housing 11 by the heat radiated from the lower casing 41 and the heat heater 13 in the ceramic housing 11 is installed a plurality of far-infrared radiation ceramic body 42 The acupressure rods 50 on the upper surface of the upper casing 45 are integrally injection-molded at regular intervals so as to acupressure and massage while applying far infrared rays to the abdomen or waist.

The shiatsu rod 50 is vertically inserted into the vertical body portion 50a which is injection molded integrally with the upper casing 45, and vertically inserted into the center of the vertical body portion 50a to be integrally injected with the vertical body portion 50a. A thermal conductor 52 to be molded, a projection 51 radially formed on the outer periphery of the upper and lower center portions of the thermal conductor 52, and a ceramic radiator 53 attached to a central portion of the upper surface of the vertical body portion 50a. And a silicone rubber 45a which is covered on the outside of the vertical body portion 50a.

Here, the silicone rubber 45a is to protect the heated shiatsu rod 50 from high temperature during gripping or skin contact, and extends to the upper casing 45 portion under the shiatsu rod 50, and the thermal conductor As the 52, copper or aluminum is preferably used.

In FIG. 2, reference numeral 70 denotes a thread formed through the through hole 45b formed in the upper casing 45 of the outer casing 40 to protrude to the inner shaft of the lower casing 41 of the outer casing 40. A fastening bolt which is screwed into the slot 43 and joins the upper casing 45 and the lower casing 41. In FIG. 5, R1 is a current limiting resistor for limiting a current flowing through the light emitting diode LED1. .

In the above description, both ends of the siege heater 13 in the ceramic housing 11 are exposed to the outside of the ceramic housing 11 so as to connect the first and second lead wires L1 and L2. It is.

Next, a description will be given of the operation of the portable heat storage steaming device according to an embodiment of the present invention configured as described above.

First, when the connector 27 is connected to a power line (not shown), the power is built into the ceramic housing 11 through the first and second lead wires L1 and L2 from an external power source (not shown). It is applied to the heater 13 and the size heater 13 starts to radiate heat.

Heat radiated from the sheath heater 13 is stored in the ceramic housing 11, and the heat stored in the ceramic housing 11 is externally stored by the thermal insulation material 10 built into the outer casing 40. Keep warm by preventing heat from being radiated.

In addition, the heat radiated from the siege heater 13 is conducted to the thermal conductor 52 of the shiatsu rod 50 through the conductor 15 and the conductive plates 60 and 60 'so that the ceramic radiator 53 radiates far infrared rays. Done.

When the temperature in the outer casing 40 reaches 75 ° C. due to the heat dissipation of the siege heater 13, one side of the conductor 15 may be spaced apart from the siege heater 13 at one side of the ceramic housing ( 11) the temperature of 75 ° C. is transmitted to the conductor 15, which is embedded in the conductor 15 and the other side of the conductor 15 protrudes out of the ceramic housing 11, so that the fastening band 17 Since the first bimetal 21 installed on the first support 19 extending from one side of the c) is turned off to block the current flowing through the siege heater 13 to prevent excessive heat generation, fire generation is prevented. You can prevent it.

On the other hand, when the first bimetal 21 fails to operate due to a failure, that is, even though the temperature in the ceramic housing 11 is 75 ° C. or higher, current continues to flow in the sheath heater 13 so that the ceramic housing When the temperature in 11 is 90 degreeC, the 2nd support stand extended from the other side of the said fastening band 17 by the heat radiated | emitted from the said siege heater 13 which protruded outside the said ceramic housing 11 ( The second bimetal 25 installed at 23 may be turned off to prevent the temperature in the ceramic housing 11 from being overheated to 90 ° C. or more, thereby preventing the occurrence of a fire.

When current flows through the sheath heater 13, the light emitting diode LED1 emits light to display the current, and no current flows through the siege heater 13, so that any one of the first or second bimetals 21 and 25 does not flow. When one is off, the light emitting diode LED1 does not emit light, indicating that power to the size heater 13 is cut off.

As described above, when the temperature in the ceramic housing 11 reaches 75 ° C., the light emitting diode LED1 is turned off, and at this time, the connector 27 installed in the portable heat storage steaming device of the present invention is pulled out from the power line and not shown. It is put in a heat-insulating bag or a heat-insulating belt and abuts on the abdomen or waist, and is steamed by applying heat while applying pressure on the abdomen or waist.

