WO2016206476A1

WO2016206476A1 - Multifunctional specific electromagnetic wave therapeutic apparatus

Info

Publication number: WO2016206476A1
Application number: PCT/CN2016/080774
Authority: WO
Inventors: 尚琳
Original assignee: 尚琳
Priority date: 2015-06-26
Filing date: 2016-04-29
Publication date: 2016-12-29
Also published as: CN204723617U

Abstract

A multifunctional specific electromagnetic wave therapeutic apparatus comprises a mesh cover (1), a fixed base (2), a cover body (4), an infrared heating element (6), a radiant panel (7) and a power supply system (8); the fixed base (2) is fixedly connected to an upper end of the mesh cover (1); the cover body (4), the infrared heating element (6) and the radiant panel (7) are all located within a cavity of the mesh cover (1). The multifunctional specific electromagnetic wave therapeutic apparatus meets the requirement for multiple purposes and is integrated with the effects of phototherapy, hot fumigation therapy, magnetic therapy and infrared therapy, so the therapeutic effect can be improved remarkably; in addition, relevant medical materials can be added at the bottom of the therapeutic apparatus and the efficacies of these medical materials are brought into play to treat the affected parts by means of high-temperature baking.

Description

Multifunctional specific electromagnetic wave therapeutic device

Technical field

The present invention relates to the field of medical devices, and in particular to a multifunctional specific electromagnetic wave therapeutic device.

Background technique

The so-called "specific electromagnetic radiation" is the emission of electromagnetic waves from 0.2 μm in the ultraviolet band to 50 μm in the infrared band under the action of a selected temperature field by specifically selecting some elements related to the organism and their proper state of existence. The main quantum energy of its spectrum is about zero to 5 ev. It is characterized not only by a limited wavelength range, but also by the matching and conformation of its emitting matter and its state of existence. This electromagnetic wave will have a very beneficial effect on the creatures on Earth. This is the most favorable electromagnetic radiation environment for biological adaptation and evolution.

In order to prove the correctness of the above theory, a TDP radiator that can represent the basic idea of this theory is selected as the test instrument. Because the core part of the radiator is a "radiation plate", which is made up of more than thirty elements of specially selected biologically related Fe, Mn, Cu, Co, Ni, Si, Se, Z, etc. It is compounded by a specific process in different proportions in the presence of crystals, amorphous compounds, oxides and simple substances. Under the special selected temperature, the radiant panel has three different wavelength ranges of electromagnetic radiation, namely three kinds of radiators: agricultural TDP, wavelength is 0.2μm～50μm, medical TDP is divided into H series (human medical, The wavelength is 2 μm to 25 μm) and the L series (for livestock and poultry, the wavelength is 0.5 μm to 50 μm). The final test showed that the specific electromagnetic radiation has a good response to the organism, a continuation effect and a new universal technology.

In addition, the existing therapeutic apparatus fails to use the above techniques well, and the existing therapeutic apparatus generally has shortcomings such as short service life and single treatment effect.

Summary of the invention

The object of the present invention is to provide a therapeutic apparatus with long life, high efficiency and good energy saving effect, and the therapeutic apparatus has the functions of phototherapy, magnetic therapy, hyperthermia and infrared physiotherapy, and satisfies the function of multi-purpose of one machine.

The technical solution adopted for achieving the object of the present invention is such that a multifunctional specific electromagnetic wave therapeutic device includes a mesh cover, a fixing base, a cover body, an infrared heat generating body, a radiation plate, and a power supply system.

The cover is located inside the mesh cover. The cover is a container that is open at the lower end. The radiant panel is located at the open end of the cover and is coupled to the cover. The radiant panel Through holes are formed on the surface of the board.

The infrared heating element is located above the through hole of the radiation plate. The infrared heating element is fixed in the cover body. The infrared heating element is powered by a power supply system.

Further, the mesh cover is a rib cage structure, and the bottom portion thereof is a mesh surface structure. The medicine tray is hung under the mesh surface at the bottom of the net cover by hooks/snacks. The medicine tray is a container whose upper end is open, and the lower bottom surface has a plurality of through holes.

Further, the upper end of the mesh cover has an opening. The lower end of the fixing seat is provided with an annular flange I. The annular flange I of the fixing seat is fastened at the opening of the mesh cover.

Further, the fixing seat is provided with a connecting member and a locking member.

