A piston apparatus includes a housing containing a piston, a first spring assembly arranged about a portion of the piston, a damping assembly including a hydraulic damper reset spring assembly arranged inside the piston, and cooperating structure on the housing and piston for actuating the damping assembly arranged inside the piston to slow motion of the piston when inside the housing. The housing includes a first end having a stop element with an axial stem portion. The spring assembly contains a spring captured between annular end members and is disposed between the exterior of the piston and the interior of the housing. The piston is supported for motion relative to the housing, and includes a hollow shaft having a first end extendable from the housing and bearing coupling means for attaching the piston to an object, a second end adapted for engagement with the axially extending stem portion, and a slotted portion disposed between the one end and the second end for communicating the interior of the hollow shaft with the interior of the housing.
A system for actuating a control surface of a deployable member is provided. The system includes an actuator disposed within a fuselage structure of a missile; a double joint having a distal end for connecting to the actuator and a proximal end for engaging the control surface, wherein the double joint further includes a first and second pivot; and a mechanical brake configured to controllably prevent rotation of the actuator.
Johns Creek, GAStrategy and Business Development at ShareWIK Medi... Past: Business Development Director at Contactivation, Management, Marketing & Financial... 20+ years of healthcare experience, including startups and high growth companies, as well as management and marketing consulting. I enjoy merging healthcare... 20+ years of healthcare experience, including startups and high growth companies, as well as management and marketing consulting. I enjoy merging healthcare with technology to empower people to lead better lives.