An electrode tweezers with controllable automatic dripping function

Abstract

The invention relates to the technical field of medical devices, in particular to an electrode tweezers with a controllable automatic dripping function, comprising: tweezers, one end of the tweezers is connected to a power supply mechanism to make the tip of the tweezers generate heat, and the other end of the tweezers is connected to the The tweezers fixed seat is connected; the dripping pipe, the drip pipe runs through the tweezers fixed seat, and one end is connected with the liquid supply mechanism, and the other end is set toward the tweezers tip of the tweezers; the automatic drip control mechanism is set in the tweezers fixed seat, and the dripping The automatic control mechanism includes: a thermal limit mechanism, which is connected to the tweezers tip of the tweezers to transfer the heat from the tweezers tip to the thermal limit mechanism; the thermal limit mechanism has: The water-blocking position for clamping the drip tube, and the open position for loosening the drip tube in high-temperature working conditions. The above structure can solve the problem that the electrocoagulation tweezers in the prior art require medical workers to manually control the opening or closing of the water delivery device, and the water delivery device cannot automatically realize the switch.

Description

An electrode tweezers with controllable automatic dripping function technical field [0001] The present invention relates to the technical field of medical devices, in particular to a kind of electrode forceps with controllable automatic dripping function. Background technique The electrocoagulation function of the electrode tweezers is to use intermittent electric energy to make the water molecules in the cells warm up and evaporate out of the cells. To lose water and shrink into madness, macroscopically, it is to constrict the severed blood vessels to stop bleeding. However, since at the time of hemostasis, the tip Part of the forceps body is prone to the problem of eschar adhesion. In addition, it not only produces an insulating effect, but also makes the electrocoagulation hemostasis function unable to continue. use. Moreover, it will also make the tissue stick to the forceps body, which will cause secondary damage to the tissue when the forceps body is removed. ...

AI Technical Summary

Problems solved by technology

[0004] The invention provides an electrode tweezers with controllable automatic water dripping function to solve the problem that the electrocoagulation tweezers in the prior art require medical workers to manually control the opening or closing of the water delivery device, and the water delivery device cannot automatically realize the switch

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