18558757. SURGICAL STAPLING DEVICE WITH FORCE REDUCTION MECHANISM simplified abstract (Covidien LP)
Contents
SURGICAL STAPLING DEVICE WITH FORCE REDUCTION MECHANISM
Organization Name
Inventor(s)
Xiliang Zhang of Shanghai (CN)
SURGICAL STAPLING DEVICE WITH FORCE REDUCTION MECHANISM - A simplified explanation of the abstract
This abstract first appeared for US patent application 18558757 titled 'SURGICAL STAPLING DEVICE WITH FORCE REDUCTION MECHANISM
The abstract describes a manually operated surgical stapling device with a firing mechanism that reduces the torque required to fire staples.
- The firing mechanism includes a trigger, a thrust bar, and a firing link that work together to minimize torque.
- The trigger is connected to a handle assembly and the firing link to make it easier to move between positions.
- This innovation aims to make surgical stapling procedures more efficient and less physically demanding for the user.
Potential Applications: - Surgical procedures requiring stapling, such as in gastrointestinal surgeries or wound closures.
Problems Solved: - Reducing the physical strain on the user during surgical stapling procedures. - Improving the ease and efficiency of firing staples in surgical settings.
Benefits: - Minimized torque required for firing staples. - Enhanced user comfort and reduced fatigue during surgical procedures.
Commercial Applications: - This technology could be utilized in hospitals, surgical centers, and other medical facilities where surgical stapling is performed.
Prior Art: - Researchers and developers in the field of surgical devices and tools may find relevant prior art in similar patents related to surgical stapling devices.
Frequently Updated Research: - Stay updated on advancements in surgical stapling technology and ergonomic design to improve user experience and patient outcomes.
Questions about Surgical Stapling Devices: 1. How does this innovation compare to existing surgical stapling devices in terms of user experience and efficiency? 2. What are the potential cost implications of implementing this technology in medical facilities?
Original Abstract Submitted
A manually operated surgical stapling device includes an end effector and a firing mechanism that is configured to reduce the torque required to fire staples from the end effector of the stapling device. The firing mechanism includes a trigger, a thrust bar, and a firing link that is secured to the trigger and engaged with the thrust bar. The trigger is coupled to a handle assembly of the stapling device and to the firing link to minimize the torque required to move the trigger between unactuated and actuated positions.
