KR200489243Y1 - A sitting cushion For Hyperthermia - Google Patents

Abstract

The present invention relates to a cushion for thermal therapy, and more particularly, to a cushion comprising a plurality of materials stacked; And a treatment projection provided on the seat, wherein the seat comprises a shell fabric, a pledging foam provided on the upper side of the shell fabric, a large carbon heating element provided on the upper side of the plush foam, An aluminum glass fiber disposed above the carbon heating element; a charcoat felt disposed on the upper side of the aluminum glass fiber; and a high frequency fabric provided on the top surface of the charcoal felt, Wherein the heating temperature of the small carbon heating element is higher than the heating temperature of the large carbon heating element and the heating temperature of the seat is higher than the heating temperature of the treatment projection, The present invention relates to a cushion for thermal treatment capable of intensive treatment.

Description

A sitting cushion for hyperthermia}

The present invention relates to a cushion for a hyperthermia treatment, and more particularly to a cushion for a hyperthermia treatment in which a user can treat a specific site such as a perineum or anus in a sitting state.

In general, when treating a disease such as hemorrhoids, prostate, urethritis, cold sores, uterine inflammation, anal sphincter and the like, Therapy is being done.

In order to perform such conventional hyperthermia treatment, patients generally put hot water in bathtubs, toilets, and other enclosed spaces in a container such as a bathtub, and then take a bathing bath soaking the bottom portion of the lower body, which is a treatment site. These conventional physical therapies for hyperthermia are effective only after repeated treatment for a long period of time.

However, the conventional method of hyperthermic physical therapy has had to immerse the hip in hot water for a long time and the patient and the patient helping the patient were cumbersome and uncomfortable. In addition, elderly people have difficulty in performing long-term continuous treatment when their knees and joints are sick when they sit for a long time.

In order to overcome these problems, a seat type treatment device is being developed.

As an example of a seat type therapeutic apparatus, Korean Patent Laid-Open Publication No. 10-1998-0067588 (hereinafter referred to as Patent Document 1) discloses a "protruding type hemorrhoid treatment apparatus".

Patent Document 1 is composed of a protruding portion formed at the center portion in the form of a cushion and a flat seat formed so as to surround the periphery of the protruding portion. The user uses the temperature controller connected to the protruding portion to heat the protruding portion so that the temperature of the protruding portion becomes a proper temperature for the treatment while the anus in the body is positioned on the protruding portion and treats the anus in that state.

However, the conventional seat type therapeutic apparatus such as Patent Document 1 can not control the temperature of the seat and the protruding portion for anus treatment separately, and energy can be unnecessarily used.

In addition, the conventional seat-type therapy device has a problem in that the protruding portion and the seat are formed integrally, resulting in poor fit and adhesion. If the protruding portion or the seat is broken, the corresponding component can not be repaired or replaced.

Another example of a seat type therapy device is disclosed in Korean Patent Registration No. 10-0903912 (hereinafter referred to as Patent Document 2), which is related to a prosthetic perineal self-fitting massage mat equipped with a vibration and a heating device .

The 'Patent Document 2' is composed of protruding portions 12 and 12 'fitted to the lower body anus according to the seating posture and the bending to the genital part on the seating surface of the outer body 10 and the outer body 10.

The projecting portions 12 and 12 'are concave portions between the two convex portions and the convex portions, but the two convex portions 12 and 12' have different shapes from each other. Therefore, there is a disadvantage that the user must be seated in the front and rear direction so that the anus is positioned in the rear protrusion forming portion 12 '.

Another example of a seat type therapy apparatus is disclosed in Korean Utility Model Registration Utility Model No. 20-0267768 (hereinafter referred to as Patent Document 3), which is related to a thermal cushion for treating hemorrhoids.

Patent Document 3 discloses a heat insulating plate 3 which is disposed on the upper surface of a cushion 2, a silicon hot wire 4 and a protruding portion 5 disposed on the upper surface of the heat insulating plate 3, 9, and a temperature controller 9 connected in parallel with the silicon hot wire 4.

