KR20100030751A - Cold and warmth a mat - Google Patents

Abstract

PURPOSE: A 3-stage cold and hot mat is provided to prevent electromagnetic wave from being generated and generate heat in the electrolysis of sodium chloride electrolyte by positioning a hot water mat part on the top. CONSTITUTION: A 3-stage cold and hot mat comprises hot water mat part(1), an air mat part(2), and a coolant mat part(3). The hot water mat part, the air mat part, and the coolant mat part have a surface and a rear surface. The surface of the hot water mat part, the air mat part, and the coolant mat part is made of an outer cover and an inner cover. Sodium chloride electrolyte and ceramic balls are formed inside the surface and the rear surface of the hot water mat part. Pressing parts(14) are formed on the surface and the rear surface of the hot water mat part, the air mat part, the coolant mat part. A coupling hole(15) is formed at one corner of the hot water mat part. A rechargeable power supply part(16) is projected from a coupling hole. The air mat part is connected to a hot water mat part by a connecting member(123). A space is formed inside the air mat part. The coolant mat is connected to the other side of the hot water mat part through the connecting member. The inside of the coolant mat part is filled with the filter.

Description

Three-stage multipurpose cold and hot mat {Cold and Warmth a mat}

The present invention is a three-purpose versatile cold and warm mat, which is provided with a hot water mat unit, a refrigerant mat unit, and an adjustable air mat unit to be used for four seasons so that users can freely fold and use it.

In winter, by placing the hot water mat at the top and supplying power, a sodium chloride electrolyte solution containing salt and water is built in, and the input voltage is applied by the rechargeable power supply unit to generate heat through the heat generation using electrolysis. There is no harmful effect due to the sodium chloride electrolyte and a number of ceramic balls built-in far infrared radiation to smooth muscle fatigue and blood circulation,

In summer, the coolant mat part is placed at the top, and the coolant phenomenon caused by the mixture of water and silica gel filled therein makes it feel cool.

In the case of the other air mat unit, by adjusting the height of the air to adjust the height and eventually to the three-stage multi-use cold and hot mat that can be used in all four seasons.

As we know well, the four seasons in spring, summer, autumn, and winter are distinct.

However, summer and winter, which are classified as extremes, are not suitable for humans to live in, and in summer or winter, there are various products suitable for the season.

Of course, clothes and all other products are clearly sold and produced in the winter and summer.

One of the outstanding products among them can be cold and hot mat.

Naturally, the refrigerant is used to cool down the summer heat,

On the other hand, in the case of hot mats, that is, on mats, it is generally used to protect the human body from the cold in winter, whatever the means of heating.

It is also used for the treatment and prevention of certain patients.

Naturally, everyone knows well about the seasonal use, so if you omit it and explain it for the treatment of the disease,

In general, there are methods for treating human diseases, such as chemotherapy with drugs and physical therapy using physical energy. The physical therapy includes phototherapy (far infrared rays, near infrared rays), temperature such as cold water, hot water and steam. Stimulation of the disease to treat the disease, mechanical stimulation therapy (massage, correction, exercise), electrotherapy (microwave, laser), magnetic therapy, and the like.

In this physical therapy therapy, steam therapy, which is one of the numerical methods, is known to be excellent for the treatment of discs, fractures, muscle paralysis, etc. As a conventional treatment, a normal bath is a hot bag placed on the affected part or a towel soaked in warm water. By putting a considerable time on the affected part by applying the appropriate temperature to promote blood circulation around the affected area, the metabolism is smoothly made to help the revival of the damaged body tissues.

In other words, instead of using a wet towel, water is filled in the water bag of synthetic resin or rubber material, and the filling water is heated by heating means. It is used to fill the already heated water to reach the skin's warm temperature. At this time, when the water to be filled cold packs will have a cold pack function.

The heating method of the pack is heated by electric heating using electricity, a method of heating it naturally by dipping in boiling water, a method of using boiled water itself, or a method of using a microwave in recent years when the rate of microwave supply is increased. Is letting go.

However, the heating method by the electric heater is limited in the range of use according to the place where the electricity supply is made, and because of the wired method is difficult to move, and the risk and inconvenience of overheating, fire, electric shock due to errors in the electrical operation. .

