KR20150121971A

KR20150121971A - Fomentation device

Info

Publication number: KR20150121971A
Application number: KR1020140048262A
Authority: KR
Inventors: 김형창
Original assignee: 김형창
Priority date: 2014-04-22
Filing date: 2014-04-22
Publication date: 2015-10-30

Abstract

The present invention relates to a fomentation device for heating a filler through heating of a heating element, thereby maximizing the effect of the fomentation by providing not only the fomentation at the corresponding site but also the effect depending on the filling material.
To this end, the present invention is characterized in that the present invention comprises a body 100 comprising a body 100 having a fastening band 110 formed on both sides thereof and detachably attached thereto and having a heat-generating-pack accommodating part 120 therein, The heat-generating-pack accommodating portion 120 is formed in a rectangular shape and the heat-generating-pack accommodating portion 120 is formed inside the heat-generating pack accommodating portion 120. The heat- Closing means 130 is provided at the edge so as to be able to open and close the heat generating pack 200 so that the heat generating pack 200 can be replaced and the heat retaining portion 140, which is in contact with the fomenting portion and forms the heat generating pack receiving portion 120, And the other surface of the heat generating pack accommodating portion 120 is provided with a heat insulating portion 150 formed of heat insulating fibers. The heat generating pack 200 is filled with the filler 212, A tailored pack 210 for every predetermined interval to prevent the sticking of the pack 210, And a connector 230 installed at one side of the pack 210 so as to connect the heating wire 220. The heating coil 220 is connected to the heating coil 220, And a power supply unit 300 is provided on one side of the body or the body of the feminine body 100 to be connected to the connector 230 and to supply power to the electric heating cable 220.

Description

{Fomentation device}

More particularly, the present invention relates to a fomentation apparatus, and more particularly, to a fomentation apparatus for heating a filler through heating of a heating element so as to maximize a fomenting effect by providing not only a fomentation of a corresponding site but also effects such as mental and physical stability and far- It is about a fomentation machine.

In recent years, the time spent sitting in a chair has increased and the time spent wearing high-heeled shoes has increased, resulting in more intensive stress on the back, knees and ankles.

If you are sitting in a chair for a long time in an unstable posture, you can bring back your back to your back, causing your back muscles and muscles to become rigid and cause diseases like neurosis.

Therefore, a fomentation device for fomiting the back, abdomen, knee, and ankle is being put on the market.

On the other hand, the above-mentioned fomentation apparatus has a weak metabolism function, and the lower abdomen or the lower abdomen functioning weak men and cold women maintain warm temperature in cold weather to promote blood circulation and wear them for pain relief.

As an example of conventional fomentation apparatuses, a registered utility model No. 247781 proposes a mulching belt for reducing the back pain by multiplying the far infrared ray fomenting effect by mounting the elvan stones and germanium on the heater layer. In the registered utility model No. 249300, The present invention relates to a knee protector having a pocket-type pad in which a heat-absorbing agent and a mugwort powder are contained in the heat-generating pack.

In addition, the registered utility model No. 422660 discloses a hot-melt bag (3) capable of holding a heater (10) composed of a heat-generating portion that generates heat at a high temperature by electricity and a heat-insulating pad that keeps heat of the heat- mat; Made of small mesh bags outside of the hot pouch (3) to accommodate wormwood, loess, and charcoal packs; A belt center portion 2C provided with the hot bladder 3; Left and right belt portions 2A and 2B which are located on both left and right sides of the belt center portion 2C and can be detachably joined and separated from each other; A battery pocket 4 provided at a predetermined position of the left and right belt portions 2A and 2B; And a plurality of semiconductor light-emitting element low-frequency pads (7) installed in the belt center portion (2C) in contact with the wearer's body to generate low output light energy having a wavelength in a range of 600MM to 999MM; And a battery 40 for supplying a constant voltage power source to the light energy generating device.

As described above, the conventional fomentation apparatuses are generally configured to receive the heat generating pack in the body of the femininity apparatus provided with the belt.

