Abstract: A steering wheel provided with a vibration device. The vibration device includes a vibration motor with an eccentric weight attached to a rotational axis protruding out of a motor body and a mounting bracket which mounts the motor on a mounting section located at a region continuous with a ring section on a steering wheel core. The mounting section includes a vibration receiving section and a mounting base. The mounting bracket includes a pressing section which presses the motor body against the vibration receiving section and a mounting tongue which is secured to the mounting base. The mounting bracket is mounted on the mounting base with the motor body disposed on the pressing section in such a manner as to press a region of the motor body facing the vibration receiving section against the vibration receiving section and transmit a vibration of the motor body to the vibration receiving section.

Abstract: A steering wheel provided with a vibration device. The vibration device includes a vibration motor with a weight attached to a rotational axis protruding out of a motor body, a mounting bracket which mounts the motor on the steering wheel body, a circuit substrate which includes a connector for feeding the vibration motor with electricity and a terminal which is plugged in a terminal hole of a mounting base of the motor body such that the circuit substrate is connected to the motor body, and a clip which is assembled with the motor body and mounted on the mounting bracket together with the motor body. The clip includes a pressing section which presses the circuit substrate against the motor body and a retaining element that is engaged with and holds the mounting bracket so as to help the pressing section to keep pressing the circuit substrate toward the motor body.

Abstract: A steering wheel provided with a vibration device. The vibration device includes a vibration motor with an eccentric weight attached to a rotational axis protruding out of a motor body and a mounting bracket which mounts the motor on a mounting section located at a region continuous with a ring section on a steering wheel core. The mounting section includes a vibration receiving section and a mounting base. The mounting bracket includes a pressing section which presses the motor body against the vibration receiving section and a mounting tongue which is secured to the mounting base. The mounting bracket is mounted on the mounting base with the motor body disposed on the pressing section in such a manner as to press a region of the motor body facing the vibration receiving section against the vibration receiving section and transmit a vibration of the motor body to the vibration receiving section.

Abstract: A steering wheel provided with a vibration device. The vibration device includes a vibration motor with a weight attached to a rotational axis protruding out of a motor body, a mounting bracket which mounts the motor on the steering wheel body, a circuit substrate which includes a connector for feeding the vibration motor with electricity and a terminal which is plugged in a terminal hole of a mounting base of the motor body such that the circuit substrate is connected to the motor body, and a clip which is assembled with the motor body and mounted on the mounting bracket together with the motor body. The clip includes a pressing section which presses the circuit substrate against the motor body and a retaining element that is engaged with and holds the mounting bracket so as to help the pressing section to keep pressing the circuit substrate toward the motor body.

Abstract: An LED light comprising a light-emitting device provided to power supply means, encapsulating means for encapsulating the light-emitting device with a light-transmitting material, a reflective surface for reflecting the light emitted from the light-emitting device to a direction perpendicular to the center axis of the light-emitting device or at a large angle to the center axis, opposed to the light-emitting surface of the light-emitting device, a light-emitting diode having a side directing surface for directing sideways the light reflected from the reflective surface to a direction perpendicular to the center axis of the light-emitting device or at a large angle to the center axis, and a reflecting mirror disposed around the light-emitting diode.

Abstract: An LED light comprising a light-emitting device provided to power supply means, encapsulating means for encapsulating the light-emitting device with a light-transmitting material, a reflective surface for reflecting the light emitted from the light-emitting device to a direction perpendicular to the center axis of the light-emitting device or at a large angle to the center axis, opposed to the light-emitting surface of the light-emitting device, a light-emitting diode having a side directing surface for directing sideways the light reflected from the reflective surface to a direction perpendicular to the center axis of the light-emitting device or at a large angle to the center axis, and a reflecting mirror disposed around the light-emitting diode.

Abstract: An opposed reflecting mirror is provided so as to face a light source. The opposed reflecting mirror is configured to reflect light rays, emitted from the light source, so as to allow the reflected light rays to advance in a predetermined direction. A light guide body having a plurality of reflecting surfaces is provided to permit the incidence of light rays supplied from the opposed reflecting mirror and to reflect the incident light rays. The plurality of reflecting surfaces are located at different positions in a sliding split manner along the direction of light rays supplied from the opposed reflecting mirror. By virtue of this construction, a light emitting apparatus can be provided in which, while making the best use of a feature of LED, i.e., a small thickness, impressive illumination of an elongated shape by one light emitting device and high external emission efficiency can be realized.

Abstract: An opposed reflecting mirror is provided so as to face a light source. The opposed reflecting mirror is configured to reflect light rays, emitted from the light source, so as to allow the reflected light rays to advance in a predetermined direction. A light guide body having a plurality of reflecting surfaces is provided to permit the incidence of light rays supplied from the opposed reflecting mirror and to reflect the incident light rays. The plurality of reflecting surfaces are located at different positions in a sliding split manner along the direction of light rays supplied from the opposed reflecting mirror. By virtue of this construction, a light emitting apparatus can be provided in which, while making the best use of a feature of LED, i.e., a small thickness, impressive illumination of an elongated shape by one light emitting device and high external emission efficiency can be realized.

Abstract: A lamp unit provided with an LED light source is attached to the back surface of an inside handle vessel, and the position of the light source is fixed. Then, the inside handle vessel together with the lamp unit is installed in a door trim.

Abstract: A lamp unit provided with an LED light source is attached to the back surface of an inside handle vessel, and the position of the light source is fixed. Then, the inside handle vessel together with the lamp unit is installed in a door trim.