In addition, the method of using hot water by using a rubber bag, etc., the plug function of the inlet and the firmness of the body is vulnerable, so that the water leaks or bursts, causing concern to wet the surroundings or burns.

In consideration of the problems that these heating methods have, the recently developed methods using chemical properties are limited to one or several times of service life, dryness where steam cannot be released, and odor generation due to chemical substances in case of steam emission. There are several problems with the use of it that can limit its use.

In particular, although the original purpose of the poultice is to use water vapor emanating from the hot water, the conventional poultice pack has a fundamental problem in that the poultice effect can hardly be expected because only a simple heat is used.

The poultice packs in this way will not be recommended as they are exposed to other side effects due to electromagnetic waves radiated from the heating wire and are also exposed to the side effects.

In addition, most packs have a problem that it is inconvenient to carry and use simply by keeping the power is always applied as described above.

The above problem may be referred to as a problem of mainly developed thermal or hot water mats.

Next, such a conventional hot water or a thermal mat can be used only as hot water or a thermal mat.

In other words, hot water or a thermal mat (hereinafter referred to as an "on mat") only performs a function as an on-mat but not as a refrigerant.

Therefore, even if the seasonal problem is excluded from the therapeutic point of view, there is a part to be treated with on-medium and refrigerant to be treated in the bar, the conventional development of the present invention in that it was used or handled each separately as a separate product This is it.

As such, the most significant problems due to the distinction between the on mat and the refrigerant are the inconveniences in use, that is, the inconveniences caused by storage, management, and transportation, respectively, and the economical waste of the matters. Can be.

Although not discussed further, there will be many problems caused by the classification of hot and cold mat, which is a problem of existing products.

The present invention for solving the above problems,

First, since the hot mat and the refrigerant mat and the air mat for height adjustment are integrally provided by the connecting member, the purpose is to enable the use of four seasons.

Next, the hot water mat part does not generate any electromagnetic waves, and since it is rechargeable, it does not need a power cord after charging is completed, so it is easy to use and carry, and it is possible to use without worrying about long-term failure and at the same time ceramic balls and magnets inside. By providing a large amount of far-infrared radiation can be provided to release muscle fatigue and to facilitate blood circulation,

Next, by providing a refrigerant mixed with water and silica gel inside the refrigerant mat part to feel cool due to the cold catalyst phenomenon, so that the object of the present invention can be used without the need to purchase a separate product for the summer or cold pack have.

Specific solution means for achieving the above object,

"The surface and the inner surface of the inner surface and the back surface are each composed of sodium chloride electrolyte and a plurality of ceramic balls, and the surface and the back surface are intermittently formed at a high frequency by crimping and fixing a plurality of crimping parts. Is provided with a coupling hole, the coupling hole is connected to the hot water mat portion protruding to the outside of the rechargeable power source unit so as to generate heat by electrolysis, and one side of the hot water mat portion is integrally connected by a connecting member It is composed of outer skin and inner skin, and the surface and the back surface are intermittently compressed at high frequency to form a plurality of pressing parts to be closely fixed. The inside is provided with a space to fill the air and the outer one side penetrates the outer skin and the inner skin. Air inlet is formed The other side of the hot water mat and the hot water mat part are integrally connected by a connecting member, and a plurality of pressing parts are formed on the front and back surfaces of the outer skin and the inner skin, respectively, intermittently and high pressure to be fixed and interlocked. The filling part is provided so that the filling is possible and the refrigerant mat part having a refrigerant inlet formed through the outer skin and the inner skin on one side thereof is combined.

The rechargeable power supply unit is a (+), (-) input terminal fixedly coupled to the outside of the coupling hole, the (+), (-) input terminal on one side of the LED lamp is provided to identify whether the charge from the outside, The inner side is made of a bimetal that is connected to each of the (+) and (-) input terminals in a waterproof state, and has a temperature control function, a (+) electrode bar and a (-) electrode bar connected to the bimetal,

The material of the outer shell is made of silver nano-material coated fabric and the inner shell is limited to non-toxic PVC sheet,

The magnet is built in the pressing portion,

The connecting member is provided with a plurality of fold lines in the longitudinal direction,

The refrigerant is formed by mixing water and silica gel,

The connecting member is provided with a plurality of detachable members in the longitudinal direction while maintaining a gap to allow the hot water mat portion, the air mat portion, the refrigerant mat portion detachable,

The hooking member is coupled to both outer edges of the air mat unit and the refrigerant mat unit, respectively, to achieve the above object.