This Patent Document 3 has a problem that the temperature of the seat and the temperature of the protruding portion 5 can not be distinguished from each other and controlled because the protruding portion 5 for treating the anus and the seat for the anus are heated by one temperature regulator 9 have.

Another example of a seat type therapy apparatus is disclosed in Korean Patent Laid-Open Publication No. 10-2002-0086218 (hereinafter referred to as Patent Document 4), which is related to a "hyperthermia cushion".

Patent Document 4 discloses an anal treatment machine 30 installed to protrude from a cushion 10 and a cushion 10 and connected to a power line 39 to heat the anal treatment machine 30 inside the anal treatment machine 30 A halogen lamp 32, a light-transmitting nozzle 31 of a jade-like material for emitting far infrared rays emitted from the halogen lamp 32 to the user's affected area, a functional panel 11 provided on the cushion 10, 11 connected to the power line 39 so as to heat the functional panel 11.

In this patent document 4, since the inside of the anal treatment unit 30 protruded to receive the load of the body is empty and the halogen lamp 32 is installed in the empty space, an accident caused by breakage or breakage of the anal treatment unit 30 occurs . In addition, the installation structure of the anal treatment device 30 is complex such that the light transmitting nozzle 31, the halogen lamp 32, and the power line must be installed. In addition, since the upper and lower thicknesses of the cushion 10 were required to be provided for installing the halogen lamp 32, unnecessary costs were incurred.

In addition, in Patent Document 4, since the halogen lamp 32 and the light transmitting nozzle 31 are spaced apart from each other, the heat of the halogen lamp 32 can not be directly transmitted to the light transmitting nozzle 31, so that the treatment effect may be insignificant.

As another example of a seat type therapeutic apparatus, Korean Utility Model Publication No. 20-2011-0004510 (hereinafter referred to as Patent Document 5) discloses a cushion having a far-infrared ray radiator.

The cushion 100 of Patent Document 5 includes a bottom plate 10, an elastic portion 20 formed with a carbon hot wire 21, an upper plate 30 provided with a protrusion 65 at a central portion thereof, a carbon hot wire 21, A far infrared ray generator 60 located inside the projection 65, a far infrared lamp 66 installed inside the far infrared ray generator 60, a far infrared ray lamp 60 installed inside the far infrared ray generator 60, And a through hole 65a of the projecting portion 65 formed so that the light of the light source 66 is irradiated to the body.

The 'Patent Document 5' has a complicated structure because a lamp 66 is provided inside the protrusion 65 as in Patent Document 4, and structures for supporting and electrically connecting the lamp 66 are provided. Further, since the upper and lower thicknesses of the cushion 100 have to be secured for installing the lamp 66, unnecessary costs have been incurred.

In addition, 'Patent Document 5' does not directly heat the protruding portion 65 which is in contact with the anus, but exposes only to the far-infrared rays, so that the therapeutic effect is insignificant.

Also, in Patent Document 5, the carbon hot wire 21 that heats the seat portion can not heat the entire seat evenly.

Korean Patent Laid-Open Publication No. 10-1998-0067588 Korean Patent Registration No. 10-0903912 Korean Utility Model Registration No. 20-0267768 Korean Patent Publication No. 10-2002-0086218 Korean Utility Model Publication No. 20-2011-0004510

The object of the present invention is to provide a cushion for hyperthermia that can be treated intensively in the perineal region and the anus and the vicinity thereof to solve the above-mentioned problems.

The object of the present invention is to provide a cushion for thermal therapy with improved fit and adhesion.

According to an aspect of the present invention, there is provided a cushion for thermal therapy, comprising: a seat having a plurality of materials stacked; And a treatment projection provided on the seat, wherein the seat comprises a shell fabric, a pledging foam provided on the upper side of the shell fabric, a large carbon heating element provided on the upper side of the plush foam, An aluminum glass fiber disposed above the carbon heating element; a charcoat felt disposed on the upper side of the aluminum glass fiber; and a high frequency fabric provided on the top surface of the charcoal felt, And the heat generation temperature of the seat is higher than the heat generation temperature of the treatment projection.

