User Manual

Page 72
PW14 V. Hugo Schmidt. 1992 Ultrasonics Symposium Piezoelectric Energy Conversion in
Wildmills.
PW15 V. Hugo Schmidt. IEEE, 1986 Theoretical Electrical Power Output Per
Unit Volume of PVF2 and Mechanical-To-
Electrical Conversion Efficiency as
Functions of Frequency.
ROBOTICS
R4 P. Dario, C. Domenici, R. Bardelli et al. Unpublished
paper.
Piezoelectric Polymers: New Sensor
Materials for Robotic Applications.
R5 P. Dario, R. Bardelli, D. de Rossie et al. Sensor Review.
October, 1982.
Touch-sensitive Polymer Skin Uses
Piezoelectric properties to Recognize
Orientation of Objects.
R8 Allen R. Grahn and Lynn Astle. Salt Lake City. Robotic Ultrasonic Force Sensor Arrays.
R9 D. DeRossi & P. Ario. Paper from "Robotics Research:
The Next Five Years and Beyond." Aug. 14-16, 1984.
Multiple Sensing Polymeric Transducers
for Object Recognition Through Active
Touch Exploration.
R11 Greg Toto Polyvinylidene Fluoride Tactile
Transducers.
R12 P. Dario et al. University of Pisa, Italy. Ferroelectric Polymer Tactile Sensors with
Anthropomorphic Features.
R13 K.T. Park, R.D. Klafter, P.E. Bloomfield A PVDF Tactile Sensor for Industrial
Robots.
R14 U.S. Patent 4,634,917 J.E. Dvorsky, B.A. Kelly, R.B.
McCown, D.F. Renner, (Battelle) Dec. 26, 1984
Active Multi-Layer Piezoelectric Tactile
Sensor Apparatus and Method.
R15 R. Klafter, K.T. Park. Sensors Expo Sept. 16, 1987 Applications of a Piezoelectric Polymer
Film to Robotic Sensing.
R16 D. DeRossi, A. Nannini, C. Domenici. Univers Pisa. A Biominetic Tactile Sensor with Stress-
Component Discrimination Capability.
R19 Sensors, June 1992 Ultrasonic Force Sensor Technology
SPEAKERS
S1 M. Tamura, T. Yamaguchi et al. (Pioneer Electronic Corp.,
Japan) Journal of the Audio Engineering Society. 23(1)
January February, 1975.
Electroacoustic Transducers with
Piezoelectric High Polymer Films.