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Device to retract soft growing robots


Stanford Reference:

19-431


Abstract


Stanford researchers at the Okamura Lab have prototyped a new retraction device that can reverse growth of a soft growing robot without undesired buckling. This device extends the usability of pneumatically everting soft growing robots described in earlier Stanford docket S15-383. This device enables the robot to retrace its steps after growing in free space, as well as to retract without applying undesired force to the environment in confined space. Applications include navigation, exploration, and manipulation tasks in varied industries such as oil and gas and nuclear powerplant and aircraft/military inspection.

Related Technology:
Stanford docket S15-383 "Soft robotic device capable of growth"

Stanford News, July 19, 2017 "Stanford researchers develop a new type of soft, growing robot"

Video

Video credit: Okamura Lab

Figure


Figure description - Device allows controlled tip motion and force applied to the environment for soft growing robots during retraction. Figure credit: Okamura Lab


Stage of Development
  • Prototype
  • Continued work to decrease device weight and size and increase strength


  • Applications


    • Navigation, exploration, and manipulation tasks
    • Oil and Gas inspection
    • Nuclear decommissioning and plant inspection
    • Aircraft/Military inspection
    • Other exploration and inspection – e.g. retrieving samples or delivering payload

    Advantages


    • Novel design:
      • Retracts the robot without buckling, enabling control of the robot tip position and the force applied on the environment during retraction as well as growth
      • Provides a mounting point for sensors and tools at the robot tip
    • New tasks performed:
      • Exploring different branches of a forking path
      • Reversing growth (retracting) while applying minimal force on the environment
      • Grasping and bringing back environment samples to the base
    • Flexible length of soft robot: These robots can lengthen from a fixed base to arbitrary lengths, limited only by the amount of material that can be stored in the base

    Publications



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    Date Released

     11/3/2020 12:00
     

    Licensing Contact


    Chris Tagge, Licensing Associate
    (650) 725-8402
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    Related Keywords


    oil exploration   PS: energy: nuclear   PS: energy: oil and gas   oil and gas exploration   NASA   PS: robotics: flexible   PS: robotics: telerobotics   MD: surgical tools   PS: robotics   PS: haptics: surgical & medical simulations   PS: haptics: robotics   AI: smart robots   aircraft/military inspections