Seatbelt force sensor assembly with guide member
First Claim
1. A mounting assembly for a seatbelt tension sensor comprising:
- a rigid member having one end operably coupled to a seatbelt portion;
a sensor mounted on said rigid member for measuring strain exerted on said rigid member by an input force applied to the seatbelt portion; and
a bracket having a first mounting portion for attachment to said rigid member and a second mounting portion for attachment to a vehicle structure to define a guide for isolating said sensor from non-axial input forces applied to the seatbelt portion wherein said first mounting portion is parallel to said rigid member and said second mounting portion is non-parallel to said rigid member and wherein said second mounting portion includes a pair of bosses mounted on opposing sides of said bracket, each of said bosses including an aperture for supporting a pivot shaft.
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Accused Products
Abstract
A system for measuring seatbelt forces includes a guide that isolates a seatbelt force sensor 40 from input loads applied to the seatbelt at an angle. The system includes a rigid plate member 42 that supports the seatbelt force sensor 40, and which has one end attached to a portion of the seatbelt and an opposite end mounted to a guide bracket 70. The guide bracket 70 includes a pair of circular bosses 72 at one end for pivotally mounting the bracket 70 to a vehicle structure such as a B-pillar 68, for example. The bracket 70 guides the seatbelt in such a manner that input loads to the seatbelt that are applied at an angle do not affect the bending of the sensor 40.
25 Citations
18 Claims
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1. A mounting assembly for a seatbelt tension sensor comprising:
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a rigid member having one end operably coupled to a seatbelt portion;
a sensor mounted on said rigid member for measuring strain exerted on said rigid member by an input force applied to the seatbelt portion; and
a bracket having a first mounting portion for attachment to said rigid member and a second mounting portion for attachment to a vehicle structure to define a guide for isolating said sensor from non-axial input forces applied to the seatbelt portion wherein said first mounting portion is parallel to said rigid member and said second mounting portion is non-parallel to said rigid member and wherein said second mounting portion includes a pair of bosses mounted on opposing sides of said bracket, each of said bosses including an aperture for supporting a pivot shaft. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8)
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9. A bracket for a seatbelt force sensor assembly comprising:
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a generally flat body portion for supporting a seatbelt force sensor assembly, said body portion being defined by a first end, a second end, a first side interconnecting said first and second ends to define a first edge, and a second side interconnecting said first and second ends to define a second edge opposite from said first edge; and
a plurality of boss portions including at least a first boss portion extending outwardly along a portion of said first edge and a second boss portion extending outwardly along a portion of said second edge, said first and second boss portions including circular openings aligned with one another for supporting a pivot shaft wherein said body portion and said boss portions define a guide and wherein said first end includes a mounting portion for attachment to the seatbelt force sensor assembly and said first and second boss portions are positioned adjacent to said second end for attachment to a vehicle structure and to define a guide for isolating the sensor assembly from non-axial input forces. - View Dependent Claims (10, 11, 12)
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13. A method of measuring a seatbelt force comprising the steps of:
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mounting a seatbelt force sensor to a rigid plate member;
mounting one end of the rigid plate member to a seatbelt portion;
mounting an opposite end of the rigid plate member to a vehicle structure;
pivotally mounting a guide member at one end between the rigid plate member and the vehicle structure;
applying an input force to the seatbelt portion;
isolating the seatbelt force sensor from input forces applied at an angle by guiding the seatbelt portion with the guide member; and
generating an output signal from the seatbelt force sensor representative of the force applied to the seatbelt portion. - View Dependent Claims (14, 15)
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16. A mounting assembly for a seatbelt tension sensor comprising:
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a rigid member having one end operably coupled to a seatbelt portion;
a sensor mounted on said rigid member for measuring strain exerted on said rigid member by an input force applied to the seatbelt portion; and
a bracket having a first mounting portion for attachment to said rigid member and a second mounting portion for attachment to a vehicle structure to define a guide for isolating said sensor from non-axial input forces applied to the seatbelt portion wherein said first mounting portion is parallel to said rigid member and said second mounting portion is non-parallel to said rigid member and wherein said second mounting portion defines a pivot axis extending from a first side edge to a second side edge of said bracket.
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17. A mounting assembly for a seatbelt tension sensor comprising:
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a rigid member having one end operably coupled to a seatbelt portion;
a sensor mounted on said rigid member for measuring strain exerted on said rigid member by an input force applied to the seatbelt portion; and
a bracket having a first mounting portion for attachment to said rigid member and a second mounting portion for attachment to a vehicle structure to define a guide for isolating said sensor from non-axial input forces applied to the seatbelt portion wherein said first mounting portion is parallel to said rigid member and said second mounting portion is non-parallel to said rigid member and wherein said first mounting portion comprises a fixed attachment interface between said bracket and said rigid member.
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18. A bracket for a seatbelt force sensor assembly comprising:
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a generally flat body portion for supporting a seatbelt force sensor assembly, said body portion being defined by a first end, a second end, a first side interconnecting said first and second ends to define a first edge, and a second side interconnecting said first and second ends to define a second edge opposite from said first edge; and
a plurality of boss portions including at least a first boss portion extending outwardly along a portion of said first edge and a second boss portion extending outwardly alone a portion of said second edge wherein said first and second boss portions define a pivot attachment and said body portion and said boss portions define a guide and wherein said first end includes a mounting portion for attachment to the seatbelt force sensor assembly and said first and second boss portions are positioned adjacent to said second end for attachment to a vehicle structure and to define a guide for isolating the sensor assembly from non-axial input forces.
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Specification