In addition, the cushion for thermal treatment of the present invention comprises the above-mentioned high frequency raw fabric, the embossed fabric provided above the underside fabric, and the fabric provided above the embossed fabric to which the above-mentioned ternanium is installed .

In the cement for heating treatment according to the present invention, each of the charcoat felt and the high-frequency fabric has a long hole, and the lower side of the therapeutic projection faces the carbon heating element.

The thermotherapy cushion of the present invention has the following effects.

The thermotherapy cushion of the present invention can reduce the energy by heating the body parts to be treated at only a high temperature at the contact portion and heating the remaining portions at a lower temperature.

In addition, since the treatment cushion of the present invention is different from the material of the seat, and the treatment projection is made and installed in a separate structure from the seat, the cushion of the body is in contact with the treatment projection, .

In addition, in the cushion for thermal treatment of the present invention, since the first convex portion and the second convex portion have the same shape, they can be used in the same manner regardless of whether the user sits in the left or right direction.

Fig. 1 is a perspective view of a cushion for a thermal treatment of the present invention
Fig. 2 is an exploded perspective view of Fig.
Fig. 3 is a plan view of the cushion for thermal treatment of the present invention
Fig. 4 is a cross-sectional view taken along the longitudinal direction of Fig. 3
FIG. 5 is a diagram illustrating an example of a user using the apparatus in a state in which the apparatus is viewed straight from the right side of FIG.
Fig. 6 is a view showing an upright state

The same components as those of the prior art will be described below with reference to the related art, and a detailed description thereof will be omitted.

The terminology used herein is for the purpose of describing particular embodiments only and is not intended to limit the invention. The singular forms as used herein include plural forms as long as the phrases do not expressly express the opposite meaning thereto. Means that a particular feature, region, integer, step, operation, element and / or component is specified, and that other specific features, regions, integers, steps, operations, elements, components, and / And the like.

It is to be understood that when an element is referred to as being "connected" or "in contact" with another element, it may be directly connected or contacted with the other element, but other elements may be present in between .

Hereinafter, preferred embodiments of the present invention will be described with reference to Figs. 1 to 6. Fig.

The cushion 100 for a hyperthermia treatment according to an embodiment of the present invention includes a seat 200 formed by stacking a plurality of materials and a treatment projection 300 provided on the seat 200, A large-sized carbon heating element 230 disposed above the large-sized carbon heating element 230, and a large-sized carbon heating element 230 disposed above the large-sized carbon heating body 230. The large- A plurality of carbon heating elements 230 and 240 disposed on the upper side of the aluminum heating plate 250 and a plurality of carbon heating elements 230 and 240 disposed on the upper side of the aluminum heating plate 250; And a high-frequency raw material 280 installed on the top surface of the charcoal felt 260 and 270. The heating temperature of the seat 200 is higher than the heating temperature of the treatment protuberance 300 Temperature.

높다.In this embodiment, the heating temperature of the treatment protuberance 300 is 5 to 10

high.

Therapeutic projection 300 is received in elongated hole 281 of high frequency fabric 280 and is located at the center of seat 200. Therefore, it is preferable that the small-sized carbon heating element 240 for heating the treatment protuberance 300 is installed at the center of the large-sized carbon heating element 230.

More specifically, the small carbon heating element 240 of the present embodiment intensively heats the therapeutic projection 300, and the large carbon heating element 230 heats the seat 200 intensively.

The small-sized carbon heating element 240 located under the therapeutic protuberance 300 is stacked on the large-sized carbon heating element 230.

Therefore, the therapeutic protuberance 300 is heated more than the seat 200 by the carbon heating elements 230 and 240 stacked up and down.

The heating temperature of the small carbon heating element 240 and the heating temperature of the large carbon heating element 230 may be the same or different. That is, the heating temperature of the small carbon heating element 240 may be equal to the heating temperature of the large carbon heating element 230, or the heating temperature of the small carbon heating element 240 may be made higher than the heating temperature of the large carbon heating element 230 .

