Abstract: A vehicle light apparatus includes: a power consuming portion provided in parallel with a group of light emitting elements for causing a total power value including power consumed by the lamp to become a normal power value, a breakage detecting portion for detecting a breakage with respect to the group of light emitting elements, and a control portion for controlling power supply to the group of light emitting elements, wherein in the event that a breakage of the group of light emitting elements is detected by the breakage detecting portion, a power supply to the lamp including the group of broken light emitting elements is stopped or power supplied to the lamp is reduced by the control portion. By providing the power consuming portion, the load characteristic can be made constant, and power consumption can be reduced when a breakage of the light emitting element is detected.

Abstract: A vehicle light apparatus includes: a power consuming means provided in parallel with a group of light emitting elements for causing a total power value including power consumed by the lamp to become a normal power value, a breakage detecting means for detecting a breakage with respect to the group of light emitting elements, and a control means for controlling power supply to the group of light emitting elements, wherein in the event that a breakage of the group of light emitting elements is detected by the breakage detecting means, a power supply to the lamp including the group of broken light emitting elements is stopped or power supplied to the lamp is reduced by the control means. By providing the power consuming means, the load characteristic can be made constant, and power consumption can be reduced when a breakage of the light emitting element is detected.

Abstract: In a light emitting diode 1 having a light emitting chip 2 and a lens portion 3 for containing the chip 2, the lens portion 3 has a direct light area 5 for use in emitting the light emitted from the chip 2 outside as direct light and a reflected light area 6 for use in emitting the light emitted from the chip 2 and passed through the lens portion 3 toward a reflective member 7 provided outside the lens portion 3, in which the direct light area 5 is formed so as to have a configuration irrotationally symmetric around the optical axis of an element, and the peripheral portion of the direct light area 5 or the side portion of the lens portion 3 is used as the reflected light area 6, which is formed so as to have a configuration rotationally symmetric around the optical axis of the element.

Abstract: In a light emitting diode 1 having a light emitting chip 2 and a lens portion 3 for containing the chip 2, the lens portion 3 has a direct light area 5 for use in emitting the light emitted from the chip 2 outside as direct light and a reflected light area 6 for use in emitting the light emitted from the chip 2 and passed through the lens portion 3 toward a reflective member 7 provided outside the lens portion 3, in which the direct light area 5 is formed so as to have a configuration irrotationally symmetric around the optical axis of an element, and the peripheral portion of the direct light area 5 or the side portion of the lens portion 3 is used as the reflected light area 6, which is formed so as to have a configuration rotationally symmetric around the optical axis of the element.

Abstract: A synthetic resin part integrally formed with metal members manufactured by the steps of integrally forming a plurality of metal member sets through coupling portions, each of the metal member sets comprising a plurality of kinds of metal members, inserting the metal member sets into the molding dyes of a forming machine, injecting synthetic resin for molding into the molding dye, forming a synthetic resin part integrally formed with metal members in sequence to form a synthetic resin part continuum where a plurality of synthetic resin parts are connected, and cutting off the coupling portions to complete the manufacture of the plurality of synthetic resin parts.

Abstract: A motor vehicle interior lamp is disclosed which has a lamp body of plastics material on which an electric lighting bulb is mounted by being supported between a pair of bulb terminals. One of the bulb terminals is connected to a power supply. For selectively grounding the other bulb terminal via a hand operated switch, a grounding conductor is embedded in the lamp body by insert molding. The grounding conductor is fabricated from sheet metal in one piece with a set of grounding terminals to be grounded by fastener elements. The grounding conductor is connected to each grounding terminal via an offset link which is capable of deformation in response to possible deformation or displacement of the grounding conductor during the insert molding of the lamp body and which is thus effective to hold the grounding terminals with their mounting holes in register with the mounting holes in the lamp body.

Abstract: A vehicular lamp has a lamp body defining therein a lamp chamber, and a light source disposed in the lamp body. An air communication hole is formed in a back plate of the lamp body for producing an air communication passage between a lamp chamber and the air outside of the lamp. An encircle wall which defines the air communication hole projects inward with respect to the lamp chamber.

Abstract: Disclosed are a method of manufacturing a synthetic resin part integrally formed with metal members, including the steps of: integrally forming a plurality of metal member sets through coupling portions, each of the metal member sets including a plurality of coupled together metal members; inserting the metal member sets into the molding dies of a forming machine; injecting synthetic resin for molding into the molding die, and forming a synthetic resin part integrally formed with metal members in sequence to form a synthetic resin part continuum where a plurality of synthetic resin parts are connected; and cutting off the coupling portions to manufacture the plurality of synthetic resin parts, and a synthetic resin part manufactured according to the above-mentioned manufacturing method.