CS254016B1

CS254016B1 - Monopolar electrode socket, especially for high frequency surgical instruments

Info

Publication number: CS254016B1
Application number: CS85726A
Authority: CS
Inventors: Jozef Pilat; Peter Kovacik
Original assignee: Jozef Pilat; Peter Kovacik
Priority date: 1985-02-04
Filing date: 1985-02-04
Publication date: 1987-12-17
Also published as: CS72685A1

Abstract

Riešenie sa týká zásuvky monopolárnej elektródy najmá pre vysokofrekvenčně chirurgické přístroje a rieši bezpečnost obsluhy při náhodnom dotyku u týchto prístrojov. Tělo zásuvky má na jednom konci vytvořené kruhové osadenie spojené s kruhovou drážkou, pričom do kruhovej drážky je zapadnutý nos vytvořený po obvode vnútornej diery izolačnej vložky a kruhové osadenie zapadá do vybrania vytvořeného taktiež po obvode vnútornej diery izolačnej vložky. V oblasti nosa a vybrania je izolačná vložka opatřená viacerými pozdížnymi drážkami. Zásuvka monopolárnej elektródy najma u vysokofrekvenčných chirurgických prístrojov je vhodná na pripojenie kábla, určeného pre použitie elektród pre rezanie a koaguláciu a prenášajúca vysokofrekvenčný prúd z vysokofrekvenčného generátora s vyšším výkonom.The solution relates to a monopolar electrode socket, especially for high-frequency surgical devices, and addresses the safety of the operator in the event of accidental contact with these devices. The socket body has a circular shoulder formed at one end connected to a circular groove, wherein a nose formed around the circumference of the inner hole of the insulating insert is fitted into the circular groove, and the circular shoulder fits into a recess also formed around the circumference of the inner hole of the insulating insert. In the area of the nose and the recess, the insulating insert is provided with several longitudinal grooves. The monopolar electrode socket, especially for high-frequency surgical devices, is suitable for connecting a cable intended for the use of electrodes for cutting and coagulation and transmitting high-frequency current from a high-frequency generator with higher power.

Description

The solution relates to a monopolar electrode receptacle for high frequency surgical devices and addresses operator safety when accidentally touching these devices. The socket body has a circular shoulder formed at one end connected to the annular groove, wherein the annular groove is a recessed nose formed on the periphery of the inner hole of the insulating insert and the annular shoulder fits into the recess also formed on the periphery of the inner hole of the insulating insert. In the area of the nose and recess there is an insulating insert provided with a plurality of longitudinal grooves. In particular, the monopolar electrode socket for high-frequency surgical devices is suitable for connecting a cable designed to use electrodes for cutting and coagulation and transmitting high-frequency current from a high-power generator.

The invention relates to a monopolar electrode receptacle especially for high frequency surgical devices and addresses operator safety in a random manner; touch on these devices.

So far known solutions of the monopolar electrode socket have one of the conductive material outputs at the point of high-frequency output in the inner part of the insulating sleeve with the possibility of easy access.

The disadvantage of this solution is the reduction in the safety of operators of high-frequency surgical devices at accidental contact.

This drawback removes a plug of a monopolar electrode according to the invention consisting of a socket, a socket body and an insulating sleeve, wherein the socket body has a circular shoulder formed at one end and an annular groove formed in the circular groove. the insulating insert and the annular shoulder engaging the recess also formed around the periphery of the inner hole of the insulating insert. In the area of the nose and recess, the insulating insert is also provided with longitudinal grooves. The monopolar electrode receptacle of the present invention, using an insulating insert inserted into the conductive receptacle body, which forms one of the high frequency current outlets, ensures the operation of high frequency surgical devices. Another advantage is the simple assembly of this insulating liner made possible by the use of the material flexibility in the fastening area on the socket body. An exemplary embodiment of a monopolar electrode socket is shown in the accompanying drawings.

FIG. 1 shows a longitudinal section through a monopolar electrode socket.

FIG. 2 is a detail of the insulator.

FIG. 3 is a side elevational view of the insulating insert. The monopolar electrode receptacle according to the invention is formed from a sleeve 9 into which the drawer body 1 is inserted and attached to the sleeve 9 by a clip 10 and a collar 11. At one end the drawer body 1 has an annular shoulder 2 connected to the annular groove 3 into which it is latched the nose 4 formed by the periphery of the inner hole 7 of the respective insulating insert 5. The circular shoulder 2 fits into the recess 6 also formed by the periphery of the inner hole 7 of the insulating insert 5. The insulating insert 5 is provided with a plurality of grooves 8 in this side. Further, the insulator 12 is inserted with the socket 13 passing through the insulating pad 14. The socket 13 is terminated by a solder eye 15 and a solder contact 16 is disposed between the socket body 1 and the insulating pad 14. To clamp onto the instrument panel, the socket 9 is provided with a low nut 17.

One of the high frequency current inlets and outlets form the solder contact 16 and the socket body 1 and the other forms the solder eye 15 and the socket 13 insulated from each other by the insulation 12 and the insulating pad 14. The high frequency current outlet 1 is protected against accidental contact with the insulating insert 5 In particular, the monopolar electrode socket for high-frequency surgical devices is suitable for connecting a cable for use in electrodes and coagulation and for transmitting high-frequency current from a high-power generator.

Claims

OBJECT The socket of the monopolar electrode is mainly used for high-frequency surgical devices, consisting of a socket, a socket body and an insulator, characterized in that the body (1J has a circular shoulder (2) formed at one end together with a circular groove (3), whereby the annular groove ( 3) the recessed nose (4) is formed around the circumference of the inner hole (7) of the insulating insert (5) and the annular recess (2) is engaged in the recess (6) so formed along the periphery of the inner hole (7) of the insulating insert (5), wherein in the region of the nose (4), the recess (6) there is an insulating insert (5) provided with longitudinal grooves (8).

7 8 FIG. 2

FIG. 3