KR200216153Y1 - Health bed with heating pad - Google Patents

Abstract

This proposal is a heating means by installing an electric heater as a heat source in a heat dissipation container formed to allow water transfer and heat transfer. By heating the entire top plate uniformly, it maximizes the thermal heating effect and minimizes energy consumption. The present invention relates to a health bed capable of heat steaming, thereby reducing the economic burden of the user.

The technical features of this paper are: A support frame 100 surrounding the whole so that the upper surface enters the outside as a quadrangular shape, a heat generating means 200 installed inside the support frame 100 to heat at a constant temperature, and the heat generating means 200 It is installed as a top plate 300 horizontally installed in the upper portion of the heat dissipation heat to the outside, the heat generating means 200 is a box-type inside which is in contact with the bottom surface of the top plate 300 and heat exchange is possible It is provided with a heat dissipation tank 210 formed to be able to store a certain amount of water in the electric heater 220 to heat the water stored in the predetermined temperature range by the heat generated by the external power inside the heat dissipation tank 210 By installing the, it is to heat the entire top plate 300 uniformly as a heat dissipation tube 210 warmed by the electric heater 220.

Description

Healthy bed with heating pad {Health bed with heating pad}

The subject of the present invention relates to a healthy bed capable of thermal steaming, which enables the user to sleep or enjoy a thermal steam bath, thereby improving fatigue as well as health.

Recently, as the overall standard of living has improved, there has been a growing interest in health, and healthy beds having various forms and functions have been developed and provided to relieve the fatigue accumulated after work and maintain a healthy body.

In connection with the above-mentioned health bed, Utility Model Publication No. 98-58275 (October 26, 1998) constitutes a frame having a bottom base plate and a side plate of wood such as Hongsong, and on the upper surface of the base plate of the frame. The copper plate is disposed, and on the copper plate, a hot water heating pipe is disposed in the inner side, and the sintered or filled ocher sintered plate is disposed. On the ocher sintered plate, a wooden board or hot plate material such as Hongsong is laid in a constant thickness to finish the top plate. A heated health bed based on the technology of forming ashes is publicly filed.

According to the heating type healthy bed in this application, it is possible to warm the ocher sintered plate as a heating means early so that the user lying on the finishing top plate can get a good night's sleep, and the far infrared rays which are beneficial to the human body from the ocher sintered plate. It is true that it is released and has the advantage of promoting the health of the user.

However, such a heated health bed is configured to heat the ocher sintered plate by using the hot water circulating along the hot water heating pipe installed in the inner side of the ocher sintered plate as a heat source, thereby circulating and supplying the hot water to the hot water heating pipe. In order to equip the boiler as an essential component, the price of the product is greatly increased and provided at a high price, and a separate occupied space for installing the boiler is required, and the transportation and installation is very cumbersome and complicated, thus losing the practical value. It became.

Utility model publication No. 99-17506 (1999.5.25) is proposed to solve such a problem, as shown in Figure 1, is provided on the bottom of the bed frame 10, the heat generated by the self-heating is supplied The part 20 and a plurality of materials having respective component elements are bonded to the upper side of the heat generating unit by being crushed and mixed, and at least one layer for releasing far infrared rays and plural kinds of mineral components when the heat generating unit is heated. The health bed with the technical summary of the present invention is provided with a far-infrared generating unit and a finishing material 30 seated and supported on the upper side of the far-infrared generating unit for seating of the human body and through which the far-infrared and mineral components generated from the far-infrared generating unit pass. It is open.

According to the health bed of the prior application disclosure, by using the heat generating portion 20 that is self-heating as a power source to be supplied as a heat source to reduce unnecessary components to minimize the overall volume and to supply the production at a low price, elvan stone (41) And minerals beneficial to the human body with heat from the far-infrared ray generating portion comprising the first laminated portion 40a made of charcoal 42 and the second laminated portion 40b made of chorion 43 and nephrite 44 It emits ingredients and far-infrared rays to improve the health of users.

However, in such a healthy bed, since the heating portion 20 is installed by zigzag-wiring the heating wire that is actually generated by the power supplied, the temperature difference between the portion where the heating wire is wired and the gap portion existing between the heating wire is severe. There has been a problem that the heat Poultice effect is greatly lowered due to insufficient deficiency in the cycle to uniformly warm the entire finishing material 30.

In addition, the heat generating unit 20 of the health bed at the same time the power supply is cut off and the heat generation stops, the far-infrared generator is weak in the heat storage capacity due to the characteristics of the material constituting the first and second laminated parts (40a, 40b), As the finishing material 30 warmed by the heat generating unit 20 does not continuously maintain the temperature, but is immediately reduced to the normal temperature, the use efficiency of energy is greatly reduced, thereby increasing the economic burden of the user.

