CN209790630U - A graphene far-infrared moxibustion physiotherapy room - Google Patents

Abstract

The utility model relates to a graphene far-infrared moxibustion physiotherapy room, which belongs to the technical field of physiotherapy equipment. The technical solution is: the left side panel (4), the right side panel (9), the front panel (1), the rear panel (8), the bottom panel (12) and the top panel (6) are matched and connected to form a physiotherapy room body, and the body of the physiotherapy room is equipped with There are lighting equipment and a control panel; the inner walls of the left side panel, the right side panel, the front panel, the rear panel, the bottom panel and the top panel of the physiotherapy room are all equipped with graphene far-infrared heating modules (3); the control panel (2 ) are respectively connected with the lighting equipment and the graphene far-infrared heating module (3); the graphene far-infrared heating module (3) is composed of a front panel (13), a graphene heating film (14) and a support bar (16) arranged in sequence . The positive effect of the utility model is that it provides a physiotherapy space that can be widely used, increases the number of beneficiaries, has better comfort, and has no drug-induced disease damage and side effects.

Description

A graphene far-infrared moxibustion physiotherapy room

technical field

The utility model relates to a graphene far-infrared moxibustion physiotherapy room, which belongs to the technical field of physiotherapy equipment.

Background technique

With the improvement of people's living standards, problems such as obesity, lack of exercise, weak resistance, low immunity, easy to catch colds, back pain, fatigue and burnout follow. Drug therapy can only cure about 20% of the diseases, and can only relieve about 80% of the pain and discomfort symptoms. Because the therapeutic effect of a single drug for most diseases is limited, doctors often use combination drugs, and Repeated dosage, repeated treatment and overtreatment are serious problems, and drug-induced diseases are serious. Therefore, many people turn their attention to the traditional medicine of the motherland, turning to acupuncture, cupping, massage, scraping, external medicine sticking and oral Chinese medicine, etc. Some people use various sports equipment and massage equipment to prevent and relieve pain and discomfort symptoms, and some patients turn to various treatment cabins for treatment. The former uses various traditional therapies to regulate the human body. A certain course and cycle of treatment are required to have a good therapeutic effect. Many people repeatedly go to medical institutions to wait for treatment due to lack of time and patience. There are not a few people who give up halfway. So people hope to seek a convenient, healthy and comfortable improvement method.

Utility model content

The purpose of this utility model is to provide a graphene far-infrared moxibustion physiotherapy room. On the basis of maintaining the traditional sauna room, combined with modern far-infrared physiotherapy technology, a graphene moxibustion moxibustion that stimulates the human body's meridians through far-infrared light waves The infrared moxibustion physical therapy room solves the above-mentioned problems in the background technology.

The technical scheme of the utility model is:

A graphene far-infrared moxibustion physiotherapy room, comprising a front panel, a control panel, a graphene far-infrared heating module, a left panel, a top panel, a rear panel, a right panel, a bottom panel and lighting equipment; the left panel, the right panel Boards, front boards, rear boards, bottom boards and top boards are matched and connected to form a physiotherapy housing body, and lighting equipment and control panels are arranged in the physiotherapy housing body; the left side board, right side board, front board, rear board, and bottom board The graphene far-infrared heating module is arranged on the inner wall of the top plate; the control panel is respectively connected with the lighting equipment and the graphene far-infrared heating module; Composition, the graphene heating film is pressed on the front panel through the support bar.

The front panel is a grid structure or a hollow structure.

The area of the hollow structure accounts for more than 70% of the area of the front plate.

A CD player is also arranged in the body of the physical therapy house, and the CD player is connected with the control panel.

The body of the physiotherapy room is also provided with a seat, the seat is an inverted L-shaped structure composed of a seat stand and a seat plate, the seat stand is vertically arranged on the base plate, and a horizontally arranged seat plate is arranged between the seat stand and the back plate.

Both the stand plate and the seat plate are provided with graphene far-infrared heating modules.

Both ends of the graphene heating film are provided with electrodes.

The graphene heating film and the electrode are clamped between two insulating films, and the graphene heating film, the electrode and the insulating film are pressed together on the front panel through the support bar.

A door is arranged on the front panel, and a window is arranged on the door.

The front of the control panel is provided with indicator lights and manual buttons; the back of the control panel is provided with a control module, and the indicator lights and manual buttons are connected with the control module. There are several indicator lights and manual keys.

