A horizontal strong-field effect health care treatment device

Abstract

The present invention relates to a transverse strong-field effect health care treatment device, which includes a treatment seat, an alternating current power supply box, a strong electromagnetic field, a connection assembly, and an insulating pedal; the strong electromagnetic field includes a pair of left / right electrode plates, and the electrode plates are composed of electrode frames and flexible electrode sheets. The connection assembly includes a pair of left / right support plates, and the left / right support plates stand the left / right electrode plates on both sides of the treatment seat at a certain interval. The positive and negative poles of the alternating current power supply box are respectively connected to the flexible electrode sheets of the left / right electrode plates, and the insulating pedal is placed under the treatment seat. The present invention has the following advantages: by arranging a pair of erected electrode plates on both sides of the treatment seat to form a strong and uniform transverse electromagnetic field, the positive and negative particles in human cells are attracted by the positive and negative charges on the electrode surface and change alternately, so that joints, muscles, internal organs, glands, spirit, and blood all over the human body are regulated. The structure of the present invention is reasonable and has made remarkable progress.

Description

Technical Field

[0001] The present invention relates to a physical therapy device, and more particularly to a transverse strong field effect health care treatment device. Background Art

[0002] In recent years, in order to solve the sub-health and various chronic diseases existing in most people, such as backache, muscle tension, joint stiffness, headache, insomnia and other symptoms, people expect a device that can simulate the earth's potential for treatment and health care, create an electromagnetic field environment, let the human body be in a strong electromagnetic field, produce a therapeutic effect on the human body's internal circulation system, and make people feel refreshed and energetic. At present, although there are potential treatment and health care devices on the market, they are limited to cushion-type single electrodes, which form an electromagnetic field between the device and the wall and the ground, or use double electrodes of a foot pedal plus a head plate type for output, but the effects are not satisfactory and cannot meet the market demand. Summary of the Invention

[0003] The object of the present invention is to provide a transverse strong field effect health care treatment device with reasonable structural settings and capable of promoting various circulations and metabolisms in the human body in view of the deficiencies of the prior art.

[0004] The object of the present invention can be achieved by the following measures: A transverse strong field effect health care treatment device, including a treatment seat (1) and an alternating current power supply box (18), is characterized in that there are also a strong electromagnetic field, a connection component, and an insulating pedal (26), wherein:

[0005] The strong electromagnetic field includes a pair of left and right electrode plates (2, 3), and the electrode plates are composed of an electrode frame and a flexible electrode sheet (20). The electrode frame includes an upper bent tube (16), a front inclined tube (17), a front vertical tube (9), a bottom horizontal tube (11), a rear inclined tube (13), and a rear vertical tube (15). The front inclined tube (17) is connected to the front vertical tube (9) through a front bent tube joint (8), the front vertical tube (9) is connected to the bottom horizontal tube (11) through a three-way tube (10), the bottom horizontal tube (11) is connected to the rear inclined tube (13) through a rear bent tube joint (12), the rear inclined tube (13) is connected to the rear vertical tube (15) through a rear bent tube joint (14), the upper bent tube (16) is inserted and connected to the front inclined tube (17) and the rear vertical tube (15). The plane surrounded by the electrode frame corresponds to the side body of the human body sitting and leaning on the treatment seat (1). The electrode frame is provided with connection points (24) for the flexible electrode sheet (20) at the inflection points of the frame line surrounded by it. The flexible electrode sheet (20) is composed of a fine copper wire cloth (25) and a pressure-resistant film (23) adhered to both sides thereof. The outer edge of the flexible electrode sheet (20) corresponds to the frame line surrounded by the electrode frame, and the flexible electrode sheet (20) is fixed at the connection points (24) at the inflection points of the electrode frame;

[0006] The connecting component includes a pair of left and right side plates (4, 6). The left and right side plates (4, 6) are L-shaped. The short side of the L-shape is provided with a hole for connecting to the backrest of the treatment seat (1), the end edge of the long side of the L-shape is provided with a right-angle bend, and the right-angle bend surface is provided with a hole for fixing to the rear elbow joint (14) of the electrode frame.

