The slider block has a first drive surface configured to engage a second drive surface of the drive pin.
As the single-direction motor collectively rotates the drive cam and the drive pin, the drive pin reciprocates within the cam slot.
The inner post includes a drive slot that translates vertical motion of a drive pin into rotating motion.
A drive shaft has an eccentric drive pin configured to engage a drive hub on the second scroll body.
A drive shaft has a longitudinal axis and an eccentric drive pin configured to engage a drive hub on the second scroll body.
The disc drive includes a drive spindle (30) and a center pin (32) extending from the drive spindle for centering the drive spindle to the optical media.
The device comprises a rotating drive spindle (13) terminated in a drive spindle head (14).
The spindle assembly (42) has a drive spindle (40) housed in a cylindrical tube (46).
An engagement mechanism (107, 108) connects the chuck (110) to a drive spindle (118) and also has a mounting mechanism (109) for facilitating automated mounting of chuck (110) to a drive spindle (118).
An engagement mechanism (14) connects the chuck (10) to a drive spindle and also has a mounting mechanism (11) for facilitating automated mounting of the chuck (10) to a drive spindle.
A sliding track (10), in which a follower pin (11) engages and slides, is configured in said disc (9).
The follower pin (11) is connected to the feed bolt (5).
One end of the holder (17) receives in a fixed manner an exchangeable driving mandrel (14) and the other end projects out of the housing (2) and receives in a fixed and detachable manner a handle (23) and a key.
A top surface (20) interfaces with a drive-pin (32) of a microkeratome (38).