The high frequency raw fabric 280 of the present invention includes a base fabric 283, an embossing fabric 285 disposed on the underside fabric 283, and an embossing fabric 285 disposed on the embossing fabric 285, 287 are installed. Therefore, the high-frequency fabric 280 having the three-layer structure can feel a sense of cushion when the user P sits on the seat 200.

The charcoat felt 260 and 270 include a large charcoat felt 270 installed on the upper side of the carbon heating elements 230 and 240 and a small charcoal felt 260 installed on the upper side of the large charcoal felt 270.

The heat treatment cushion 100 of the present invention is formed in such a manner that the end face of the sheath fabric 210, the end face of the dowel foam 220, the end face of the large carbon heating element 230 and the end face of the aluminum glass fiber 250 The cross section of the large charcoal felt 270 is substantially rectangular, which is similar to the cross section of the high frequency raw fabric 280.

The treatment protuberance 300 includes a perineum part located at the anterior part of the anus and the anus among the body parts of the user P and a protrusion main body 310 contacting the perineal part, And a flange 320 connected to the flange 320.

The treatment protuberance 300 includes a ceramic forming a projection body 310 to be described later and a dome forming fabric covering the ceramic to form an outer surface.

The ceramic is composed of about 360 ceramic balls.

The diameter of the ceramic ball is 8 mm.

The ceramic balls may be formed so as not to be separated from each other.

The dome forming fabric may form the flange 320 of the treatment projection 300. Thus, the heat generated by the small-sized carbon heating element 240 can be quickly transmitted to the outer surface of the treatment protuberance 300 through the flange 320.

Since the treatment projection 300 is different from the material of the seat 200 and the treatment projection 300 is formed and installed in a separate structure from the seat 200, The fit and adhesion of the contacted body part is good.

The projection main body 310 includes convex portions formed on the left and right sides of each other and having the same shape, and concave portions 313 connected between the convex portions on both sides. Both ends of the concave portion 313 are connected to the convex portions on both sides.

More specifically, the projection height of the convex portion is higher than the projection height of the concave portion 313, and the front-back width of the convex portion is wider than the front-back width of the concave portion 313. That is, the projection main body 310 has a depression at the center except the lower side.

The projection main body 310 is bilaterally symmetrical, and symmetrical in the fore-and-aft direction.

Therefore, when the cushion 100 for thermal treatment according to the present invention is viewed straight from the left or right direction as shown in FIG. 5, the cross-section of the projection main body 310 has a hemispherical shape, that is, a dome shape at all positions.

Therefore, the present invention allows the user P to intensively treat various parts simultaneously by placing the perineum part in the concave part 313 and placing the anus part in the convex part. In addition, since the first convex portion 311 and the second convex portion 315 have the same shape, the present invention can be used in the same way regardless of whether the user P sits in the left or right direction.

The flange 320 is disposed between the high frequency fabric 280 and the small charcoal felt 260 so that the therapeutic protuberance 300 is fixed between the high frequency fabric 280 and the charcoal felt 260, .

The peripheral shape of the flange 320 may correspond to the peripheral shape of the projection main body 310. [ That is, the inside and outside width of the flange 320 is preferably constant.

The elongated hole 281 of the high frequency fabric 280 refers to the entire elongated hole formed at the center of each of the tormonium fabric 287, the embossed fabric 285 and the underside fabric 283.

An elongated piece 290 is formed at the center of the high-frequency fabric 280 so as to form an elongated hole 281 in which the therapeutic projection 300 is located.

The elongated piece 290 can be formed on the underside fabric 283.

The peripheral shape of the extension piece 290 corresponds to the shape of the flange 320 of the treatment projection 300.

The upper surface of the extension piece 290 is located below the upper surface of the embossed fabric 285. Therefore, the high frequency raw fabric 280 is stepped by the embossed fabric 285 and the extending pieces 290. The cushion 100 for healing therapy is formed with a recessed space S surrounded by the therapeutic projection 300, the embossed fabric 285 and the extended piece 290. The hip of the user P, Can be inserted into the space (S) below the main body (300). Therefore, the anus and the vulva of the user P can be more closely attached to the main body of the therapeutic projection 300.

