KR100974487B1 - Portable warmer fomentation structure - Google Patents

Abstract

   The present invention has a portable thermal steamer body and the portable thermal steamer body has a power supply unit (15) with a battery built-in and a heat generator (3) for connecting a power source and a heating wire built-in portion 11 for generating heat; and The heat transfer sheet 12 for evenly transferring the generated heat to the latent heat material, and a mixture of latent heat material, which is a phase change material for heat storage and heat generation, and far-infrared radiation material for radiating far infrared rays, which is good for pain relief of joints and back It includes a temperature sensor 14 to measure the temperature of the latent heat material and to control the heat generation of the heating wire built-in, the power supply 15 has a built-in battery, for use as a portable power supply, the power supply to the battery There is an AC / DC converter for charging the battery, and receives a signal from the temperature sensor 14 built in the portable thermal steamer. Relates to an air supply 15 and the portable heat jjimjilgi using a temperature sensor control circuit is built-in latent heat material, which cut off the power connection to the portable body warmer jjimjilgi.

Latent substances, heat packers, lower back, joints, pain areas.

Description

Portable warmer using steam latent material {Portable warmer fomentation structure}

  The present invention relates to a portable thermal steamer using a latent heat material, the latent heat material used as the main material is a kind of phase change materials (Phase Change Materials) in which one material, such as solid to liquid, liquid to solid, etc. It is the use of a substance that releases heat that has accumulated or stored heat through a physical transformation process that changes to another state.In the phase change process, all substances change the physical arrangement of molecules, not chemical reactions such as chemical bonds or formation, In other words, after connecting a heat source to heat the latent heat material and storing a large amount of energy, the latent heat using a mechanism that removes the constant heat source and releases the heat energy accumulated in the latent heat material to operate the portable heat steamer. It relates to a portable heat steamer using the material.

  Conventional techniques include a portable heating steamer that incorporates a heating wire in a waist belt or a joint belt, and connects a portable power source to the belt to heat the steam, but this type has many problems due to the generation of electromagnetic waves while using the apparatus, and a hot water pack. Portable thermal steamer using a built-in in the waist belt or joint belt is not a problem of generating electromagnetic waves, but there has been a lot of research to solve this problem because there is a problem in portability, such as to secure hot water.

  For example, the Korean Utility Model Registration No. 20-0422660 may contain a heater 10 consisting of a heat generating unit that generates heat at high temperature by electricity and an insulating material pad to insulate the heat of the heat generating unit from leaking to the outside. The thermal bag (3) or a thermal insulation mat; To make a mugwort, loess, charcoal pack into a small mesh bag outside the thermal bag (3); Belt center portion (2C) provided with the thermal bag (3); Left and right belt parts (2A, 2B) which are located on both left and right sides of the belt center portion (2C) can be detachably coupled to each other; Battery pocket (4) installed at a predetermined position of the left and right belt parts (2A, 2B); An optical energy generating device comprising a plurality of semiconductor light emitting device low frequency pads 7 installed in the belt center portion 2C to be in contact with the wearer's body and generating low output optical energy having a wavelength in the range of 600MM to 990MM; And a battery 40 for supplying a constant voltage power to the optical energy generating device. A portable thermal belt equipped with a low output optical energy generating device is disclosed.

  The publication No. 20-0245816 provides two heating carbon carbon heating wires (7) on the inner bottom (1a. 1b) of the heating belt body (1) and a synthetic resin adhesive carbon fiber for shielding moisture and harmful electromagnetic waves on the heating body ( 6) A mold injection molded product formed by integrally sealing a heat seal hole (4) and a mugwort pack (10) into which the mugwort pack enters and the mugwort vapor discharge blocking circular protrusion (3) is sealed to the heating element on the belt body (1). In the heat-resistant weak mugwort belt (A) bonded to the belt body (1) the inner surface bottom (1a. 1b) is bonded to the heat-insulating fiber (7a) and pyrolysis pyrolysis heating element carbon carbon heating wire (7) is installed and moisture And the electromagnetic wave shielding synthetic resin bonded carbon fiber (6) integrally bonded with the belt body (1) and the heating wire interposed therebetween, and superimposed thereon with the thermal vent holes (4) and the thermal pouch (10) Integral formation of heat-protective circular protrusions (3) The heat wormwood poultice belt being configured to attach the water, characterized in are described,

