Method for verifying the manufacturing quality of sliding elements in belts therefor
Within the scope of the method for verifying the manufacturing quality of sliding elements ( 1 ) of sliding element belts, the height distribution of the sliding element shoulders is determined by a 3D measuring device under real contact conditions of the sliding elements ( 1 ).
1 - 13 . (CANCELED).
14 . A method for verifying manufacturing quality of sliding elements in belts made thereof in which a sliding element ( 1 ) is measured by means of a measuring device ( 5 ) and height distribution of sliding element shoulders is determined, one or more sliding elements ( 1 ) of the belt being clamped for measuring between two clamping parts ( 2 ) in one lane of a retaining device ( 3 ) in one wedge corresponding to beveled pulleys of a variator, wherein a possible undefined position of the sliding element ( 1 ) is compensated by means of a uniform, elastic contact pressure by an element having elastic properties ( 4 ).
15 . The method according to claim 14 , wherein a 3D measuring device with a caliper of the measuring instrument ( 5 ) is used.
16 . The method according to claim 14 , wherein said measuring device ( 5 ) is clocked in the sliding element thickness distance.
17 . The method according to claim 14 , wherein a surface of said retaining device ( 3 ) is used as a reference plane ( 6 ) for measuring.
18 . An apparatus for verifying manufacturing quality of sliding elements in belts comprising one retaining device ( 3 ) for sliding elements ( 1 ) which is designed so that said sliding elements ( 1 ) can be clamped in one wedge under real contact conditions, clamping parts ( 2 ) being provided to keep axial said sliding elements ( 1 ), wherein said clamping parts ( 2 ) are designed as holding rails there being provided on said clamping parts ( 2 ) elements having elastic properties ( 4 ).
19 . The apparatus according to claim 18 , wherein said elements with elastic properties ( 4 ) are elastomers.