Newsletter|
|
|||||||
GEAR-CAM SPATIAL MECHANISM FOR REPRESENTING A FUNCTION OF TWO INDEPENDENT VARIABLES |
|||||||
|---|---|---|---|---|---|---|---|
 Click pentru a mări
|
Description
The mechanism serves to represent rectilinear translational motion given as a function of two independent variables. The position of driven link 7 is a function of the position of driving cam 2: z=f(x_A,α) where x_A is the coordinate of point A of contact of follower 3 with cam 2, and α is the angle of rotation of cam 2. Follower 3 has simultaneous translational motions up or down and right or left. Screw 5 is rotated according to the law of variation of x_A. Follower 3 has a gear rack which rotates gear 6 an amount proportional to z, and gear 6 traverses rack 7. Rack 7 travels in fixed guides according to the equation z=f(x_A,α). |
||||||
| Linked items | |||||||
|
|||||||
| Permanent links | |||||||
|
|||||||
| Data provider | |||||||
|
|||||||
GEAR-CAM SPATIAL MECHANISM FOR REPRESENTING A FUNCTION OF TWO INDEPENDENT VARIABLES
Click pentru a mări
The mechanism serves to represent rectilinear translational motion given as a function of two independent variables. The position of driven link 7 is a function of the position of driving cam 2: z=f(x_A,α) where x_A is the coordinate of point A of contact of follower 3 with cam 2, and α is the angle of rotation of cam 2. Follower 3 has simultaneous translational motions up or down and right or left. Screw 5 is rotated according to the law of variation of x_A. Follower 3 has a gear rack which rotates gear 6 an amount proportional to z, and gear 6 traverses rack 7. Rack 7 travels in fixed guides according to the equation z=f(x_A,α).
$3327$GrC,MO$
| Documents: |
Cam and friction mechanisms [Streambook] |
 DMG-Lib |
 https://www.dmg-lib.org/dmglib/handler?image=25707023 |
|
 Europeana |
 http://www.europeana.eu/portal/record/2020801/dmglib_handler_image_25707023.html |
 Ilmenau TU |
http://www.tu-ilmenau.de |
GERMANY
SPAIN
ROMANIA
FRANCE
ITALY
