Invention Grant
- Patent Title: Shape memory-based actuators and release mechanisms therefrom
- Patent Title (中): 形状记忆基执行器和释放机构
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Application No.: US12323091Application Date: 2008-11-25
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Publication No.: US08209976B2Publication Date: 2012-07-03
- Inventor: Rajan Vaidyanathan , Daniel W. Snyder , David K. Schoenwald , Nhin S. Lam , Daniel S. Watson , Vinu B. Krishnan , Ronald D. Noebe
- Applicant: Rajan Vaidyanathan , Daniel W. Snyder , David K. Schoenwald , Nhin S. Lam , Daniel S. Watson , Vinu B. Krishnan , Ronald D. Noebe
- Applicant Address: US FL Orlando
- Assignee: University of Central Florida Research Foundation, Inc.
- Current Assignee: University of Central Florida Research Foundation, Inc.
- Current Assignee Address: US FL Orlando
- Agency: Jetter & Associates, P.A.
- Main IPC: F01B29/10
- IPC: F01B29/10

Abstract:
SM-based actuators (110) and release mechanisms (100) therefrom and systems (500) including one or more release mechanisms (100). The actuators (110) comprise a SM member (118) and a deformable member (140) mechanically coupled to the SM member (118) which deforms upon a shape change of the SM member triggered by a phase transition of the SM member. A retaining element (160) is mechanically coupled to the deformable member (140), wherein the retaining element (160) moves upon the shape change. Release mechanism (100) include an actuator, a rotatable mechanism (120) including at least one restraining feature (178) for restraining rotational movement of the retaining element (160) before the shape change, and at least one spring (315) that provides at least one locked spring-loaded position when the retaining element is in the restraining feature and at least one released position that is reached when the retaining element is in a position beyond the restraining feature (178). The rotatable mechanism (120) includes at least one load-bearing protrusion (310). A hitch (400) is for mechanically coupling to the load, wherein the hitch is supported on the load bearing protrusion (310) when the rotatable mechanism is in the locked spring-loaded position.
Public/Granted literature
- US20110173969A1 SHAPE MEMORY-BASED ACTUATORS AND RELEASE MECHANISMS THEREFROM Public/Granted day:2011-07-21
Information query
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