KR200424713Y1 - A thermotherapy pack - Google Patents

Abstract

The present invention is to store the heat as the internal energy of the medium to the outside of the heater coil to convert the electrical energy into thermal energy when the power is applied, install a latent heat storage material having a high heat storage density up and down, the latent heat storage material is tension plate spring It is fixed to the inside of the upper and lower housings, and between the latent heat storage material and the housing to install a heat insulating material to prevent the loss of heat storage divided into upper and lower to correspond to the shape of the upper and lower housings, the power supply here By promoting blood circulation. In addition, the outer shape of the housing is manufactured in a streamlined form to easily contact with the body ergonomically, by promoting the metabolism by forming a plurality of embossing to stimulate the menstrual blood at regular intervals on the outside of the upper housing, and to the upper housing and far infrared rays The tourmaline releases negative ions to help waste products and pain relief. The latent heat storage material is formed of a synthetic mullite material, by further mixing the tourmaline emitted far infrared rays, induces far infrared rays due to radiant heat, contributes to the discharge of waste and pain relief. According to the above configuration, by massaging the skin with heat to restore fatigue and relieve muscle pain, and by embossing to stimulate the female genitalia or male prostate by heat to stimulate the metabolism.

Personal warmer, warmer, steamer, tourmaline warmer, tourmaline steamer

Description

Warmer {A THERMOTHERAPY PACK}

1 is a perspective view showing the configuration of a warmer according to the present invention.

Figure 2 is an exploded perspective view showing the configuration of the warmer according to the present invention.

Figure 3 is a bottom perspective view showing the configuration of the upper housing of the configuration of the heater according to the present invention.

Figure 4 is a bottom perspective view showing the configuration of the lower housing of the configuration of the heater according to the present invention.

Figure 5 is a bottom perspective view showing the configuration of the upper insulation of the configuration of the heater according to the present invention.

Figure 6 is a perspective view showing the configuration of the lower heat insulating material and the lower housing of the configuration of the heater according to the present invention.

Figure 7 is an exploded perspective view showing the assembled configuration of the latent heat storage material and the heater coil of the configuration of the heater according to the present invention.

** Description of Codes for Major Configurations of Drawings **

100: personal warmer 110: upper housing

112: embossing 114: upper boss

116: upper insert cover 120: lower housing

124: lower boss 126: lower insert cover

130: heater coil 140: upper latent heat storage material

142: coil seating groove 150: lower latent heat storage material

152: coil seating groove 160: upper insulation

162: upper boss hole 164: upper heat storage material seating groove

170: lower insulation 172: lower boss hole

174: lower heat storage material seating groove 180: screw

182: Plug 190: Rubber Packing

200: upper tension plate spring 202, 204: upper tension hole

210: lower tension plate spring 212, 214: lower tension hole

220: internet housing 222: outer portion

224: outside

The present invention relates to a warmer, and more particularly, when a power is applied, a heat storage material having a high heat storage density is installed on the outside of a heating element that converts electrical energy into thermal energy, while storing heat as internal energy of the medium, and the latent heat The heat storage material is installed in the upper and lower housings by using tension plate springs, and by applying power thereto, it promotes blood circulation and processes tourmaline in the housing to generate far-infrared rays and negative ions. It relates to a warmer that activates metabolism by molding the embossing at regular intervals to stimulate it.

In general, the basic purpose of steaming is to facilitate blood circulation. When hot heat is applied to our body, blood vessels expand and the amount of blood supplied to the blood vessels increases. Faster decomposition of waste products and more nutrition. In addition, the stiff muscles relax more quickly and the pain is relieved.

Accordingly, the most frequently used method of steaming the body part is to put a towel in boiling water to heat the towel and then put a hot towel on the rigid body part. There is an inconvenience that the towel cools quickly and must be soaked in hot water from time to time.

Therefore, in recent years, various packs of steam packs on the market are commercially available for convenient steaming. For example, packs in which a user puts hot water in a rubber bag or a salt pack in a woven bag. There is a product.

However, packs that use hot water are easily leaked by long-term use, and there is a risk of being burned if the water is inadvertently put in the pack. The salt should be heated using a warmer, etc. At this time, the salt melts little by little and damages the external forge.

And all the conventional packs have a flat surface so that when the contact with the body is not feeling good or the adhesion decreases that much time to achieve fatigue recovery there is a closure.

Other medications and physiotherapy may help relieve pain or facilitate blood circulation in areas where abnormalities occur, but medications may be unpleasant with the smell of the drug and are reluctant to be used by the drug itself. Therapy is expensive and cumbersome.

Therefore, the present invention is devised to solve the problems of the prior art as described above, an object of the present invention is to provide a warmer that is easy to use and carry by minimizing weight and volume.

Another object of the present invention is to provide a heater that maintains a high temperature state for a long time with a short time power supply.

Another object of the present invention is to provide a heater in which the internal parts can be protected against external impact.

Another object of the present invention is to provide a heater having a high thermal insulation effect so that the internal temperature can maintain a proper temperature even for long time use.

Another object of the present invention is to provide a heater that minimizes power consumption by using a heat storage material having a high heat storage density.

Another object of the present invention is to provide a warmer designed to be in close contact with each part of the body.

Another object of the present invention is to provide a warmer that can stimulate acupuncture points.

According to the features of the present invention for achieving the object as described above, the present invention in the warmer to help the blood circulation of the skin to increase the metabolism of the human body, to generate and store the heat energy inside to maintain various temperatures The upper and lower housings, which are mounted separately and divided into upper and lower housings, a heater coil that generates heat at a predetermined temperature when power is applied, and the heater coil is seated inside to use heat generated by the heater coil. And a latent heat storage material for accumulating latent heat, and a heat insulating material provided outside the latent heat storage material to preserve heat storage of the latent heat storage material.

The housing is bent to be massaged in contact with the body ergonomically, one side of the upper housing is formed with a plurality of embossing to press the acupuncture points of the human body.

The embossing is arranged in each of the left and right so as to massage the female genitalia or the male prostate gland, respectively, the interval between the embossing up and down or left and right is about 7 cm.

A plurality of upper bosses are formed in the inner side of the upper housing, and a plurality of lower bosses corresponding to the upper boss are formed in the inner side of the lower housing, and screw grooves are formed in the upper boss. A screw hole through which a screw penetrates is formed, and the upper and lower housings are coupled by inserting the screw through the lower boss and fastening to the thread of the upper boss.

The rubber packing made of silicon is further provided in an annular shape to block the heat energy inside the housing surrounding the edge where the upper housing and the lower housing are coupled to the outside, and at the same time to prevent the shock from the outside from being transferred to the inside. do.

The heat insulating material is divided into upper and lower parts, and are respectively installed inside the upper and lower housings, and the outer shape corresponds to the shape of the upper and lower housings when fastened, and one side of the upper and lower bosses can pass therethrough. The upper and lower boss holes are formed, and the heat storage material seating groove in which the latent heat storage material is seated is further formed inside the upper and lower heat insulating materials.

The latent heat storage material is divided into upper and lower parts, and is installed in the heat storage material seating groove, and a coil seating groove in which the heater coil is seated is formed inside.

A pair of tension plate springs are further provided to fix the latent heat storage material to the upper and lower housings, respectively.

The latent heat storage material has a hexagonal cross-section, and the pair of tension plate springs are alternately installed in an "X" shape at an upper side and a lower side of the latent heat storage material to elastically support the latent heat storage material in an inner direction of the housing. Both sides of the tension plate spring are seated at the ends of the upper and lower bosses, respectively, and tension holes are formed at both sides of the tension plate spring to allow the screw to pass therethrough.

In order to minimize the volume and weight of the warmer, the latent heat storage material is molded into a synthetic mullite having a large heat storage density in a specific temperature range, and tourmaline is further mixed so that far infrared rays are emitted to promote blood circulation in the human body.

One side of the housing is provided with an innet housing that can be connected to the connection terminal of the electrical cord so that the power is applied, and the innet housing is composed of an outer portion directly connected to the connection terminal and an inner portion connected to the internal wiring, The inner part is covered using a heat resistant material made of silicon so that heat inside the heater is not transmitted to the connection terminal.

A bimetal is further installed to prevent the temperature inside the heater from rising above a proper temperature.

The heater is further provided with a lamp indicating whether power is applied and operating.

The warmer according to the present invention having such a configuration has the advantages of fatigue and pain relief.

Hereinafter, with reference to the accompanying drawings a preferred embodiment of the warmer according to the present invention having the configuration as described above will be described in detail.

1 and 2, the warmer 100 of the present invention is equipped with various components for generating and storing thermal energy inside to maintain a proper temperature, and the outside is ergonomically designed to simultaneously steam and massage Housing 110 and 120 configured to be performed, a heater coil 130 that generates heat at a predetermined temperature when power is applied, and a latent heat storage material that accumulates using latent heat generated by the heater coil 130 ( 140 and 150, and the heat insulating material (160, 170) for preserving the heat storage of the latent heat storage material (140, 150) and at the same time to transfer the heat storage to the housing (110, 120).

The housings 110 and 120 are divided into upper and lower parts, and the shape thereof is ergonomically attached to each body part to be in close contact with the curve of the human body, and is curved in a streamline shape to massage each part of the body. A plurality of embossing 112 is formed in the upper housing 110 to perform the function of pressing the acupuncture points of the human body. In the embodiment of the present invention, the embossing 112 is arranged three each to the left and right, the interval between each embossing 112 is about 6cm to 8cm, preferably formed to be about 7cm, It is possible to massage the genitals or the male prostate gland.

As shown in FIG. 3, four upper bosses 114 are formed at each corner of the upper housing 110, and screw grooves are formed inside the upper boss 114. As shown in FIG. 2, four lower bosses 124 are formed on the inner side of the lower housing 120 to correspond to the upper bosses 114, and screw holes through which the screw 180 penetrates are formed on the inner side. It is.

Therefore, when the screw 180 is fastened to the upper and lower bosses 114 and 124 of the upper housing 110 and the lower housing 120, the upper and lower housings 110 and 120 are fixed. And, as shown in Figure 4, the stopper 182 is fitted in the place where the screw 180 is inserted in the lower housing 120.

Between the upper housing 110 and the lower housing 120, the upper and lower housings (110, 120) to the edge portion coupled to the thermal energy inside the housing to prevent the loss of the outside, at the same time the impact from the outside Silicone rubber packing 190 is blocked to prevent delivery to.

In addition, the upper boss 114 and the lower boss 124 are covered with insert covers 116 and 126 made of silicon, respectively. The upper and lower insert covers 116 and 126 prevent external shocks applied to the housings 110 and 120 from being transmitted to the latent heat storage materials 140 and 150, and are externally provided through the bosses 114 and 124. It prevents heat loss from leaking out.

The heat insulators 160 and 170 are divided into upper and lower parts, and the outer shapes of the heat insulators 160 and 170 coincide with the shapes of the upper and lower housings 110 and 120. As shown in FIG. 5, the upper boss hole 162 through which the upper boss 114 may pass is perforated to penetrate upward and downward in each corner portion of the upper insulation 160, as shown in FIG. 6. Each corner portion of the lower heat insulating material 170 is configured such that the lower boss hole 172 through which the lower boss 124 passes may penetrate up and down. Inside the upper and lower heat insulating materials 160 and 170, the seating grooves 164 and 174 on which the heat insulating heat storage materials 160 and 170 are seated are formed.

As shown in FIG. 7, the latent heat storage materials 140 and 150 are divided into upper and lower parts, and have coil symmetry grooves 142 and 152 having upper and lower symmetry and on which the heater coil 130 is seated. However, the seating grooves 142 and 152 extend to one side and open to the outside, and one side of the heater coil 130 is exposed through the opening.

Meanwhile, tension plate springs 200 and 210 are further provided to fix the latent heat storage material 140 and 150 to the upper and lower housings 110 and 120, respectively. In order to allow the tension plate springs 200 and 210 to be installed on the latent heat storage materials 140 and 150, the tension plate springs 200 and 210 are formed in a hexagonal shape having four cutting surfaces at edges thereof, and the pair of tension plate springs ( 200 and 210 are installed to intersect in an "X" shape.

The tension plate springs 200 and 210 also perform a function of alleviating the impact when the latent heat insulating material 140 and 150 is impacted from the outside by elastic force. That is, the tension plate springs 200 and 210 are bent to the outside with a predetermined length, and both sides are fixed to the inside of the housings 110 and 120, and the bent centers are latent heat storage materials 140 and 150. Is elastically supported inward, and for this purpose, tension holes 202, 204, 212 and 214 through which the screw 180 penetrates are formed at both sides of the tension plate springs 200 and 210, respectively.

The heater coil 130 is wound several times, both sides are extended to the outside through the opening.

One side of the housing (110, 120) is provided with an internet housing 220 which can be connected to the electrical cord. Although not shown in the drawing, the electric cord is composed of a wire having a predetermined length, and one side is provided with an electrical plug coupled to an outlet, and the other side is provided with a connection terminal for connecting to the heater 100, thereby connecting the connection terminal to the It is possible to selectively detachable to the Internet housing (110, 120). In order to be detachably attached to the connection terminal, the internet housing 220 is composed of an outer portion 222 to which the connection terminal is directly inserted and an inner portion 224 installed therein and are integrally molded. On the other hand, the inner housing 224 may be covered with a heat-resistant material of silicon in order to prevent the heat inside the heater 100 is transmitted to the connection terminal.

In the present invention, in order to minimize the volume and weight of the heater 100, it takes a latent heat storage method using a latent heat having a large heat storage density in a specific temperature range rather than simply using a sensible heat storage method using a temperature rise of the material, for this purpose The latent heat storage material is molded using synthetic mullite material.

In addition, the present invention is characterized by forming a latent heat storage material by further mixing the tourmaline (Tourmaline) that emits negative ions and far infrared rays to further promote the metabolism of the human body. That is, the tourmaline emits far-infrared rays to promote blood circulation in the human body, alleviate neuralgia and joint pain, and perform deodorization, dehumidification, and antibacterial functions. In particular, the radiation energy released in tourmaline helps the body discharge waste products and in many ways facilitates the metabolism of the human body.

In order to prevent the temperature inside the heater 100 from rising above a proper temperature, a bimetal or an excessive power source using a difference in the thermal expansion rate of the metal is applied to detect the power using a high temperature generated when an overload occurs. Temperature fuses may be further installed. In addition, a lamp (not shown) may be installed to notify the heater 100 when power is applied, and the lamp is configured to turn off when the internal temperature reaches an appropriate temperature. In the present embodiment, it is preferable that the lamp is installed in the internet housing 220.

As described above, the present invention is equipped with various parts for generating and storing thermal energy inside the housing, which is divided into upper and lower parts, and maintaining the temperature at an appropriate temperature, so that the human body can be in contact with each part of the body. Engineering design, embossing on the upper part to stimulate the menstrual blood, and when the power is applied to the latent heat storage material that stores heat as the internal energy of the medium outside the heater coil that converts electrical energy into thermal energy. The lower heat storage material is installed in the upper and lower housings by using tension plate springs, thereby relieving muscle pain by heating and promoting blood circulation. Within the scope of the basic technical idea of the present invention, many other modifications will be possible to those skilled in the art.

As described above, according to the configuration of the present invention can be expected the following effects.

First, by using a latent heat storage material having a high heat storage density, the weight and volume of the heater are minimized, power consumption is reduced, and an effect that can satisfy the needs of consumers is expected.

Second, the latent heat storage material is installed inside the housing using the tension plate spring, and the rubber packing is installed between the housings, and the effect of protecting the device against external shock is expected.

Third, it is designed to be close to each part of the body ergonomically to promote blood circulation, and to form embossing to stimulate the menstrual blood externally, thereby relieving fatigue and pain, and stimulating female genital organs or male prostate with heat. Massage effect is expected.

Claims (13)

In the warmer which helps blood circulation of the skin and increases the metabolism of the human body, Upper and lower housings that are mounted inside the various parts to generate and store the thermal energy to maintain a proper temperature, divided into upper and lower; A heater coil that generates heat at a predetermined temperature when power is applied; A latent heat storage material in which the heater coil is seated, and accumulates as latent heat using heat generated from the heater coil; An insulator installed outside the latent heat storage material to preserve heat storage of the latent heat storage material; Warmer, characterized in that configured to include. The method of claim 1, The housing is formed to be bent in a streamlined shape so as to massage in contact with the body ergonomically, one side of the upper housing is a warmer, characterized in that a plurality of embossing for pressing the acupuncture points of the human body is formed. The method of claim 2, The embossing is arranged in each of the left and right so as to massage the female genitalia or the male prostate gland, respectively, the warmer, characterized in that the interval between the embossing up and down or left and right is about 6 cm to 8 cm. The method of claim 1, A plurality of upper bosses are formed in the inner side of the upper housing, and a plurality of lower bosses corresponding to the upper boss are formed in the inner side of the lower housing, and screw grooves are formed in the upper boss. A screw hole through which a screw penetrates is formed, and the upper and lower housings are coupled by inserting the screw through the lower boss and fastening to the thread of the upper boss. The method of claim 1, A silicone rubber packing is further provided in an annular shape to block the heat energy inside the housing surrounding the edge where the upper housing and the lower housing are coupled to the outside, and at the same time to block the shock from the outside from being transferred to the inside. Warmer characterized in that. The method of claim 1, The heat insulating material is divided into upper and lower parts, and are respectively installed inside the upper and lower housings, and the outer shape corresponds to the shape of the upper and lower housings when fastened, and one side of the upper and lower bosses can pass therethrough. The upper and lower boss holes are formed, and the heat storage member seating groove in which the latent heat storage material is seated is formed inside the upper and lower heat insulating materials. The method of claim 1, The latent heat storage material is divided into upper and lower parts, is installed in the heat storage material seating groove, the inner side of the heater is characterized in that the coil seating groove is formed in which the heater coil is seated. The method of claim 7, wherein And a pair of tension plate springs are further provided to fix the latent heat storage material to the upper and lower housings, respectively. The method of claim 8, The latent heat storage material has a hexagonal cross-section, and the pair of tension plate springs are alternately installed in an "X" shape at an upper side and a lower side of the latent heat storage material to elastically support the latent heat storage material in an inner direction of the housing. And both sides of the tension plate spring are seated at end portions of the upper and lower bosses, respectively, and a tension hole is formed at both sides of the tension plate spring so that the screw can pass therethrough. The method of claim 1, The latent heat storage material is formed of a synthetic mullite material having a large heat storage density in a specific temperature range in order to minimize the volume and weight of the warmer, and tourmaline is further mixed so that far infrared rays are emitted to promote blood circulation of the human body. Warmer made. The method of claim 1, One side of the housing is provided with an innet housing that can be connected to the connection terminal of the electrical cord so that the power is applied, and the innet housing is composed of an outer portion directly connected to the connection terminal and an inner portion connected to the internal wiring, And the inner part is covered using a heat-resistant material made of silicon so that heat inside the heater is not transmitted to the connection terminal. The method of claim 1, And a bimetal is further installed to prevent the temperature inside the heater from rising above a proper temperature. The method of claim 1, And a lamp for indicating whether power is applied to the heater to operate the heater.

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