The control module is a lighting control module purchased on the market, its model is ST12.16.1 lighting control module, manufactured by Wenzhou Shengtai Electric Co., Ltd., it is equipped with relay switch manual control, with 12 switch circuits, each circuit The relay switch can be controlled manually. There are 12 corresponding manual buttons and 12 indicator lights on the control panel. Each manual button controls a switch circuit, and an indicator light displays the on-off of the switch circuit. The 12 switch loops are switch loop A, switch loop B, switch loop C, switch loop D, switch loop E, switch loop F, switch loop G, switch loop H, switch loop I, switch loop J, switch loop K, switch circuit M. Among them, switch loop A, switch loop B, switch loop C, switch loop D, switch loop E, switch loop F, switch loop G and switch loop H are respectively connected to the graphene far-infrared heating module on the front board and the graphene far-infrared heating module on the left side. Infrared heating module, graphene far-infrared heating module on the rear board, graphene far-infrared heating module on the right side board, graphene far-infrared heating module on the top board, graphene far-infrared heating module on the bottom board, graphene far-infrared heating module on the seat stand and seat Board graphene far-infrared heating module; the switch circuit J is connected with the lighting circuit, the switch circuit K is connected with the CD player, and its control port is connected with the control panel through the 485 bus.

The user enters the physiotherapy room, turns on the lighting equipment and closes the door through the corresponding manual buttons on the control panel; At least one graphene far-infrared heating module on the board, the rear board, the right side board, the seat board, the seat stand board and the bottom board is connected for physical therapy; CD player inside the body to play music.

Graphene heating film has the characteristics of super-strong electrical conductivity, high power-to-heat efficiency, planar heating, uniform heating, fast heating speed, and stable performance. The atomic and molecular resonance of the cells is caused in the body, and the molecular friction forms a thermal reaction, which promotes the rise of the deep subcutaneous temperature, expands the microvessels, accelerates blood circulation, helps to remove the accumulation of blood vessels and harmful substances in the body, reactivates the tissue, promotes the production of enzymes, and achieves activation. Tissue cells, prevent aging, and strengthen the immune system.

The positive effects of the utility model: provide a physiotherapy space that can be widely used, increase the number of beneficiaries, and have better comfort, no drug-induced disease damage and side effects; can independently prevent or regulate common upset, insomnia, Mental health problems such as high stress, as well as physical health problems such as chronic diseases, sub-health, and intractable diseases that are common in rehabilitation or treatment.

Description of drawings

Fig. 1 is the structural representation of the utility model;

Fig. 2 is the structural representation of the utility model graphene far-infrared heating module;

Fig. 3 is the utility model circuit diagram;

In the figure: front panel 1, control panel 2, graphene far-infrared heating module 3, left panel 4, control module 5, top panel 6, top cover panel 7, rear panel 8, right panel 9, seat panel 10, seat Vertical plate 11, bottom plate 12, front panel 13, graphene heating film 14, electrode 15, support bar 16, CD player 18, lighting circuit 19, front panel graphene far-infrared heating module 3-1, left panel graphene Far infrared heating module 3-2, back panel graphene far infrared heating module 3-3, right side panel graphene far infrared heating module 3-4, top panel graphene far infrared heating module 3-5, bottom panel graphene far infrared heating module Modules 3-6, seat and stand plate graphene far-infrared heating modules 3-7, seat plate graphene far-infrared heating modules 3-8, indicator lights 20, and manual buttons 21.

Detailed ways

Below in conjunction with accompanying drawing and embodiment the utility model is described further:

A graphene far-infrared moxibustion physiotherapy room, comprising a front panel 1, a control panel 2, a graphene far-infrared heating module 3, a left panel 4, a top panel 6, a rear panel 8, a right panel 9, a bottom panel 12 and lighting equipment; The left side plate 4, the right side plate 9, the front plate 1, the rear plate 8, the bottom plate 12 and the top plate 6 are matched and connected to form a physiotherapy housing body, and lighting equipment and a control panel are arranged in the physiotherapy housing body; Graphene far-infrared heating module 3 is all provided with on the inner wall of side board, right side board, front board, rear board, bottom board and top board; Control panel 2 is connected with lighting equipment and graphene far-infrared heating module 3 respectively; The infrared heating module 3 is composed of a front panel 13 , a graphene heating film 14 and a support bar 16 arranged in sequence, and the graphene heating film 14 is press-fitted on the front panel 13 through the support bar 16 .

The front panel 13 is a grid structure or a hollow structure.

The area of the hollow structure accounts for more than 70% of the area of the front plate.

A CD player 18 is also arranged in the body of the physical therapy house, and the CD player 18 is connected with the control panel 2 .

