Novel intelligent electric coagulation forceps system
An electrocoagulation tweezers system and intelligent technology, applied in the direction of heating surgical instruments, etc., can solve the problems of high temperature of tweezers tip, dislocation of tweezers tip, burnt blood vessels, etc., and achieve the effect of preventing cross-infection, ensuring adhesion effect, and convenient operation
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[0029] Example 1, such as Figure 1 to Figure 3 As shown, a new type of intelligent electrocoagulation forceps system includes a forceps body and a host. The forceps body includes a forceps tip 1 and a forceps rod 2. The rear of the forceps rod 2 has an electrode holder 3, and the electrode holder 3 has a plug 4 and a plug 4. The host computer 5 is connected through a cable, and the host computer 5 provides power for the electrocoagulation tweezers through the cable. During use, the host 5 performs real-time detection of the output current and voltage, so as to obtain the real-time impedance of the material between the tweezers tips. Generally speaking, when the blood vessel is first bonded, the impedance between the tips of the forceps is small, and the temperature of the two tips can be higher at this time. As the blood vessels coagulate, the impedance of the material between the two forceps tips gradually increases. At this time, it is necessary to reduce the temperature of th
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[0036] Example 2: Different from Example 1, the forceps rod also has a suction channel, where the suction channel and the water inlet channel are respectively located inside the two forceps rods, the entrance of the suction channel is located outside the tip of the forceps, and the outlet of the suction channel passes through The second plug interface is connected with the pipe on the suction machine. In this way, when the blood vessel needs to be cleaned, the water inlet channel on the forceps rod on one side flows out, and the suction channel on the forceps rod on the other side sucks blood away.
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