An electric motor assembly, in particular an electric motor assembly of a vehicle starter, is disclosed, which comprises an electric motor and a speed changing mechanism, the electric motor comprising an armature shaft, and the speed changing mechanism comprising an input gear which is fitted onto…
This torque transmission mechanism (A), for a starter for an internal combustion engine, is adapted to transmit a starting torque from a starter motor to a crankshaft (4). The torque transmission mechanism (A) comprises a ring gear (2) that transmits the starting torque and a one-way clutch (8)…
This torque transmission mechanism (A) for an internal combustion engine, adapted to transmit a starting torque from a starter motor to a crankshaft (4) of the internal combustion engine, comprises a ring gear (2) that transmits the starting torque, a one-way clutch (8) disposed between the ring…
This torque transmission mechanism (A) for an internal combustion engine, adapted to transmit a starting torque from a starter motor to a crankshaft (4) of the internal combustion engine, comprises a ring gear (2) that transmits the starting torque and a one-way clutch (8) disposed between the ring…
This torque transmission mechanism (A) for an internal combustion engine, adapted to transmit a starting torque from a starter motor to a crankshaft (4) of the internal combustion engine, comprises a ring gear (2) that transmits the starting torque, a one-way clutch (8) disposed between the ring…
The object of the invention relates to an electrical machine (100), in particular a generator or a starter mechanism as a starter, for starting a combustion engine, comprising a connection assembly (200) for a force transmitting connection of two components of the connection assembly (200) having a…
The object of the invention relates to a method for manufacturing and/or mounting an electrical machine (100) and an electrical machine (100), in particular a starting mechanism as a starter, for starting a combustion engine, comprising an armature shaft (17), which is at one end floating mounted…
The device (100) has a freewheel gear box (33) arranged on forehead geometry of an axial confinement. A guide unit is provided in forehead geometry of an outer part and a sinking part e.g. inner recess, ribs, slots and grooves. An outer rim is connected with the guide unit. A closure cap is…
The machine has a bearing block (51) inserted in a housing-fixed bearing (49) for movably bearing a fork lever. The lever is coupled with a relay e.g. engagement relay. Compensating and/or sealing elements (1, 2) e.g. sealing lips, are designed for clearance-free arrangement of the bearing block in…
The method involves pushing back a holding disk (210) up to a recess (214) of a torque-transmission part (212). The holding disk is bent in radial direction in such a manner that the holding disk has a larger inner diameter (218) than outer diameter (216,238) of the torque-transmission part. The…
The starter has a rotatable motor (18) arranged in a housing (10). A drive shaft (17) of the motor is axially fixed at a posterior end (17A) opposite the housing by a holding disk (51). A closure cap (14) is provided over the holding disk to protect a part of the drive shaft. The closure cap has an…
The motor (1) has a drive shaft (4) roatatably mounted at a bearing (8) in a starter housing (2). A longitudinal clearance compensator is provided for reduction of an axial clearance, and comprises a spring fixing element (11) that holds the shaft opposite to a housing component in a defined axial…
An electric engine starter (100) in which downsizing and weight saving are improved to an extreme based on the rational design and by eliminating an unnecessary unit, wherein a battery is arranged outside the starter, a power accumulating unit (110) has a rotation supporting unit (112, 212) for…