Abstract: An inside handle device includes a handle base attached to a door panel of a vehicle; a lock lever rotatably supported on the handle base, a stopper portion provided on the handle base and limiting a rotation range of the lock lever, and an impact absorbing portion provided on the handle base and absorbing impact generated by a contact of the lock lever with the stopper portion.

Abstract: An inside handle device includes a handle base attached to a door panel of a vehicle; a lock lever rotatably supported on the handle base, a stopper portion provided on the handle base and limiting a rotation range of the lock lever, and an impact absorbing portion provided on the handle base and absorbing impact generated by a contact of the lock lever with the stopper portion.

Abstract: In a vehicle door handle device, an operating member is pivotally supported to a handle base. A door lock device is operated via an operating force transmitting part by a rotation of the operating member from an initial position to an operating position. A connection-retaining member attached to the operating member retains a connection of one end of the operating force transmitting part to the operating member and abuts against a stopper wall surface of the handle base so as to define an operating stroke end position of the operating member. A second stopper is provided on the operating member and abuts against the handle base in an over-stroke position beyond the operating stroke end position.

Abstract: A vehicle door handle device is provided with a handle base, an escutcheon member, and a plurality of connection portions which connect the handle base and the escutcheon member to each other. The plurality of connecting portions include: a first connecting portion including an inclined surface which causes a motion component force toward a frame exterior to be generated in the escutcheon member by a horizontal operating force applied to the escutcheon member, thereby unlocking the first connecting portion; a second connection portion which is unlocked by deforming the escutcheon member using a moveable region in a vicinity of the first connection portion generated by the unlocking in the first connecting portion; and an n-th connection portion which is unlocked by deforming the escutcheon member using the moveable region due to the unlocking in the preceding connection portions.

Abstract: A door handle apparatus for a vehicle is provided with a handle base to be fixed to a door of the vehicle and an operating handle. One end of the operating handle is pivotally coupled to the handle base. On the other end of the operating handle, an operating leg protrudes. The operating leg portion includes a stopper protrusion for butting with a part of the handle base to define a termination of a rotating stroke of the operating handle is provided. The operating leg portion further includes a shake preventing protrusion on a free end side of the stopper protrusion.

Abstract: In a vehicle door handle device, an operating member is pivotally supported to a handle base. A door lock device is operated via an operating force transmitting part by a rotation of the operating member from an initial position to an operating position. A connection-retaining member attached to the operating member retains a connection of one end of the operating force transmitting part to the operating member and abuts against a stopper wall surface of the handle base so as to define an operating stroke end position of the operating member. A second stopper is provided on the operating member and abuts against the handle base in an over-stroke position beyond the operating stroke end position.

Abstract: A vehicle door handle device is provided with a handle base, an escutcheon member, and a plurality of connection portions which connect the handle base and the escutcheon member to each other. The plurality of connecting portions include: a first connecting portion including an inclined surface which causes a motion component force toward a frame exterior to be generated in the escutcheon member by a horizontal operating force applied to the escutcheon member, thereby unlocking the first connecting portion; a second connection portion which is unlocked by deforming the escutcheon member using a moveable region in a vicinity of the first connection portion generated by the unlocking in the first connecting portion; and an n-th connection portion which is unlocked by deforming the escutcheon member using the moveable region due to the unlocking in the preceding connection portions.

Abstract: In a cover member attaching structure for putting a flat shaped cover member 3 of a synthetic resin in position in a principal part 1, a dummy gate 5 serving as an inlet for resin injection from a submarine gate 4 during molding remains uncut after molding and protrudes from the cover member 3, while the principal part 1 has a portion 6 formed for accommodating the dummy gate 5.

Abstract: An antenna apparatus of the present invention has an antenna having a core (2) around which an insulative covered conductor (3) is wound. The core has a magnetic core (1) and a wiring layer which are laminated on each other. The magnetic core (1) is made of flexible soft magnetic material. A wiring space is formed inside of the antenna apparatus. With this structure, the packing density is enhanced.

Abstract: A door handle apparatus for a vehicle is provided with a handle base to be fixed to a door of the vehicle and an operating handle. One end of the operating handle is pivotally coupled to the handle base. On the other end of the operating handle, an operating leg protrudes. The operating leg portion includes a stopper protrusion for butting with a part of the handle base to define a termination of a rotating stroke of the operating handle is provided. The operating leg portion further includes a shake preventing protrusion on a free end side of the stopper protrusion.

Abstract: An antenna apparatus of the present invention has an antenna having a core (2) around which an insulative covered conductor (3) is wound. The core has a magnetic core (1) and a wiring layer which are laminated on each other. The magnetic core (1) is made of flexible soft magnetic material. A wiring space is formed inside of the antenna apparatus. With this structure, the packing density is enhanced.

Abstract: A door open-close device for control of a lock mechanism of a door is housed in a door handle. The door open-close device is provided with a lock switch connected to an external circuit so as to control the external circuit; and an antenna disposed to have a gap toward the lock switch and press down the lock switch at a time of deforming by being grasped by an operator, the antenna including a core portion of a soft magnetic material having flexibility and a conductor wound around the core portion, the conductor being connected to the external circuit so as to communicate with an external portable device.

Abstract: A door opener-closer includes a door handle. The door opener-closer includes a magnetic body core made of a soft magnetic body, is received in the door handle, and includes a plastic antenna serving as transmitter-receiver communicating with a portable device. The door opener-closer includes a handle body having a backface side formed with a cover receiver. The door opener-closer includes a cover handle united with the antenna and made of a plastic resin. The cover handle mates with the cover receiver in such a manner as to be held by the cover receiver. A sensor senses at least one of the followings which are implemented by an operator carrying the portable device: approaching a door, contacting the door, and operating the door. The transmitter-receiver and the portable device communicate with each other, thus locking or unlocking the door.

Abstract: In a cover member attaching structure for putting a flat shaped cover member 3 of a synthetic resin in position in a principal part 1, a dummy gate 5 serving as an inlet for resin injection from a submarine gate 4 during molding remains uncut after molding and protrudes from the cover member 3, while the principal part 1 has a portion 6 formed for accommodating the dummy gate 5.

Abstract: Boss axes are provided to a pair of supporting walls, which are opposed to each other, on a base to project therefrom. Flat surfaces of the boss axes are tilted relative to a center line of the groove in a latching position such that a releasing direction of a handle in a releasing position is positioned on an opposite side to an operating portion positioned in the latching position. Accordingly, overlapping lengths between circular arc surfaces of the boss axes in the unlatching position and the partial inner peripheral surface of the bearing hole can be increased. Therefore, a surface pressure applied to the boss axes of the base can be reduced in the unlatching position and thus the handle supporting strength can be improved.