KR20110068686A - Cvering pad of low frequency therapy apparatus - Google Patents

Abstract

PURPOSE: A cover pad for a low frequency therapy apparatus is provided to prevent the secretion from the human body from falling around the human body or low frequency therapy apparatus. CONSTITUTION: A low frequency therapy apparatus comprises: a wearing pad(110) which is formed in a shape corresponding to a body part to be treated; a fixing unit(120) which fixes the low frequency therapy apparatus to the human body; a heater(130) which uses a heating wire; and ceramic(140) which is installed in the liner to come into contact with the human body. A cover pad for a low frequency therapy apparatus includes an absorption pad capable of absorbing the secretion from the human body.

Description

Coherent cover pad for low frequency treatment device {CVERING PAD OF LOW FREQUENCY THERAPY APPARATUS}

The present invention relates to a close cover pad for use in a low frequency treatment device, and more particularly, to a close cover pad capable of effectively treating body secretions generated during low frequency and heat treatment in the body.

Conventional low frequency thermal therapy devices are used to treat specific body parts such as joints such as the back, abdomen or knees.

At this time, during low frequency treatment, it is common to perform heat treatment in parallel. During low frequency or heat treatment, low frequency or heat causes a greater amount of sweat to be emitted from the user's body, and other waste products such as uric acid and salt are discharged along with the sweat.

Therefore, the inner surface of the low-frequency heat treatment device that is in close contact with the body is made of a soft material that is not absorbed sweat so as to facilitate cleaning and management after use.

However, during low-frequency treatments and thermal treatments in parallel with this, the sweat is discharged as it is, or flows down in close contact with the treatment unit and the body.

Furthermore, gel-based lubrication aids are applied to the body parts to enhance the effectiveness of low frequency or heat treatment, which can flow down to the body or to the surroundings of the low frequency therapy device by the heat generated by the user's body heat or low frequency therapy device. .

Therefore, sweat and various wastes may flow down with the lubrication aid used during the low frequency treatment, and the clothes of the user may be messy, and the sticky sweat and the lubrication aid may flow down all over the body and may not feel good.

In addition, if you sweat a lot, the waste inside the body is taken out together, the sweat is colorless, it is difficult for the user to easily check, it is difficult for the user to measure the appropriate heat treatment time with sweat.

The present invention provides a close cover pad for a low frequency thermal therapy device that can prevent the secretion secreted from the body when flowing in combination with low frequency or heat therapy to flow around the body or low frequency thermal therapy device.

The present invention provides a close cover pad that can visually check the amount of sweat generated during low frequency or heat treatment.

The present invention provides a close cover pad capable of reacting with body secretions during low frequency or heat treatment, or to accommodate additional substances that are good for the body.

According to an exemplary embodiment of the present invention for achieving the above object of the present invention, a plurality of conductors which are worn on the body part, mounted on the wearing pad between the body part and the wearing pad and providing low frequency to the body In the low-frequency heat treatment device comprising a, the close cover pad interposed between the ceramic and the body part, can cover the inner surface of the wearing pad, and includes a moisture absorbing pad that can temporarily receive the body secretion.

Conventionally, in the heat treatment combined with low frequency treatment, sweat discharged by heat generated from a body heat or a heating part, or a gel-type lubrication aid applied to the body during low frequency treatment may be mixed. In this case, the sweat or the adjuvant may remain or flow down in close contact with the treatment device and the body, and the user may feel quenched.

At this time, in the hygroscopic pad according to the present invention is absorbed by the sweat or adjuvant does not flow down the treatment device or body clean hygiene.

The hygroscopic pad is formed on the cover film and the cover film and includes a peripheral absorbing layer formed around the ceramic, wherein the peripheral absorbing layer is any one of natural or synthetic fibers, nonwoven fabric, cotton, and sponge so as to absorb the liquid or gel material. In particular, the absorbent pad is specifically added to the peripheral absorbent layer is an auxiliary substance that reacts to body secretions, such as sweat or waste mixed with sweat, it is possible to visually confirm the discharge of body secretions after the use of low-frequency treatment device have.

