Technologies

time icon June 20, 2019

Self-Adjusting Controllers For Force Assistance Systems In Surgical Robotics

Technology description

Invention
This technology is a force guidance system for use in human-machine hand-on interfaces like surgical robots. By using sensors, heuristics and motors, the proper force can be applied to the human end to simulate the resistance encountered on the robotic end. This technology employs a novel algorithm that allows the system to tailor the resistance to a user's style and preference for use in training simulators.

Background
When surgeons use robotic assist devices it can be difficult for them to gauge the pressure and force necessary to apply to the soft tissue, which can result in trauma or damage to tissue and organs. The technology presented here allows the surgical tools to mimic the resistance and force applied so the surgeon can feel and adjust pressure accordingly.

Application area

  • Robotic surgery
  • Tele-operation platforms
  • Driver support systems
  • Rehabilitation devices
  • Skills training
  • Handwriting assistance systems
  • Any robotic tool where force control systems are used

Advantages

  • Reduces patient trauma and hospitalization
  • Allows for better control of tools and instruments
  • Provides individualized user sensitivity
  • Provides real life training simulations for students

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More information

Institution
Categories
  • Medical instruments
  • General surgery
Keywords:

human-machine hand-on interfaces

robotic assist devices

force guidance system

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