The body of the physiotherapy house is also provided with a seat, the seat is an inverted L-shaped structure composed of a seat stand 11 and a seat 10, the seat stand 11 is vertically arranged on the bottom plate 12, and a seat stand is arranged between the seat stand 11 and the back plate 8 Seat board 10 that is arranged horizontally.

Both the stand plate 11 and the seat plate 10 are provided with a graphene far-infrared heating module 3 .

Both ends of the graphene heating film 14 are provided with electrodes 15, and the two electrodes 15 are connected to corresponding power lines.

The graphene heating film 14 and the electrode 15 are clamped between two insulating films, and the graphene heating film 14 , the electrode 15 and the insulating film are pressed together on the front panel 13 through the support bar 16 .

The front panel 1 is provided with a door, and the door is provided with a window.

The front of the control panel is provided with an indicator light 20 and a manual button 21 .

The top plate 6 is a hollow structure, the control panel back is provided with a control module 5, and the indicator light 20 and the manual button 21 are connected to the control module 5; Vent.

The user enters the physiotherapy room, turns on the lighting equipment and closes the door through the corresponding manual buttons on the control panel 2; 6. At least one graphene far-infrared heating module 3 on the top cover plate 7, rear plate 8, right side plate 9, seat plate 10, seat stand plate 11 and bottom plate 12 is connected, and the user sits on the seat and performs physical therapy The user can also open the CD player 18 arranged in the physiotherapy room through the corresponding manual button on the control panel 2 to play music.

The graphene far-infrared heating module 3 that is arranged on the left side plate 4, the right side plate 9, the front plate 1, the back plate 8, the base plate 12, the top plate 6, the seat stand plate 11 and the seat plate 10 is respectively connected with the user Corresponding to the left side, right side, front, rear, soles, head, calves and thighs of the body, it performs a full range of three-dimensional simultaneous irradiation on the human body. According to the meridian theory of "Huangdi Neijing", from the head to the soles, Three-dimensional synchronous irradiation from front to back, from inside to outside, stimulates the meridians of various parts of the human body, dredges the meridians, activates qi and blood, eliminates microcirculation obstacles, makes the meridians of the whole body unobstructed, the cells are active, and sufficient supply cells Nutrition, and at the same time, it can expel toxins from the body and improve the pathological state of the human body.

The graphene far-infrared heating module 3 is formed by superimposing the front panel, the graphene heating film and the support bar successively, and its size is determined according to the size of the graphene heating film. Tap screw connections in place. The front panel is a grid structure, and may also be a hollow structure, and the area of the hollow structure accounts for more than 70% of the area of the front panel.

The graphene heating film can be customized according to needs, for example, it is produced by Shiwang New Material Technology Co., Ltd., including a single-layer or multi-layer graphene heating film and two strip electrodes, and the two strip electrodes are arranged in parallel on the On the two opposite edges of the graphene heating film, the graphene heating film and two strip electrodes are sandwiched between two insulating films, and the two strip electrodes are connected to the control module. As a heating element, the graphene heating film generates heat evenly, fast, and stable performance. At the same time, it can radiate far infrared rays that are beneficial to the human body.

The graphene far-infrared heating module 3 that is arranged on the front plate 1, the left side plate 4, the back plate 8, the right side plate 9, the top plate 6, the bottom plate 12, the seat stand plate 11 and the seat plate 10 is respectively the front plate graphite Graphene far-infrared heating module 3-1, graphene far-infrared heating module on the left side board 3-2, graphene far-infrared heating module on the rear board 3-3, graphene far-infrared heating module on the right side board 3-4, graphene on the top board Far-infrared heating module 3-5, bottom plate graphene far-infrared heating module 3-6, seat stand plate graphene far-infrared heating module 3-7 and seat plate graphene far-infrared heating module 3-8, its position, power size are equal It is determined according to the position of the human body sitting in the physical therapy room, corresponding to the acupuncture points of the human body.

The control panel 2, control module 5, CD player 18, lighting circuit 19, front panel graphene far-infrared heating module 3-1, left side panel graphene far-infrared heating module 3-2, rear panel graphene far-infrared heating module Heating module 3-3, graphene far-infrared heating module on the right side plate 3-4, graphene far-infrared heating module on the top plate 3-5, graphene far-infrared heating module on the bottom plate 3-6, graphene far-infrared heating module on the seat stand 3-7 and the seat plate graphene far-infrared heating module 3-8 form a control system, and are connected to each other through power lines.