In particular, the colorless sweating is difficult to check the user's degree of sweating easily, but the moisture absorbing pad absorbs the sweat and the degree of change of color may vary depending on the amount of the sweat. can confirm. In addition, by confirming this, the user may determine whether he has sweated enough, and the user may be able to estimate an appropriate heat treatment time with the sweat.

For example, woody sap can be used as an auxiliary material contained in a moisture absorption pad. The woody sap is a collection of smoke generated by the charcoal of wood and liquefied when it comes into contact with the outside air. This changes, and there is also a deodorant effect.

In addition, the moisture absorbing pad may cover the inner surface of the wear pad and the ceramic as a whole, but an exposure hole may be formed in the moisture absorbing pad to expose the ceramic. Therefore, the ceramic can directly touch the body through the exposed ball, the low frequency generated in the ceramic can be more effectively transmitted to the body.

In the present specification, low frequency may be interpreted as a concept including both electrical or magnetic stimuli used for therapeutic purposes in addition to low frequency in a narrow sense. For example, low frequency, negative potential, ultra-high frequency, electron needle, etc. may occur in the low frequency thermal therapy device of the present invention.

In addition, when the close cover pad is provided to cover the inner surfaces of the ceramic and the wear pad as a whole, the close cover pad is a ceramic formed on the bottom of the cover film so as to be interposed between the cover film and the conductor in addition to the cover film and the peripheral absorbent layer described above. A storage layer may be further included, wherein the peripheral absorbing layer may be formed on the top surface of the cover film. In this case, embossing corresponding to each of the plurality of conductors may be formed on the close cover pad of the portion corresponding to the conductor.

In addition, the ceramic storage layer may include water, gel or liquid lubrication aids, various herbal ingredients such as licorice, ginseng, Astragalus, edible mushrooms, Cordyceps sinensis, spinach, wormwood, moisturizers, nutrients, etc. Beauty ingredients such as cosmetics, fruit extracts such as fruits, herbal extracts or extracts using black tea, green tea, chrysanthemum tea, or at least one of the aroma of the plant or processed into essential oils to make it easy to use Receiving additional material to include, the cover film may be formed into a structure that can pass the additional material.

For example, the cover film is formed with fine discharge holes corresponding to the ceramic and the ceramic storage layer, the moisture absorption pad may be provided on the upper surface of the cover film to be in contact with the body. In this case, the ceramic storage layer is provided at the bottom where the fine discharge hole is formed, and an additional amount of the material contained in the ceramic storage layer may flow out through the fine discharge hole.

Here, the additional material temporarily stored in the ceramic storage layer is discharged at the time of treatment to obtain a good effect by the additional material at the same time as the low frequency treatment.

In addition, the cover film may be provided as a fabric or non-woven fabric, cotton, sponge, etc., including natural or artificial fibers, the structure of which contains a myriad of pores without a separate fine vent hole.

The close cover pad of the present invention may temporarily receive auxiliary materials that can be used in low frequency and thermal therapy, and prevent the secretion secreted from the body during low frequency and thermal therapy to flow down to the periphery of the body or low frequency thermal therapy device.

The close cover pad of the present invention can visually check the amount of sweat generated by reacting with the body secretion discharged during low frequency and heat treatment.

The close cover pad of the present invention includes a ceramic and a ceramic storage layer covering the vicinity of the ceramic, and accommodates additional substances that are good for the body in the ceramic storage layer, and discharges them in an appropriate amount during low frequency and thermal treatment, thereby causing low frequency and heat. May increase the effectiveness of treatment.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Reference will now be made in detail to embodiments of the present invention, examples of which are illustrated in the accompanying drawings, wherein like reference numerals refer to the like elements throughout. For reference, in the present description, the same numbers refer to substantially the same elements, and may be described by quoting contents described in other drawings under such a rule, and the contents repeated or deemed apparent to those skilled in the art may be omitted.

1 is an exploded perspective view of a close cover pad according to an embodiment of the present invention and a low frequency heat treatment device to which the same can be applied.

Referring to FIG. 1, the low frequency thermal therapy apparatus 100 includes a wearing pad 110, a fixing part 120, a heating part 130, and a ceramic 140.

The wearing pad 110 is provided in a form corresponding to a body part for low frequency or heat treatment, and includes an outer skin 114 and an inner skin 114.

