Bipolar endoscopic instrument
AssigneeOlympus Winter & Ibe GmbH
InventorsUwe Scholer, Dido Arnim Zweibrück
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AssigneeOlympus Winter & Ibe GmbH
InventorsUwe Scholer, Dido Arnim Zweibrück
Estimating the term…
A bipolar endoscopic instrument including a tubular stem having a distal end and a proximal end. The stem distal end supports two jaws that are pivotable relative to one another. The proximal end of the tubular stem has a bipolar hf plug inserted therein at an acute angle to a push/pull wire. The plug applies a bipolar output of a high-frequency (hf) voltage source into the inside of the instrument. The inserted end of the hf plug is shaped such that the plug contacts are axially insulated from each other and each plug contact touches an electrically conducting contact element inside the instrument which, in turn, is connected in electrically conducting manner to one of the two jaws. A unit is present inside the instrument and includes the two contact elements and an insulator electrically separating the contact elements. The hf plug engages the insulator while a particular plug contact touches a particular contact element.
A bipolar endoscopic instrument comprising a tubular stem, wherein a distal end of said tubular stem supports two jaws, said jaws being pivotable relative to one another, a proximal end of said tubular stem has a bipolar hf plug inserted therein at an acute angle to a push/pull wire, said plug applying a bipolar output of a high-frequency (hf) voltage source into the inside of said instrument, an inserted end of said hf plug being shaped such that the plug contacts are axially insulated from each other and each plug contact touches an electrically conducting contact element inside the instrument which, in turn, is connected in electrically conducting manner to one of said two jaws, wherein a unit (6, 6′) is present inside the instrument (1) and comprises the two contact elements (8, 9, 8′, 9′) and an insulator (7, 7′) electrically separating the contact elements (8, 9, 8′, 9′), said unit (6, 6′) and the hf plug (10) being designed and mounted in the instrument (1) such that the hf plug (10) engages the insulator (10) and such that a particular plug contact (12, 13) of the hf plug (10) touches a particular contact element (8, 9, 8′, 9′).
Dependencies are inferred from the claim text.