Sensor structure with L-shaped spring legs

A sensor structure (10) has a central mass (16) mounted within a support structure comprising an outer frame (18) with upper and lower covers (12, 14). Eight L-shaped or elbow-shaped ribbon springs are fit about the corners (28) of the mass (16) to allow mass (16) for movement from a reference posit...

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Main Author IP; MATTHEW W
Format Patent
LanguageEnglish
Published 07.07.1998
Edition6
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Abstract A sensor structure (10) has a central mass (16) mounted within a support structure comprising an outer frame (18) with upper and lower covers (12, 14). Eight L-shaped or elbow-shaped ribbon springs are fit about the corners (28) of the mass (16) to allow mass (16) for movement from a reference position with respect to the support structure. One leg of each spring is connected to the middle of an associated side (26A) of the mass (16) while the other leg is connected to the outer frame (18). According to an alternative embodiment, each of the springs (72) is characterized by a relatively larger width at spring-mass connection point (74) and at spring-support connection point (73) and a relatively smaller width at an elbow-bend region between connection points. Narrow gaps G, G' and G'' between spring and support, spring and mass and spring and adjacent springs provide lateral stops such that the spring laterally contacts the support or the mass or in adjacent spring before it breaks in response to extremely large lateral forces in the structure. The sensor structure is designed for use as a sensing mechanism in an electrostatic accelerometer arrangement.
AbstractList A sensor structure (10) has a central mass (16) mounted within a support structure comprising an outer frame (18) with upper and lower covers (12, 14). Eight L-shaped or elbow-shaped ribbon springs are fit about the corners (28) of the mass (16) to allow mass (16) for movement from a reference position with respect to the support structure. One leg of each spring is connected to the middle of an associated side (26A) of the mass (16) while the other leg is connected to the outer frame (18). According to an alternative embodiment, each of the springs (72) is characterized by a relatively larger width at spring-mass connection point (74) and at spring-support connection point (73) and a relatively smaller width at an elbow-bend region between connection points. Narrow gaps G, G' and G'' between spring and support, spring and mass and spring and adjacent springs provide lateral stops such that the spring laterally contacts the support or the mass or in adjacent spring before it breaks in response to extremely large lateral forces in the structure. The sensor structure is designed for use as a sensing mechanism in an electrostatic accelerometer arrangement.
Author IP; MATTHEW W
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Snippet A sensor structure (10) has a central mass (16) mounted within a support structure comprising an outer frame (18) with upper and lower covers (12, 14). Eight...
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SourceType Open Access Repository
SubjectTerms INDICATING PRESENCE, ABSENCE, OR DIRECTION, OF MOVEMENT
MEASURING
MEASURING LINEAR OR ANGULAR SPEED, ACCELERATION, DECELERATION,OR SHOCK
PHYSICS
TESTING
Title Sensor structure with L-shaped spring legs
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