Carbon rod clamping device

Abstract

The invention provides a carbon rod clamping device, and belongs to the technical field of medical apparatuses. A technical problem that an existing carbon photon therapeutic apparatus is poor in carbon rod clamping stability is solved. The carbon rod clamping device comprises a fixing seat, a fixing groove and clamping sheets, wherein the fixing seat is movably arranged on a mounting platform; the fixing groove is arranged in the lower surface of the fixing seat; at least one group of clamping sheets are detachably arranged in the fixing groove; each group includes two clamping sheets which are arranged at an interval and are connected, and two clamping sheets in the same group can be close to each other or be away from each other; carbon rods can be placed in the fixing groove and clamped by two clamping sheets in the same group; and the carbon rods can be electrified by the clamping sheets. According to the carbon rod clamping device provided by the invention, the carbon rods are arranged in the fixing seat and are clamped by the clamping sheets in the fixing groove of the fixing seat, so that a good carbon rod fixing effect is achieved and relatively high stability is guaranteed; and the carbon rods are prevented from shaking easily, so that later normal work of the carbon rods is facilitated.

Description

technical field [0001] The invention belongs to the technical field of medical devices and relates to a carbon rod clamping 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] In the actual use of the carbon photon therapy instrument, it is usually necessary to replace the carbon rods continuously, or to use different types of medical carbon rods for different diseases. However, traditional carbon photon therapy devices mostly use ...

AI Technical Summary

Problems solved by technology

However, traditional carbon photon therapy devices mostly use manual refueling. For example, the invention patent with the application number 201320052943. , the motor drives two sets of conveying devices through a gear set, the conveying device includes a conductive power wheel and two symmetrically arranged insulating transmission wheels, the conductive power wheel is located above the two insulating transmission wheels, and the conductive power wheel The carbon rod transmission channel is formed between the insulated drive wheel and the conductive power wheel is connected to the power supply. This carbon photon therapy device has the following problems in the application process. 1. The carbon rod is located between the power wheel and the drive wheel. The rotation of the power wheel and the transmission wheel makes the carbon rod move. This method causes poor fixing effect of the carbon rod, low stability, and the carbon rod is easy to shake, which causes inconvenience to the normal work of the carbon rod in the later stage; 2. This manual clamping The way of carbon rods, the consistency of carbon rod clamping is poor, resulting in the installation accuracy of carbon rods is not high, resulting in the center of carbon rods can not be aligned later, affecting the contact and combustion of carbon rods; 3. Due to the distance between the power wheel and the transmission wheel Unable to adjust, resulting in only one specification of carbon rods can be accommodated between the power wheel and the transmission wheel, resulting in a single and inflexible use of carbon rods

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