The model of the control module is ST12.16.1 lighting control module, which is manufactured by Wenzhou Shengtai Electric Co., Ltd. It is equipped with a relay switch for manual control, and has 12 switch circuits. The relay switch of each circuit can be manually controlled. On the control panel Corresponding 12 manual buttons 21 and 12 indicator lights 20 are provided, each manual button controls a switch circuit, and an indicator light displays the on-off of the switch circuit. The 12 switch loops are switch loop A, switch loop B, switch loop C, switch loop D, switch loop E, switch loop F, switch loop G, switch loop H, switch loop I, switch loop J, switch loop K and switch loop M. Among them, switch loop A, switch loop B, switch loop C, switch loop D, switch loop E, switch loop F, switch loop G and switch loop H are respectively connected to the front panel graphene far-infrared heating module 3-1 and the left panel Graphene far-infrared heating module 3-2, rear graphene far-infrared heating module 3-3, right-side graphene far-infrared heating module 3-4, top graphene far-infrared heating module 3-5, bottom graphene far-infrared heating module Infrared heating module 3-6, seat stand graphene far-infrared heating module 3-7 and seat plate graphene far-infrared heating module 3-8; switch circuit J is connected with lighting circuit 19, switch circuit K is connected with CD player 18 , and its control port is connected to the control panel 2 through the 485 bus.

According to needs, it can be controlled as a whole or one or several graphene far-infrared heating modules 3 can be controlled individually, either through the control panel or through manual buttons.

The lighting equipment is a colored LED lighting lamp. The lighting environment in the physiotherapy room can be adjusted through LED lights of different colors, which can facilitate users to adjust the color of the indoor lights according to their own preferences, thereby eliminating human fatigue and adjusting mood.

The CD player can allow users to enjoy physiotherapy more comfortably by playing different music, and the composite sound waves of different speeds, melodies, tones and timbres resonate with the internal organs and tissues of the human body to produce a massage effect on the cells, prompting the human body to produce Beneficial hormones.

Claims (9)

1. A graphene far-infrared moxibustion physiotherapy room, characterized in that it includes a front panel (1), a control panel (2), a graphene far-infrared heating module (3), a left panel (4), and a top panel (6) , top cover board (7), rear board (8), right side board (9), bottom board (12) and lighting equipment; said left side board (4), right side board (9), front board (1) , the rear panel (8), the bottom panel (12) and the top panel (6) are matched and connected to form a physiotherapy housing body, and lighting equipment and a control panel are arranged in the physiotherapy housing body; the left side panel, the right side panel, and the front panel of the physiotherapy housing body , the inner walls of the back plate, the bottom plate and the top plate are all equipped with graphene far-infrared heating modules (3); the control panel (2) is respectively connected with the lighting equipment and the graphene far-infrared heating module (3); (3) It consists of a front panel (13), a graphene heating film (14) and a support bar (16) arranged in sequence, and the graphene heating film (14) is pressed onto the front panel (13) through the support bar (16) . 2. A graphene far-infrared moxibustion physiotherapy room according to claim 1, characterized in that: the front panel (13) is a grid structure or a hollow structure. 3. A graphene far-infrared moxibustion physical therapy room according to claim 2, characterized in that: the area of the hollow structure accounts for more than 70% of the area of the front plate. 4. A graphene far-infrared moxibustion physiotherapy room according to claim 1, characterized in that: a CD player (18), a CD player (18) and a control panel (2) are also provided in the body of the physiotherapy room connected. 5. A graphene far-infrared moxibustion physiotherapy room according to claim 1, characterized in that: said physiotherapy room is also equipped with a seat, and the seat is composed of a seat stand (11) and a seat plate (10). L-shaped structure, the seat stand (11) is vertically arranged on the bottom plate (12), and a horizontal seat (10) is arranged between the seat stand (11) and the back plate (8). 6. A graphene far-infrared moxibustion physiotherapy room according to claim 5, characterized in that: both the seat stand (11) and the seat (10) are equipped with a graphene far-infrared heating module (3) . 7. A graphene far-infrared moxibustion physiotherapy room according to claim 1, characterized in that electrodes (15) are provided at both ends of the graphene heating film (14). 8. A graphene far-infrared moxibustion physiotherapy room according to claim 7, characterized in that: the graphene heating film (14) and the electrode (15) are sandwiched between two insulating films, and the graphene generates heat Membrane, electrode and insulating film are pressed together on the front panel through the support strip. 9. A kind of graphene far-infrared moxibustion physical therapy room according to claim 1, is characterized in that: the front of described control panel is provided with indicator light and manual button; The back side of control panel is provided with control module, indicator light and manual button. The buttons are connected with the control module; there are multiple indicator lights and manual buttons.