A simple multi-station assembly equipment for the ultrasonic generator handle

Abstract

The invention relates to a simple multi-station assembly device of an ultrasonic generator handle. The simple multi-station assembly device comprises a fixing seat component, wherein a longitudinal acting force output device, a pressure guiding component and a locating component are sequentially arranged on the fixing seat component from up to down; a horizontal acting force output device is arranged by the side of the locating component on the fixing seat component; the longitudinal acting force output device comprises a longitudinal push rod; and the horizontal acting force output device comprises a horizontal push rod. According to the simple multi-station assembly device, the structure design is reasonable, the requirement on perpendicularity and flatness during the assembly process of an upper shell, a middle shell and a lower shell of the ultrasonic generator handle is guaranteed, the problems that energy output is not concentrated and the ultrasonic generator handle is damaged due to the fact that a transducer is non-perpendicular or eccentric in the ultrasonic generator handle are avoided, a handle body of the ultrasonic generator handle is guaranteed to be vertical and be coaxial with the transducer, and the ultrasonic generator handle can be effectively, conveniently and automatically assembled at multiple stations in batches.

Description

technical field [0001] The invention relates to a simple multi-station assembly device for an ultrasonic generator handle. Background technique [0002] At present, with the development of social medical care, especially minimally invasive surgery, it is highly respected and welcomed because of its small wound, quick recovery, and small side effects. Among them, the ultrasonic scalpel uses electric energy through the transducer to transform it into sound wave overfrequency vibration, which breaks the stones it touches and burns and sutures the muscle wounds it touches. However, the handles equipped with transducers on the market are waterproof and reduce energy. Due to wear and tear and appearance requirements, the surface is smooth and there is almost no force application point. At the same time, due to the particularity of the transducer, its position relative to the handle has requirements for coaxiality and verticality, which makes it extremely difficult to assemble the ...

AI Technical Summary

Problems solved by technology

Among them, the ultrasonic scalpel uses electric energy through the transducer to transform it into sound wave overfrequency vibration, which breaks the stones it touches and burns and sutures the muscle wounds it touches. However, the handles equipped with transducers on the market are waterproof and reduce energy. Loss and appearance requirements, the surface is smooth and there is almost no force application point, and because of the particularity of the transducer, its position relative to the handle has requirements for coaxiality and verticality, which makes it extremely difficult to assemble the transducer of the handle

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