In Biomechanical Field ME350= cup liner ball handle 11
ME 350 11 In Biomechanical Field cup liner ball handle
350= 12
ME 350 12
Types of Connectors ME350— >Key(键) Machinery component placed at the interface between a shaft and the hub()of a power transmitting element for purpose of transmitting torque. >Coupling(联轴器)( Connects one shaft to another. >Rivets ()Non-threaded fasteners,usually made of steel or aluminum 13
ME 350 13 Types of Connectors ¾Key ( 键 ) ⁼ Machinery component placed at the interface between a shaft and the hub( 毂) of a power transmitting element for purpose of transmitting torque. ¾Coupling(联轴器 ) Connects one shaft to another. ¾Rivets (铆钉 )Non-threaded fasteners, usually made of steel or aluminum
Keys4-Examples ME350- a (h (a)Square key:(b)round key:(c and d)round pins;(e)taper pin; ()split tubular spring pin.The pins in parts (e)and (f)are shown longer than necessary.to illustrate the chamfer on the ends.but their lengths should be kept smaller than the hub diameters to prevent injuries due to projections on ro- tating parts d (a)Key and keyseat applied to a gear and shaft 日 (b)Square key (c)Rectangular key 14 Parallel kevs
ME 350 14 Keys4 – Examples
Couplings2-Rigid Shaft Coupling Types ME350 ai FIGURE 9-37 A Flexible Disk Coupling Courtesy of Zero-Max, FIGURE 9-38 FIGURE 9-39 Minneapolis,Minn.55441 EIGURE 9-34 A Flexible Gear Coupling A Helical Coupling Trantorque Taper-Lock Courtesy of Amerigear/Zum Courtesy of Helical Products Coupling-Courtesy of Industries,Inc,Erie,Pa. Co..Inc,Santa Maria.Calif. Fenner Manheim,Manheim, 16514 93456 PA17545 15
ME 350 15 Couplings2 – Rigid Shaft Coupling Types