Abstract: A first covering part of the present invention covers a portion from the front part to the upper part of a door window and expands to the outside in the vehicle width direction, and the lower surface thereof is open. A second covering part covers a portion lower than the first covering part of the upper part of the door window, is provided so as to be on the outside of a window glass and be located on the inside in the vehicle width direction of the lower edge of the first covering part, and is formed so as to gradually approach the window glass from the rear end toward the front end, the lower edge thereof being provided close to the outer surface of the window glass.

Abstract: A first covering part of the present invention covers a portion from the front part to the upper part of a door window and expands to the outside in the vehicle width direction, and the lower surface thereof is open. A second covering part covers a portion lower than the first covering part of the upper part of the door window, is provided so as to be on the outside of a window glass and be located on the inside in the vehicle width direction of the lower edge of the first covering part, and is formed so as to gradually approach the window glass from the rear end toward the front end, the lower edge thereof being provided close to the outer surface of the window glass.

Abstract: An object of the invention is to suppress the amount of heat generated by a light emitting diode and prevent the light emitting diode from being overheated without reducing the amount of emitted light even when the light emitting diode is a high-power light emitting diode. A light emitting device is configured so that one or more light emitting diodes (11) are lighted by a lighting circuit (12). A DC power is converted into a pulse power by a switching regulator (13) of this lighting circuit (12) and the voltage of a pulse power converted by this switching regulator is lowered by an output control portion (14). The pulse width of a pulse power lowered in voltage by this output control portion is adjusted by a pulse width adjusting oscillation means (16), and the current of a pulse power adjusted in pulse width by this pulse width adjusting oscillation means is limited by a limiting resistor (17).

Abstract: An object of the invention is to suppress the amount of heat generated by a light emitting diode and prevent the light emitting diode from being overheated without reducing the amount of emitted light even when the light emitting diode is a high-power light emitting diode. A light emitting device is configured so that one or more light emitting diodes 11 are lighted by a lighting circuit 12. A DC power is converted into a pulse power by a switching regulator 13 of this lighting circuit 12 and the voltage of a pulse power converted by this switching regulator is lowered by an output control portion 14. The pulse width of a pulse power lowered in voltage by this output control portion is adjusted by a pulse width adjusting oscillation means 16, and the current of a pulse power adjusted in pulse width by this pulse width adjusting oscillation means is limited by a limiting resistor 17.

Abstract: A side visor is effectively utilized to perform sufficient ventilation in a car. A cover is attached on a vehicle side visor 21 provided along a window frame 14 of a vehicle door. The cover 31 comprises: a cover attachment portion 32 which can be attached on an outer surface of the side visor and has a lower edge along a lower edge of the side visor; a tabular sealing portion 33 whose outer rim is integrally connected with the lower edge of the cover attachment portion and whose inner rim faces a rolled-up window glass 13; and an elastic material 34 which is attached on the inner rim of the sealing portion and formed to come into contact with an outer surface of the rolled-up window glass. The sealing portion 33 may comprise a first sealing plate and a second sealing plate which is superimposed and attached on the first sealing plate so as to be capable of moving in a car widthwise direction.

Abstract: [Problem] A side visor is effectively utilized to perform sufficient ventilation in a car. [Solving Means] A cover is attached on a vehicle side visor 21 provided along a window frame 14 of a vehicle door. The cover 31 comprises: a cover attachment portion 32 which can be attached on an outer surface of the side visor and has a lower edge along a lower edge of the side visor; a tabular sealing portion 33 whose outer rim is integrally connected with the lower edge of the cover attachment portion and whose inner rim faces a rolled-up window glass 13; and an elastic material 34 which is attached on the inner rim of the sealing portion and formed to come into contact with an outer surface of the rolled-up window glass. The sealing portion 33 may comprise a first sealing plate and a second sealing plate which is superimposed and attached on the first sealing plate so as to be capable of moving in a car widthwise direction.

Abstract: A side mirror cover comprises a mirror plate covering member and a side mirror lamp. The lamp comprises a lamp housing having a plurality of light emitting elements and a translucent lamp cover for covering the light emitting elements. A through hole comprises first and second through holes formed side by side along the width of the vehicle. A lamp housing comprises first and second housing sections. The lamp cover comprises first and second cover sections. A plurality of light emitting elements comprises a first LED for illuminating the front of the vehicle and a second LED for illuminating the side of the vehicle. The inner surface of the first cover section has concavities and convexities so as to reflect light. Two types of side mirror lamps are clearly differentiated so that a function as a direction indicator lamp and a function as a position lamp or a daytime lamp are provided.

Abstract: A side mirror cover comprises a mirror plate covering member and a side mirror lamp. The lamp comprises a lamp housing having a plurality of light emitting elements and a translucent lamp cover for covering the light emitting elements. A through hole comprises first and second through holes formed side by side along the width of the vehicle. A lamp housing comprises first and second housing sections. The lamp cover comprises first and second cover sections. A plurality of light emitting elements comprises a first LED for illuminating the front of the vehicle and a second LED for illuminating the side of the vehicle. The inner surface of the first cover section has concavities and convexities so as to reflect light. Two types of side mirror lamps are clearly differentiated so that a function as a direction indicator lamp and a function as a position lamp or a daytime lamp are provided.

Abstract: A side mirror cover for allowing flickering or illumination of lamps to be visible from relatively a wide range is provided. The side mirror cover has a mirror cover body and a cover lamp. The lamp has a lamp housing having plural light emitting elements and a translucent lamp cover for covering the elements. The housing has a curved first corner section for closing up a part of the through hole and a first principal portion for closing up the remainder thereof. The lamp cover has a second corner section facing the first corner section and a second principal portion facing the first principal portion. The light emitting elements include first LEDs and second LEDs for emitting light toward the front and the side of the vehicle, respectively. The inner surface of the lamp cover has a projected portion facing the second LED, and the inner surface of the second corner section has concavities and convexities for reflecting light.

Abstract: A side mirror cover for allowing flickering or illumination of lamps to be visible from relatively a wide range is provided. The side mirror cover has a mirror cover body and a cover lamp. The lamp has a lamp housing having plural light emitting elements and a translucent lamp cover for covering the elements. The housing has a curved first corner section for closing up a part of the through hole and a first principal portion for closing up the remainder thereof. The lamp cover has a second corner section facing the first corner section and a second principal portion facing the first principal portion. The light emitting elements include first LEDs and second LEDs for emitting light toward the front and the side of the vehicle, respectively. The inner surface of the lamp cover has a projected portion facing the second LED, and the inner surface of the second corner section has concavities and convexities for reflecting light.