KR200231753Y1 - Mat for electro-magnetic and negative potential treatment with crystal elements - Google Patents

Abstract

The present invention relates to a mat type electromagnetic and potential therapy device to which a plurality of crystal elements are attached. It consists of the lower plate 10 from the lower side, the shoulder layer 12, the ultra-wave generating electromagnet 14, the planar heating element 16, the negative potential plate 18, the upper face layer 20 and the upper face 22 of the fabric structure. On the upper surface of the mat 24, a plurality of far infrared radiator elements are attached and arranged. According to the present invention, the far-infrared radiator element is composed of a crystal element 28 having a circular recessed portion 26 formed at the bottom of the bottom, and the recessed portion (at the upper face 22 at a position where these crystal elements 28 are arranged). A through hole 30 having a diameter equal to the diameter of 26 is formed, and a circular element fixing body 34 made of copper material having a circular protrusion 32 formed at the center of the upper surface 22 at the lower side thereof has a protrusion 32. Is inserted into the recess 26 of the crystal element 28 through the through hole 30 of the upper face 22 under the application of an adhesive.

Description

MAT FOR ELECTRO-MAGNETIC AND NEGATIVE POTENTIAL TREATMENT WITH CRYSTAL ELEMENTS}

The present invention relates to a mat-type electromagnetic and potential therapy device with a plurality of crystal elements attached, in particular the far-infrared radiator element attached to the upper surface of the mat to emit far infrared rays useful to the human body is composed of a crystal element as a natural crystal or artificial crystal The present invention relates to a mat-type electromagnetic and potential therapy device with a plurality of crystal elements having a structure capable of attaching the crystal elements to the upper surface of the mat in a structure capable of effectively heat transfer to such a crystal element to increase the radiation efficiency of far infrared rays.

Mat-type electromagnetic and potential therapy devices are known, for example, from Utility Model Registration No. 93333 (Notice 95-8347). It is composed of a mat that generates an electromagnetic and potential effective for the activation of human cells. Mats of this kind have been introduced for different purposes as different purposes. It is also known that these special purpose mats are arranged by attaching a large number of gemstone elements, germanium elements and the like to the surface for the purpose of, for example, far-infrared radiation, anion emission or self-radiation. These special purpose devices can achieve far-infrared radiation effect at room temperature, but high radiation efficiency can be obtained by conducting heat to these devices. Conventionally, the arrangement for attaching and arranging a gemstone element, a germanium element, etc. to the upper surface of the mat is arranged in such a structure that the adhesive is applied to the bottom surface of these elements to simply adhere to the material constituting the upper surface of the mat. However, this adhesive composition has a drawback that the device used is easily dropped due to poor adhesion, and has a drawback in that the thermal conductivity is low because the adhesion is performed by simple surface contact. On the other hand, the above-mentioned jadeite element, germanium element, etc., although the far-infrared emissivity is satisfactory, it is preferable to use a device having a far-infrared emissivity higher than these.

In the present invention, it is a natural crystal or artificial crystal having a relatively high far-infrared emissivity, which uses a crystal element and can be attached to the upper surface of the mat in such a structure that the heat transferred from the mat can be effectively conducted. It is an object of the present invention to provide a mat type electromagnetic and potential therapy device that is stable and does not fall out of a crystal device.

To this end, in the present invention, a mat for attaching a plurality of far-infrared radiator elements to the upper surface of the mat composed of the lower plate, the backing layer, the ultra-high wave generating electromagnet, the face heating element, the negative potential plate, the upper face layer and the upper face of the fabric structure from the lower side. To provide. According to the present invention, the far-infrared radiator element is composed of a crystal element having a circular recess in the center of the bottom, and forms a through hole having a diameter equal to the diameter of the recess in the upper face of the position where these crystal elements are arranged. A circular element fixing body made of copper material having a circular protrusion at the center at the lower side thereof is formed by inserting the protrusion under the application of an adhesive into the recess of the crystal element through the through hole of the upper face.

