For the brake lining arrangement of disk type braker

For the brake lining arrangement of disk type braker

  • CN 102,016,342 B
  • Filed: 05/04/2009
  • Issued: 09/23/2015
  • Est. Priority Date: 05/06/2008
  • Status: Active Grant
First Claim
Patent Images

1. the brake lining arrangement for disk type braker (10), this brake lining arrangement have be arranged in brake lining (12) back on two spring pin (14) and two spring elements (16), described spring element (16) can be connected with corresponding described spring pin (14), this spring element (16) is configured to stopper spring, wherein said spring element (16) has fastening part (18), this fastening part has the accommodation opening (20) for holding described spring pin (14)It is characterized in that, the surface away from described brake lining (12) of the described fastening part (18) of described spring element (16) is configured with in type forming part (22), make (14) plastic deformation of described spring pin and the material of described spring pin (14) flows into described forming part (22) with fixing described spring element (16) period, described forming part engages with described spring pin (14) and described spring element (16) is fixed on precalculated position, produce between described spring pin (14) and the described forming part (22) of this spring element (16) and be rigidly connected, described spring element is rigidly connected fastened and wherein in fixing and anti-mode of turning round by this, described spring element (16) has arcuate section (24) on its end, this arcuate section has keying structure (28), wherein described brake lining arrangement (10) can be fastened to the brake piston of disk type braker by described arcuate section (24), and locking can be set up to the corresponding mating portion in the caliper arrangement of described disk type braker by described keying structure (28) to connect, described brake lining (12) is formed two projections (26), described spring element (16) can be fastened to described projection (26) by described spring pin (14), the described arcuate section (24) of wherein said spring element (16) is outstanding in described projection (26) top.

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