Bipolar electric coagulation forceps with time delay switch

Abstract

The invention relates to a pair of bipolar electric coagulation forceps with a time delay switch. The problems that bipolar electric coagulation forceps are inconvenient to carry, the electric coagulation speed is low, and the electric coagulation effect is poor are solved. The bipolar electric coagulation forceps comprise an electric coagulation forceps main body, an electric coagulation forcepsenergy supply line is connected to the electric coagulation forceps main body, and connected with an electric coagulation forceps energy supply connecting line which is connected with an electric coagulation forceps energy supply end through an electric coagulation switch, and the electric coagulation switch is provided with a time delay relay; one end of the time delay relay is connected with theelectric coagulation forceps energy supply line, the other end of the time delay relay is connected with the electric coagulation forceps energy supply connecting line, the time delay relay is connected with a switch power supply module, and a switch component used for controlling on and off of the switch power supply module and the time delay relay is arranged between the switch power supply module and the time delay relay. The bipolar electric coagulation forceps have the advantages of being light, portable, small in heat loss of the electric coagulation forceps, high electric coagulation speed, good in electric coagulation effect and the like.

Description

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AI Technical Summary

Benefits of technology

This new type of electric coaguage instrument has two main benefits compared to previous instruments - it's smaller size but more effective at treating blood clots than older ones-and its ability for multiple uses without damaging any parts or components inside them. It also allows for quicker treatment times while still producing high levels of efficacy.

Problems solved by technology

This patented technical problem addressed in this patents relates to improving the performance of an electric catheterization (ECC) forcep tool system while reducing weight and volume compared to older methods like manual control tools. Existing designs require bulky power supplies and may result in longer operating times due to increased energy consumption. Therefore, new proposals aim to provide better design options based on these factors.

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