Referring to the present invention in more detail based on the accompanying drawings as follows.

1 is a plan view of the mat-type electromagnetic and potential therapy device to which the present invention is applied.

2 is a partially exploded perspective view of the present invention.

3 is a partial cross-sectional view.

Explanation of Signs of Major Parts of Drawings

22 ... upper face 24 ... matt

26 ... indentation 28 ... crystal element

30 ... through 32 ... overhang

34. Device Fixation

It consists of the lower plate 10 from the lower side, the shoulder layer 12, the ultra-wave generating electromagnet 14, the planar heating element 16, the negative potential plate 18, the upper face layer 20 and the upper face 22 of the fabric structure. In attaching and arranging a plurality of far-infrared radiator elements on the top surface of the mat 24, the far-infrared radiator element is composed of a circular or polygonal crystal element 28 having a flat bottom surface and a circular recessed portion 26 formed at the bottom center thereof. And a through hole 30 having a diameter equal to the diameter of the concave portion 26 in the upper face 22 at the position where these crystal elements 28 are arranged, and the thermal conductivity of the lower face 22 is lower. A circular element fixing body 34 formed of excellent copper material and having a circular protrusion 32 at the center thereof, and the protrusion 32 is a recess of the crystal element 28 through the through hole 30 of the upper face 22. It is characterized in that (26) is inserted by applying under the application of an adhesive.

When the power source (not shown) is applied to the mat 24, the present invention heats the mat 24 by the planar heating element 16, and the microwave generating electromagnet 14 operates to generate electromagnetic waves of ultra long wave and negative potential. Negative potential occurs in the plate 18 can be expected a comprehensive therapeutic effect effective for the activation of human cells. On the other hand, a large amount of far-infrared radiation can be expected by using the crystal element 28 as the far-infrared radiator element. The crystal element 28 has a circular concave portion 26 formed at the center of the bottom and has a diameter equal to the diameter of the concave portion 26 in the upper face 22 at the position where the crystal elements 28 are arranged. A through hole 30 is formed, and the protrusion 32 of the element fixing body 34 coupled from the lower side of the upper face 22 has a recessed portion of the crystal element 28 through the through hole 30 of the upper face 22. The crystal element 28 is firmly adhesively bonded to the upper face 22 because the element fixing body 34 is inserted between the bottom face of the upper face 22 and the upper face layer 20. Can be. In addition, the device fixing body 34 made of a copper material having excellent thermal conductivity is fixed between the bottom face of the upper face 22 and the upper face layer 20 so that the heat of the mat 24 is transferred to the crystal device 28. By transmitting, the crystal element 28 receives heat, so that the far-infrared radiation dose can be greatly increased.

As such, the present invention uses a crystal element as a natural or artificial crystal having a relatively high far-infrared emissivity and can be attached to and attached to the upper surface of the mat in a structure such that heat transmitted from the mat can be effectively conducted. The state is stable to provide a matt electromagnetic and potential therapy device without falling out of the crystal element.

Claims (1)

It consists of the lower plate 10 from the lower side, the shoulder layer 12, the ultra-wave generating electromagnet 14, the planar heating element 16, the negative potential plate 18, the upper face layer 20 and the upper face 22 of the fabric structure. In attaching and arranging a plurality of far-infrared emitter elements on the upper surface of the mat 24, the far-infrared radiator element is constituted by a crystal element 28 having a circular recessed portion 26 formed in the bottom center thereof, and the crystal element 28 A copper material having a through hole 30 having a diameter equal to the diameter of the concave inlet portion 26 is formed in the upper face 22 at the position to be arranged, and a circular protrusion 32 is formed in the center at the lower side of the upper face 22. The protruding portion 32 of the circular element fixing body 34 is inserted into the concave part 26 of the crystal element 28 under the application of an adhesive through the through hole 30 of the upper face 22. Mat type electromagnetic and potential therapy device with many crystal elements.