[0007] The insulating pedal (26) is placed under the treatment seat (1). The holes in the short sides of the L-shapes of the left and right side plates (4, 6) are fixed to the backrest of the treatment seat (1) by screws. The left and right electrode plates (2, 3) are erected on both sides of the treatment seat (1) at a certain interval. The free ends of the tee pipes (10) of the left and right electrode plates (2, 3) touch the ground. The rear elbow joints (14) are fixed to the right-angle bend surfaces of the long sides of the L-shapes of the left and right side plates (4, 6) by screws. The positive and negative poles of the alternating power supply box (18) are connected to the flexible electrode sheets (20) of the left and right electrode plates (2, 3) respectively through wires (19).

[0008] Compared with the prior art, since a transverse strong-field effect health care treatment device proposed by the present invention is adopted, it has the following advantages: By arranging a pair of erected electrode plates on both sides of the treatment seat and applying a high-voltage alternating power supply to the electrode plates, it is convenient to form a strong and uniform transverse electromagnetic field. In addition, the acting area on the side of the human body is large, so that the positive and negative particles in human cells are attracted by the positive and negative charges on the electrode surface and change alternately, enabling the joints, muscles, internal organs, glands, spirit, and blood of the whole body to be regulated, promoting various circulations and metabolism in the human body, and achieving an improved treatment effect. The structure of the present invention is reasonable and has made remarkable progress. BRIEF DESCRIPTION OF THE DRAWINGS

[0009] Figure 1 It is a schematic side view showing an embodiment proposed by the present invention.

[0010] Figure 2 is Figure 1 A schematic dorsal view of the embodiment.

[0011] Figure 3 is Figure 1 A schematic diagram of the connection structure between the seat and the electrode plate of the embodiment.

[0012] Figure 4 is Figure 1 A schematic diagram of the flexible electrode sheet structure of the embodiment. DETAILED DESCRIPTION OF THE INVENTION

[0013] The following provides a detailed description of the specific embodiments in conjunction with the drawings: In Figures 1 to 3 an embodiment of the present invention shown, a transverse strong-field effect health care treatment device includes: a treatment seat (1), an alternating power supply box (18), a strong electromagnetic field, a connecting component, and an insulating pedal (26), wherein:

[0014] The strong electromagnetic field includes a pair of left and right electrode plates (2, 3). The electrode plates are composed of an electrode frame and a flexible electrode sheet (20). The electrode frame includes an upper bent pipe (16), a front inclined pipe (17), a front vertical pipe (9), a bottom horizontal pipe (11), a rear inclined pipe (13), and a rear vertical pipe (15). The front inclined pipe (17) is connected to the front vertical pipe (9) through a front elbow joint (8). The front vertical pipe (9) is connected to the bottom horizontal pipe (11) through a tee joint (10). The bottom horizontal pipe (11) is connected to the rear inclined pipe (13) through a rear elbow joint (12). The rear inclined pipe (13) is connected to the rear vertical pipe (15) through a rear elbow joint (14). The upper bent pipe (16) is inserted and connected to the front inclined pipe (17) and the rear vertical pipe (15). The plane surrounded by the electrode frame corresponds to the side body of a human sitting on the treatment seat (1). The electrode frame is provided with connection points (24) for the flexible electrode sheet (20) at the inflection points of the frame line surrounded by it. The flexible electrode sheet (20) is composed of a fine copper wire cloth (25) and pressure-resistant films (23) adhered to both sides thereof. The outer edge of the flexible electrode sheet (20) corresponds to the frame line surrounded by the electrode frame. The flexible electrode sheet (20) is fixed at the connection points (24) at the inflection points of the electrode frame. In this structure, it is intended to set up a pair of vertical parallel plate electrodes with a certain distance between them on both sides of the human body. The electrode is composed of a fine copper wire cloth to achieve the effect of uniform strength. The pressure-resistant films are adhered to both sides of the fine copper wire cloth to achieve a safety effect. To ensure that the flexible electrode sheet is flat and does not wrinkle, it is achieved by connecting the flexible electrode sheet at the inflection points of the electrode frame line.

[0015] The connection assembly includes a pair of left and right support plates (4, 6). The left and right support plates (4, 6) are in an L shape. The short side of the L shape is provided with a hole for connecting to the backrest of the treatment seat (1). The end edge of the long side of the L shape is provided with a right-angle bend, and the right-angle bend surface is provided with a hole for fixing to the rear elbow joint (14) of the electrode frame. In this structure, the length of the long side of the L shape of the left and right support plates determines the distance between the left and right electrode plates and the treatment seat.

