For a plate cam with translating offset follower with knife-edge similar to the following Figure, The guide path of the follower is on the right, and the cam rotates counterclockwise. The offset e=10mm. The radius of the base circle r0=40mm. The cam rotates counter-clockwise. The follower has the motion: A rise with constant velocity motion curve during o=180 No outer dwell, os=0° A return with constant acceleration and deceleration motion curve during 6 '=120 The angle for inner dwell is os '= 60° Lift is h =20mm (1) Please draw the displacement diagram of the follower with the scale l:1 by
For a plate cam with translating offset follower with knife-edge similar to the following Figure, The guide path of the follower is on the right, and the cam rotates counterclockwise. The offset e=10mm. The radius of the base circle r0=40mm. The cam rotates counter-clockwise. The follower has the motion: A rise with constant velocity motion curve during o=180 No outer dwell, os=0° A return with constant acceleration and deceleration motion curve during 6 '=120 The angle for inner dwell is os '= 60° Lift is h =20mm (1) Please draw the displacement diagram of the follower with the scale l:1 by
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Transcribed Image Text:For a plate cam with translating offset follower with knife-edge similar to the
following Figure, The guide path of the follower is on the right, and the cam
rotates counterclockwise. The offset e=10mm. The radius of the base circle r0=40mm.
The cam rotates counter-clockwise.
The follower has the motion:
A rise with constant velocity motion curve during o=180
No outer dwell, os-0.
A return with constant acceleration and deceleration motion curve during
=120
The angle for inner dwell is os'= 60°
Lift is h =20mm
Please draw the displacement diagram of the follower with the scale 1:1 by
pencil and keep auxiliary lines.
(2) Please design the cam profile by graphical method with the scale 1:1, by
pencil and keep auxiliary lines.
TTT
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