Non-interference terahertz wave simulation physiotherapy instrument for lung cancer

Abstract

The invention relates to a non-interference terahertz wave simulation physiotherapy instrument for lung cancer. The physiotherapy instrument comprises a processing end and a wave transmitting terminalconnected with the processing end; the processing end comprises a signal source generator, a modulation module and a main control module; the wave transmitting terminal comprises a housing and a horn-shaped suction cup disposed at the front side of the housing, the front end in the housing is provided with a fixing frame, the middle is provided with an installation frame, and the installation frame divides the housing into a terminal installation cavity at the front side and a heat dissipation cavity at the rear side; a terahertz wave generator is arranged in the terminal installation cavity;a wave source transmitting end at the front side of the terahertz wave generator is fixed to the fixing frame, the front side of the fixing frame is provided with a waveguide window, and the waveguide window is provided with a wave focusing lens covering the waveguide window; one side wall of the terminal installation cavity is provided with a through hole connected with a wire of the processingend; the heat dissipation cavity is provided with a heat dissipation structure, the heat dissipation structure comprises a heat conductor laid transversely and a heat dissipater disposed at the rear side of the heat conductor, and the heat conductor is provided with a connecting part connected with the non-interference terahertz wave generator. The physiotherapy instrument realizes detection and treatment integration and has a good physiotherapy effect on lung cancer.

Description

technical field [0001] The invention relates to the technical field of non-interference terahertz wave physiotherapy, in particular to a non-interference terahertz simulation physiotherapy apparatus for lung cancer. Background technique [0002] "Tahertz wave" is a wave spectrum generated from the biological information field and radiated by the organism itself. According to the identification of scientific instruments, "terahertz waves" are divided into two types: one is "human non-interference terahertz waves" emitted by the human body, and its wave band is 3 to 45 microns; the other is "biological wave functional materials". The radiated terahertz wave is concentrated in the 4-20 micron band, and has a certain overlap with the non-interfering terahertz wave emitted by the human body. The terahertz wave radiated by the biological wave functional materials that have appeared so far will also resonate with the human body Effect, this is because the human body will produce t...

AI Technical Summary

Problems solved by technology

However, the current electromagnetic wave physiotherapy equipment only has the function of treatment, and there is no comparative diagnosis of the effect before and after treatment. It can only be judged by the patient's intuition, which will inevitably bring certain disadvantages to the improvement of the treatment effect and method.

In addition, when the existing probe is used, it often takes a long time to work. The terahertz generator (such as a Gunn diode) generates millimeter waves after being powered on, and then emits them through the horn antenna to act on the human body. After the wave, the temperature of the waveguide cavity will slowly rise, which will affect the best effect and service life of other electronic components

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