The present invention as described above is applied in the winter, that is, when the hot water mat part is located at the top, unlike the existing products using the electric heating wire, there is no generation of electromagnetic waves and the exothermic action acting upon the electrolysis of the sodium chloride electrolyte. It is a charging type that can exert heat effect of 1 hour by charging for 5 minutes, so it is easy to use and carry, and a large amount of far-infrared rays are radiated by built-in ceramic ball, which helps the blood circulation by expanding capillaries by muscle fatigue and heat action. It is effective in preventing chronic fatigue,

When the refrigerant mat part is located at the top, it is very useful for fatigue recovery by cooling the heat of summer.

In the case of the air mat unit, it is very useful to maintain the state that the user can feel the most comfortable and soft by properly adjusting the injection of air through the air inlet when using the hot water mat unit and the refrigerant mat unit.

As a result, by connecting and using the hot water mat part, the refrigerant mat part, and the air mat part as the connecting member as described above, it is economically helpful by using the hot and hot mat as a single product without the need of replacing the hot and hot mat every season. Matt's outer skin is coated with silver nano-materials to enable negative ion and far-infrared radiation to promote blood circulation to facilitate metabolism.

In the above, the present invention has been illustrated and described with reference to specific preferred embodiments, but the present invention is not limited to the above-described embodiments, and the present invention may be applied to those skilled in the art without departing from the spirit of the present invention. Of course, various changes and modifications are possible.

Hereinafter, the specific configuration and operation of the present inventors three-stage multipurpose cold and hot mat will be described with the drawings.

Figure 1 is a perspective view of a three-stage multi-use cold and hot mat of the present invention, Figure 2 is a cross-sectional view of the three-stage multi-use cold and hot mat of the present invention, Figure 3 is a cross-sectional view of the hot water mat portion is located at the top of the present invention in a three-stage multi-use cold and hot mat. Figure 4 is a cross-sectional view of the refrigerant mat portion is located at the top of the present invention in a three-stage multi-purpose cold and hot mat, Figure 5 is a perspective view showing another embodiment of the connection member of the three-stage multi-purpose cold and hot mat, the present invention, Figure 6 FIG. 7 is an exploded perspective view showing another embodiment of the present invention in a three-stage multipurpose cold / hot mat connecting member, and FIG. 7 is a cross-sectional view of the hot water mat in the embodiment of FIG. 5 is a cross-sectional view of a state in which the refrigerant mat part is located at the top of the embodiment of FIG. 5 in the three-stage multipurpose cold / hot mat according to the present invention; Is a simplified circuit block diagram of the rechargeable power supply unit in the three-stage multipurpose cold / hot mat of the present invention, FIG. 10 is a cross-sectional view of a magnet housed in the crimping portion in the three-stage multipurpose cold / hot mat of the present invention, and FIG. It is a state diagram showing another embodiment of the state provided with a hook member to be coupled to the bed mattress in a three-stage multipurpose cold and hot mat.

The present invention is to enable the hot water mat unit 1, the air mat unit 2, the refrigerant mat unit 3 is integrally connected by the connecting member or preferably detachable as a detachable member.

First, the hot water mat part 1 is formed of the outer shell 10 and the inner shell 11, respectively, inside the surface and the rear surface of the sodium chloride electrolyte solution 12 and a plurality of ceramic balls 13 in the state of the front and rear surfaces. In the intermittent high frequency is pressed to form a plurality of crimping portion 14 to be fixed in close contact, one side of the corner portion is provided with a coupling hole 15, the coupling hole 15 is the electric sodium chloride electrolyte 12 The rechargeable power supply unit 16 coupled to generate heat by disassembling is projected to the outside.

