KR20050094983A - Stone bed effective in electromagnetic wave prevention - Google Patents

Abstract

The present invention relates to a stone bed having a function of removing electromagnetic waves, wherein a stone plate, a nonwoven fabric, a copper plate, and a heat transfer board are sequentially stacked on the lower portion of the material, and the heat transfer board is combined with a damp paper under the heat transfer board. It is built into the lower surface, and divided into a plurality of electrically integrated magnetic field generator and temperature sensor, the inside is filled with urethane foam, the magnetic field generator, temperature sensor is electrically connected to the controller and controlled, the heat transfer The board is made of a metal material and is electrically connected to the controller by a ground wire, one end is connected to the controller, and the other end is composed of a heating wire electrically connected to a thermal protector to remove the electromagnetic wave when heated.

Description

Stone bed effective in electromagnetic wave prevention

The present invention relates to a stone bed, and more particularly, to a stone bed having an electromagnetic wave removing function.

In general, it is known that magnetic fields (ultra-waves) and negative potentials can maintain health by enhancing resistance to human diseases. In particular, it can relieve anti-inflammatory and analgesic, regulate the endocrine function of the human body, maintain the equilibrium of acid and alkali in body fluids, promote vitality of red and white blood cells, promote blood circulation and normalize the nervous system It is known that it is effective in stimulating metabolism. Currently, these beds are provided with stone beds that can be provided to the human body while sleeping.

A stone bed is disclosed in Utility Model Registration No. 312298, filed by the applicant and held for technical evaluation.

The stone bed is a coil wound on the silicon steel sheet to form an oscillation line for the generation of very low frequency (very low frequency) and install it inside the heating board, and together with the negative potential generator inside the heating board and install the heating wire. Then, the heat transfer board is covered on the upper part, and the copper plate, the nonwoven fabric, and the slab are placed thereon. Such a stone bed is able to promote the blood circulation and metabolism of the human body by generating a negative potential by generating a long-wave wave and by operating a magnetic field generator while operating a magnetic field generator to activate the heating line.

However, the above-described stone bed has a heating wire is covered with silicon, braided reticulated shield wire on it, and the shield wire is covered with silicon again so that the structure of the heating wire is complicated, the manufacturing process is difficult, and the production cost is high, resulting in high production cost. Folding, the negative potential generator that generates a negative potential has a problem that generates a high voltage and delivers a strong electric field. Therefore, the present invention has solved the problem by improving and complementing the applicant's pre-registered stone bed.

Therefore, an object of the present invention is to solve the above-mentioned problems, covering the heating wire with silicon, braiding the reticulated shield on the wire, and not covering the shield wire with silicon again, and the two nichrome wires as heating wires with silicon. By eliminating the magnetic field by covering and twisting the coated nichrome wire with each other, and simplifying the structure of the heating wire, the manufacturing process is made easy and the production cost is reduced, and the strong electric field is generated by eliminating the negative potential generator that generates negative potential. To provide a stone bed that has been removed.

As described above, according to a feature of the present invention for achieving the object of the present invention, the stone bed having an ultra-wave generating function is sequentially stacked stone material, non-woven fabric, copper plate and heat transfer board under the material, the heat transfer board is There is a moisture-proof paper is combined to constitute a housing on the outside. The heat transfer boards are those embedded in the lower surface by mounting means; Built-in magnetic field generator and temperature sensor is divided into a plurality of, and the inside is filled with urethane foam, the magnetic field generator and temperature sensor is controlled by electrically connecting one end to the controller, the heat transfer board of the aluminum plate It is composed of a metal material and is electrically connected to the controller by a ground wire, one end is connected to the controller and the other end is composed of a twisted heating wire that is electrically connected to an automatic thermal protector to radiate ultra-high frequency and heat from which electromagnetic waves have been removed.

In a preferred embodiment of the present invention, the magnetic field generator is configured by winding a coil around a multilayer plate-like silicon steel sheet, by connecting a plurality of magnetic field generators in series (or parallel) to distribute the magnetic field generating area evenly in front of the stone bed Make sure that the radiation is evenly distributed to each part of your body.

In the preferred embodiment of the present invention, when the heat transfer board heats the stone bed, the ground wire connected to the controller is grounded to discharge the high potential charged to the heat transfer board according to the configuration of the power cord.

