A torque cam (14) is disposed between the facing surfaces of the stationary cam disc (9) and moving cam disc (10).
A cam disc is rotatably coupled to the shaft between the cam ring and the second end and has a plurality of cam blocks extending axially toward the cam ring for engagement therewith.
The drive arrangement is controlled entirely by means of a cam disc (70) capable of counterclockwise and clockwise rotation.
The device is characterised in that a lifting magnet push rod (9, 10) movable perpendicularly with respect to the plane of the cam disc (5) is provided for mechanical blocking.
Before the main nozzle (2) an accelerating valve (5) is arranged, which is controlled by two signal transmitters (I, II) actuated by a cam disc (7) arranged on the axis of the throttle valve (4).
A cam mechanism as the conducting and coupling mechanism is formed of the cam plate (28) and the lever (23).
To that end, the switching cams are disposed in a switching or in a non-switching position on the cam plate.
A disk drive includes a housing, a cartridge tray (244), and a cam plate (252).
The cam plate includes a pair of cam slots (274, 276) formed at an oblique angle to the cartridge tray pin slots.
A cam plate is fixed for rotation with the primary mass and includes a plurality of circumferentially spaced apart cams.
The first ramp disc (11) and the second ramp disc (12) each have a circumferential wall (32).
At least the first ramp disc (11), the second ramp disc (12) and the cage (2) are produced by means of non-cutting deforming technology.
A ring-shaped cage (2) that carries a plurality of rolling bodies (3) is housed between the first ramp disc (11) and the second ramp disc (12).
To this end, the power-driven cam disk (20) has two mutually offset cam tracks (201, 202) which merge into each other at two positions on the cam disk (20).
The cam disk (20) has a points tongue to enable the movements generated by the power-driven cam disk (20) to be decoupled from each other.
A running wheel (21) on the cam disk (20) is pressed elastically by the force of a spring (F2) against the cam disk (20) and generates a second movement, for example the swivelling movement of a swivelling lever (3, 3b).
The invention relates to a regulated axial pre-tensioning unit (1) that substantially comprises a first ramp disc (11) and a second ramp disc (12) that each have a plurality of ramp contours (8).
The motor (16) rotates a cam disk (26) having a cam surface (28, 30, 32, 34) which actuates cam levels (38, 40, 42, 44).
The first ramp disc (11) and the second ramp disc (12) have a stop means (14) integrally formed on the respective outer circumference (UA) for respective end positions.
The cam disk (9) has an engagement opening (14) for a torsional tool.
When the cam disk (9) is twisted, it can be supported or brought back against the centring section (4).
The axle (46) of the eccentric disc lock has a diameter eccentric to the diameter of the pair of wheels (45, 47).
A cam plate (70) is also pivotably mounted on the base (30) and is capable of rotating with respect to the base (30).
Double-head pistons whose oscillating working strokes in the cylinders cause the output shaft to rotate are desmodromically connected to the cam plate.
The signatures are each transferred by means of a controllable switching unit, for example in the form of a motorized cam plate (33 to 37) which can be controlled or regulated.
Requêtes fréquentes français :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
Requêtes fréquentes anglais :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
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