SURGICAL ELECTRONIC STAPLER AND ITS CONTROL SYSTEM Russian patent published in 2023 - IPC A61B17/32 A61B17/68 

Abstract RU 2796188 C1

FIELD: medical equipment.

SUBSTANCE: group of inventions relates to a control system of an electronic surgical stapler and an electronic surgical stapler. The electronic stapler contains a control system. The control system comprises a stapler body and a cutting component connected to the stapler body, a component identification module, a position detection module, and a control module. There is a trigger on the body of the stapler. The component identification module is configured to generate an actual identification signal when the cutting component is properly connected to the stapler body. The position detection module is designed to generate an actual signal of staying at the starting point when the cutting component is moved to the starting point. The control module is designed to control the cutting component to perform cutting and stitching operations according to the first trigger signal issued by the trigger mechanism, after the control module receives the current identification signal and the current signal of staying at the starting point. The component identification module includes two sets of stroke identification contact components provided inside the stapler body. The stroke identification contact components are in one-to-one correspondence with the stroke values of the cutting components and are spaced apart along the installation direction of the cutting components. The stroke identification contact components are connected to the control module to determine if the cutting component is properly installed on the stapler body after any stroke identification contact component conducts communication, and to send the actual identification signal to the control module, which includes the a cutting stroke of the cutting component corresponding to the stroke identification contact component making the conductive connection.

EFFECT: surgical electronic stapler and its control system with a component identification module configured to determine whether the cutting component is properly installed on the stapler body due to design features is provided.

16 cl, 8 dwg

Similar patents RU2796188C1

Title Year Author Number
ROTARY HANDLE SWITCH CONFIGURATION FOR SURGICAL INSTRUMENTS 2014
  • Kokh Robert L. Ml.
  • Bejber Deniel L.
  • Lejmbakh Richard L.
RU2690595C2
MULTIPLE PROCESSOR MOTOR CONTROL FOR MODULAR SURGICAL INSTRUMENTS 2014
  • Bejber Deniel L.
  • Lejmbakh Richard L.
  • Ulrikh Deniel Dzh.
RU2663487C2
END EFFECTOR STRAIGHTENED BY SENSOR WHEN REMOVED THROUGH TROCAR 2014
  • Bejber Deniel L.
  • Lejmbakh Richard L.
  • Albrekht Tomas E.
RU2646575C2
STERILISABLE SURGICAL INSTRUMENT 2010
  • Jehjts Dehvid K.
  • Shelton Frederik Eh.
RU2524114C2
IMPROVEMENT OF DRIVE SURGICAL SUTURING INSTRUMENT 2010
  • Loran Rajan Dzh.
  • Svensgard Brett Eh.
  • Smit Bret U.
  • Jehjts Dehvid K.
RU2529375C2
IMPROVING POWER-DRIVEN SURGICAL SUTURING INSTRUMENT 2010
  • Shelton, Frederik, Eh.,Iv
RU2546958C2
ELECTROMECHANICAL SURGICAL DEVICE WITH SIGNAL RELAY ARRANGEMENT 2014
  • Kholl Stiven G.
  • Bejber Deniel L.
  • Lejmbakh Richard L.
RU2664168C2
PROVIDING RAPID FEEDBACK FOR A USER OF A SURGICAL INSTRUMENT 2014
  • Shelton Iv Frederik E.
  • Bedard Timoti S.
RU2690397C2
ROTARY POWERED SURGICAL INSTRUMENTS WITH MULTIPLE DEGREES OF FREEDOM 2014
  • Old Majkl D.
RU2663713C2
JOYSTICK SWITCH ASSEMBLIES FOR SURGICAL INSTRUMENTS 2014
  • Kokh Robert L. Ml.
  • Bejber Deniel L.
  • Lejmbakh Richard L.
RU2661144C2

RU 2 796 188 C1

Authors

Yao, Daqiang

Wang, Cuiying

He, Ti

Zhu, Dongdong

Chen, Zhaowei

Dates

2023-05-17Published

2020-07-24Filed