High-energy and anti-inflammatory WIRA deep light therapy device

Abstract

High-energy and anti-inflammatory WIRA deep light therapy device, wherein a laser control unit (1) comprises a microprocessor (4), a display control module (8) and a laser treatment head (12), wherein the microprocessor (4) is mounted above the laser control unit (1), wherein a low-frequency pulse module (2) is mounted on one side of the microprocessor (4), wherein a high-frequency conversion module (3) is mounted above the low-frequency pulse module (2), and a keypad control unit (5) is provided above the high-frequency conversion module (3), wherein a power supply module (6) is mounted on one side of the keypad control unit (5), and a power management unit (7) is mounted on one side of the power supply module (6), wherein the display control module (8) is connected below the power management unit (7), and wherein a plastic protective housing (14) is mounted on the outside of the microprocessor (4).wherein a liquid crystal operating screen (13) is mounted above the plastic protective housing (14), and a shaft end mounting bracket (9) is connected above the liquid crystal operating screen (13), wherein a height adjustment shaft (10) is mounted below the shaft end mounting bracket (9) and a universal adjustment head (11) is mounted below the height adjustment shaft (10), wherein a laser treatment head (12) is mounted below the universal adjustment head (11), and an external power supply socket (15) is mounted on the rear of the plastic protective housing (14).

Description

[0001] The invention relates to the technical field of medical devices for home use, in particular to a high-energy and anti-inflammatory WLRA deep light therapy device.

[0002] Phototherapy is the application of sunlight or artificial light (infrared, ultraviolet, visible light, laser) to combat disease and promote healing. Daylight therapy has been classified as a therapeutic agent. Light therapy in physiotherapy uses artificial light radiation. The light therapy tool utilizes spectral irradiation of 0.4-3.6 µm on the human body surface or cavity surface. Through the photothermal composite effect, diseased cells and tissues can be effectively killed, thus achieving the goal of mucosal tissue coagulation and vascular coagulation occlusion.In recent years, low-intensity semiconductor laser irradiation of human tissue and acupuncture points has been widely used to treat pain and cardiovascular diseases, and the products launched on the market are mostly expensive large-scale phototherapy devices.

[0003] The purpose of the invention is to provide a high-energy and anti-inflammatory WIRA deep light therapy device to solve the above-mentioned problems.

[0004] The invention achieves the above-mentioned purpose through the following technical solutions: A high-energy and anti-inflammatory WIRA deep light therapy device comprising a laser control unit, a microprocessor, a display control module, and a laser treatment head. The microprocessor is mounted above the laser control unit, a low-frequency pulse module is mounted on one side of the microprocessor, a high-frequency conversion module is mounted above the low-frequency pulse module, and a button control unit is provided above the high-frequency conversion module. A power supply module is mounted on one side of the button control unit, and a power management unit is mounted on one side of the power supply module. The display control module is connected below the power management unit. A plastic protective housing is mounted on the outside of the microprocessor. A liquid crystal operating screen is mounted above the plastic protective housing.and a shaft-end mounting bracket is connected above the liquid crystal operating screen, wherein a height adjustment shaft is mounted below the shaft-end mounting bracket and a universal adjustment head is mounted below the height adjustment shaft, wherein a laser treatment head is mounted below the universal adjustment head, and an external power supply socket is mounted on the back of the plastic protective housing.

[0005] In the structure described above, the laser control unit controls the generation of laser light, the low-frequency pulse module controls the generation of low-frequency pulses, and the high-frequency conversion module converts low-frequency signals into high-frequency signals. The button control unit controls the buttons of the therapeutic instrument. The power supply module supplies power to the therapeutic instrument. The power management unit manages the power supply module. The display control module controls the display of the therapeutic instrument. The microprocessor controls the internal electrical signals of the therapeutic instrument. The height adjustment shaft is connected to the universal adjustment head to adjust the height of the universal adjustment head. The universal adjustment head adjusts the irradiation angle of the laser treatment head. The liquid crystal operation screen manually controls the treatment instrument.and the plastic protective housing protects the internal components of the treatment instrument.

