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US 2025/0092925 A1Published application
Eccentric brake pad
AssigneesBeringer Aero, Beringer Co., Inc.
InventorsGilbert Beringer, Etienne Bocard
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AssigneesBeringer Aero, Beringer Co., Inc.
InventorsGilbert Beringer, Etienne Bocard
Estimating the term…
The invention relates to a brake pad for a disc brake caliper, comprising a support plate with a rear face presenting a support zone and a front face receiving a friction material with a friction zone intended to engage with a brake disc in a friction direction. According to the invention, the center of the support zone is offset relative to the center of the friction zone, in a direction opposite to the friction direction, by a value D, such that 0.1 μE≤D≤2 μE, where: μ is the friction coefficient of the friction zone against the disc; and E is the distance between the friction zone and the center of a mounting surface of the pad, measured orthogonally to the friction zone.
Brake pad for a disc brake caliper, comprising a support plate with a rear face presenting a support zone and a front face receiving a friction material with a friction zone intended to engage with a brake disc in a friction direction, characterized in that the center of the support zone is offset relative to the center of the friction zone, in a direction opposite to the friction direction, by a value D, such that 0.1 μE≤D≤2 μE, where:
Caliper for a disc brake receiving a brake pad said brake pad comprising a support plate with a rear face presenting a support zone and a front face receiving a friction material with a friction zone intended to engage with a brake disc in a friction direction, characterized in that the center of the support zone is offset relative to the center of the friction zone, in a direction opposite to the friction direction, by a value D, such that 0.1 μE≤D≤2 μE, where:
Disc brake configured to receive a caliper said caliper receiving a brake pad comprising a support plate with a rear face presenting a support zone and a front face receiving a friction material with a friction zone intended to engage with a brake disc in a friction direction, characterized in that the center of the support zone is offset relative to the center of the friction zone, in a direction opposite to the friction direction, by a value D, such that 0.1 μE≤D≤2 μE, where:
Dependencies are inferred from the claim text.