However, the conventional fomentation apparatus merely transmits the heat of the heat-generating pack to the fomentation site, so it is difficult to maximize the effect of the fomentation, and since the utility model registration Nos. 247781 and 249300 can not be used by replacing the heat-generating pack, In order to use a heat-generating pack containing a desired filler, it is required to purchase a large number of fomentation apparatuses. In the utility model registration No. 422660, a wormwood pack can be inserted into a small-sized pocket, It is difficult to obtain a substantial effect by being provided on the opposite side to the fomenting region, and it is difficult to obtain a substantial effect by generating low frequency through continuous power supply, thereby causing various problems due to electromagnetic waves, This was difficult.

Patent Document 1: Registration Practical Utility Model No. 0361677 (September 01, 2004, Fumigation Machine) Patent Document 2: Registration Practical Utility Model No. 0422660 (July 24, 2006, portable heating belt equipped with low output light energy and low frequency generator)

SUMMARY OF THE INVENTION The present invention has been made to overcome the above problems, and it is an object of the present invention to provide a heat generating apparatus and a heat generating apparatus capable of replacing a heat generating pack, The heat load can be increased by increasing the thermal efficiency by preventing the heat from being discharged to the outside through the heat insulating part during the fomentation, It is possible to minimize the energy use by discharging heat energy accumulated in the heat accumulation pack while shutting off the power supply after accumulating heat through the heat accumulation process. In addition, it is possible to prevent the harmful electromagnetic wave by installing a shielding pad .

In order to achieve the above object, the present invention provides a heat exchanger comprising: a body of a body of a patient with a fastening band formed on both sides and detachably attached to each other and having a heat-generating-pack accommodating portion therein; Wherein the body of the body is formed in a rectangular shape and the heat-generating-pack accommodating portion is formed therein, and opening and closing means is provided at the edge to open and close the heat-generating-pack accommodating portion to replace the heat- And the other surface defining the heat-generating-pack accommodating portion is provided with a heat-retaining portion formed of heat-insulating fibers. The heat-generating pack is filled with a filler in the inner space, and the heat- A pack which is sewn in every predetermined period for preventing the dust from leaking out, a heating wire which is arranged in the inner space of the pack and generates heat, And a power supply unit connected to the connector at one side of the heat-generating-pack accommodating unit or at one side of the heat-gassing device main body for supplying electric power to the electric heating cable is installed at a side of the heat- do.

The filler is characterized in that the roots, leaves, and stems of the oriental plant are finely divided.

When the filler is filled in the inner space, a depression surface is formed at one side of the pack, and a far-infrared radiation pad filled with the far-infrared radiation material is detachably installed on the depression surface.

The filler is a far infrared ray emitting material which is formed of small grains and emits far-infrared rays.

And a support pad is installed inside or outside the pack to maintain the shape of the pack.

The heat-generating-pack accommodating portion is provided with a heat-accumulating pack containing a phase change material so as to be in contact with the heat retaining portion, and a temperature sensor for controlling the power supply by measuring the temperature of the heat storage pack.

The warming unit may include a first net member formed on the inner side so as to be in contact with the heat-generating pack accommodating unit, a second net member coupled to the outer surface of the first net member and contacting the fomenting member, And a ventilation space formed by filling spaces between the first and second webs so that the warming unit is formed to have a predetermined thickness.

And the thermostat is made of thermal insulation fibers containing a tourmaline component.

And a shielding pad is installed inside the body of the body of the patient to be shielded from harmful electromagnetic waves by being positioned between the heat preservation unit and the heat-generating pack.

According to the above-described configuration, it is possible to replace the heat-generating pack, so that the heat-generating pack can be replaced with the heat-generating pack accommodated by the user, and the user can purchase the heat-generating pack separately without purchasing the heat- In addition, it is possible to minimize the external discharge of heat through the heat insulating part, and also to increase the thermal efficiency by keeping the heat in the insulating part by keeping the heat, and when the heat accumulating pack is installed, And thus can be used for a long time without charging or replacing the battery. When the shielding pad is installed, harmful electromagnetic waves can be blocked, thereby contributing to health promotion.

