Short-circuit protection mechanism of carbon photon therapeutic instrument

Abstract

The invention belongs to the field of carbon photon therapy devices, and provides a short-circuit protection mechanism of a carbon photon therapy device. The short-circuit protection mechanism comprises: a fixing assembly; a combustion basin, the lower end of which is fixedly connected with the upper end of the fixing assembly, and the carbon rod can be energized and burned in the combustion basin; a support rotary assembly, that low end of which is arranged in the fix assembly, is capable of supporting and driving the carbon rod to move; a pressing assembly having a lower end disposed in thestationary assembly and an upper end extending into the combustion basin, the pressing assembly being positioned above the supporting rotary assembly and capable of pressing the carbon rod on the supporting rotary assembly; a short-circuit protection assembly arranged on the fixed assembly, one end of the short-circuit protection assembly is connected with the pressing assembly and the other end of the short-circuit protection assembly is electrically connected with the supporting rotating assembly. Compared with the prior art, the present invention has the advantages that when one of the carbon rods is burned, the support rotating assembly stops rotating and the other carbon rod is prevented from continuing to move, and the unburned carbon rod does not cause a short circuit of the carbonphoton therapeutic apparatus.

Description

technical field [0001] The invention belongs to the field of carbon photon therapy devices, and in particular relates to a short-circuit protection mechanism of a carbon photon therapy device. Background technique [0002] The carbon photon therapy instrument is used to treat cervical spine, lumbar spine, skin diseases, gynecology, andrology, trauma and other diseases. It has the effects of controlling inflammation and infection, repairing wounds, and repairing damaged nerves. It has significant biological effects on the treatment of such diseases. Significance, carbon spectroscopy has multiple biological effects, is an effective means of treating bone hyperplasia and external trauma to control inflammation and infection, and is a new technology highlight in this field. [0003] The carbon photon therapy device energizes two carbon rods. When the two energized carbon rods gradually come close to each other, they will burn and generate carbon photons. Carbon photons can treat...

AI Technical Summary

Problems solved by technology

[0003] The carbon photon therapy device energizes two carbon rods. When the two energized carbon rods gradually come close to each other, they will burn and generate carbon photons. Carbon photons can treat patients. After burning, the carbon rods will gradually become shorter. When the length of one of the carbon rods is too short, the carbon photon therapy device cannot continue to hold the carbon rod, and the other carbon rod will continue to approach until it touches both energized ends, which will cause a short circuit of the carbon photon therapy device , the safety of the carbon photon therapy instrument is low, and it will cause harm to the user in severe cases

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