摘要:
The invention relates to an electromagnetic clutch comprising a first clutch part (1) which has a coil body (4) that is held in a rotor (3), comprising a second clutch part (2) which has an armature disk (5) that can be moved in an axial manner relative to a clutch rotational axis (K), and comprising a friction ring (7) which is rotationally fixed to the rotor and which interacts with the armature disk in the operation of the clutch. According to the invention, the friction ring is designed as a separate component and is made of a magnetic-resistant material, that is, a non-magnetizable material. The invention can be used in industrial systems.
摘要:
A roller clutch includes an outer race, an inner race, a first engagement member situated between the outer race and the inner race, a second engagement member situated between the outer race and the inner race, and an electromagnetic mover to be energized or de-energized. The first engagement member is configured to engage the outer race and the inner race to transmit torque between the outer race and the inner race in response to the electromagnetic mover being energized and the inner race applying negative torque to the second engagement member while the outer race applies positive torque to the second engagement member. The second engagement member is configured to engage the outer race and the inner race to transmit torque between the outer race and the inner race in response to the inner race applying positive torque to the second engagement member while the outer race applies negative torque to the second engagement member.
摘要:
A coupling and control assembly including a sensor for providing an electrical signal for electronic transmission control is provided. The assembly includes a first coupling member which supports the sensor and a locking element and a second coupling member supported for rotation about a rotational axis. The second coupling member has a coupling face oriented to face radially with respect to the axis and has a set of ferromagnetic or magnetic locking formations. An electromechanical component is also supported by the first coupling member. Both the locking element and the sensor are in close-spaced opposition to the coupling face. The sensor senses magnetic flux to produce an electrical output signal indicative of a speed of rotation of the second coupling member. A variable magnetic field is generated in response to rotation of the locking formations past the sensor.
摘要:
A roller clutch includes an outer race, an inner race, a first engagement member situated between the outer race and the inner race, a second engagement member situated between the outer race and the inner race, and an electromagnetic mover to be energized or de-energized. The first engagement member is configured to engage the outer race and the inner race to transmit torque between the outer race and the inner race in response to the electromagnetic mover being energized and the inner race applying negative torque to the second engagement member while the outer race applies positive torque to the second engagement member. The second engagement member is configured to engage the outer race and the inner race to transmit torque between the outer race and the inner race in response to the inner race applying positive torque to the second engagement member while the outer race applies negative torque to the second engagement member.
摘要:
A magnetic brake actuated spring clutch (10) has an input shaft (12) that is rotatably mounted in a housing (14), a coaxial output shaft (18) that is rotatably mounted in the housing for rotation relative to the input shaft, and a coil spring (24) surrounding a portion of the output shaft. The coil spring has one end attached to the output shaft and an opposite end attached to a rotor (28) of magnetic brake (30). The rotor is journalled on the output shaft, and the magnetic brake further includes a stator (34) that is secured in the housing, The stator includes a permanent magnet (36) and the rotor includes a copper plate (38) that is juxtaposed the permanent magnet, The coil spring has a first part (24a) that is wound in one direction and a coaxial second part (24b) that is wound in an opposite direction so that the input shaft drives the output shaft in either direction when the spring clutch is engaged by input shaft via the magnetic brake. Alternatively, the stator (34') may include a pair of spaced opposed magnets (36') that are juxtaposed either side of the copper plate. A simple coil spring wound in one direction can be used to provide a one-way magnetic brake actuated spring clutch.
摘要:
A system (100) for transmission of power includes a clutch (110) having a driven clutch member (6) and a driving clutch member (7). The driven and driving clutch members (6, 7) are operatively connected to one another for common rotation in a first position with the clutch members (6, 7) engaged to one another and for rotation relative to one another in a second position with the clutch members (6, 7) disengaged from one another. An eddy-current coupling (12) is operatively connected to selectively move at least one of the clutch members (6, 7) to engage and disengage the clutch members (6, 7) between the first and second positions. The eddy-current coupling is also operatively connected to provide electromagnetic eddy-current coupling between the clutch members (6, 7) with the clutch members (6, 7) in the second position disengaged from one another to drive the driven clutch member (6) at a rate different from that of the driving clutch member (7).
摘要:
A system (100) for transmission of power includes a clutch (110) having a driven clutch member (6) and a driving clutch member (7). The driven and driving clutch members (6, 7) are operatively connected to one another for common rotation in a first position with the clutch members (6, 7) engaged to one another and for rotation relative to one another in a second position with the clutch members (6, 7) disengaged from one another. An eddy-current coupling (12) is operatively connected to selectively move at least one of the clutch members (6, 7) to engage and disengage the clutch members (6, 7) between the first and second positions. The eddy-current coupling is also operatively connected to provide electromagnetic eddy-current coupling between the clutch members (6, 7) with the clutch members (6, 7) in the second position disengaged from one another to drive the driven clutch member (6) at a rate different from that of the driving clutch member (7).
摘要:
The invention relates to a clutch device (102) having an actuating device (204), especially for a drive train (100) of a motor vehicle which comprises an internal combustion engine (104), an electrical machine (108) with a stator (118) and a rotor (120), and a transmission device (110). The clutch device (102, 202) can be arranged in the drive train (100) between the internal combustion engine (104) on the one side and the electrical machine (108) and the transmission device (110) on the other side. The clutch device (102, 202) and the actuating device (204) are integrated into the rotor (120) of the electrical machine (108) and the actuating device (204) comprises an electrical eddy-current brake (244) with a brake stator (246, 302) and a brake rotor (248), the brake rotor (246, 302) having at least one electromagnet (250, 306) with a coil and a core, said coil and said core being arranged concentrically in relation to each other.
摘要:
A system (100) for transmission of power includes a clutch (110) having a driven clutch member (6) and a driving clutch member (7). The driven and driving clutch members (6, 7) are operatively connected to one another for common rotation in a first position with the clutch members (6, 7) engaged to one another and for rotation relative to one another in a second position with the clutch members (6, 7) disengaged from one another. An eddy-current coupling (12) is operatively connected to selectively move at least one of the clutch members (6, 7) to engage and disengage the clutch members (6, 7) between the first and second positions. The eddy-current coupling is also operatively connected to provide electromagnetic eddy-current coupling between the clutch members (6, 7) with the clutch members (6, 7) in the second position disengaged from one another to drive the driven clutch member (6) at a rate different from that of the driving clutch member (7).