Further, the upper end of the net cover is connected with a fixing seat. The lower end of the fixing base is connected to the cover body. A heat insulating plate is arranged between the cover body and the fixing seat. The cover body has a mica board and a multi-layer asbestos net inside. The mica board blocks the multilayer asbestos net in the cover. The infrared heating element is fixed under the mica board by a metal hook, and the metal hook is in contact with the radiation board.

Further, the infrared heat generating body is filled with an inert gas. The infrared heating element has a circular arc shape or a linear shape. The through hole is an arc hole or a straight hole. The infrared heating element and the through hole are arcs of a concentric radius of the same or a straight line of a coaxial line.

Further, the radiant panel is a TDP radiator, ie a specific electromagnetic wave radiator. The radiant panel has a plurality of circular holes on the plate surface. One side of the radiant panel has an annular flange II. The annular flange II surrounds the outer circumference of the side of the cover.

Further, the infrared heating element is an infrared halogen heating tube, a halogen heating tube or a halogen carbon fiber heating tube.

The technical effects of the present invention have the following characteristics:

1, to meet the multi-purpose function of a machine, integrating phototherapy, thermal smoke therapy, magnetic therapy and infrared physiotherapy, greatly improving the treatment effect;

2, according to different diseases, with different treatment options, you can add the corresponding medicinal materials at the bottom of the therapeutic apparatus, and play the role of medicinal materials under high temperature baking to treat the affected area;

3. The therapeutic instrument has a long service life, low energy consumption, and high heat utilization rate after heating.

DRAWINGS

Figure 1 is a front elevational view of a multi-function specific electromagnetic wave therapy device;

Figure 2 is a bottom view of the multi-function specific electromagnetic wave therapy device;

3 is a schematic view showing the connection between an infrared tube and a mica board;

Figure 4 is a schematic structural view of a radiant panel;

Figure 5 is a schematic view showing the structure of the medicine tray.

In the drawings, a mesh cover 1, a fixing base 2, a connecting member 201, a locking member 202, a heat insulating plate 3, a cover 4, a mica plate 5, an infrared heating element 6, a radiation plate 7, a power plug 8, and a medicine holding tray 9.

detailed description

The invention is further illustrated by the following figures and embodiments, but it should not be understood that the scope of the present invention is limited to the following embodiments. Various changes and modifications may be made without departing from the spirit and scope of the invention.

A multifunctional specific electromagnetic wave therapeutic device includes a mesh cover 1, a fixing base 2, a cover 4, an infrared heating element 6, a radiation plate 7, and a power supply system.

The inside of the mesh cover 1 has a cover 4 . In this embodiment, the mesh cover 1 is a rib cage structure having a circular opening at its upper end. The cover 4 is a cylindrical metal cover whose lower end is open. The mica plate 5 is connected in the lower end cavity of the cover 4. The mica board 5 blocks the multilayer asbestos web in the internal cavity of the shell 5. The radiant panel 7 is located at the lower end of the cover 4 and is coupled to the cover 4. The radiant panel 7 is a TDP radiator, which is extracted from the Journal of Chongqing University, "Specific Electromagnetic Radiation and Its Extensive Biological Effects." The lower surface of the radiant panel 7 has a silicate coating comprising more than thirty elements compounded by a specific process. The radiant panel 7 generates electromagnetic waves having a wavelength of 2 μm to 25 μm under the excitation of a certain temperature. In this embodiment, the radiant panel 7 is circular, and has a curved hole and a plurality of circular holes on the surface of the radiant panel. The radiant panel 7 blocks the open end of the hood 4. One side of the radiant panel 7 has an annular flange II. The annular flange II is surrounded by the circumferential periphery of the side of the cover 4.

The infrared heating element 6 is located between the mica board 5 and the radiant panel 7 and is in contact with the board surface of the mica board 5. The infrared heating element 6 is located above the arcuate hole of the radiant panel 7. The infrared heating element 6 is fixed in the cover 4 by a metal hook. The upper end of the metal hook is connected to the inner wall of the cover 4. The metal hook prevents the infrared heating element 6 from coming into direct contact with the radiant panel 7, and the metal hook can also transfer heat to the radiant panel 7. The infrared heating element 6 is filled with an inert gas. The infrared heating element 6 has a circular arc shape, and its radius is equal to the radius of the curved hole 701. The arc center of the infrared heat generating body 6 is on the same vertical line as the arc center of the arc hole 701. The infrared light The hot body 6 is powered by a power supply system.

A heat insulating plate 3 is disposed between the cover 4 and the fixing base 2. The heat insulating plate 3 can block the heat from spreading upward and prevent the user from being burnt when the locking member 202 is screwed.