At this time, the outer skin 114 and the inner skin 114 may be made of a material such as a fabric or other soft synthetic resin that can be deformed, the low-frequency heat treatment device 100 is combined with the heat treatment to cause sweating while wearing Since the outer skin part 114 and the inner skin part 114 can use a soft material which sweat is not absorbed.

On the other hand, one end portion of the outer skin 114 is provided with a fixing portion 120 to wear the low-frequency heat treatment device 100 to the body.

The fixing part 120 is sewn on one end of the outer skin 114 and is coupled to the elastic belt 122 and the first fastener 124 formed at the end of the elastic belt 122 and the other end of the outer skin 114. It includes a second fastener 126 formed in. The elastic belt 122 surrounds a body part, and the first fastener 124 and the second fastener 126 may be coupled to each other to fix the elastic belt 122 to the body part. The inner skin 114 and the ceramics 140 may be in close contact with the body by the elastic force of the elastic belt 122. At this time, the outer skin 114 and the inner skin 114 is composed of a soft synthetic resin can be modified in response to the movement of the body.

In the present embodiment, the fixing part 120 uses a Velcro tape, but in some cases, a zipper or a snap button may be used.

In addition, the controller 150 may include a temperature controller, a low frequency controller, a display unit, and the like, and may control the intensity of the low frequency generated from the ceramics 140, a programmed pattern, an operating time, and the like. 130, the operating time, the set temperature and the like can be controlled.

The heating unit 130 may use a heating wire, and heat generated from the heating wire may be transferred to the body through the inner skin 110.

The ceramic 140 is mounted on the inner skin 114 to be in direct contact with the body part. The conductor 140 may be made of metal, but is formed of conductive rubber.

As such, the low frequency may be transmitted by the conductor 140 protruding from the inner skin 114. The ceramics 140 protrude for secure contact with the body.

Hereinafter, the close cover pad 200 which may be applied to the low frequency thermal therapy apparatus 100 described above will be described in detail.

The close cover pad 200 shown in FIG. 1 is interposed between the ceramic 140 and the body part, may cover the inner surface of the wearing pad 110, and the moisture absorbing pad 210 may temporarily receive body secretions. ). The moisture absorbing pad 210 is formed on the cover film 212 and the cover film 212 and includes a peripheral absorbing layer 214 formed around the conductor 140.

Conventionally, in the heat treatment combined with the low frequency treatment, sweat discharged by heat generated from the body heat or the heat generating unit 130, or a gel-type lubrication aid applied to the body during the low frequency treatment may be mixed and flowed out. In this case, the sweat or the adjuvant may remain on or flow down in close contact with the treatment device and the body, and thus the user may feel quenched.

At this time, in the peripheral absorbent layer 214 of the close cover pad 200 according to the present invention is accommodated in the sweat or supplements do not flow down the treatment device 100 or the body is clean hygiene.

Peripheral absorbent layer 214 may use any one of natural or synthetic fibers, non-woven fabric, cotton, and sponge to absorb the liquid or gel material, in particular, the absorbent pad 210 sweat or sweat mixed with waste Auxiliary substances reacting to body secretions, such as, may be added, and the use of low frequency therapeutic devices may enable visual confirmation of the discharge of body secretions.

In particular, the colorless sweat is difficult to check the extent of the user's shedding easily, but because the peripheral absorbent layer 214 absorbs the sweat and the degree of color change may vary according to the amount, the user is accommodated in the peripheral absorbent layer 214 The discoloration of the auxiliary substance can identify the amount of sweat. In addition, by confirming this, the user may determine whether he has sweated enough, and the user may be able to estimate an appropriate heat treatment time with the sweat. Accordingly, the peripheral absorbing layer 214 may be provided in a white or light color system so as to easily check discoloration.

For example, wood sap may be used as an auxiliary material contained in the peripheral absorbent layer 214. The wood sap is obtained by collecting smoke generated from charcoal wood into liquefaction while falling into contact with outside air. When reacting, the color changes and there is also a deodorizing effect.

