5results about How to "Increase reflective area" patented technology

This invention relates to a low-noise optical module three-temperature testing device, comprising a test box with a test cavity formed inside. An air inlet pipe is connected to the test box and communicates with the test cavity. A first silencing cavity is also formed inside the test box, and a first exhaust channel communicating with the first silencing cavity is provided on the test box. A duct is also connected to the test box, connecting the test cavity and the first silencing cavity. By setting up the first silencing cavity and connecting it to the test cavity via the duct, this invention not only extends the gas flow path within the test box and serves to store airflow, but also significantly increases the gas flow area and the diffuse reflection area and number of reflections within the test box, thereby reducing gas velocity and noise energy, achieving noise reduction. The test cavity-duct-first silencing cavity can form a Venturi effect, resulting in better noise reduction.

The utility model provides a reflective film capable of being embossed to form an edge. The reflective film comprises a film body, the film body is provided with a reflective surface layer, a waterproof layer, a polystyrene foam layer and a bottom glue layer which are laminated from top to bottom; the thickness of the polystyrene foam layer is greater than that of the waterproof layer, and the thickness of the polystyrene foam layer is greater than that of the bottom glue layer; the polystyrene foam layer is configured to be capable of correspondingly forming a whole circle of edge finding structure on the peripheral side of the film body in an overflow form after the reflective film is embossed and formed; the polystyrene foam layer is arranged in the film body, the thickness of the polystyrene foam layer is larger than the thickness of the waterproof layer and the thickness of the bottom glue layer, a continuous and uniform edge finding structure can be formed on the periphery of the reflective film at a time according to the principle that polystyrene foam overflows during imprinting forming, and continuous annular protrusions are formed on the periphery of the edge finding structure, so that the reflective area is enlarged, and the reflective effect is improved. Light rays can be reflected more effectively from the side direction and different angles, and the warning effect is remarkably improved.

The utility model discloses a corner reflecting device with a rotating function. The corner reflecting device comprises a cross beam, corner reflecting plates arranged at the two ends of the cross beam, a base for integrally supporting, a motor driving system arranged in the base, and a rotary supporting mechanism for connecting the cross beam and the base. The corner reflecting plate is formed by vertically welding a rectangular plate, an isosceles triangle plate and two right-angle triangular plates, and is used for reflecting electromagnetic wave signals at multiple angles. The cross beam is of an inner-outer two-stage box structure and is connected through a pin shaft, the telescopic function is achieved, and transportation and storage are convenient. Universal wheels are mounted on the base, so that the moving flexibility of the device is enhanced. The motor driving system and a second rotary support of the rotary supporting mechanism form a gear pair through a gear at the output end, and the cross beam is driven to rotate by 360 degrees. The device is simple in structure, convenient to assemble, disassemble and transfer, has a rotating function, is high in reflecting capacity and large in reflecting area, and can realize continuous reflection of electromagnetic wave signals.

The utility model discloses an additional rearview mirror with a lamp, which comprises a lens, a shell and a fixing mechanism, the lens is assembled on the front side of the shell, the fixing mechanism is arranged on the shell, and the rearview mirror is assembled with an original rearview mirror through the fixing mechanism; a lamp groove is formed in the shell, and a light source is arranged in the lamp groove; the light source is connected with a circuit board, the circuit board is connected with a battery, the battery and the circuit board are installed in the shell together, and the light source, the circuit board and the battery are covered in the shell through the lens. According to the additional rearview mirror, the light source and the circuit board are arranged in the shell of the additional rearview mirror, after the whole additional rearview mirror is installed on an original automobile rearview mirror, light of the light source can irradiate the back face of the mirror piece only by turning on the light source, the illumination effect is achieved, and a user can look into the mirror, make up and the like without turning on the light in an automobile under the dark condition. The whole automobile rearview mirror is simple in structure, convenient and practical, and the effects of enlarging the reflecting area and providing the lighting function can be achieved without changing an original automobile rearview mirror.

The air cabinet assembly comprises a cabinet body and a germicidal lamp assembly, the cabinet body defines a containing cavity, the germicidal lamp assembly is connected to the cabinet body, the cabinet body is provided with an inner wall face, at least part of light emitted by the germicidal lamp assembly faces the inner wall face, and at least part of the inner wall face is provided with a reflection structure. The reflection structure is configured to reflect light irradiated to the inner wall surface. According to the air cabinet assembly, due to the fact that the reflection structure is arranged on the inner wall face, light rays emitted by the sterilization lamp assembly can be reflected through the reflection structure, parts located in the containing cavity are sterilized through reflected light, the reflection efficiency of the light rays is improved, irradiation dead angles are eliminated, and the sterilization effect is guaranteed; dependence on the number and power of the lamp tubes in the germicidal lamp assembly is reduced, the service life of the germicidal lamp assembly is prolonged, meanwhile, the structure is simple, and energy consumption and maintenance cost are reduced.