(Example)

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view showing the structure of a conventional sheath heating wire does not remove the generation of a magnetic field when heating the stone bed, Figure 2 is a cross-sectional view showing the structure of a conventional cable heating wire as the magnetic field is removed but the structure is complicated and the manufacturing process is Difficult to raise production costs. Figure 3 is an exploded perspective view of the stone bed of the present invention, Figure 4 is a perspective view showing the internal configuration of the heat transfer board of FIG.

Referring to the drawings, the stone bed according to a preferred embodiment of the present invention is a stacking board 1, the nonwoven fabric 2, the copper plate 3, the heat transfer board (4) sequentially from the top. The stone plate material 1 is comprised from the stone formed in plate shape. The nonwoven fabric 2 prevents the noise generated between the copper plate 3 and the stone plate material 1 during thermal expansion because the copper plate 3 has a larger thermal expansion than the stone plate material 1. The copper plate 3 blocks the water vein moving in the basement of the building where the stone bed is placed.

Specifically, the heat transfer board 4 is bent both sides of the aluminum plate to receive the heat generated from the heating wire 5, the second heat radiation, twisted inside the heating wire 5, the aluminum thin plate fixing the heating wire ( 6), temperature over automatic prevention device (5-1), temperature sensor (5-2), magnetic field generator (7), etc. is mounted on the bottom surface to cover the moisture-proof paper (11) to prevent moisture inflow and foamed urethane ( 13) Charge. The heat transfer board 4 is electrically connected to the controller 14 by connecting to the ground line 15. The twisted heating wire 5 mounted inside the heat transfer board 4, the automatic thermal cut-out prevention device 5-1 connected to one end thereof, and the temperature detecting sensor 5-2 existing alone are electrically connected to the controller 14. Connected.

Automatic thermal protector (5-1) is composed of a bimetal, and when an abnormal current flows to the heating wire in case of abnormality, the heating wire (5) is overheated to cut off the current. The temperature sensor 5-2 senses the temperature in the heat transfer board 4 to display the temperature on the temperature indicator 14a of the controller 14 and alerts when the temperature in the heat transfer board 4 exceeds the prescribed value.

The aluminum thin plate 6 is attached and fixed inside the heat transfer board 4 in order to protect the heating wire 5 and fix it at a predetermined position in the heat transfer board 4. The aluminum thin plate 6 is attached to the heating board 4 while wrapping the heating wire in order to quickly and effectively transfer the heat generated from the heating wire 5 to the heating board 4.

5 is a perspective view showing the structure of a heating wire. Referring to Fig. 5, the heating wire 5 is coated with silicon 5b-1 and 5b-2 on the outside of the nichrome wires 5a-1 and 5a-2 at the center with two strands. The silicon-coated nichrome wires 5a-1 and 5a-2 were twisted together. One end of the nichrome wires 5a-1 and 5a-2 is connected so as to receive a current from the controller 14, and the other side thereof is electrically connected via the automatic thermal protector 5-1.

Subsequently, a plurality of magnetic field generators 7 are evenly arranged inside the heat transfer board 4. Ultrasound generated in the magnetic field generator 7 generates a certain time for the treatment of the human body, such as anti-inflammatory, analgesic, and health promotion, such as blood circulation, metabolism, fatigue recovery. The generation intensity and generation time of the ultra long wave are made by adjusting the magnetic field controller 14e configured in the controller 14.

6 is a perspective view illustrating the magnetic field generator illustrated in FIG. 4. The magnetic field generator 7 is composed of a multilayered plate-like silicon steel sheet 7-1 and is a core formed by stacking a plurality of thin plate-like silicon steel sheets and is formed by winding the enamel coated coil 7-2 several times. A plurality of magnetic field generators 7 are electrically connected in series (or in parallel) and are evenly distributed inside the heat shield board 4.

7 is a diagram illustrating a front control panel of the controller of FIG. 4. The controller 14 controls the heating of the heating line 5 by the set value and controls the generation of the ultra long wave of the magnetic field generator 7. The controller 14 is provided with a temperature indicator 14a, a power indicator lamp 14b, a power controller 14d, a magnetic field controller 14e, and a heat and ultra long wave controller 14f on its front surface.

