Acupoint superficial layer local intervention type electromagnetic wave physiotherapy device and operation method

Abstract

The invention discloses an acupoint superficial layer local intervention type electromagnetic wave physiotherapy device. The device comprises a host and a mobile probe, and is characterized in that the mobile probe is connected with the host through a hollow waveguide tube; a micro-electromagnetic wave generating device is arranged in a host shell; the micro-electromagnetic wave generating devicecomprises a control panel, a radiator, a high-voltage plate, a magnetron, a filter and a transformer; the control panel is electrically connected with the radiator, the high-voltage plate, the magnetron, the filter and the transformer; the radiator is connected with one end of a movable probe waveguide tube; the other end of the movable probe waveguide tube is connected with a connecting part of the movable probe; electromagnetic waves with the set frequency and power generated by the radiator are guided to the movable probe, and the movable probe acts on the local part of the superficial layer of a specific acupoint to implement intervention; and the set frequency of the electromagnetic waves is 1-12 Hz, and the set power of the electromagnetic waves is 5-25 w. According to the invention,magnetic fields of specific electromagnetic waves and hot air act on acupoints, so that the physiotherapy effect of relieving thalassemia symptoms is achieved.

Description

technical field [0001] The invention belongs to the technical field of electromagnetic wave physiotherapy, and in particular relates to an electromagnetic wave physiotherapy device and an operation method of superficial acupoint local intervention type. Background technique [0002] The cells of various functional tissues of the human body are different and have different functions. Bioelectricity is produced by cells, and there are certain differences in the bioelectricity produced by different cells, such as the difference in the number of cells in each functional tissue, and the voltage generated is different. If a single functional organization is regarded as an active closed electrical component, then all functional organizations can form an electrical network. There are parallel, series, and multiple connections between functional tissues. Due to the differences in functions of each functional tissue, the frequencies generated are also different. In this way, in addit...

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Problems solved by technology

[0005] However, most of the existing electromagnetic wave instruments are fixed and cannot be adjusted when performing physical therapy, and can only perform physical therapy on the local area, which is not uniform enough and the effect of physical therapy is not good; while some physical therapy instruments are manually operated, by medical staff. Random operation, lack of rigorous operation process, the physical therapy effect of each local position cannot be accurately controlled, and precise physical therapy for superficial local positions of different depths cannot be realized, let alone the tingling sensation caused by the thermal effect during the physical therapy process cannot be accurately controlled, etc. Side effects, less comfort during physiotherapy

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