摘要:
An electromagnetic suspension system uses a linear motor having coils disposed around the outer periphery of a stator and permanent magnets disposed along the inner periphery of a mover. Wiring is routed through a gap between a first rod and a second rod. Thus, contact between the wiring and the second rod is avoided, and the wiring is protected. Consequently, it is possible to ensure reliability for the electric system of the electromagnetic suspension system.
摘要:
An electromagnetic suspension system uses a linear motor having coils disposed around the outer periphery of a stator and permanent magnets disposed along the inner periphery of a mover. Wiring is routed through a gap between a first rod and a second rod. Thus, contact between the wiring and the second rod is avoided, and the wiring is protected. Consequently, it is possible to ensure reliability for the electric system of the electromagnetic suspension system.
摘要:
The present invention provides an electromagnetic suspension system including a casing attachable to a first attachment target member, a movable element, and an armature. One of the movable element and the armature is fixedly disposed in the casing, and the other of the movable element and the armature is movably disposed in the casing. A rod extending in a direction of the relative movement is disposed at the other of the movable element and the armature movably disposed in the casing. The rod extends through a rod guide disposed at the casing to protrude to an outside of the casing, and is configured to be attachable to a second attachment target member. The electromagnetic suspension system further comprises a rotational mechanism allowing a relative rotation between the first attachment target member and the second attachment target member.
摘要:
Disclosed are a high-damping and high-thrust cylindrical linear motor and a motor-driven power steering device. A stator includes three-phase stator and a stator core. A slider includes a slider core and permanent magnets. The stator core includes stator-core salient poles, two auxiliary poles and yoke units with a small poles on its surface of the side of the slider, the auxiliary poles being deployed at both ends of the stator-core salient poles, the yoke units configuring a magnetic circuit in cooperation with the stator core and the auxiliary poles. The magnetic circuit is shared among the three phases. Polarities of magnets of the slider become an identical polarity, each of the plurality of permanent magnets being positioned at a position which is opposed to each of the plurality of small poles included in one stator-core salient pole out of the plurality of stator-core salient poles.