Referring to FIG. 2, the contact cover pad 200 according to the present exemplary embodiment is provided with an exposure hole 220 for exposing the ceramic 140 to the moisture absorption pad 310. Of course, in some cases, the close cover pad without the exposed hole 220 may cover the inner surface of the wearing pad 110 together with the ceramic 140 as a whole. However, in the close cover pad 200 according to the present embodiment, the ceramics 140 may directly contact the body through the exposure hole 220, and the low frequency generated from the ceramics 140 may be more effectively transmitted to the body.

Hereinafter, another close cover pad 300 that may be applied to the low frequency thermal therapy apparatus 100 described above will be described in detail.

Referring to FIG. 3, the close cover pad 300 according to the present embodiment includes a moisture absorption pad 310 and a ceramic pad 360. For reference, the description of the moisture absorbing pad 310 of the present embodiment may refer to the description of the moisture absorbing pad 210 of the previous embodiment.

The ceramic pad 360 is provided to cover each of the ceramics 140 protruding into the exposure hole 320, the ceramic pads 360, in addition to the lubrication aid, licorice, ginseng, Astragalus, situation mushrooms, Cordyceps sinensis, viburnum, Various herbal ingredients such as mugwort, liquid ingredients, cosmetics including gel or cream moisturizers and nutrients, cosmetic extracts such as fruits, fruit extracts such as fruits, herbal extracts or extracts using black tea, green tea, chrysanthemum tea, It is provided so as to temporarily receive additional substances including at least one of the scent of the plant or the aroma processed into essential oils for ease of use.

The ceramic pad 360 may basically be provided by only one sheet of the ceramic storage layer 350 capable of accommodating additional materials, but in this embodiment, the amount of the auxiliary material from the ceramic storage layer 350 may be continuously discharged in an appropriate amount. It includes a cover film 312 to adjust.

The cover film 312 may be formed to have a structure that allows the additional material to pass therethrough. For example, fine discharge holes may be formed, and the same material as that of the peripheral absorbing layer 314 may be formed, for example. It may be formed using any one of natural or synthetic fibers, nonwovens, cotton, and sponges.

In addition, in order to fix the ceramic pads 360 to the ceramics 140, a ring-shaped mounting groove 115 is formed around each of the ceramics 140 in the inner skin 114 on which the ceramics 140 are mounted. For reference, the ring-shaped mounting groove may be formed directly on the outer peripheral surface of the conductor.

In addition, the ceramic pad 360 of the present embodiment includes an elastic ring 330 corresponding to the mounting groove 115, and the elastic ring 330 is inserted into and fixed to the mounting groove 115 to form the ceramic pad 360. ) May be fixed to the inner skin 114 in a state covering the conductor 140. The elastic ring 330 is disposed along the edge of the ceramic pad 360 between the outer skin 112 and the inner skin 114. Therefore, the ceramic pad 360 according to the present embodiment may cover each of the ceramics 140.

Of course, even without a separate mounting groove, the ceramic pad may be bound around the outer circumferential surface of the ceramic or the outer circumferential surface of the ceramic with only an elastic ring, and is disposed between the body and the wearing pad so that the edge of the ceramic pad may be disposed between the outer circumferential surface of the ceramic or the outer circumferential surface of the ceramic By sewing so as to tighten the ceramic pad can be bound around the outer peripheral surface of the ceramic or the outer peripheral surface of the ceramic.

As a result, additional materials temporarily accommodated in the ceramic pad 360 may be continuously discharged toward the body in a low frequency and heat treatment.

Hereinafter, another close cover pad 400 that may be applied to the low frequency thermal therapy apparatus 100 described above will be described in detail.

Referring to FIG. 4, the close cover pad 400 according to the present exemplary embodiment is provided in a state of covering the inner surfaces of the ceramic 140 and the wearing pad 110 as a whole, and closely adheres to a portion corresponding to the ceramic 140. The cover pad 400 is formed with embossing 430 corresponding to each of the plurality of conductors 140. For reference, the moisture absorbing pad 410 of the present embodiment may refer to the description of the moisture absorbing pad 210 of the previous embodiment, and repeated content may be omitted.

The close cover pad 400 according to the present embodiment includes a moisture absorbing pad 410 and a ceramic storage layer 450.

