Carnegie Mellon University

Bodymedia, Inc.

Mark Zaremsky

John Michael Stivoric

Lee E Weiss

Scott Klaus Boehmke

Christopher D Kasabach

John L Moss

Vanessa Sica

Thomas A Mutschler

Means and methods for measuring heat flux between a living body and an ambient atmosphere and for generating information related thereto. Means include a heat pipe configuration comprising at least one heat conduit in thermal communication with a heat flux sensor and a surface of a living body. Methods include employing such a heat pipe configuration. Heat pipe configuration may be used in a device included in a system for detecting, monitoring and reporting human physiological information.

System for monitoring health, wellness and fitness having a method and apparatus for improved measurement of heat flow

A light weight servo controlled robot gripper is disclosed. A plastic body houses one or more threaded drive shafts which are powered by a direct current motor. Attached to the shafts are finger mounting blocks which support removable fingers and which can be driven both closer to and further away from a fixed point by the motor. Integral with at least one mounting block is a force transducer which monitors the load exerted on the finger through a pivot and lever action of a mounting bracket provided adjacent to the load cell. Since the transducer is in the block rather than the fingertip, fingers are readily interchangable without reinstrumentation. A limit switch, located above one of the finger mounting blocks, is used to determine coarse finger position, and an optical shaft encoder provides precise position information allowing the gripper to be utilized for a variety of position as well as force servoing tasks.

Servo robot gripper

Growing community of inventors

Pittsburgh, PA, United States of America

Mark Zaremsky