The rechargeable power source unit () is coupled to the coupling hole () and the power cord () is coupled to enable the heat generation by the electrolysis of the sodium chloride electrolyte () provided in the body () by the supply of the power,

Specifically,

The rechargeable power supply unit () is provided with (+) and (-) input terminals () fixedly coupled to the outside of the coupling hole (), and power is supplied by the combination of the power cord () as shown in FIG. 9. Specifically, the input power voltage AC 220V, 60Hz is applied,

One side of the (+), (-) input terminal () is provided with an LED lamp () provided to identify whether the charge from the outside, when a certain temperature or more, the LED lamp () blinks to automatically apply the power supply It can be blocked by and to be identified from the outside as this will be described in detail below.

Next, the main body () is provided with a bimetal () connected to each of the (+) and (-) input terminals () in a waterproof state and having a temperature control function. If the LED lamp () is on, the bimetal () is connected. If the bimetal () is shorted, the LED lamp () is off and it is turned off. It can be identified from.

Next, a (+) electrode bar () and a (-) electrode bar () connected to the bimetal () are provided, so that when the power is supplied to the (+) electrode bar () and the (-) electrode bar (), electrolysis is performed. The sodium chloride electrolyte () is exothermic, resulting in heat dissipation to the outside.

At this time, a large amount of far-infrared rays are radiated by the ceramic balls () embedded with the sodium chloride electrolyte () to facilitate blood circulation of a specific part of the user.

Next, the air mat unit 2 is integrally connected to one side of the hot water mat unit 1 by the connecting member 123, and intermittently on the surface and the rear surface of the outer shell 20 and the inner shell 21, respectively. A plurality of crimping parts 14 which are compressed and fixed by high frequency are formed, and a space part 22 is provided therein so as to fill air therein, and an outer surface 20 and an inner skin 21 are provided on one outer side thereof. The air inlet 23 is formed through.

The air mat unit 2 is for assisting the refrigerant mat unit 3 and the hot water mat unit 1 described below, and specifically, may be referred to as height adjustment.

The primary role of the air mat unit 2 is to control the outflow and inflow of air through the air inlet 23 into the space 22 so that the present invention can be adjusted to a desired height as a whole.

Next, the coolant mat unit 3 is connected to the other side of the hot water mat unit 1 by an integrated member 123, and intermittently on the surface and the back surface composed of the outer shell 30 and the inner shell 31, respectively. And a plurality of crimping portions 14 which are pressed and fixed in high frequency to form a close contact with each other, are provided with a filling portion 32 so that refrigerant can be filled therein, and an outer surface 30 and an inner skin 31 on one outer side thereof. The refrigerant inlet 33 is formed through the through hole.

The refrigerant is formed by mixing water and silica gel, so that the coolant can be felt by using a cold catalyst phenomenon.

On the other hand, as shown in Figures 1 to 4, the connecting member 123 is provided with a plurality of fold lines 321 in the longitudinal direction,

As shown in FIG. 3, in the case of using the hot water mating part 1, the air mat part 2 is folded into the lower end of the hot water mating part 1 and then the refrigerant mat after the number of cases exists. Since the part 3 must be folded to the lower end of the air mat part 2, a plurality of fold lines 321 must be present in the connecting member 123 of the refrigerant mat part 3, because the refrigerant mat part This is because the range in which (3) is rotated is about twice as large as the rotation range of the air mat unit (2).

This is also applied to the hot water mat part 1 and the air mat part 2, so that a plurality of fold lines 321 should be present in the connection member 123.

Preferred embodiments to compensate for this are as shown in Figs. 5 to 8 and describe this,

The connection member 123 is provided with a plurality of detachable members 322 in the longitudinal direction while maintaining a distance therebetween so that the hot water mat unit 1, the air mat unit 2, and the refrigerant mat unit 3 can be detached. To do so,

Referring to the embodiment of the present invention, the case of FIG. 7 is the same as that shown in FIG. 3. 1) Of the detachable member 322 provided in the heat removal mat 322 provided in the connecting member 123 connected to the hot water mat part 1 in the longitudinal direction on the hot water mat part 1 when positioned at the lower end. After bending the detachable member 322 of the air mat unit 2 to the detachable member 322 at a position relatively close to the hot water mat unit 1,

When the refrigerant mat unit 3 is bent, the detachable member 322, which is relatively far from the hot water mat unit 1, of the detachable member 322 provided in two rows in the longitudinal direction in the hot water mat unit 1 is disposed on the detachable member 322. As described above, the detachable member 322 of the coolant mat unit 3 may be bent and coupled, as shown in FIG. 7.