[0006] In order to further improve the application of the high-energy and anti-inflammatory WIRA deep light therapy device, the laser control unit is connected to the low-frequency pulse module by a wire, the low-frequency pulse module is connected to the high-frequency conversion module by a wire, and the high-frequency conversion module is connected to the microprocessor by a wire.

[0007] To further improve the application of the high-energy and anti-inflammatory WIRA deep light therapy device, the microprocessor is connected to the button control unit by a wire, the power supply module is connected to the power management unit by a wire, and the display control module is connected to the microprocessor by a wire.

[0008] To further improve the application of the high-energy and anti-inflammatory WIRA deep light therapy device, the shaft end mounting bracket is screwed to the height adjustment shaft, whereby the height adjustment shaft is screwed to the universal adjustment head.

[0009] To further improve the application of the high-energy and anti-inflammatory WIRA deep light therapy device, the universal adjustment head is connected to the laser treatment head via a shaft.

[0010] To further enhance the application of the high-energy and anti-inflammatory WIRA deep light therapy device, the liquid crystal display is nested and connected to the plastic protective housing.

[0011] To further improve the application of the high-energy and anti-inflammatory WIRA deep light therapy device, the external power supply socket is nested with the plastic protective housing.

[0012] In order to further improve the application of the high-energy and anti-inflammatory WIRA deep light therapy device, the voltage of the external power supply is 220 V, which is connected to the external power supply socket.

[0013] The advantageous effects of this invention are that it is smaller, easy to carry, widely used in the family, easy to treat, and not too expensive. Fig. 1 shows a schematic of the operating principle of a high-energy and anti-inflammatory WIRA deep light therapy device of the present invention; Fig. Figure 2 shows an external view of a high-energy and anti-inflammatory WIRA deep light therapy device of the present invention; Fig. Figure 3 shows a rear view of a high-energy and anti-inflammatory WIRA deep light therapy device of the present invention;

[0014] The invention is described in more detail below in conjunction with the accompanying drawings: As in Fig.1 to 3, a high-energy, anti-inflammatory WIRA deep light therapy device comprises a laser control unit 1, a microprocessor 4, a display control module 8, and a laser treatment head 12. The microprocessor 4 is mounted above the laser control unit 1, a low-frequency pulse module 2 is mounted on one side of the microprocessor 4, a high-frequency conversion module 3 is mounted above the low-frequency pulse module 2, and a button control unit 5 is provided above the high-frequency conversion module 3. A power supply module 6 is mounted on one side of the button control unit 5, and a power management unit 7 is mounted on one side of the power supply module 6. The display control module 8 is connected below the power management unit 7, and a plastic protective housing 14 is mounted on the outside of the microprocessor 4.wherein a liquid crystal operating screen 13 is mounted above the plastic protective casing 14, and a shaft end mounting bracket 9 is connected above the liquid crystal operating screen 13, wherein a height adjustment shaft 10 is mounted below the shaft end mounting bracket 9 and a universal adjustment head 11 is mounted below the height adjustment shaft 10, wherein a laser treatment head 12 is mounted below the universal adjustment head 11, and an external power supply socket 15 is mounted on the rear of the plastic protective casing 14.

[0015] In the structure described above, the laser control unit 1 controls the generation of laser light, the low-frequency pulse module 2 controls the generation of low-frequency pulses, and the high-frequency conversion module 3 converts low-frequency signals into high-frequency signals. The button control unit 5 controls the buttons of the therapeutic instrument. The power supply module 6 supplies power to the therapeutic instrument. The power management unit 7 manages the power supply module 6. The display control module 8 controls the display of the therapeutic instrument. The microprocessor 4 controls the internal electrical signals of the therapeutic instrument. The height adjustment shaft 10 is connected to the universal adjustment head 11 to adjust the height of the universal adjustment head 11. The universal adjustment head 11 adjusts the irradiation angle of the laser treatment head 12. The liquid crystal operation screen 13 manually controls the treatment instrument.and the plastic protective housing 14 protects the internal components of the treatment instrument.

