Force transmission element, surgical instrument, and method for producing the force transmission element
AssigneeKarl Storz GmbH & Co. KG
InventorsRobin MERZ, Benedikt HAHN, Nico MOOSMANN, Daniel KÄRCHER
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AssigneeKarl Storz GmbH & Co. KG
InventorsRobin MERZ, Benedikt HAHN, Nico MOOSMANN, Daniel KÄRCHER
Estimating the term…
A force transmission element, in particular a pull rod for an endoscopic instrument, has: a potential-free rod configured for force transmission, which has at least one local clearance; and an electrode which extends over an outer surface of the clearance and in the axial direction along the clearance, wherein the electrode is in contact with an electrical conductor which extends within the rod. One end, a proximal end, of the rod has an electrically insulated positive-connection element which is configured to engage with a bearing element of a surgical instrument. Furthermore, the pull rod for an endoscopic instrument relates to a surgical instrument comprising such a force transmission element and to a method for producing such a force transmission element.
A force transmission element for surgical instruments, the force transmission element comprising:
A surgical instrument comprising:
A method for producing a force transmission element for surgical instruments, the force transmission element comprising a potential-free rod configured for force transmission, which has at least one local clearance, and an electrode which extends over an outer surface of the clearance and at least partially in the axial direction along the clearance, wherein the electrode is in contact with an electrical conductor which extends within the rod, wherein one end of the rod has an electrically insulated positive-connection element which is configured to engage with a bearing element of a surgical instrument, the method comprising the following steps:
Dependencies are inferred from the claim text.