18611485. DEFLECTABLE SENSING INSTRUMENT SYSTEMS AND METHODS simplified abstract (Intuitive Surgical Operations, Inc.)

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DEFLECTABLE SENSING INSTRUMENT SYSTEMS AND METHODS

Organization Name

Intuitive Surgical Operations, Inc.

Inventor(s)

Lucas S. Gordon of San Jose CA (US)

Joseph D. Bogusky of San Jose CA (US)

Samuel Raybin of San Jose CA (US)

Serena H. Wong of Los Altos CA (US)

DEFLECTABLE SENSING INSTRUMENT SYSTEMS AND METHODS - A simplified explanation of the abstract

This abstract first appeared for US patent application 18611485 titled 'DEFLECTABLE SENSING INSTRUMENT SYSTEMS AND METHODS

The patent application describes a sensing instrument with an elongate flexible member that includes a channel. The instrument also features a flexure portion, a sensing element at the distal portion, and a flexure control apparatus to change the orientation of the sensing element.

  • The system includes an elongate flexible member with a channel for various applications.
  • A flexure portion allows for flexibility and movement between the distal and proximal portions.
  • A sensing element is located at the distal portion for accurate measurements.
  • A flexure control apparatus can bend the flexure to adjust the orientation of the sensing element.
  • An exit port in the proximal portion allows for data transmission or sample collection.

Potential Applications: - Medical devices for minimally invasive procedures - Industrial inspection tools for hard-to-reach areas - Environmental monitoring equipment for remote locations

Problems Solved: - Improved maneuverability in tight spaces - Enhanced accuracy in measurements - Remote data collection capabilities

Benefits: - Increased efficiency in various industries - Enhanced precision in data collection - Versatile applications in different fields

Commercial Applications: Title: Flexible Sensing Instrument for Diverse Industries This technology can be utilized in medical, industrial, and environmental sectors for enhanced data collection and maneuverability.

Questions about the technology: 1. How does the flexure control apparatus work to change the orientation of the sensing element? The flexure control apparatus is designed to bend the flexure portion of the elongate flexible member, thereby adjusting the position of the sensing element at the distal end.

2. What are the advantages of having an exit port in the proximal portion of the elongate flexible member? The exit port allows for easy transmission of data or collection of samples without the need to remove the instrument from the application area.


Original Abstract Submitted

A system may comprise a sensing instrument including an elongate flexible member with a channel extending therein. The elongate flexible member may include a proximal portion, a distal portion, and a flexure portion between the distal and proximal portions. The sensing instrument may also include a flexure at the flexure portion of the elongate flexible member, a sensing element coupled at the distal portion of the elongate flexible member, and a flexure control apparatus extending within the elongate flexible member and configured to bend the flexure to change an orientation of the sensing element relative to the proximal portion of the elongate flexible member. The sensing instrument may also include an exit port in the proximal portion of the elongate flexible member.

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