The inner end of the extension piece 290 is spaced apart from the projection body 310 by a predetermined distance.

Also, the extension piece 290 is positioned above the flange 320 of the treatment projection 300.

The outer end of the flange 320 of the treatment protuberance 300 is positioned below the underside fabric 283 of the high-frequency fabric 280.

The size of the torsium 287 is smaller than the size of the therapeutic projection 300.

When viewed from a plan view, the thermotherapy cushion 100 of the present invention is composed of hexagonal torsium, half of the hexagonal trapezoidal torsion, and hexagonal nanodiamond torsium (NDT) . There are 165 hexagonal torsions, 26 trapezoidal torsions, and 44 nano diamond torsions (NDT) per cushion (100) for a single thermal treatment.

A plurality of the torsion springs 287 are spaced apart from each other to surround the therapeutic projection 300.

In this embodiment, the torsium 287 is a torsion ceramic.

The heating treatment cushion 100 of the present invention has elongated holes 261, 271 and 281 formed on the charcoal felt 260 and the high frequency raw fabric 280, respectively, (230, 240). That is, the lower surface of the treatment protrusion 300 and the carbon heating elements 230 and 240 face each other at a close position.

The long hole 281 of the high frequency raw fabric 280 is referred to as a first long hole 281 and the long hole 261 of the small charcoal felt 260 is referred to as a second long hole 261 and the large charcoal felt 270 The long hole 271 is referred to as a third long hole 271.

The first elongated hole 281 is formed in the upper and lower direction of the high frequency raw material 280 and the second elongated hole 261 and the third elongated hole 271 are formed penetrating in the vertical direction of the charcoal felt 260 and 270.

The cross section of the third elongated hole 271 and the cross section of the second elongated hole 261 are substantially rectangular.

The width of the third long hole 271 is equal to the width of the second long hole 261.

The width of the second elongated hole 261 is shown to be smaller than the width of the flange 320 so that the flange 320 of the therapeutic projection 300 is not received in the second elongated hole 261, The flange 320 may be received in the second elongated hole 261.

Therefore, the heat generated by the small-sized carbon heating element 240 can be received in the second long hole 261 and the third long hole 271 surrounded by the charcoat felt, and the second long hole 261 and the third long hole 261 271 are connected to the direct treatment protuberance 300, the therapeutic effect of the treatment protuberance 300 is good.

The left and right lengths of the small charcoal felt 260 are the same as the left and right lengths of the large charcoal felt 270.

The front and rear lengths of the small charcoal felt 260 are about 1/3 of the lengths of the front and rear sides of the large charcoal felt 270.

The left and right lengths of the small carbon heating element 240 are the same as the left and right lengths of the large carbon heating element 230.

The front and rear lengths of the small carbon heating element 240 are about 1/3 of the front and rear lengths of the large carbon heating element 230.

It is preferable that the external shape of the small charcoal felt 260 is the same as the external shape of the small carbon heating element 240 so that all the heat generated by the small carbon heating element 240 can be transmitted.

The small carbon heating element 240 heats the entire lower surface of the opposing treatment projection 300.

The small carbon heating element 240 preferably has a size corresponding to the treatment projection 300 so as not to unnecessarily consume energy. Therefore, the present invention heats the treatment protuberance 300 with the separately provided small-sized carbon heating element 240, so that less energy is used and energy is saved.

Also, since the heat source is the carbon heating element 230 or 240, the entire area of the seat 200 and the treatment protuberance 300 can be uniformly heated.

As described above, the present invention has several stacked structures. In more detail, the present invention includes a high frequency raw fabric 280 comprising a tornado fabric 287, an embossing fabric 285 and a bottom fabric 283, a flange 320 positioned below the high frequency fabric 280, The treatment protrusion 300 housed in the long hole 281 and partially protruding to the upper side of the high frequency raw fabric 280, the small charcoat felt 260 located under the therapeutic protuberance 300, and the small charcoal felt 260 A small carbon heating element 240 which is in contact with the lower surface of the aluminum glass fiber 250, a small carbon heating element 240 which is in contact with the lower surface of the aluminum glass fiber 250, A large size carbon heating element 230 contacting the lower surface of the large carbon heating element 230 and a bottom foam 220 contacting the bottom surface of the large carbon heating element 230 and an outer skin 210 contacting the bottom surface of the bottom foam 220.

