The result of the finite element analysis of the post-processing part, wherein the external tooth profile is the rigid wheel tooth profile, and the internal tooth profile is the deformed flexible wheel tooth profile. Due to the rigidity of the soft wheel material, when the wave generator is assembled into the flexible wheel, the tooth surface of the soft wheel cup is deviated from the center of the circle, resulting in the tooth surface and the bottom tooth surface of the cup not overlapping, resulting in a certain inclination angle, resulting in a certain inclination angle. The formation of interference.
The improvement and design of the rigid wheel, through the finite element analysis of the static contact between the wave generator and the flexible wheel, the node at the cup end of the long axis deformation is called, and the displacements of the X, Y and Z axes are respectively X=0. , Y=0.61790, Z=0.14633. According to this data set, the rigid wheel is a tapered rigid wheel, and the bottom tooth profile is the same as the original rigid wheel. The top of the glass UV light fixture is meshed with the teeth of the soft wheel cup. The shape of the addendum circle and the root circle radius is larger than the bottom Y, that is, 0.61790 mm, and other data remain unchanged. In order to facilitate the observation of the deformation map of the simulation results, the length of the ring gear is removed from 9 mm by a length of Z, and the length of the ring gear is 8.85367 mm.
Since the rigid wheel is a bevel gear, it is difficult to generate a clear tooth deformation contour when observing the deformation. Therefore, in the selection of the rigid wheel, only the cylindrical gear generated by the tooth shape modeling of the tooth at the top of the soft wheel cup is formed. . This model is imported into the above calculated result file, which is the simulation result of the quarter-rotor tooth and rigid tooth interference part corresponding to the new type of rigid wheel.
Description:: Hydraulic Cylinder Machined Port, Head, Rod End, Cylinder Body, Clevis
Material :: Steel bar / cast iron / Stainless steel casting / Forging
Standard :: ASTM, AISI, BS, JIS standard.
MFG process:: Casting / Forging + CNC Machining
Application:: Heavy Duty Hydraulic Cylinders
Key features:: Min.2800 kpa hydraulic pressure Yield strength (Min) :: 350mpa - 540 mpa
Hydraulic Cylinder Components,Cylinder Component Casting,Cylinder Repair Parts Casting,Hydraulic Cylinder Component Parts
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