A steerable, tendon-driven endoscope is described herein. The endoscope has an elongated body with a manually or selectively steerable distal portion and an automatically controlled, segmented proximal portion. The steerable distal portion and the segment of the controllable portion are actuated by at least two tendons. As the endoscope is advanced, the user maneuvers the distal portion, and a motion controller actuates tendons in the segmented proximal portion so that the proximal portion assumes the selected curve of the selectively steerable distal portion. By this method the selected curves are propagated along the endoscope body so that the endoscope largely conforms to the pathway selected. When the endoscope is withdrawn proximally, the selected curves can propagate distally along the endoscope body. This allows the endoscope to negotiate tortuous curves along a desired path through or around and between organs within the body.

Tendon-driven endoscope and methods of insertion

An endoscope having a guide tube is described herein. The assembly has an endoscope which is slidably insertable within the lumen of a guide tube. The guide tube is configured to be rigidizable along its entire length from a relaxed configuration. The endoscope has a steerable distal portion to facilitate the steering of the device through tortuous paths. In the relaxed configuration, a portion of the guide tube is able to assume the shape or curve defined by the controllable distal portion of the endoscope. Having assumed the shape or curve of the endoscope, the guide tube may be rigidized by the physician or surgeon to maintain that shape or curve while the endoscope is advanced distally through the tortuous path without having to place any undue pressure against the tissue walls.

Endoscope having a guide tube

An endoscope with guiding apparatus is provided. The endoscope has an elongate body with a steerable distal portion, an automatically controlled portion, a flexible and passively manipulated proximal portion, and an externally controlled and manipulatable guiding apparatus. The guiding apparatus may be positioned within the endoscope or may be positioned adjacent to the endoscope. An interlocking device is provided to slidably interlock the guiding apparatus and the endoscope. When the guide is in a flexible state, it can conform to a curve or path defined by the steerable distal portion and the automatically controlled portion. The guide can then be selectively rigidized to assume that curve or path. Once rigidized, the endoscope can be advanced along the guide in a monorail or “piggy-back” fashion so that the flexible proximal portion follows the curve held by the guide until the endoscope reaches a next point of curvature within a body lumen.

Endoscope with adjacently positioned guiding apparatus

The present invention provides a system and single or multi-functional element device that can be inserted and temporarily placed or implanted into a structure having a lumen or hollow space, such as a subject's abdominal cavity to provide therewith access to the site of interest in connection with minimally invasive surgical procedures. The insertable device may be configured such that the functional elements have various degrees of freedom of movement with respect to orienting the functional elements or elements to provide access to the site from multiple and different orientations/perspectives as the procedure dictates, e.g., to provide multiple selectable views of the site, and may provide a stereoscopic view of the site of interest.

Insertable device and system for minimal access procedure

An endoscope apparatus and method of operating the same. The endoscope apparatus comprises an endoscope portion and a control and display unit. The endoscope portion preferably comprises: (i) a sensor disposed at a distal end of the endoscope portion and providing endoscope data; (ii) one or more electronically controlled actuators (e.g., electroactive polymer actuators) controlling the operation of the endoscope portion based on received control signals; (iii) a first wireless transceiver coupled to the sensor and the one or more electronically controlled actuators, transmitting received endoscope data from the sensor and forwarding received control signals to the one or more electronically controlled actuators; and (iv) a portable power source (e.g., a battery) coupled to the sensor, the first wireless transceiver, and the one or more electronically controller actuators. The control and display unit preferably comprises: (i) a second wireless transceiver coupled via a wireless link to the first transceiver in the endoscope portion and receiving endoscope data from the first transceiver and transmitting control signals to the first transceiver; (ii) a control portion coupled to the second wireless transceiver and sending control signals to the one or more actuators in the endoscope portion via the first and second wireless transceivers; and (iii) a display portion that displays information received from the sensor via the first and second wireless transceivers. Another aspect of the present invention is directed to a method for providing single-use endoscopes to one or more hospitals.

Robotic endoscope with wireless interface

A robotic endoscope for performing endoscopic procedures in a tubular organ comprising: (a) a plurality of segments, connected together by a plurality of flexible articulated joints, having a distal end; (b) a plurality of flexible linear actuators attached, skewed sideways with respect to the longitudinal axis of said robot, circumferentially round each segment; (c) a central cavity running longitudinally through said robotic endoscope which houses a plurality of optical fibres, a water/air hose, an instrumentation channel and a plurality of electrical wires associated with an imaging means being mounted at the distal end of the robotic endoscope; and (d) a network of tributary channels for the distribution of pressure to said linear actuators. The present invention is also applicable to an autonomous pipe robot.

Robotic endoscope and an autonomous pipe robot for performing endoscopic procedures

PROBLEM TO BE SOLVED: To disclose a robotic endoscope for performing the procedure of an endoscopic examination in tubular organs, and also, disclose an autonomously functional type pipe robot SOLUTION: This robotic endoscope for performing the procedure of an endoscopic examination includes a plurality of segments (2), a plurality of flexible linear actuators (11), a central cavity (8) and a network of branching channels (13) In this case, (a) the plurality of segments (2) are connected to each other with a plurality of flexible articulated joints (3), and have a distal end section (b) The plurality of flexible linear actuators (11) are attached skewed sideways on the circumferences around respective segments (2) to the longitudinal axis and the diametrical axis of a robot (1) (c) The central cavity (8) which runs through the robot in the longitudinal direction houses a plurality of optical fibers (not shown in the figure), a water/air hose (5), a channel means (6) and a plurality of electric wires (not shown in the figure) which are connected to an imaging means (7) attached to the distal end section of the robot (1) (d) The network of branching channels (13) are related to the distribution of pressure to the linear actuators (11)

Robotic endoscope for performing endoscopic examination and autonomous function type pipe robot

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Robotic endoscope and an autonomous pipe robot for performing endoscopic procedures

Robotic endoscope for performing endoscopic examination and autonomous function type pipe robot