Preferably, the outer skin (10, 20, 30) is made of a material coated with a silver nanomaterial and the inner skin (11, 21, 31) is limited to non-toxic PVC sheet by adding an environmentally friendly element to the user's health Make it possible to help promote.

As shown in FIG. 10, the compression unit 14 has a magnet 140 built therein to form a magnetic field, thereby facilitating further blood circulation, thereby exerting a further enhanced effect.

More preferably, as shown in FIG. 11, the hook members 230 are coupled to both outer edges of the air mat unit 2 and the refrigerant mat unit 3, respectively.

At this time, the air mat unit 2 in the present embodiment, which is used as a whole to the mattress of the bed, as a function of the mat of the present invention, is not simply for height adjustment.

The action of the present invention configured as described above,

First, the fabrication of the present invention is to form a crimping part () using a high frequency intermittently on the surface and the back surface of the hot water mat part 1, the air mat part 2, the refrigerant mat part 3 as shown in the figure and,

In the case of the hot water mat part 1, the ceramic ball () and the sodium chloride electrolyte () are stored therein through the coupling hole (), and then the rechargeable power supply unit () is coupled to the coupling hole (), and then, at high frequency. You can fix it.

Preferably, another embodiment of the configuration as shown in FIG. 10 may be possible by allowing the magnet () to be accommodated in the outer skin () and the inner skin () of the crimping portion ().

When using the hot water mat unit 1 in the above state,

When power is applied by combining the power cord () with the (+) and (-) input terminals (), the sodium chloride electrolyte () is electrolyzed by the (+) electrode bar () and the (-) electrode bar () and generates heat. When the temperature is above a certain temperature, the power is cut off by the short circuit of the bimetal () to maintain a constant temperature. In order to maintain the constant temperature, it is possible to maintain the constant temperature for about 1 hour if the battery is charged for about 5 minutes. .

After that, when the temperature falls below a certain temperature, the power is automatically connected by bimetal () to repeat the operation as described above. It is applicable and, therefore, is to be movable without being bound to place.

Next, the coolant mat part 3 is provided with a filling part 32 therein, and a coolant inlet 33 is formed through the outer skin 30 and the inner skin 31 on one side thereof to form the coolant inlet 33. It is used after opening and closing by injecting refrigerant through,

Next, in the case of the air mat unit 2 is used to inject air, the core is the hot water mat unit 1, the air mat unit 2, the refrigerant mat unit 3 to the connecting member 123 It is provided so that the user can be freely used to suit each season without regard to the season.

1 is a perspective view of the present inventors three-stage multipurpose cold and hot mat,

2 is a cross-sectional view of the present inventors three-stage multipurpose cold and hot mat,

3 is a cross-sectional view of the hot water mat is located at the top of the present invention in a three-stage multipurpose cold and hot mat,

Figure 4 is a cross-sectional view of the state in which the refrigerant mat portion is located at the top in the three-stage multipurpose cold and hot mat of the present invention,

Figure 5 is a perspective view showing another embodiment of the present invention, the connection member of the three-stage multipurpose cold and hot mat,

Figure 6 is an exploded perspective view showing another embodiment of the present invention the connection member of the three-stage multipurpose cold and hot mat,

7 is a cross-sectional view of the hot water mat in the embodiment of Figure 5 located in the top of the present invention in the three-stage multi-purpose cold and hot mat,

FIG. 8 is a cross-sectional view of a state in which a refrigerant mat part is located at the top of the embodiment of FIG. 5 in a three-stage multipurpose cold / hot mat according to the present invention; FIG.

