Disposable self-destruction protecting device for medical bipolar coagulation forceps

Abstract

The invention discloses a disposable self-destruction protecting device for medical bipolar coagulation forceps, comprising a plug and a socket, wherein the socket is electrically connected to the power supply input end of the medical bipolar coagulation forceps in a non-detachable manner and mainly comprises a jack base, a spring, a brake lining and a pin roll; the jack base is provided with a slideway and a jack in which the plug is inserted and connected; the slideway is axially equidirectional with the jack; the pin roll is axially and movably inserted into an opening of the jack, which is opposite to the plug; the surface of the pin roll is fixedly connected with one end of a separation blade; the separation blade is positioned in the slideway and can axially move relative to the slideway; the other end of the separation blade can extend out and retract into an opening of the jack, which faces to the plug; the spring is elastically pressed against one side of the brake lining; the other side of the brake lining can be elastically pressed against the other end of the separation blade; and the other end of the separation blade can leave from the other side of the brake lining, so that the brake lining can be used for closing one opening of the jack, which faces to the plug. The self-destruction protecting device has a simple structure; and According to the self-destruction protecting device, stable and reliable operation of operation instruments can be ensured, pollution can be reduced and disposable specification is really realized.

Description

technical field [0001] The invention relates to a disposable self-destruction protection device for medical bipolar electric coagulation forceps. Background technique [0002] The disposable medical bipolar coagulation tweezers used in hospitals today are powered by dry batteries to make the relay conduction, such as figure 1 As shown, until the dry battery is exhausted, the relay is disconnected and cannot be used. Due to the uncontrollable quality of dry batteries, with the uncertainty of product inventory time, the battery life of dry batteries is unknown, and there is potential failure during use, resulting in interruption of surgery. Secondly, the extensive use of disposable medical bipolar coagulation forceps will also generate a lot of waste of dry batteries, and the waste of dry batteries is a serious source of pollution, and its post-processing will waste a lot of manpower and material resources. In addition, in order to reduce costs and operate in violation of re...

AI Technical Summary

Problems solved by technology

[0002] The disposable medical bipolar coagulation tweezers used in hospitals today are powered by dry batteries to make the relay conduction, such as figure 1 As shown, until the dry battery power is exhausted, the relay is disconnected and cannot be used

Due to the uncontrollable quality of dry batteries, with the uncertainty of product inventory time, the battery life of dry batteries is unknown, and there is potential failure during use, resulting in interruption of surgery

Secondly, the extensive use of disposable medical bipolar coagulation forceps will also generate a lot of waste of dry batteries, and the waste of dry batteries is a serious source of pollution, and its post-processing will waste a lot of manpower and material resources

In addition, in order to reduce costs and operate in violation of regulations, some hospitals reuse disposable medical bipolar coagulation forceps, which often causes cross infection and poses a greater threat to the health of patients

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