  Publication No. 20-0261415 discloses an operation unit 4 composed of a power switch 6, a thermal switch 8, an output control switch 18 and an output unit 10 composed of a plurality of output terminals 20 on the front surface thereof. A main body portion 2 having a power supply portion formed of a power switch, a ground terminal, and a power jack on a rear surface thereof; A plurality of belts 26, 28, 30 made of a plurality of conductors 24 connected to the conductive wires 34 and magnetic pole pads 40 having the heating wires 32 attached thereto are distinguished in shape according to a worn part. )Wow; A plurality of plug cords connecting the plurality of output terminals 20 of the main body 2 and the plug 22 is connected to the conductor 24 of the magnetic pole pad 40, the conductive wire 34 of the heating wire 32 A low frequency stimulator for a diet is characterized by consisting of a 14 and a remote controller 12,

 Publication No. 20-0383805 discloses a battery (1) regulator (2) upholstery (3) nonwoven fabric (4) connecting jack (5) leather (6) heating (7) snap button [+] (8) snap button [- (9) Magnet (10) A magnet attached to the nonwoven fabric (4) that consists of Velcro tape (11) and that the battery (1) can be used to facilitate the user's location movement and that low frequency can be used simultaneously according to the selection. Self-treatment can be used, and the controller 2 is equipped with a memory that is programmed to control the power supply so that the fever does not exceed 50 ° C., and the user's sweat is easy to be cleaned with a wet mop or the like. The abdominal belt is known to have a low frequency treatment and can be removed.

  Publication No. 20-0422660 has a heating bag (3) that can contain a heater (10) consisting of a heat generating unit that generates heat at a high temperature by electricity and a heat insulating material pad to insulate the heat of the heat generating portion does not leak to the outside; Insulation mat; Wormwood, ocher, charcoal pack made of a small mesh bag to the outside of the thermal bag (3); Belt center portion (2C) provided with the thermal bag (3); Left and right of the belt center portion (2C) Left and right belt parts (2A, 2B) that are located on both sides and can be detachably coupled to each other; Battery pocket (4) installed at a predetermined position of the left and right belt parts (2A, 2B); Wearer in the belt center portion (2C) An optical energy generating device comprising a plurality of semiconductor light emitting device low frequency pads 7 which are installed to be in contact with the body of the apparatus and generate low output optical energy having a wavelength in a range between 600MM and 990MM; And a battery 40 for supplying a constant voltage power to the optical energy generator, and a portable thermal belt equipped with a low output optical energy generator is described.

Publication No. 20-0326607 discloses an epithelium (1) and a lower skin (2) having a corresponding size with each other along the periphery of each other and forms a fusion portion (3) at a number of places. In the normal pack pack 10 is filled with the gel pack (4) in which the ocher powder is mixed as a heat insulating material, and the far-infrared emitting ore (5) in the form of a bead gel ( 4) It can be seen that a pack of far-infrared thermal massage packs, which is characterized in that it is incorporated in a plurality.

  Conventional techniques include a portable heating steamer that incorporates a heating wire in a waist belt or a joint belt, and connects a portable power source to the belt to heat the steam, but this type has many problems due to the generation of electromagnetic waves while using the apparatus, and a hot water pack. Portable thermal steamer that is used in the waist belt or joint belt is not a problem of electromagnetic wave generation, but there is a problem in the portability such as the problem of securing hot water, it is small in volume, and to provide a portable thermal steamer without electromagnetic waves The invention is the problem to be solved.

  The present invention is applied to the heat storage function of the latent heat material, by using a portable power source to generate heat in the heating wire inner part embedded in the front body portion (for waist, joints), this heat is transferred to the latent heat material through the heat transfer sheet After passing heat to the heat storage process, when the latent heat material reaches a certain phase change temperature, the portable power source is removed, and the thermal steaming is performed by using an exothermic reaction occurring through the phase change in the latent heat material. It can block health hazards such as body dryness (leukemia-induced) due to electromagnetic waves generated by a device that heats and steams by using a heating wire of the device. It is a problem solving means of the present invention to provide a portable thermal steamer using a latent heat material.

    The present invention can block the health hazards such as drying the body (leukemia induced) due to the generation of electromagnetic waves generated in the apparatus for heating steam by using a conventional heating wire, and separate the waist, joint body and power main body It can be detached and carried, increasing portability and customizing it for waist and joints, and relieves the pain of back and joints indoors and outdoors, even in places where there is no fixed power supply (AC power). The latent heat and far-infrared radiant mixture was used to enhance the pain relief effect of the pain area using long-term steaming and far-infrared rays.