9 is a simplified circuit block diagram of the rechargeable power supply unit in a three-stage multipurpose cold / hot mat according to the present invention;

10 is a cross-sectional view of a state in which a magnet is accommodated in the crimp section in the three-stage multipurpose cold / hot mat according to the present invention;

Figure 11 is a state diagram showing another embodiment of the state provided with a hook member to be coupled to the bed mattress in the present invention three-stage multi-purpose cold and hot mat.

   <Code Description of Main Parts of Drawing>

               1: hot water mat part 2: air mat part

               3: refrigerant mat part 10: sheath

              11: endothelial 12: sodium chloride electrolyte

              13: ceramic ball 14: crimping portion

              15: coupling hole 16: rechargeable power supply

              20: outer 21: inner

              23: air inlet 30: shell

              31: endothelial 32: filling unit

              33: refrigerant inlet 123: connecting member

             140: Magnet 160: (+), (-) input terminal

             161: LED lamp 162: bimetal

             163: (+) electrode bar 164: (-) electrode bar

             230: hook member 321: fold line

             322 detachable member I: power cord

Claims (8)

In the state of the inner surface and the back surface consisting of the outer shell 10 and the inner shell 11, respectively, the sodium chloride electrolyte 12 and a plurality of ceramic balls (13) is built in the surface and the rear surface intermittently high-frequency compression to close and fixed A plurality of crimping portions 14 are formed, and one side edge portion is provided with a coupling hole 15, and the coupling hole 15 is a rechargeable power supply unit which combines the sodium chloride electrolyte solution 12 so as to generate heat by electrolysis ( The hot water mat unit 1, which 16) protrudes outward, One side of the hot water mat unit 1 is integrally connected by the connecting member 123, and the surface and the back surface composed of the outer shell 20 and the inner shell 21, respectively, are intermittently crimped and fixed by high frequency. A plurality of portions 14 are formed, and the space portion 22 is provided in the inside so as to fill the air, and the air inlet 23 is formed through the outer shell 20 and the inner shell 21 on one outer side thereof. The air mat part 2, The other side of the hot water mat part 1 is integrally connected by the connecting member 123, and the surface and the back surface composed of the outer shell 30 and the inner shell 31, respectively, are intermittently crimped and fixed by high frequency. A plurality of parts 14 are formed, and a filling part 32 is provided in the inside thereof so that the refrigerant can be filled, and a coolant inlet 33 is formed through the outer skin 30 and the inner skin 31 on one outer side thereof. Three-stage multipurpose cold and hot mat, characterized in that the refrigerant mat portion 3 is made of a combination. The method of claim 1, The rechargeable power supply unit 16 is (+), (-) input terminal 160 fixedly coupled to the outside of the coupling hole 15, One side of the (+), (-) input terminal 160, the LED lamp 161 is provided to identify whether the charge from the outside, On the inside is a bimetal 162 and the temperature control function connected to each of the (+), (-) input terminal 160 in a waterproof state, The three-stage multipurpose cold and hot mat, characterized in that consisting of the (+) electrode bar 163 and (-) electrode bar 164 connected to the bimetal 162. The method of claim 1, The outer shell (10, 20, 30) is made of a material coated with silver nanomaterials and the inner shell (11, 21, 31) is a three-stage multipurpose cold and hot mat, characterized in that the limited to non-toxic PVC sheet. The method of claim 1, The crimping portion 14 is a three-stage multi-purpose cold and hot mat, characterized in that the magnet 140 is built. The method of claim 1, The connecting member 123 is a three-stage multipurpose cold and hot mat, characterized in that a plurality of fold lines 321 are provided in the longitudinal direction. The method of claim 1, The refrigerant is a three-stage multipurpose cold and hot mat, characterized in that formed by mixing water and silica gel. The method of claim 1, The connection member 123 is provided with a plurality of detachable members 322 in the longitudinal direction while maintaining a distance therebetween so that the hot water mat unit 1, the air mat unit 2, and the refrigerant mat unit 3 can be detached. Three-stage multipurpose cold and hot mat, characterized in that. The method of claim 1, Three-stage multipurpose cold and hot mat, characterized in that the hook member 230 is coupled to both outer edges of the air mat unit 2 and the refrigerant mat unit 3, respectively.

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