TH65536B - Parts for metal belts - Google Patents

Abstract

DC60 (03/12/57) this invention provides Belt element 40 for metal belts in power transmission Continuously variable The type uses a structured belt where the radial outer portion of the belt 46b of the 7 metal belt is straight. To enter together along the line with the inner part according to The radius of the pulley 11a, which is the part of the moving surface. And be tilted at a fixed inclination angle of 5 or 8; The protrusion 48 is located under the hook block 44a and extends inward. In the radial direction of The belt rests at the bottom end. On each side of the two side edges of the belt piece 40, and when the belt piece 40 and the radial outer portion of the pulley 11b, the moving face part, is The curved shape of the pulley 5 or 8 comes together and the protrusion 48 is folded inward. Direction along the axis of the pulley 5 or 8, this invention provides Belt element 40 for metal belts in power transmission Variable The type uses a structured belt where the radial outer portion of the belt 46b of the 7 metal belt is straight. To enter together along the line with the inner part according to The radius of the pulley 11a, which is the part of the moving surface. And be tilted at a fixed inclination angle of 5 or 8; The protrusion 48 is located under the block 44a and protrudes inside. In the radial direction of The belt rests at the bottom end. On each side of the two lateral edges of the belt piece 40, and when the belt piece 40 and the outer part sneeze, the radial direction of the pulley 11b, the moving face part, is The curved shape of the pulley 5 or 8 is joined together and the protrusion 48 is folded inward. The direction of the axis of the pulley 5 or 8.

Claims (5)

Disclaimer (all) which will not appear on the advertisement page: edit 28/07/16 1. Parts for metal belts used in belt-type continuously variable transmission, where the transmission is continuously variable. The belt type includes: the drive pulley and the driven pulley, each of which has a groove. Surrounded by Half of the mule is fixed in place. And half Movable pulley And belts that are combined with belt parts And loop around the pulley groove of each driven pulley and the driven pulley, the moving surface of the belt at a constant inclination angle. Half of the mule With the least Of the half of the mule pinned to the very least. From half of the pulley was fixed, and half of the mole moved where The moving surface of the belt That is tilted at a constant incline to move the pulley outward Along this radial Will be built with the belt piece at the track Inside along the radial Of the articulated surface, the moving surface of the belt Curve Where the moving surface of the curved belt To gradually increase its tilt angle And at the same time extending the pulley to the outside along the radial Will be built on the outside Along the radial of the articulation surface, the transmission system is continuously variable Belt type That change the gear ratio With movement Half of the movable pulley of one of the pulley from the drive pulley. And the mule was driven out of Half of the mule stuck to one of the moles. To increase the width of the pulley Of one pulley and with half of the moving pulley Of another Moole drive And the mule was driven close to Half of the mule stuck to the place of the other mule. To reduce the width of the pulley groove of the other pulley and the block hooks that join the aligned belt assembly. That is made in such a belt element, the radial outer portion of the belt Of the side edge of a straight-shaped belt element to join the moving surface of the belt At a constant inclination angle of the driven wheel and one of the driven pulleys; The protrusion is located under the block hook and extends inside. In the vertical direction Belt radius That were positioned at each bottom end of the two side edges of the belt piece and when the belt piece And the forward surface portion of the belt that moves on the curved side Outside along the radius of the drive wheel And the mule was driven Which one Come together Overhang Will fold inward In the direction of the core of the pulley 2. Parts for metal belts used in continuously variable transmission types use the belts as described in claim 1, where the protrusions are made to make the width. Of protrusion At the outer end along the radius of the belt is set to a specified width. To make the protrusion folded And make the width Gradually widen Enters inward in the radial direction of the belt. 3.Parts for metal belts Used in continuously variable transmission systems As stated In claim 1, where the outer edge Along the same width of the protrusions are straightened to give shape. According to the shape of the contour of the side edge With a straight shape of Belt piece body 4.Parts for metal belts Used in continuously variable transmission systems As stated in Claim No. 1, where the outer edge By the same width Of the protruding part has a curved shape that will collapse inward In the direction along the width 5.Parts for metal belts Used in continuously variable transmission systems As stated in Clause 4, where the radius of the curvature of the contours Will be equal to or greater than Radius of curvature Of the moving surface of the belt The curves of each driven wheel and the driven wheel -------------------------------------------------- ------------------ 1. Parts for metal cables used in belt-type continuously variable transmission systems, where the transmission is continuously variable. The belt type includes: the drive pulley and the driven pulley, each of which has a pulley. Surrounded by Half of the mule is fixed in place. And half Movable pulley And belts that are combined with belt parts And loop around the pulley groove of each driven pulley and the driven pulley, the moving surface of the belt at a constant inclination angle. Half of the mule As is the least Of the half of the mule pinned to the very least. From half of the pulley is fixed and half of the pulley moves where The moving surface of the belt That is tilted at a constant angle to move the pulley outward Along this radial Will be built with the belt piece at the track Inside along the radial Of the articulated surface, the moving surface of the belt Curve Where the moving surface of the belt moves in a curve to gradually increase its tilt angle. And at the same time spread the groove outward along the radial as well Will be built on the outside Along the radius of the articulated surface, d the radial outpost with Will be built on the outside Along the radial of the articulated surface,