Electrocoagulation forcep system convenient to clean

Abstract

The invention discloses an electrocoagulation forcep system convenient to clean. The system comprises a forcep body and a base, wherein the forcep body comprises forcep tips and forcep poles. The system is characterized in that a semi-open absorption groove is formed in each forcep pole, the front end of each absorption groove is connected with an absorption channel in the corresponding forcep tip, and an insertion port is formed in an outlet in the rear end of each absorption groove. The system further comprises sealing devices matched with the absorption grooves, wherein the cross section of each absorption groove is semi-circular. The semi-open absorption grooves are formed in the forcep body, the sealing devices are tightly pressed on the absorption grooves when the system is used, so that the absorption grooves is sealed, when hematocele needs to be removed, all that is required is to connect the insertion ports with an absorption machine in an operation room, and then operation can be performed; after the system is not used, the sealing devices are taken off, and the absorption grooves are washed clean. The electrocoagulation forcep system is simple in principle, can perform hemostasis and absorption work simultaneously and is convenient to wash.

Description

[0001] The present invention is a divisional application of the invention application whose filing date is February 28, 2013 and whose application number is 201310063425.2. technical field [0002] The invention relates to a surgical instrument for transferring non-mechanical energy to the human body by passing electric current through tissue to be heated. Background technique [0003] Existing electrocoagulation tweezers include tweezers tips, insulating tweezers rods and electrode holders in turn. The plugs at the rear of the electrode holders are connected to the external host through wires. The protein between the ends is dehydrated and coagulated to achieve the purpose of hemostasis. Because its range of action is limited to between the two tweezers, the degree of damage and range of influence on adjacent tissues is very small, and it is quite safe. [0004] When electrocoagulation forceps are used for hemostasis, there is often blood flowing out of the hemostasis site...

AI Technical Summary

Problems solved by technology

[0004] When electrocoagulation forceps are used for hemostasis, there will often be blood flowing out of the hemostasis site, and the pipe of the suction machine in the operating room is generally relatively thick, which cannot be directly used to remove blood stains from the hemostasis site

This forces doctors to use electric coagulation forceps to stop bleeding in the blood. This operation has a greater risk because it is not clear which blood vessel needs to be stopped.

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