[0016] To further improve the application of the high-energy and anti-inflammatory WIRA deep light therapy device, the laser control unit 1 is connected to the low-frequency pulse module 2 by a wire, the low-frequency pulse module 2 is connected to the high-frequency conversion module 3 by a wire, and the high-frequency conversion module 3 is connected to the microprocessor 4 by a wire, the microprocessor 4 is connected to the button control unit 5 by a wire, the power supply module 6 is connected to the power management unit 7 by a wire, and the display control module 8 is connected to the microprocessor 4 by a wire, and the shaft end mounting bracket 9 is screwed to the height adjustment shaft 10, the height adjustment shaft 10 is screwed to the universal adjustment head 11.and wherein the universal adjustment head 11 is connected to the laser treatment head 12 via a shaft, wherein the liquid crystal display 13 is interleaved and connected to the plastic protective housing 14, wherein the external power supply socket 15 is interleaved and connected to the plastic protective housing 14, wherein the voltage of the external power supply connected to the external power supply socket 15 is 220 V., List of reference symbols 1 laser control unit 2 Low frequency pulse module 3 High frequency conversion module 4 microprocessor 5 button control unit 6 Power supply module 7 Power management unit 8 Display control module 9 Shaft end mounting bracket 10 Height adjustment shaft 11 Universal adjustment head 12 laser treatment heads 13 Liquid crystal operating screen 14 plastic protective housings 15 external power supply socket

Claims

[1] A high-energy and anti-inflammatory WIRA deep light therapy device, wherein a laser control unit (1) comprises a microprocessor (4), a display control module (8), and a laser treatment head (12), wherein the microprocessor (4) is mounted above the laser control unit (1), wherein a low-frequency pulse module (2) is mounted on one side of the microprocessor (4), wherein a high-frequency conversion module (3) is mounted above the low-frequency pulse module (2), and a button control unit (5) is provided above the high-frequency conversion module (3), wherein a power supply module (6) is mounted on one side of the button control unit (5), and a power management unit (7) is mounted on one side of the power supply module (6), wherein the display control module (8) is connected below the power management unit (7), and wherein a plastic protective housing (14) is mounted on the outside of the microprocessor (4),wherein a liquid crystal operating screen (13) is mounted above the plastic protective housing (14), and a shaft end mounting bracket (9) is connected above the liquid crystal operating screen (13), wherein a height adjustment shaft (10) is mounted below the shaft end mounting bracket (9) and a universal adjustment head (11) is mounted below the height adjustment shaft (10), wherein a laser treatment head (12) is mounted below the universal adjustment head (11), and an external power supply socket (15) is mounted on the rear of the plastic protective housing (14). [2] High-energy and anti-inflammatory WIRA deep light therapy device according to claim 1, characterized bythat the laser control unit (1) is connected to the low-frequency pulse module (2) by means of a wire, wherein the low-frequency pulse module (2) is connected to the high-frequency conversion module (3) by means of a wire, and the high-frequency conversion module (3) is connected to the microprocessor (4) by means of a wire. [3] High-energy and anti-inflammatory WIRA deep light therapy device according to claim 1 or 2, characterized by that the microprocessor (4) is connected to the key control unit (5) by means of a wire, the power supply module (6) is connected to the power management unit (7) by means of a wire, and the display control module (8) is connected to the microprocessor (4) by means of a wire. [4] High-energy and anti-inflammatory WIRA deep light therapy device according to one of the preceding claims, characterized bythat the shaft end mounting bracket (9) is screwed to the height adjustment shaft (10), wherein the height adjustment shaft (10) is screwed to the universal adjustment head (11). [5] High-energy and anti-inflammatory WIRA deep light therapy device according to one of the preceding claims, characterized by that the universal adjustment head (11) is connected to the laser treatment head (12) via a shaft. [6] High-energy and anti-inflammatory WIRA deep light therapy device according to one of the preceding claims, characterized by that the liquid crystal display (13) is nested and connected to the plastic protective housing (14). [7] High-energy and anti-inflammatory WIRA deep light therapy device according to one of the preceding claims, characterized by that the external power supply socket (15) is connected in a nested manner to the plastic protective housing (14). [8] High-energy and anti-inflammatory WIRA deep light therapy device according to any one of the preceding claims, characterized by that the voltage of the external power supply connected to the external power supply socket (15) is 220 V.

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