1 is a perspective view of a feminine care apparatus according to the present invention,
FIG. 2 is an exploded perspective view of the feminine warming apparatus according to the present invention,
3 is a cross-sectional view of a feminine care apparatus according to the present invention,
FIG. 4 is a view illustrating a state in which a far infrared ray emitting pad is installed on a pack in the fumiture apparatus according to the present invention,
FIG. 5A is a state in which the support pad is installed in the heat-generating pack in the fumiture device according to the present invention,
FIG. 5B is a cross-sectional view of the feminine body with the support pad of FIG.
FIG. 6A is a state in which a heat storage pack is installed in a feminine warming apparatus according to the present invention,
FIG. 6B is a cross-sectional view of the fumigant in a state in which the heat accumulating pack of FIG. 6A is installed,
7 is a cross-sectional view of a fumigant in a state in which a shielding pad is installed in the fumiture device according to the present invention.

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

1 to 7, a fumiture apparatus according to an embodiment of the present invention is used for fomiting joints such as a waist, abdomen, and knees, and includes a heat-fusing device body 100 A heat-generating pack 200 accommodated in the heat-generating-pack accommodating unit 120, and a power supply unit 300.

In the present invention, the heat-generating pack 200 is provided so as to be drawn out from the heat-generating-pack accommodating portion 120 and to replace the heat-generating pack 200.

Accordingly, the user can use the heat-generating pack 200 accommodated with the filler desired by the user, thereby being able to enjoy the effect of the filler without purchasing a separate heat-treating apparatus.

Specifically, the body 100 is formed in a rectangular shape, and a heat-generating-pack accommodating portion 120 is formed therein. A fastening band 110 is formed on both sides of the heat-generating pack accommodating portion 120 in the longitudinal direction. The opening and closing means 130 is installed at the edge of the body 100 so that the heat generating pack 200 can be replaced by opening and closing the door 120.

The heat insulating part 150 is formed by a heat insulating fiber and the other surface contacting with the outside which is opposite to the fomenting part is a heat insulating part formed by heat insulating fibers. .

The heat retaining part 140 and the heat insulating part 150 constitute the heat generating pack receiving part 120 and the heat generating pack receiving part 120 is opened / It will be done.

The opening and closing means 130 may be formed of a Velcro or a zipper so that the opening / closing means 130 is installed at the edge of the body 100 to accommodate the heat generating pack 200 having a widest area.

The warming unit 140 includes a first net 141 formed on the inner side to be in contact with the heat generating pack receiving unit 120 and a second net 141 formed on the outer surface of the first netting 141 to be in contact with the warm side A second net member 142 formed to have a hole larger than the first net member 141 and a space between the first net member 141 and the second net member 142, And a ventilation space 143 formed by filling a cotton or strand bundle so as to be formed in a thickness.

The heat generated in the heat generating pack 200 is stored in the ventilation space 143 after passing through the first net 141 and part of the heat is transferred to the fomenting part through the second net 142, .

The ventilation space 143 is filled with heat as well as the ventilation space 143 prevents the ventilation space 143 from being in close contact with the surface of the patient's body, ) Serves as a cushion, so that even if a bump is formed in the boding area, the bump can be accurately contacted without a floating space from the boding area.

At this time, the heat retaining part 140 is made of heat insulating fiber containing a tourmaline component.

The tourmaline expands capillary blood vessels by the synergy effect of anion and far-infrared ray effect, thereby promoting body temperature rise, skin activation, and metabolism. The effect of this synergistic effect is that the heat released by humans is absorbed by tourmaline and then returned to the human body. So widen the capillaries to promote blood circulation. It is effective for skin recovery, stomach movement, neuralgia, shoulder stiffness, and poor circulation.

As described above, it has been found that tourmaline has various effects. In addition to the effect of far-infrared rays, the effect of an additional anion has recently attracted interest and demand in the developed countries and the domestic market, and has been attracting attention as a new raw material.

The tourmaline component absorbs heat and emits heat to further enhance the thermal effect. The heat absorbed by the heat-generating pack 200 and the heat released from the user's body is maximized. .

