5results about How to "Clear shot" patented technology

The utility model relates to the technical field of visual perception, in particular to a complex environment visual perceptron which comprises a fixing plate, a perceptron structure and an adjusting and fixing structure, the perceptron structure is fixedly connected to the outer surface of the fixing plate, and the adjusting and fixing structure is fixedly connected to the top of the fixing plate. According to the utility model, through the arrangement of the infrared camera and the laser radar, the infrared camera makes up the defects of a visible light camera in a low-light environment, the laser radar provides high-precision three-dimensional space information, and the multi-modal sensor fusion can obtain more comprehensive environment data. In a night scene, the infrared camera can clearly shoot the outline of a real object, the laser radar accurately measures the position of the real object and the distance of a surrounding obstacle, and the infrared camera and the laser radar work cooperatively, so that the visual sensor can accurately identify the state of the real object and the surrounding environment condition, and the positioning accuracy of the target object is improved. And a reliable basis is provided for subsequent decision-making.

An additional distance-increasing portrait lens for a mobile phone comprises eight lenses. The first lens R1 is equal to 44.5 to 45.5, and the second lens R2 is equal to 153.5 to 154.5; the R1 of the second lens is equal to 243.5 to 245.5, and the R2 of the second lens is equal to 78 to 79.5; the third lens R1 is equal to 33-34, and R2 is equal to 45-46; a fourth lens R1 is equal to 21.5 to 22.5, and R2 is equal to 76 to 77; the R1 of the fifth lens is equal to 36.5 to 37.5, and the R2 of the fifth lens is equal to 11 to 12; the sixth lens R1 is equal to 11 to 12, and the sixth lens R2 is equal to 44.5 to 45.5; the seventh lens R1 is equal to 44.5 to 45.5, and the seventh lens R2 is equal to 11 to 12; and the R1 of the eighth lens is 16-17, and the R2 of the eighth lens is 72.5-73.5. The lens of the utility model can control field curvature data and distortion data in a small range, well correct the field curvature data and the distortion data, and shoot remote portraits more clearly.

This utility model discloses a feeding mechanism for a visual inspection device, relating to the field of visual inspection technology. It includes a base, partitions, a servo motor, and a drive gear. An inspection box is positioned directly above the base, and a toothed conveyor belt is positioned on the outer side of the base. A driven roller is positioned on one side of the inner end of the toothed conveyor belt, and a marking mechanism is positioned directly above the toothed conveyor belt. The marking mechanism separates and marks the inspected products using partitions arranged at equal intervals, thereby ensuring efficient rejection of products after visual inspection. A conveying mechanism is positioned at the inner end of the toothed conveyor belt, and the conveying mechanism controls the conveying speed of the toothed conveyor belt according to the product specifications. This utility model separates the inspected products through the marking mechanism and equally spaced partitions. The partitions prevent products from colliding and squeezing each other during conveying, ensuring the stability of the products during transport.

The utility model relates to the field of energy storage cabinet processing, concretely to a kind of welding equipment for energy storage cabinet processing, including welder and guide groove seat, the outer surface of welder is fixedly connected with expansion board, the expansion board is connected with connecting plate by bolt, the outer surface of connecting plate is fixedly connected with mounting plate, the inside of mounting plate is installed with camera, the protective mechanism for protecting camera lens is provided on the mounting plate, the top of guide groove seat is provided with display through camera real-time acquisition welding area image, and it is transmitted to display by wireless signal, operator can real-time inspection welding quality, in time discover false weld, weld tumor and other defects, the first drive motor of protective mechanism drives fireproof board to shield lens when welding, avoid spark splashing damage, move away after welding to ensure that shooting is clear, effectively solve the problem that existing technology cannot directly inspect welding quality after welding technology.

This invention discloses a method for solving the problem of smoke interference during photography in blasting light testing. Specifically, it is a method for solving the problem of smoke interference during blasting caustic lines, moving light projectiles, and DIC experiments. The device includes a smoke-controlling explosive TATP, a clamp with three functions: blocking, smoke control, and smoke guiding, a smoke-blocking and smoke-venting pipe, an elastic loading block, a freely height-adjustable frame, and bolt posts. The smoke-controlling explosive TATP is loaded into the borehole. A sealing ring is placed on the grooved side of the clamp. A certain width of the outer sealing ring is cut off, and a guide groove of the same width is opened above the clamp, which then contacts the surface of the specimen. The center of the clamp is on the same horizontal line as the center of the borehole. A smoke-blocking and smoke-venting pipe with a diameter slightly larger than the clamp's diameter is placed outside the clamp, with a rubber pad attached to the side that contacts the specimen. A smoke-venting slit of a certain width is opened on the side wall, and the guide groove is aligned with the smoke-venting slit to form a smoke guiding channel. An elastic loading block with a central opening abuts one side against the end face of the smoke-blocking and smoke-venting pipe without the rubber pad, and the other side is penetrated by a bolt post on the frame, abutting against the frame. Finally, the bolt post passes through the elastic loading block, the clamp, and the smoke-blocking and smoke-venting pipe. Adjusting the bolt post makes the clamp fit tightly against the specimen, and the elastic loading block abuts against the smoke-blocking and smoke-venting pipe, fitting the surface of the specimen. The method of this invention can effectively control smoke from firing, improve experimental shooting, and enhance experimental accuracy.