Abstract: An automobile lamp having a lighting pattern with a light-and-shade contrast comprises a light guiding pipe, a projecting lens, and a lightening body. Two ends of the light guiding pipe are respectively arranged a light input surface and a light output portion. A light refracting groove is arranged at a bottom surface formed in front of the light output portion and includes a long inclined surface and a short inclined surface. The projecting lens has a light input surface and an arc light output surface. The lightening body projects an original light source opposite to the light input surface of the light guiding pipe. One part of lights of the lightening body is guided to the projecting lens for projecting a lighting pattern with a light-and-shade cut-off line, and the other part of lights is guided toward the lighting pattern to partially overlap the lighting pattern.

Abstract: A wind turbine including a body, a blade set, a guiding module, a door set, and a fluid recovering element is provided. The body has a fluid inlet and a fluid outlet, wherein the fluid inlet includes a guiding area and a first opening area. The fluid outlet also includes a fluid recovering area and a second opening area. The blade set is pivoted in the body along a pivoting direction. The guiding module is disposed in the guiding area, and the door set is moveably disposed in the fluid inlet. The fluid recovering element is disposed in the fluid recovering area. The fluid recovering element covers a portion of the fluid outlet for guiding the working fluid to pass through the blade set and flow back into the body.

Abstract: An automobile lamp having a lighting pattern with a light-and-shade contrast comprises a light guiding pipe, a projecting lens, and a lightening body. Two ends of the light guiding pipe are respectively arranged a light input surface and a light output portion. A light refracting groove is arranged at a bottom surface formed in front of the light output portion and includes a long inclined surface and a short inclined surface. The projecting lens has a light input surface and an arc light output surface. The lightening body projects an original light source opposite to the light input surface of the light guiding pipe. One part of lights of the lightening body is guided to the projecting lens for projecting a lighting pattern with a light-and-shad cut-off line, and the other part of lights is guided toward the lighting pattern to partially overlap the lighting pattern.

Abstract: A brake pad heat-dissipating structure includes a main body having a heat-dissipating portion and a connecting portion for installing a brake shoe, and the heat-dissipating portion includes plural penetrating holes penetrating through the main body and arranged side by side with each other, and each penetrating hole is connected to a fin extending towards the outside of the main body to provide a heat dissipating effect.

Abstract: An integrally-formed heat-dissipating brake pad structure, wherein the structure includes a backing plate, with a first side and a second side arranged back to back with respect to one another; a brake pad, mounted on the first side; and a plurality of heat dissipating parts, integrally and outwardly extended from the second side, so that heat generated by the friction of the brake pad during a brake can be dissipated by the integrally formed backing plate and heat dissipating parts.

Abstract: The present invention discloses a packaging structure of organic light-emitting diode and a method for manufacturing the same. According to the present invention, an organic light emitter layer, which comprises an anode layer, an organic light-emitting layer, and a cathode layer, is provided. A first transparent passivation layer is set on the cathode layer, and has light transmittance greater than 80%. In addition, the first transparent passivation layer has an amorphous or crystalline structure for isolating oxygen and vapor. Because the first transparent passivation layer is sputtered in vacuum at room temperature, it can be applied to flexible printed circuit boards. Furthermore, a second transparent passivation layer is set under a substrate, which is under the organic light emitter layer. Alternatively, a resin layer is set on the first transparent passivation layer or under the second transparent passivation layer as the multi-layer packaging structure.