The purpose of this paper is to provide a healthy bed that exerts an excellent thermal steaming function by uniformly heating the entire top plate as a first heating means, and secondly, by providing heat storage capability to the heating means itself, it has excellent energy use efficiency. The purpose is to provide a healthy bed.

1 is a cross-sectional view showing a conventional health bed

Figure 2 is a partially cutaway perspective view of the present health bed

Figure 3 is a cross-sectional side view showing the health bed of the present design

Figure 4 is a front sectional view showing a health bed according to another embodiment of the present invention

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

100: support frame 110: receiving space 200: heating means

210: heat sink 211: bottom surface 212: side wall surface

213: upper surface 214: extension portion 215: fastening bolt

216: through hole 220: electric heater 221: temperature controller

222: power cord 223: heating wire 230: reinforcing frame body

231: water passage plate 232: fitting space 240: insulation layer

250: storage container 260: water supply port 270: drain

300: top plate 311: fumigation hole

The present invention also has a rectangular shape of the support frame 100 surrounding the whole so that the upper surface enters the outside, the heat generating means 200 is installed inside the support frame 100 to heat at a constant temperature, and the heat generating means In the upper part of the (200) is provided horizontally and configured as a top plate 300 that dissipates heat to the outside in the same concept as the conventional technology.

However, the heat-steaming health bed of the present invention is shown in Figures 2 and 3, the heat generating means 200 is a box-type that can be heat-exchanged in contact with the bottom surface of the upper plate 300 is a certain amount of inside It is provided with a heat dissipation tank 210 formed to be able to store the water, by installing an electric heater 220 to heat the water stored in the heat discharge tank 210 by an external power source within a predetermined temperature range As a heat dissipation tube 210 warmed by the electric heater 220, the entire upper plate member 300 is uniformly warmed.

In other words, the health bed that can be heated and steamed in the present material is the heating plate (200) by installing the electric heater 220 as a heat source in the heat dissipation tank 210 is formed so that the water is stored and heat transfer the top plate 300 It is configured to uniformly warm the whole, so that the heat from the top plate is evenly distributed to the user's body

It allows the user to enjoy the improved thermal heating effect, and secondly, even if the heating action of the heating means stops, the heat storage means keeps the temperature of the top plate as a heat storage device for a certain time, thereby reducing energy consumption. Will be.

Hereinafter, the technical details of the present invention through the specific embodiments shown in the accompanying drawings in detail as follows.

The support frame 100 is a component that performs a function of firmly wrapping and supporting the heat generating means 200 and the top plate 300 accommodated therein.

The support frame 100 is formed of a wooden board so as to secure the receiving space 110 partitioned so that the top is opened, the heat generating means 200 and the top plate 300 are assembled to face up and down therein Make it acceptable.

The heat generating means 200 is installed in the support frame 100 is a component that performs a function for warming the upper plate 300.

The heat generating means 200 is a sealed box shape, the heat dissipation tank 210 is formed to store a predetermined amount of water therein, and is installed to heat the water stored in the heat dissipation tank 210 is installed to generate heat by an external power source It is important to configure as the electric heater 220. The reason is that the heat of the hot water heated by the heating action of the electric heater 220 is raised to radiate heat from the heat dissipation tank 210 warmed up to uniformly warm the entire upper plate member 300, the electric heater Even if the operation of the 220 stops, the heat dissipation tube 210 accumulated by the hot water is to maintain the temperature of the upper plate member 300 for a predetermined time.

The heat dissipation tube 210 is made of a copper plate having excellent thermal conductivity, and includes a bottom surface 211, four side wall surfaces 212 and an upper surface 213, and radiant heat is radiated from the heat dissipation tube 210. It is preferable to increase the thermal efficiency by being surely delivered toward the (300). At this time, since the heat dissipation tube 210 is made of a copper plate, it is possible to expect a secondary advantage of blocking electromagnetic waves emitted from the electric heater 220 installed inside the heat dissipation tube 210.

The inside of the heat dissipation tube 210 is provided with a reinforcing frame body 230 formed by assembling the water transmissive plates 231 vertically and horizontally, so as to efficiently bear the weight load of the upper plate 300.

In addition, an extension part 214 protruding outwardly is formed around the upper surface 213 of the heat dissipation tube 210, and a fastening bolt 215 penetrating the edge of the extension part 214 and the top plate 300. And the heat dissipation tube 210 of the heat generating means 200 and the upper plate 300 are in surface contact with each other to assemble to exchange heat.

In addition, the heat dissipation tube 210 is formed along the outer circumference of the side wall surface 212 of the heat dissipation tube 210 to surround the heat dissipation layer 240, which is wrapped as a cross-sectional thickness corresponding to the extension 214 of the upper surface 213. The inner side surface of the side wall surface 212 and the support frame 100 is in contact with each other to prevent the heat loss.