Therefore, the heat generated by the small-sized carbon heating element 240 is quickly transmitted to the projection body 310 via the second and third long holes 261 and 271. [

There are a large charcoat felt 270 and a small charcoal felt 260 having a size corresponding to each of the large carbon heating element 230 and the small carbon heating element 240. The seat 200, 300), respectively.

Since the elongated holes are formed in the high frequency fabric 280 and the charcoat felt 260 and 270, only the aluminum glass fiber 250 is positioned between the therapeutic protrusion 300 and the carbon heating elements 230 and 240. The thickness of the aluminum fiber fiber 250 is There is no problem in that the heat of the carbon heating elements 230 and 240 is transmitted to the treatment projection 300 because it is very thin.

The 'heat generation temperature' of the seat 200 and the treatment protrusion 300 refers to the temperature of the seat 200 or the treatment protrusion 300 when the power is supplied to the carbon heating elements 230 and 240 through the power supply unit 400, Means the temperature at a certain level reached by heating.

In order to achieve the object of the present invention, it is preferable that the heating temperature of the treatment projection 300 is a temperature suitable for treatment of the anus or vulva.

The heating temperature of the seat 200 does not have to be high enough for the purpose of treatment because it is the portion of the user P where the hips come into contact. Accordingly, only the treatment protuberance 300, which is a portion where the body part to be treated is contacted, is heated to a high temperature and the remaining part is heated to a lower temperature, thereby saving energy.

A power supply unit 400 for supplying power to the seat 200 and the treatment protuberance 300 is installed at one side of the cushion 100 of the present invention. The power supply unit 400 is installed so as to cover the entire lower surface of the base fabric 283 from the upper surface of the high frequency raw fabric 280.

A webbing (unillustrated) may be provided on the rim of the present invention to integrally cover the upper surface of the high-frequency raw fabric 280 to the lower surface of the underside fabric 283.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it will be understood by those of ordinary skill in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the following claims Or modification of the invention.

** Explanation of key codes **
100: Therapeutic thermal cushion 200: Seat
210: Cloth Fabric 220: Cloth Form
230: Large-sized carbon heating element 240: Small-sized carbon heating element
250: Aluminum glass fiber 260: Small charcoal felt
261: 2nd slot 270: Large charcoal felt
271: the third slot 280: high-frequency fabric
281: First Section 283: Bevel Fabric
285: embossed fabric 287: toruman (fabric)
290: Extension piece 300: Therapeutic projection
310: main body 311: first convex portion
313: concave portion 315: second convex portion
320: flange 400: power supply

Claims (3)

A seat in which a plurality of materials are stacked;
And a therapeutic projection provided on the seat,
The seat
An outer shell fabric,
A plush foam provided on the upper side of the outer skin,
A carbon heating element including a large-sized carbon heating element disposed on the upper side of the durable foam and a small-sized carbon heating element positioned on the upper side of the large-sized carbon heating element;
An aluminum glass fiber disposed above the carbon heating element;
A charcoat felt provided on the upper side of the aluminum glass fiber;
And a high-frequency fabric disposed on an upper surface of the charcoat felt,
Wherein the heat generation temperature of the treatment projection is higher than the heat generation temperature of the seat,
Wherein the small-sized carbon heating element is positioned below the therapeutic projection The method according to claim 1,
Wherein the high frequency raw fabric comprises a base fabric, an embossing fabric provided on the upper side of the base fabric, and a fabric provided on the upper side of the embossing fabric and provided with torsium, The method according to claim 1 or 2,
Wherein the charcoat felt and the high-frequency raw fabric each have elongated holes,
And the lower side of the treatment projection faces the carbon heating body.

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