LINEAR ACTUATORS USE

Brand Owner (click to sort) Address Description
RAM LOC GE AVIATION SYSTEMS 3290 Patterson Avenue, S.E. Grand Rapids MI 49512 linear actuators for use in remote control of position of aircraft components such as control surfaces, thrust reversers, landing gear and steering elements;RAM LOCK;The stippling shown in the drawing is not intended to indicate color.;
RAM LOC SMITHS AEROSPACE ACTUATION SYSTEMS-LOS ANGELES, INC. 1700 BUSINESS CENTER DRIVE DUARTE CA 90067 linear actuators for use in remote control of position of aircraft components such as control surfaces, thrust reversers, landing gear and steering elements;RAM LOCK;The stippling shown in the drawing is not intended to indicate color.;
RAM LOC HYDRAULIC UNITS, INCORPORATED 1700 Business Center Drive Duarte CA 910100259 linear actuators for use in remote control of position of aircraft components such as control surfaces, thrust reversers, landing gear and steering elements;RAM LOCK;The stippling shown in the drawing is not intended to indicate color.;
RAM LOC WOODWARD, INC. 1081 Woodward Way Fort Collins CO 80524 Linear actuators for use in remote control of position of aircraft components such as control surfaces, thrust reversers, landing gear and steering elements;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A piezo actuator system, is presented herein. A piezo actuator system comprises a number of piezo actuators which may lengthen and shear. Using the lengthening and shearing, the piezo actuator system grips and moves an object in response to a first and a second control signal, respectively. The possible displacement of the object is limited by the maximum shear of the piezo actuators. To increase the possible displacement, the piezo actuators may be controlled to perform a linear shear sequence or a shuffle sequence. During the linear shear sequence, the object is moved; during the shuffle sequence the object is substantially stationary, while the piezo actuators are repositioned with respect to the object, after which the object may be moved further using the linear shear sequence.