  The present invention for achieving the above object has a portable thermal steamer body for each of the waist and for the joint, the portable thermal steamer body having a built-in battery

Generating power connection and electric heat for connecting power to main body

Heating wire internals, and to distribute the generated heat evenly to the latent material

Heat transfer sheet and latent heat, which is a phase change material for heat storage and heat generation

To radiate far infrared rays, which is good for alleviating pain of substances, joints and lower back

Contains a mixture of far infrared emitting materials. Also, the temperature of latent heat substance

In order to measure and control the heat generation inside the heating wire

It is built in.

  And the battery in the power supply unit to use a portable power supply

Built-in, there is an AC / DC converter for charging the battery

Receives a signal from the temperature sensor built into the portable thermal steamer and

The temperature sensor control circuit which cuts off the power supply connection to the portable thermal steamer body

The present invention relates to a portable thermal steamer using a latent latent substance.

 The present invention is to develop a portable thermal heat steamer by applying the principle that the latent heat material undergoes a phase change after the heat storage process, the exothermic reaction, which is embedded in the front body portion (for waist, joint) using a portable power source After the heat transfer is generated in the inner part of the heating wire, the heat is transferred to the latent heat material through the heat transfer sheet, and after the heat storage process, when the latent heat material reaches a predetermined amount of phase change temperature, the portable power source is removed, It is a mechanism to apply heat to the pain area by using the exothermic reaction that occurs through the phase change in the substance, and the body dries due to the generation of electromagnetic waves generated by the existing device that uses the electric heating wire. It can block the harmful elements of health and can be carried separately from the waist, joint body and power main body. It has the characteristics.

Hereinafter, with reference to the accompanying Figures 1 to 9 in accordance with the present invention in more detail.

  1 is a portable heat steamer (for waist) using the latent heat material of the present inventors

Front detail view, Figure 2 is a portable thermal poultice using the latent heat material of the present invention

Back (back waist) of the detailed view, Figure 3 using the latent heat material of the present invention

Detailed view of the front of the portable thermal steamer (for joints), Figure 4 is the heat transfer portion of the present invention

5 is a detailed front view, FIG. 5 is a detailed side view of the heat-transfer part of the present invention, and FIG.

Detailed description of the front of the power supply of the invention, Figure 7 is the back of the power supply of the present invention

8 is a power supply circuit diagram of the present invention, and FIG. 9 is a diagram of the present invention.

The main body circuit diagram.

  1 and 2 illustrate the portable thermal steamer for the waist of the body portion (2)

There is a waist belt (1) on both sides, one end surface of the waist belt (1) there is an adhesive binding portion (4) for bonding the both ends of the waist belt (1).

 In addition, the front body part 2 of the main body part located in the center of the waist belt 1 exposes the power connection terminal insertion part 9 of the heat generating part 3 for connecting the power to the power supply 15. In the main body 2, a mixture of latent heat material and far-infrared radiation material is incorporated. And the rear main body portion 5 of the back has a heating portion (6) that is in close contact with the waist portion to heat the steam.

  Figure 3 shows the thermal steamer for the joint to close the body to the joint

In the center of the joint belt (7) and the joint belt (7) using a retractable belt

The front body part (for joints) (8) is located, and the front body part (for joints) (8)

It is composed of the same structure as the waist.

  4, 5, and 9 illustrate circuit diagrams of the heat transfer unit and the main body unit.

Power connection terminal 18 and temperature sensor of portable power supply 15

The heat generating unit 3 for connecting the connecting terminal 19 and the power and temperature sensor

On one side of the heat generating portion 3, the power connection terminal inserting portion 9 and the temperature sensor

There is a connection terminal insert 10. One side of the heat generating part 3 and the surface with various connection terminals of the power supply 15 are magnetized, so that when the power supply 15 and the heat generating part 3 are connected to each other, the power is easily separated. It was not. And the lower part of the heat generating unit 3 has a heating wire built-in portion 11 generates heat from this portion, the heat generated in this portion is a heat transfer sheet 12 connected to the heating wire built-in portion (11) Through this, heat is transferred to the mixture of the latent heat material and the far-infrared radiation material to cause the heat storage reaction.

   In addition, the lower portion of the heat transfer sheet 12 is connected by the temperature sensor connecting pipe 13

Temperature buried in a mixture of latent heat and far-infrared radiation

The sensor 14 causes the latent heat material to undergo a heat storage reaction, thereby causing a phase change state (exothermic reaction).

In the state immediately before the occurrence), signal to the power supply 15

Send power from the power supply 15 to the heat generator 3

To shut off, separate the portable thermal steamer from the power supply (15)

Make it available to the user.

