Abstract: A visual communication apparatus affixed to a vehicle. The visual communication apparatus includes a smart key system that detects a key fob of a user within a keyless detection zone, a projector projecting visual indications on a projecting zone lying on a ground surface of the vehicle, a sensor optically capturing gestures of the user of the vehicle, and an electrical control unit capable of actuated key elements of the vehicle. The visual indications include passive visual indications requiring no activation from the user and active visual indications requiring activations from the user. The activations are performed by gestures of the user on the active visual indications.

Abstract: A visual communication apparatus affixed to a vehicle. The visual communication apparatus includes a smart key system that detects a key fob of a user within a keyless detection zone, a projector projecting visual indications on a projecting zone lying on a ground surface of the vehicle, a sensor optically capturing gestures of the user of the vehicle, and an electrical control unit capable of actuated key elements of the vehicle. The visual indications include passive visual indications requiring no activation from the user and active visual indications requiring activations from the user. The activations are performed by gestures of the user on the active visual indications.

Abstract: A visual communication apparatus affixed to a vehicle. The visual communication apparatus includes a smart key system that detects a key fob of a user within a keyless detection zone, a projector projecting visual indications on a projecting zone lying on a ground surface of the vehicle, a sensor optically capturing gestures of the user of the vehicle, and an electrical control unit capable of actuated key elements of the vehicle. The visual indications include passive visual indications requiring no activation from the user and active visual indications requiring activations from the user. The activations are performed by gestures of the user on the active visual indications.

Abstract: A visual communication apparatus affixed to a vehicle. The visual communication apparatus includes a smart key system that detects a key fob of a user within a keyless detection zone, a projector projecting visual indications on a projecting zone lying on a ground surface of the vehicle, a sensor optically capturing gestures of the user of the vehicle, and an electrical control unit capable of actuated key elements of the vehicle. The visual indications include passive visual indications requiring no activation from the user and active visual indications requiring activations from the user. The activations are performed by gestures of the user on the active visual indications.

Abstract: In a spindle motor, a core includes a plurality of core plates, which are laminated one on another. The core is constituted by laminating two cores, that is, a first core and a second core, which are different from each other in shape of a surface facing to a rotor magnet. At least a part of a cogging torque generated at the second core can be cancelled by a cogging torque generated at the first core.

Abstract: In a spindle motor, a core includes a plurality of core plates, which are laminated one on another. The core is constituted by laminating two cores, that is, a first core and a second core, which are different from each other in shape of a surface facing to a rotor magnet. At least a part of a cogging torque generated at the second core can be cancelled by a cogging torque generated at the first core.

Abstract: Spindle-motor stator includes at least a first core sheet and at least one or more second core sheets located next to an end core sheet. A bent portion bent upward and a protrusion extending upward from the bent portion are formed at the forward end of the plurality of the first core sheet. Each of the plurality of teeth is wound with a conductive wire.

Abstract: In a spindle motor, a core (33) includes a plurality of core plates (34), which are laminated one on another. The core (33) is constituted by laminating two cores, that is, a first core (34a) and a second core (34b), which are different from each other in shape of a surface facing to a rotor magnet (32). At least a part of a cogging torque generated at the second core (34b) can be cancelled by a cogging torque generated at the first core (34a).

Abstract: In a spindle motor, a core (33) includes a plurality of core plates (34), which are laminated one on another. The core (33) is constituted by laminating two cores, that is, a first core (34a) and a second core (34b), which are different from each other in shape of a surface facing to a rotor magnet (32). At least a part of a cogging torque generated at the second core (34b) can be cancelled by a cogging torque generated at the first core (34a).

Abstract: Spindle-motor stator includes at least a first core sheet and at least one or more second core sheets located next to an end core sheet. A bent portion bent upward and a protrusion extending upward from the bent portion are formed at the forward end of the plurality of the first core sheet. Each of the plurality of teeth is wound with a conductive wire.