The moisture absorbing pad 410 is formed on the cover film 412 and the cover film 412 and includes a peripheral absorbing layer 414 formed around the conductor 140.

In the cover film 412, fine discharge holes 442 are formed corresponding to the ceramics 140 and the ceramic storage layer 450, and the upper surface of the cover film 412 may be in contact with the body. Can be provided.

In this case, the ceramic storage layer 450 is provided at the bottom of the cover film 412 in which the fine discharge holes 442 are formed, and additional material contained in the ceramic storage layer 450 is appropriately provided through the fine discharge holes 442. Sheep may spill.

Here, the additional material temporarily stored in the ceramic storage layer 450 may be provided in a gel or a liquid phase, and may be discharged at the time of treatment to obtain a good effect by the additional material at the same time as the low frequency treatment.

Additional substances include, for example, cosmetics such as cosmetics, including moisturizers, nutrients and the like in liquids, gels or creams, various herbal ingredients such as licorice, ginseng, astragalus, green mushroom, cordyceps, wormwood, wormwood, etc. Herbal extract of the same fruit, or extracts using black tea, green tea, chrysanthemum tea, or the like, or may include at least one of the aroma of the plant or processed into essential oils (精油) state to facilitate the use. The additional material may also be a lubrication aid in the form of a gel provided to enhance its effectiveness at low frequencies.

The ceramic storage layer 450 may be provided as a woven or non-woven fabric, cotton, sponge or the like containing natural or artificial fibers.

In addition, since the cover film 412 may prevent the sweat or auxiliary agent, etc. discharged from the body from directly penetrating the wearing pad 110 in close contact with the body, except for the portion corresponding to the ceramics 140, the treatment device ( It can help to use 100 cleanly.

As described above, although described with reference to the preferred embodiment of the present invention, those skilled in the art various modifications and variations of the present invention without departing from the spirit and scope of the invention described in the claims below I can understand that you can.

1 is an exploded perspective view of a close cover pad according to an embodiment of the present invention and a low frequency heat treatment device to which the same can be applied.

2 is a cross-sectional view of Fig.

3 is a perspective view of another close cover pad that can be applied to a low frequency thermal therapy device.

Figure 4 is a perspective view of another close cover pad that can be applied to a low frequency thermal therapy device.

<Description of the symbols for the main parts of the drawings>

100: Low frequency thermal therapy device 110: Wearing pad

112 ： Outer skin 114 ： Inner skin

115: Mounting home 120: Government

130: Heat generating part 200: Ceramic cover pad

210: storage layer 220: adjustment layer

Claims (8)

In a low-frequency heat treatment device comprising a wear pad worn on a body part, a plurality of ceramics mounted on the wear pad between the body part and the wear pad and providing a low frequency to the body, the intervening between the ceramic and the body part. In the close cover pad which becomes, An adhesive cover pad may cover an inner side surface of the wearing pad and include a moisture absorbing pad that may temporarily receive body secretion. The method of claim 1, The absorbent pad includes a cover film and a peripheral absorbing layer formed on the cover film and formed around the ceramic, wherein the peripheral absorbing layer is formed using any one of natural or synthetic fibers, nonwoven fabric, cotton, and sponge. Adherence cover pad made of. The method of claim 1, An auxiliary material reacting with the body secretion is added to the moisture absorbing pad, and the cover pad can be visually confirmed to discharge the body secretion after the use of the low frequency treatment device. The method of claim 1, The cover pad, characterized in that the moisture absorption pad is formed with an exposure hole to expose the ceramic. The method of claim 2, The close cover pad includes a ceramic storage layer formed on the bottom surface of the cover film so as to be interposed between the cover film and the ceramic, wherein the peripheral absorbing layer is formed on the top surface of the cover film. The method of claim 2, The ceramic storage layer includes at least one of a lubrication aid, a herbal medicine, a cosmetic material, an extract, an aroma, The cover film is in close contact with the pad, characterized in that formed in a structure capable of passing the additional material. 5. The method of claim 4, The cover pad further comprises a ceramic pad covering each of the ceramics exposed through the exposure hole. The method of claim 1, The low frequency treatment device is a close cover pad, characterized in that it further comprises a heating unit for providing heat to the body.

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