 In the main circuit diagram of FIG. 9, the power supplied through the power connection terminal is

Unit to generate heat, and the generated heat transfers the heat transfer sheet.

It is transmitted through a mixture of latent heat and far infrared radiation.

  6, 7, and 8 show a power supply 15 and a circuit diagram, and as shown in FIG. 6, there is an outlet terminal 17 having an outlet up and down handle 16 for connection with an AC power source. Inside, there is an AC / DC power converter that converts AC power to DC power, and there is a part that charges the converted DC power to the battery and a temperature sensor control circuit that interrupts the power by receiving a signal from the temperature sensor. In FIG. 7, there is a power connection terminal 18 for supplying power to the heat generation unit 3 of the portable thermal steamer and a temperature sensor connection terminal 19 for receiving a temperature sensor signal, and when these terminals are not used. There is a power connection terminal protective cap 20 to protect from the external environment.

  FIG. 8 shows a circuit diagram of the power supply unit 15. An AC / DC power conversion unit converts AC power inputted through an outlet connection terminal into DC power, and a portion and a battery charging the converted DC power to the battery. The flow chart of the temperature sensor control circuit which performs the power interruption by receiving the signal of the power connection terminal and the temperature sensor which connects the power stored in the portable heat generator to the heat generation unit 3 of the portable thermal steamer is shown.

  Referring to the structure of the portable heat steamer using the latent heat material of the present invention in more detail, as shown in Figures 1 and 2, the adhesive belt (4) is provided at one end of the waist belt (1), and The main body is installed in the center of the waist belt (1), a mixture of latent heat material and far-infrared radiation material is embedded, and a main body part in which an electrothermal generator (3) is built to heat the mixture of latent heat material and far-infrared radiation material;

  The front body part 2 which forms a front surface of the main body part and is provided with a power connection terminal insertion part 9 of the heat generating part 3, and is installed on the rear surface of the front body part 2 and is spaced apart by a predetermined interval. It consists of a rear body portion 5 is provided with a heat generating portion 6 formed in two parts,

  Inserted into the power connection terminal inserting portion 9 of the heat generating portion 3 of the front body portion (2) using a latent heat material consisting of a battery for supplying power and a power supply (15) with a built-in temperature sensor control circuit It is the structure of the portable thermal steamer,

  As shown in FIG. 4 and FIG.

The triple plate shape is stacked, the groove-shaped temperature sensor connection terminal inserting portion 10 provided in the center portion and the power connection terminal insertion portion (9) spaced apart from both sides with respect to the temperature sensor connection terminal inserting portion (10). ) Is provided with an upper portion 3-1, a heat transfer sheet 12 having a groove on one side connected by a heating wire inner portion 11 of the lower center of the upper portion 3-1, and the heat transfer sheet ( It consists of a temperature sensor 14 installed by the temperature sensor connecting pipe 13 in the lower center of 12),

The power supply 15 has a rectangular parallelepiped shape in which a battery and a temperature sensor control circuit are built, and two sets of terminals 17 are provided at one side thereof.

Outlet up and down movement handle 16 is installed in the upper portion, the guide groove (not shown) to guide the outlet up and down movement handle 16,

A temperature sensor connection terminal 19 on the lower side and installed on the opposite side of the consort terminal 17, two power connection terminals 18 installed on both sides of the temperature sensor connection terminal 19 at a predetermined interval, and the temperature It can be seen that the structure consisting of a power connection terminal protection lid 20 for protecting the sensor connection terminal 19 and the two power connection terminal 18.

Portable heat steamer using another latent heat material of the present invention is for use in the joint, as shown in Figure 3, only the waist belt (1) and the joint belt (7) is different, the other device is the same configuration In more detail, as follows.

  A ring (band) shaped joint belt 7 and a central portion of the joint belt 7 are installed in the center, and a mixture of latent heat material and far-infrared radiation material is embedded, and the mixture of latent heat material and far-infrared radiation material is heated. A main body part in which the heat generating part 3 is built-in,

  A front main body part (for joints) 8 and a rear surface of the front body part (for joints) 8 which form a front surface of the main body part and are provided with a power connection terminal insertion part 9 of the heat generating part 3. It is installed in the rear body portion 5 is provided with a heat generating portion 6 formed in two parts horizontally spaced apart by a predetermined interval,

  Inserted into the power connection terminal inserting portion 9 of the heat generating portion 3 of the front body portion (2) using a latent heat material consisting of a battery for supplying power and a power supply 15 with a built-in temperature sensor control circuit It is the structure of the portable thermal steamer,

  As shown in FIG. 4 and FIG.