[0016] The insulating pedal (26) is placed under the treatment seat (1). The L-shaped short-side holes of the left and right support plates (4, 6) are fixed on the backrest (1) of the treatment seat by screws. The left and right electrode plates (2, 3) are erected on both sides of the treatment seat (1) at a certain interval. The free ends of the tee pipes (10) of the left and right electrode plates (2, 3) touch the ground, and the rear elbow joints (14) are fixed on the L-shaped long-side right-angle bending surfaces of the left and right support plates (4, 6) by screws. The positive and negative poles of the alternating current power supply box (18) are connected to the flexible electrode sheets (20) of the left and right electrode plates (2, 3) respectively through wires (19). In this structure, when a person sits on the treatment seat and steps on the insulating pedal, the person is insulated from the ground and clamped between the two parallel electrode plates, becoming the medium between the two parallel electrode plates. The positive and negative poles of the alternating current power supply box are respectively connected to the flexible electrode sheets of the left and right electrode plates. When alternating current passes through the two plates, an alternating electric field is generated, and the alternating electric field generates an alternating magnetic field, which radiates into space in such a cycle. They are all closed concentric circles in terms of spatial form and are perpendicular to each other and alternate with each other. The positive and negative particles in human cells are attracted by the positive and negative charges on the electrode surface and change alternately. In addition, since the electrode plates in the present invention are erected, the acting area on the side of the human body is large, the distance is relatively close, and the amount of attracted and alternately moving charges is large and uniform, so that joints, muscles, internal organs, glands, spirit, and blood all over the human body are regulated, and various circulations in the body are promoted for metabolism, improving the curative effect.

[0017] The above embodiments do not constitute a limitation to the present invention. Any technical solutions obtained by means of equivalent replacement or equivalent transformation fall within the protection scope of the present invention.

Claims

1. A horizontal strong-field effect health care treatment device, including a treatment seat (1) and an alternating current power supply box (18), characterized in that, there are also a strong electromagnetic field, a connection component, and an insulating pedal (26), where: The strong electromagnetic field includes a pair of left and right electrode plates (2, 3). The electrode plates are composed of an electrode frame and a flexible electrode sheet (20). The electrode frame consists of an upper bent tube (16), a front inclined tube (17), a front vertical tube (9), a bottom horizontal tube (11), a rear inclined tube (13), and a rear vertical tube (15). The front inclined tube (17) is connected to the front vertical tube (9) through a front elbow joint (8). The front vertical tube (9) is connected to the bottom horizontal tube (11) through a tee (10). The bottom horizontal tube (11) is connected to the rear inclined tube (13) through a rear elbow joint (12). The rear inclined tube (13) is connected to the rear vertical tube (15) through a rear elbow joint (14). The upper bent tube (16) is inserted and connected to the front inclined tube (17) and the rear vertical tube (15). The plane enclosed by the electrode frame corresponds to the side body of the human body sitting and leaning on the treatment seat (1). Connection points (24) for the flexible electrode sheet (20) are provided at the inflection points of the frame line enclosed by the electrode frame. The flexible electrode sheet (20) is composed of a fine copper wire cloth (25) and pressure-resistant films (23) adhered to both sides thereof. The outer edge of the flexible electrode sheet (20) corresponds to the frame line enclosed by the electrode frame. The flexible electrode sheet (20) is fixed at the connection points (24) at the inflection points of the electrode frame; The left and right electrode plates (2, 3) are parallel to each other; The connection component includes a pair of left and right support plates (4, 6). The left and right support plates (4, 6) are in an L shape. The short side of the L shape is provided with a hole for connecting to the backrest of the treatment seat (1). The end edge of the long side of the L shape is provided with a right-angle bend, and the right-angle bend surface is provided with a hole for fixing to the rear elbow joint (14) of the electrode frame; The insulating pedal (26) is placed under the treatment seat (1). The holes in the short sides of the L shapes of the left and right support plates (4, 6) are fixed to the backrest of the treatment seat (1) by screws. The left and right electrode plates (2, 3) are erected on both sides of the treatment seat (1) at a certain distance apart. The free ends of the tees (10) of the left and right electrode plates (2, 3) touch the ground, and the rear elbow joints (14) are fixed to the right-angle bend surfaces of the long sides of the left and right support plates (4, 6) by screws. The positive and negative poles of the alternating current power supply box (18) are connected to the flexible electrode sheets (20) of the left and right electrode plates (2, 3) through wires (19).

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