The upper end of the net cover 1 is connected with a fixing base 2. The lower end of the fixing base 2 is fixedly connected to the cover body 4. In this embodiment, the fixing base 2 is a hollow cylindrical metal body with an annular flange I at one end. The annular flange 1 of the fixing seat 2 is fastened to the circular opening of the mesh cover 1. The fixing base 2 is provided with a connecting member 201 and a locking member 202. The connecting member 201 can be connected to the bracket, and the angle of the therapeutic device can be adjusted on the bracket, and then screwed and fixed by the locking member 202.

When the power plug 8 is connected to the circuit, the infrared heating element 6 emits a large amount of heat, and the heat is transferred to the radiant panel 7. After reaching a certain temperature, the radiant panel 7 generates electromagnetic waves. Since the inside of the infrared heating element 6 is filled with an inert gas, the infrared heating element 6 emits visible light when it is energized. The visible light is collected by the through holes on the radiation plate 7 to be irradiated to the affected part of the user. That is, the therapeutic device is capable of performing phototherapy, magnetic therapy, thermal aromatherapy, and infrared therapy.

In addition, a medicine holding tray 9 may be added to the bottom of the mesh cover 1. The medicine holding tray 9 is a container having an open upper end, and a lower bottom surface thereof has a plurality of through holes. The medicine tray 9 is hung by a hook at the center of the bottom mesh surface of the net cover 1. According to the different conditions of the user, the corresponding medicine (such as moxa stick) can be added in the leftover medicine tray 9, and the medicine is combined with the therapeutic apparatus to treat the patient under baking.

Claims

A multifunctional specific electromagnetic wave therapeutic device, comprising: a mesh cover (1), a fixed seat (2), a cover body (4), an infrared heat generating body (6), a radiation plate (7) and a power supply system;

The cover (4) is located inside the mesh cover (1); the cover (4) is a container with a lower end open; the radiation plate (7) is located at the open end of the cover (4), and Connected to the cover body (4); the radiation plate (7) has a through hole (701) on the plate surface;

The infrared heat generating body (6) is located above the through hole (701) of the radiation plate (7); the infrared heat generating body (6) is fixed in the cover body (4); and the infrared heat generating body (6) is powered The system provides energy.
A multifunctional electromagnetic wave therapeutic apparatus according to claim 1, wherein said net cover (1) is a rib cage type structure, and a bottom portion thereof is a mesh surface structure; and a drug holding tray (9) is passed through a hook/card The buckle is hung under the bottom mesh surface of the net cover (1); the medicine holding tray (9) is a container with an open upper end, and the lower bottom surface has a plurality of through holes.
A multifunctional electromagnetic wave therapeutic apparatus according to claim 1, wherein said mesh cover (1) has an opening at an upper end thereof; said lower end of said fixing base (2) has an annular flange I; The annular flange I of the fixing seat (2) is fastened to the opening of the mesh cover (1).
A multifunctional electromagnetic wave therapy device according to claim 1, characterized in that the fixing base (2) is provided with a connecting member (201) and a locking member (202).
A multifunctional electromagnetic wave therapy device according to claim 1, characterized in that: the upper end of the mesh cover (1) is connected with a fixing base (2); the lower end of the fixing base (2) is opposite to the cover body ( 4) connection; a heat insulating plate (3) between the cover body (4) and the fixing base (2); the cover body (4) has a mica board (5) and a multi-layer asbestos net inside; the mica board (5) sealing the multilayer asbestos net in the cover body (4); the infrared heat generating body (6) is fixed under the mica board (5) by a metal hook; the metal hook and the radiation plate (7) contact.
The multifunctional electromagnetic wave therapeutic apparatus according to claim 1, wherein the infrared heating element (6) is filled with an inert gas; and the infrared heating element (6) is a circular arc or a straight line; The through hole (701) is an arc hole or a straight hole; the infrared heat generating body (6) and the through hole (701) are arcs of a concentric radius of the same or a straight line of a coaxial line.
A multifunctional electromagnetic wave therapy device according to claim 1, wherein The radiant panel (7) is a TDP radiator, that is, a specific electromagnetic wave radiator; the radiant panel (7) has a plurality of circular holes on the plate surface; and one side plate of the radiant panel (7) There is an annular flange II; the annular flange II is surrounded by the lateral circumference of the side of the cover (4).
A multifunctional electromagnetic wave therapeutic apparatus according to claim 1, wherein said infrared heating element (6) is an infrared halogen heating tube, a halogen heating tube or a halogen carbon fiber heating tube.