The triple plate shape is stacked, the groove-shaped temperature sensor connection terminal inserting portion 10 provided in the center portion and the power connection terminal insertion portion (9) spaced apart from both sides with respect to the temperature sensor connection terminal inserting portion (10). ) Is provided with an upper portion 3-1, a heat transfer sheet 12 having a groove on one side connected by a heating wire inner portion 11 of the lower center of the upper portion 3-1, and the heat transfer sheet ( It consists of a temperature sensor 14 installed by the temperature sensor connecting pipe 13 in the lower center of 12),

  6 and 7, the power supply 15 has a rectangular parallelepiped shape in which a battery and a temperature sensor control circuit are built, and two outlet terminals 17 are provided at one side thereof, and an outlet installed at an upper portion thereof. Shanghai copper handle (16), the guide groove (not shown) through which the outlet vertical movement handle (16) is guided, and the temperature sensor connecting terminal (19) installed on the opposite side of the set terminal 17 on the lower side, and Protection of the power supply terminal for protecting the two power supply connection terminal 18 and the temperature sensor connection terminal 19 and the two power supply connection terminal (18) installed at a predetermined interval on both sides of the temperature sensor connection terminal (19). It can be seen that the structure consisting of the lid (20).

Figure 1 is a detailed view of the front of the portable heat steamer using the latent heat material.

Figure 2 is a detailed view of the back of the portable heat steamer using the latent heat material.

3 is another example of a portable thermal steamer using the latent heat material of the present invention

Figure 4 is a front view of the heat transfer portion of the present invention.

Figure 5 is a side view of the heat transfer unit of the present invention.

Figure 6 is a front view of the power supply of the present invention

Figure 7 is a detailed view of the back of the power supply of the present invention.

8 is a power supply circuit diagram of the present invention.

9 is a circuit diagram of a main body of the present invention.

    Explanation of the sign

    Waist belt (1), front body portion (2), heat generation unit (3), upper portion (3-1), adhesive binding portion (4), rear body portion (5), heat generating portion (6), joint belt ( 7), the main body (for joints) (8), the power connection terminal insertion unit (9), the power connection terminal insertion unit (10), the heating wire inner part (11), heat transfer sheet (12), temperature sensor connector (13), temperature sensor (14), power supply (15), outlet Shanghai copper handle (16), outlet terminal (17), power connection terminal (18), temperature sensor connection terminal (19), power connection terminal protective cover 20,

Claims (4)

delete An adhesive binding unit 4 is provided at one end of the waist belt 1 and the center of the waist belt 1 is installed, the heat generation unit (3) for heating the mixture of the latent heat material and the far-infrared radiation material embedded The main body 2 is provided with a rear body portion 5 is provided on the back of the main body portion 2 and provided with a heat generating portion 6 formed in two parts horizontally spaced apart at regular intervals, The battery is inserted into the power connection terminal inserting portion 9 of the electrothermal generator 3 of the main body 2 to supply power, and a latent heat material composed of a power supply 15 having a built-in temperature sensor control circuit. In portable heat steam machine, The heat generation unit 3 is a triple plate shape stacked shape, spaced apart from both sides of the groove-shaped temperature sensor connecting terminal inserting portion 10 and the temperature sensor connecting terminal inserting portion 10 installed in the center portion. A heat transfer sheet provided with a groove on one side connected by an upper portion 3-1 having an installed power connection terminal insertion portion 9 and a heating wire inner portion 11 of the lower center of the upper portion 3-1 ( 12) and a portable thermal steam generator using a latent heat material, characterized in that it comprises a temperature sensor 14 installed in the lower center of the heat transfer sheet (12) by a temperature sensor connecting tube (13). The method of claim 2, wherein the power supply 15 has a rectangular parallelepiped shape in which a battery and a temperature sensor control circuit are built, and two outlet terminals 17 are provided at one side thereof, and an upper and lower movable handle 16 installed at an upper portion thereof. A guide groove (not shown) through which the outlet vertical movement handle 16 is guided; A temperature sensor connection terminal 19 on one side of the lower side and installed on the opposite side of the outlet terminal 17, two power connection terminals 18 installed at predetermined intervals on both sides of the temperature sensor connection terminal 19, and the temperature sensor Portable thermal steam generator using a latent heat material, characterized in that it comprises a power connection terminal protection cover 20 for protecting the connection terminal 19 and the two power connection terminal (18). delete

Images