The electric heater 220 is installed so as to be exposed to a predetermined position on the front of the support frame 100 by installing a temperature controller 221 having a power cord 222 that can be connected to an external power source, the power cord 222 ) Has a heating wire 223 electrically connected to the wire through the reinforcement frame 230 in the heat dissipation tube 210 to heat the water in the heat dissipation tube 210 to about 60 to 120 ° C. do.

Here, the temperature controller 221 is equipped with overheat prevention and leakage prevention function to be found to be able to help the user to use more safely.

The upper plate 300 is a component that is warmed by radiant heat transmitted from the heat dissipation tube 210 of the heat generating means 200 to radiate heat to the user's body.

In the present invention, the upper plate 300 is processed by lamellar or marble into a plate-like body to exemplify that far infrared rays or anions such as beneficial to the human body are emitted along with heat, but if necessary, the ocher sintered plate is formed by processing and molding ocher. It may be made by adopting other beneficial materials for the human body.

On the other hand, Figure 4 shows another embodiment of the present invention, the upper surface 213 of the heat dissipation tube 210 of the heat generating means 200 formed by arranging through holes 214 at regular intervals, the upper plate member 300 is formed by forming a fumigation hole 311 is positioned to correspond to the through holes 214 of the heat dissipation tube 210 on the lower surface made of a permeable granite material as a plate-like body. This allows the steam to rise through the through holes 214 formed in the heat dissipation tube 210 of the heat generating means 200 to evaporate through the fumigation hole 311 of the upper plate 300 so that the user fumigations with heat. It will have the advantage of allowing you to enjoy the steam bath.

In addition, a mesh-shaped storage container 250 is formed so as to be tightly stored toward the fitting space 232 secured to the upper portion of the reinforcement frame 230 inside the heat dissipation tube 210 from the outside of the support frame 100. It is preferable to have). The storage container 250 is filled with mugwort, charcoal, salt, ocher, etc. inside the upper plate material along with the steam components beneficial to the human body when the steam rises from the heat dissipation tank 210 of the heat generating means 200 passes. By evaporating through the 300 will be able to obtain a further improved fumigation effect.

Here, by installing the water supply port 260 and the drain port 270 to be exposed to the upper and lower portions of the support frame 100 at a predetermined position of the heat dissipation tube 210, as much as evaporated from the heat dissipation tube 210 Make sure to refill your water.

As discussed above, the heat-steamable health bed in this article is a heating means by installing an electric heater as a heat source in a heat dissipation container formed so that water can be stored and heat can be heated by uniformly heating the entire upper plate material. In addition to maximizing the poultice effect, it will have a useful effect of reducing the economic burden of the user by minimizing the energy consumption.

Claims (6)

A support frame 100 surrounding the whole so that the upper surface enters the outside as a quadrangular shape, a heat generating means 200 installed inside the support frame 100 to heat at a constant temperature, and the heat generating means 200 In the horizontally installed on the top of the) configured as a top plate 300 for dissipating heat to the outside, The heat generating means 200 has a heat dissipation tube 210 formed in a box-type heat exchange is possible in contact with the bottom surface of the top plate 300 to store a certain amount of water therein, the heat dissipation tube 210 ) By installing an electric heater 220 to heat the water stored in the heat generated by an external power source within a predetermined temperature range, the top plate 300 as a heat dissipation tube 210 warmed by the electric heater 220. ) A healthy bed with heated steam, characterized by warming the whole evenly. According to claim 1, wherein the heat dissipation tube 210 is made of a copper plate having excellent thermal conductivity, the heat pack is characterized in that consisting of the bottom surface 211, the side wall surfaces 212 and the upper surface 213 of the four sides. Health bed available. The health bed according to claim 1 or 2, wherein a reinforcing frame body (230) is formed in the heat dissipation tube (210) by assembling the water transmissive plates (231) vertically and horizontally. The heat insulating layer 240 of claim 1 or 2, wherein the heat insulating layer 240 is wrapped as a cross-sectional thickness corresponding to an extension 214 of the upper surface 213 along the outer circumference of the side wall surface 212 of the heat dissipation tube 210. Healthy beds that can be heated steamed, characterized in that formed. According to claim 1, The heat generating means 200 is formed in the upper surface 213 of the heat dissipation tube 210 is formed by drilling through holes 214 at regular intervals, the top plate 300 is formed of permeable granite The heated bed is a health-friendly bed, characterized in that formed on the lower surface made of a plate-shaped body corresponding to the through-holes (214) of the heat dissipation tube is formed by fumigation holes (311), respectively indented. The method of claim 5, wherein the mesh-shaped is formed so as to be stored tightly toward the fitting space 232 secured to the upper portion of the reinforcement frame 230 of the inner side of the heat dissipation tube 210 from the outside of the support frame 100 Healthy bed that can be heated steam characterized in that it has a storage container (250).