Microwave health system management instrument probe

Abstract

The invention discloses a microwave health management instrument probe which is composed of a probe body and an external device, the probe body is connected with the external device, and the probe body comprises a Teflon cover plate, an aluminum alloy shell, a pure copper gold-plated coil and an EVA microwave cotton ring. The Teflon cover plate is nested in the position, close to the top, of the aluminum alloy shell, the pure copper gold-plated coil is in an Archimedes spiral shape and located below the cover plate, and the EVA microwave cotton ring is arranged below the pure copper gold-plated coil in a cushioned mode. Compared with curves in other shapes, the Archimedes spiral-shaped pure copper gold-plated coil has the advantages that the maximum energy can be transmitted in the minimumspace, and the energy loss is reduced by matching the characteristic of small diffraction angle of the Archimedes spiral-shaped pure copper gold-plated coil; besides, under the condition of the samespace size, the Archimedes spiral pure copper gold-plated coil is used, so that the density of the coil is maximized, and the effect of saving consumables is achieved.

Description

technical field [0001] The invention relates to electromagnetic wave physical energy technology equipment, in particular to a microwave health system management instrument, especially a microwave health system management instrument probe. Background technique [0002] Microwave refers to electromagnetic waves whose frequency ranges from 300MHZ to GHZ. In the 1930s, medical workers discovered the biological effects of microwaves. Clinically, the interaction between microwaves and organisms can be divided into two categories, namely microwave heating effects and non-microwave heating effects. The microwave hyperthermia used by the microwave therapy instrument is a non-contact heating method, and there is no possibility of thermal burns and electrical burns caused by electrical contact. Due to the improvement of various technologies, microwave therapy does not require anesthesia and can be completed in outpatient clinics. It is simple and safe. A large number of scientific ex...

AI Technical Summary

Problems solved by technology

[0003] However, in the prior art, since the electromagnetic wave leaves the probe, the direction of transmission will diffract to the surroundings, resulting in energy loss. The energy of the electromagnetic wave acting on the acupuncture points of the human body is different from the energy of the electromagnetic wave required, which affects the effect of assisting in alleviating various symptoms.

Furthermore, although increasing the area of ​​the probe can reduce the phenomenon of electromagnetic wave diffraction, the probe with too large area cannot be accurately positioned on the acupuncture points.

In addition, when it is necessary to transmit higher electromagnetic wave energy, it is inevitable to increase the coil density, thereby increasing the volume of the probe, and increasing the cost of consumables

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