The heat generating pack 200 includes a pack 210 filled with a filler 212 therein, a heating wire 220 arranged inside the pack 210 and a connector 230 connected to the heating wire 220 ).

The pack 210 has a bag shape and is filled in the inner space with the filler 212. The filler 212 is formed by sewing the filler 212 every predetermined interval to prevent the filler 212 from being squeezed.

The filler material 212 may include at least one of roots, leaves, and stems of a directional plant, and may include sand having excellent heat transfer.

When the oriental plant is filled, it is provided with effects such as mental and physical stability due to the fragrance as well as the poultice.

In addition, the filler 212 may be formed by processing fine particles of far-infrared radiation material that emits far-infrared rays. The far-infrared ray emitting material may be yellow soil, charcoal, jade, ceramic or elvan.

The directional plant and the far-infrared radiation material may be mixed together to form the filler 212.

As shown in FIG. 4, the far infrared ray radiation pad 240, which is filled with the far-infrared ray radiation material, is installed on one side of the heat-generating pack 200 filled with the directional plants without mixing the directional plant and the far- It may be detached.

At this time, in order to have a uniform surface on one side of the heat-generating pack 200 in a state where the far-infrared radiation pad 240 is attached, one side to which the far-infrared radiation pad 240 is attached is recessed 214 are formed.

The far-infrared radiation pad 240 is detachably provided, so that the user can use the far-infrared radiation pad 240 containing the desired substance.

According to the present invention, the heat-generating pack 200 and the far-infrared ray radiation pad 240 can be made of materials containing a user's desired material, so that various effects such as body and mind stability and far infrared rays as well as fomenting materials can be obtained. So that it can be conveniently used as compared with the conventional fomentation apparatus.

The connector 230 is installed at one side of the pack 210 to connect the heating wire 220 and is connected to the power supply unit 300 through a wire to supply power to the heating wire 220. The power supply unit 300 and the connector 230 may be coupled with each other by a conventional pin coupling method or a jack coupling method.

In the accompanying drawings, a jack system is used.

5A and 5B, a support pad 250 may be installed inside or outside the pack 210 to maintain the shape of the pack 210. As shown in FIGS.

That is, since the pack 210 is made of a raw material and has no supporting force, there is a problem in that the filling material 212 filled in the inside thereof is directed downward and the shape of the pack 210 can not be maintained. The support pad 250 is installed so that the entire fomenting area can be uniformly fomed.

As shown in FIGS. 6A and 6B, the heat storage pack 260 is provided in the heat storage pack receiving part 120 so as to obtain a fomenting effect through heat generation without continuously supplying power, A temperature sensor 270 is provided to measure the temperature of the pack 260 and control the power supply of the power supply unit 300.

That is, in the conventional fomentation apparatus, since power is continuously supplied to the heating wires to perform hot fomentation, there are many problems due to the generation of electromagnetic waves. However, the fomentation apparatus of the present invention accumulates heat in the heat- So that the heat accumulated in the heat accumulating pack 260 is released, so that the heat can be discharged without continuous power supply.

The heat storage pack 260 is formed of a pad accommodating a phase change material for accumulating and discharging heat. Accordingly, when the heat accumulating pack 260 accumulates heat and rises to a predetermined temperature or more, the temperature sensor 270 senses the heat accumulated in the heat accumulating pack 260, The power supply unit 300 is turned off.

The phase change material is a material that accumulates or stores heat through a kind of physical conversion process that changes from a solid state to a liquid state, from a liquid state to a solid state, from one state to another state.

The power supply unit 300 may be provided on one side of the heat-generating-cell accommodating unit 120 and may be provided on the other side of the body 100 to be exposed to the outside, 300 are provided with a power supply jack 310 coupled to the connector 230.

The power source of the power source unit 300 may be a conventional battery.

As shown in FIG. 7, the body 100 of the present invention is provided with a shielding pad 160 for shielding harmful electromagnetic waves. The shield pad 160 is disposed between the heat retaining part 140 and the heat generating pack 200 and is formed when the heating wire 220 of the heat generating pack 200 generates heat through the provision of the shielding pad 160. [ The electromagnetic wave can be shielded and the harmful electromagnetic wave can be prevented from being transmitted to the user.

