Minebea Mitsumi

Handle assembly (1), for a vehicle door, comprising a structure part (3) and a cover part (5) arranged to be mounted on the structure part (3), the handle assembly (1) also comprising a pushing device (7) configured to be mounted on the cover part (5), said pushing device (7) having a button (9) being movable between a rest position and a pressed-in position according to a pushing axis (13); a switching device (15) configured to be mounted on the structure part (3), said switching device (15) including an actuator configured to be moved from a default position to an actuated position when the structure part (3) and the cover part (5) are mounted together and when the button (9) is displaced from the rest position to the pressed-in position.

The present disclosure relates to a vehicle door handle system comprising a wing handle (10) movable between a retracted position and a deployed position, wherein in the retracted position, the wing handle is configured to be retracted in a vehicle door (1), and in the deployed position, the wing handle is configured to be protruding outwardly with respect to the vehicle door, the vehicle door handle system comprising an actuator (18) configured to cause an intermediate piece (12) to move in translation between the retracted position and an intermediate extended position and to move in rotation between the intermediate extended position and the deployed position, the intermediate piece being fixed to the wing handle and comprising bearing members (32a, 32b) preventing the wing handle from rotating when the wing handle is in the deployed position.

The present disclosure relates to a vehicle door handle system (8), comprising a wing handle (9), wherein the wing handle (9) is movable between a stowed position and a deployed position, wherein: in the stowed position, an outer surface (10) of the wing handle (9) is configured to be flush with an outer surface (7) of an adjacent window lower belt (6); and in the deployed position, the wing handle (9) is configured to be protruding outwardly with respect to said outer surface (7) of the window lower belt (6), wherein the vehicle door handle system (8) comprises an actuator (18) configured to move the wing handle (9) between the stowed position and the deployed position, and wherein the movement of the wing handle (9) between the stowed position and the deployed position comprises a translation, for example from and/or to the stowed position.

Handle assembly (1), for a vehicle door, comprising a structure part (3) and a cover part (5) arranged to be mounted on the structure part (3), the handle assembly (1) also comprising: a pushing device (7) having a button (9), said button (9) being movable between a rest position and a pressed-in position; a switching device (13) including an actuator (15) configured to be moved from a default position to an actuated position when the cover part (5) is mounted in a final position on the structure part (3) and when the button (9) is displaced from the rest position to the pressed-in position; a clearance catch-up system (17) configured to displace the receiver (14) from a retracted position, according which the switching device (13) and the receiver (14) are distant from the cover part (5) mounted in final position, to a deployed position.

A vibration actuator (10) includes: a first planar body (30) and a second planar body (32) that are magnetic bodies and are disposed to face each other; a third planar body (80) that is disposed between the first planar body (30) and the second planar body (32) and includes a magnetic body; a plate-shaped electromagnet part (20) that includes a magnetic pole part (34), a flat plate-shaped coil (50) surrounding the magnetic pole part (34), and a board part (40) connected to the flat plate-shaped coil (50), and that is disposed on one planar body (30) of the first planar body (30) and the third planar body (80) to face an other planar body (80) of the first planar body (30) and the third planar body (80); another electromagnet part (22) that is configured in the same manner as the plate-shaped electromagnet part (20) and is disposed on one planar body (32) of the second planar body (32) and the third planar body (80) to face an other planar body (80) of the second planar body (32) and the third planar body (80); and an elastic supporting part (60) that supports the third planar body (80) with respect to the first planar body (30) such that the third planar body (80) is movable in a facing direction, in which at least two of the first planar body (30), the second planar body (32), and the third planar body (80) are displaced to approach each other and vibrate by a magnetic force generated by energization of a plurality of the flat plate-shaped coils (50, 52).

An operation input apparatus (1) includes a plurality of operation panel portions (450) disposed to be flush with each other, each of the plurality of operation panel portions (450) being displaceable by an operation of a user; and an actuator (10) including a movable portion (20) connected to the operation panel portion (450), the actuator (10) performing, by electromagnetic driving, a first operation of the movable portion (20) to apply an operation feeling to the user in accordance with a displacement of the operation panel portion (450) and a second operation of the movable portion (20) to present an operation position (450) of the operation panel portion to the user or to prompt the user to operate the operation panel portion (450).

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …