TH35543B - Metal belts for continuously variable power transmission, process for metal rings and processes for measuring metal ring geometry. - Google Patents

Abstract

DC60 (28/05/55) in a metal belt for continuously variable power transmission. protruding part On the far side of the metal ring assembly, each metal ring is inserted in between. The medial plane along the radius and the internal surrounding surface along the radius of the metal ring. Point of contact at the overhang It comes out closer to the V-shaped face of the pulley, closer to the radial center plane than the surface. surrounding by radius Moreover when stacked metal rings There will be various niches. placed between the side edges of adjacent metal rings to retain oil inside which lubricates the surface. Moves the adjacent metal ring and increases the durability of the assembly. In metal belts for continuously variable power transmission protruding part On the far side of the metal ring assembly, each metal ring is inserted in between. The medial plane along the radius and the internal surrounding surface along the radius of the metal ring. Point of contact at the overhang It comes out closer to the V-shaped face of the pulley, closer to the radial center plane than the surface. surrounding by radius Moreover when stacked metal rings There will be various niches. placed between the side edges of adjacent metal rings to retain oil inside which lubricates the surface. Moves the adjacent metal ring and increases the durability of the assembly.

Claims (3)

Disclaimers (all) that will not appear on the advertisement page: 1. Metal belt for continuously variable power transmission, which consists of a set of parts. Assemble a metal shovel (31) with more than one continuous metal reel (33) stacked and a large number of metal parts (32) that are supported on the assembly of the reel. Metal (31), which is characterized as The lateral edges of the metal shank (33) with the external periphery along the radius (O) and the internal periphery along the radius (I) are formed from a thin shape with a tapered tip, with the Cut off to one (33e), which is a continuation of the outer periphery along the radius (O) and the second cut off (33f), which is a continuation of the internal surrounding. According to radius (I), the arc protrusion (33c), which is part of a circle with the defined radius. The advance is made at the end of the thin lateral edge with a tapered end to allow the overhang The output is positioned between the center plane along the radius (C) and the surrounding surface. The internal radius (I) of the metal retort (33) and the circle with the predetermined radius are positioned far from the surface. The inner circumference along the radius (I) goes in the radius direction and the length in the direction of the width of the metal (33) of the first cut off (33e). Longer than the length (Lb) in the width of the shuffle (33e) of the second cut (33f) 2.Process for the manufacture of metal retort (33) for metal belts for power transmission and conversion. (9) according to claim 1, with the lateral edge of the metal (33) cut by The pushing / cutting method is then polished by the protruding part (33c) of the side edge being cut. Prepared with a predetermined radius 3. Method for measuring the shape of the reels (33) for metal belts for power transmission. (9) according to claim 1 by calculating the radius of the protrusion (33c) of the aforementioned metal (33), consisting of Measuring the cross-sectional shape of the lateral edge of the metal (33) in such a way that Coordinates of more than one measuring point, spaced from each other at pre-defined intervals. To calculate the moving average of coordinates of the measured points arranged in sequence, and select at least three moving averages at predetermined intervals for Calculate the radius of the overhang (33c) from at least three moving averages.