The shielding pad 160 may be installed between the heat generating pack 200 and the heat insulating part 150 and may not be provided between the heat insulating part 140 and the heat insulating part 150 and the heat generating pack 200 The inner circumferential surface of the heat-generating-pack accommodating portion 120 may be formed of a shielding pad.

According to the present invention configured as described above, since the heat-generating-pack accommodating portion can be opened and closed by the opening and closing means, the user can replace the heat-generating pack containing the desired filler and use the same, Since the heat insulation is excellent and the thermal efficiency can be increased, the energy can be used for a long time with less energy. In addition, heat accumulation and discharge can be achieved without the continuous power supply through the installation of the heat accumulation pack, thereby saving energy and preventing the generation of electromagnetic waves.

100: body heat source body 110: fastening band
120: heat-generating-pack accommodating unit 130: opening /
140: a warming unit 141: a first netting
142: second net 143: ventilation space
150: heat insulating portion 160: shielding pad
200: Heat generation pack 210: Pack
211: depression 212: filler
220: heating wire 230: connector
240: far-infrared radiation pad 250: support pad
260: Heat storage pack 270: Temperature sensor
300: Power supply unit 310: Power supply jack

Claims

And a heat generating pack 200 accommodated in the heat generating pack accommodating part 120. The heat generating pack 200 includes a heat fixing pack 110 and a heat generating heat accommodating part 120. The heat generating heat accommodating part 120 is provided with a fastening band 110 on both sides, A feminine care appliance comprising:
The heat-generating-pack main body 100 is formed in a rectangular shape and the heat-generating-pack accommodating portion 120 is formed therein. The heat-generating pack accommodating portion 120 is opened and closed to replace the heat- One side of the heat-generating-pack accommodating portion 120 which is in contact with the fomenting portion is provided with a heat retaining portion 140 formed of thermal insulation fibers. Is provided with a heat insulating portion (150) formed of heat insulating fibers,
The heat generating pack 200 includes a pack 210 filled with a filler 212 in the inner space and sewed to a predetermined interval in order to prevent the filler 212 from leaning, And a connector 230 installed on one side of the pack 210 to connect the heating wire 220,
And a power supply unit 300 is provided on one side of the heat-generating-pack accommodating unit 120 or on one side of the body of the body of the user 100 to supply power to the connector 230 through the heating wire 220. [ .

The method according to claim 1,
Wherein the filler (212) comprises at least one of roots, leaves, and stems of a directional plant.

3. The method of claim 2,
When the filler 212 is filled in the inner space of the one side of the pack 210, the concave surface 214 is formed so as to be recessed as compared with other portions of the pack 210. The concave surface 214 has far infrared rays Wherein the pad (240) is detachably installed.

The method according to claim 1,
Wherein the filler (212) is a far-infrared ray emitting material which is formed of small particles and emits far-infrared rays.

The method according to claim 1,
Wherein a support pad (250) is installed inside or outside the pack (210) to maintain the shape of the pack (210).

6. The method according to claim 1 or 5,
The heat storage pack accommodating part 120 is provided with a heat storage pack 260 containing a phase change material contacting the heat storage part 140,
And a temperature sensor (270) for measuring the temperature of the heat storage pack (260) and controlling the power supply unit (300).

The method according to claim 1,
The warming unit 140 includes a first netting 141 formed on the inner side to be in contact with the heat-generating-pack accommodating unit 120 and a second netting 141 formed on the outer surface of the first netting 141, A second net member 142 formed to have a hole larger than the first net member 141 and a space between the first net member 141 and the second net member 142, And a ventilation space (143) formed by filling a plurality of strands or a plurality of strands of the strand so as to be formed by the plurality of strands.

8. The method of claim 7,
Wherein the warming unit (140) is made of heat insulating fiber containing a tourmaline component.

8. The method of claim 7,
Wherein the shielding pad (160) is disposed inside the body of the body (100) to shield the harmful electromagnetic waves from being interposed between the heat insulating part (140) and the heat generating pack (200).