In other words, since a plurality of acupressure rods 50 are provided on the upper surface of the upper casing 45 of the outer casing 40 at regular intervals, the user abuts the acupressure rods 50 on their abdomen or waist. Alternatively, when the waist is subjected to acupressure and massage, the heat accumulated in the ceramic housing 11 is conducted to the thermal conductor 52 of the acupressure rod 50 through the conductor 15 and the conductive plates 60 and 60 'so that the ceramic radiator 53 is formed. ), You can do acupressure and massage while radiating far infrared rays to the corresponding parts of the human body.

In the above description, although illustrated and described with reference to specific embodiments, the present invention is not limited to this, for example, by those of ordinary skill in the art without departing from the concept of the present invention Of course, the design can be changed in various ways.

1 is a perspective view of a portable heat storage steaming device according to an embodiment of the present invention,

Figure 2 is an exploded perspective view of Figure 1,

Figure 3 is a longitudinal cross-sectional view of the shiatsu rod installed on the upper cover in the portable heat storage steaming device according to an embodiment of the present invention,

4 is a perspective view schematically showing a state in which the portable heat storage steaming device is laid down according to an embodiment of the present invention;

5 is a circuit diagram for the heat storage control of the portable heat storage steaming device according to an embodiment of the present invention,

6 is an enlarged perspective view of the main portion of FIG.

<Explanation of symbols for main parts of drawing>

11: ceramic housing 11a: lower housing

11b: upper housing 13: siege heater

15: conductor 15a: fastening bolt

17: fastening band 19: first support

21: first bimetal 23: second support

25: second bimetal 27: connector

40: outer casing 41: lower casing

42: far-infrared radiation ceramic body 45: upper casing

45a: silicone rubber 45b: through hole

50: shiatsu rod 50a: vertical body portion

51: protrusion 52: heat conductor

53: ceramic radiator 60, 60 ': conductive plate

70: fastening bolt

Claims (4)

An outer casing 40 filled with a heat insulating material therein to insulate heat, and a lower housing (13) are installed in the outer casing 40 and a siege heater 13 that radiates heat upon application of power. 11a) and the upper housing 11b, the ceramic housing 11 for accumulating heat, and one side is embedded in the ceramic housing 11 at regular intervals from the siege heater 13, the other side is the ceramic The conductor 15 protruding outward of the housing 11 to transfer heat in the ceramic housing to the outside, and the lower housing 11a and the upper housing 11b of the ceramic housing 11 are fastened to the fastening bolt 15a. The ceramic housing is installed on the fastening band 17 fastened by the fastening band 17 and the first support 19 provided to extend from one side of the fastening band 17, and is opposed to the conductor 15 at a predetermined interval. 11, the temperature is 75 ℃ The ceramic housing is installed on the first bimetal 21 which cuts off the power applied to the siege heater 13 and the second support 23 which extends from the other side of the fastening band 17 when it arrives. It is installed at a predetermined interval from one side of the siege heater 13 exposed to the outside from the (11) is applied to the siege heater 13 when the heat generation temperature of the siege heater 13 reaches 90 ℃ A light emitting diode which emits light to indicate that the power supply to the size heater 13 is cut off when one of the second bimetal 25 and the first or second bimetals 21 and 25 are turned off. A portable heat storage steaming device comprising an LED1 and a connector 27 for supplying power to the sheath heater 13 through first and second lead wires L1 and L2 by receiving power from the outside. , An acupressure rod 50 which is injection molded integrally with the upper casing 45 and acupressure while radiating far infrared rays by heat conducted to the thermal conductor 52; One end is connected to the conductor 15 so as to conduct heat to the heat conductor 52, characterized in that it comprises a conductive plate (60, 60 ') arranged on the upper surface of the ceramic housing (11) Portable regenerative poultice device. According to claim 1, wherein the thermal insulation material is a portable heat storage steaming device, characterized in that the glass fiber (fiber glass). According to claim 1, wherein the shiatsu bar 50, the shiatsu bar 50 is vertical body portion 50a which is injection molded integrally with the upper casing 45 and up and down in the center of the vertical body portion (50a) A thermal conductor 52 inserted into and integrally injection molded with the vertical body portion 50a, a projection 51 radially formed on the outer periphery of the upper and lower center portions of the thermal conductor 52, and the vertical body portion 50a Portable regenerative steaming device, characterized in that consisting of a ceramic radiator (53) attached to the central portion of the upper surface, and the silicone rubber (45a) is covered on the outside of the vertical body portion (50a). The portable heat storage steaming device according to claim 3, wherein the heat conductor (52) is copper or aluminum.

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