In the conventional general thermal stone bed to generate a magnetic field of 60Hz or 50Hz to vibrate the iron in the body to promote health and to effect the preventive treatment of the human body. Magnetic field is very low frequency (ultra-high frequency) around 60Hz to increase the activity of iron (hemoglobin) in the blood to facilitate the blood circulation to prevent physical health and disease. The magnetic field generator 7 of the present invention is wound around enamel coated coil 7-2 on a multi-layered silicon steel sheet 7-1, and connects a plurality of them in series or in parallel to extend the area of ultra-high wave generation to the various parts of the body. It was allowed to radiate evenly.

The magnetic field generator 7 of the present invention is manufactured in a structure that is mounted inside the heat transfer board 4. A switch (not shown in the drawing) is provided inside the controller 14 so that the ground wire 15 connected to the heating board 4 when heating the stone bed for bedtime or generating ultra-high wave for treatment or health promotion. By eliminating the high potential that is charged to the electrothermal board according to the polarity of the power cord and overcomes the problem of removing the electric field on the human body from the power line.

The conventional heat transfer board was a magnetic material using a plated steel sheet, so the magnetic force lines did not penetrate, but the heat transfer board 4 of the present invention used an aluminum plate material, which is a nonmagnetic material, so that the magnetic force lines were transmitted when the magnetic field was generated. The present invention is provided with a heating wire (5) twisted inside the heat transfer board (4) to prevent the magnetic field is transmitted to the human body by removing the generation of the magnetic field when the heat generated. In addition, the present invention prevents the electric field from being transmitted to the human body by grounding the ground wire 15 between the controller 14 and the heat transfer board 4 when the heat is generated to earth the electric field.

The magnetic field generator 7 generates ultra-long waves of 50 to 60 Hz to vibrate iron in the body, thereby improving health. The magnetic field generator 7 is mounted inside the heat transfer board 4 to generate ultra long wave. Ultra long wave generated inside the heat transfer board 4 is transmitted to the heat transfer board 4 made of a non-magnetic metal material to bring a therapeutic effect to the human body. In the above, the present invention has been described in detail with reference to the accompanying drawings to remove the electromagnetic wave at the time of heating and generate ultra-high wave at the time of health promotion or treatment with reference to the accompanying drawings, which is just an example and do not depart from the spirit of the present invention. It will be apparent to those skilled in the art that various changes and modifications can be made without departing from the scope of the present invention.

According to the present invention as described above, by providing a magnetic field generator to supply the human body with ultra-high wave, the effect of treatment or health promotion is provided, and the twisted wire is provided and the ground wire is formed to eliminate the generation of electromagnetic waves during the heat generation. The effect is to relax.

1 is a perspective view showing the configuration of a conventional coated heating wire

2 is a cross-sectional view showing the structure of a conventional cable heating wire

3 is an exploded perspective view of the stone bed of the present invention

4 is a perspective view showing the internal configuration of the heat transfer board of FIG.

5 is a perspective view showing the structure of a heating wire.

6 is a perspective view showing the magnetic field generator shown in FIG.

FIG. 7 shows a front control panel of the controller of FIG. 4. FIG.

* Explanation of symbols for the main parts of the drawings *

1: stone plate 2: nonwoven fabric

3: copper plate 4: electric heating board

5: heating wire 5-1: automatic thermal cut-off

5-2: Temperature sensor 6: Aluminum sheet

7: Magnetic field generator 7-1: Plate silicon steel sheet

7-2: Covering coil 11: damp-proof paper

13: Polyurethane 14: Controller

15: ground wire

Claims (2)

The slab, nonwoven fabric, copper plate and heat transfer board are sequentially stacked on the lower part of the material, and the heat transfer board is combined with a damp paper at the bottom, The heat transfer boards are those that are embedded in the lower surface by the mounting means; Built-in magnetic field generator and temperature sensor are divided into many parts, and the inside is filled with urethane foam. The magnetic field generator and the temperature sensor are electrically connected to and controlled by the controller, wherein the heat transfer board is made of a metal material and electrically connected to the controller by a grounding wire, one end of which is connected to the controller and the other end of which the thermal protector is electrically The stone bed having an electromagnetic wave removal function, characterized in that the electromagnetic wave is removed when heated consists of twisted heating wire connected to. The method of claim 1, The heating wire has two strands, the center is nichrome wire, the outside is covered with silicon, the coated nichrome wire is twisted with each other, and one end of the nichrome wire is connected to receive current from the controller, and the other side is interposed with an automatic thermal protection device. A stone bed having an electromagnetic wave removing function, characterized in that to remove electromagnetic waves when heated.