6results about How to "Improve final quality" patented technology

A method for withering tea leaves, using withering equipment including a fan (2), a temperature sensor (3), a control box (5), a heating tube (7), and a frame (8), wherein a perforated plate (1) is arranged in the frame (8) to form a trough, and a guide plate (4) is set below the perforated plate (1). The method includes the following steps: starting the control box (5) and measuring and determining the correspondence between the wind speed and the frequency of the fan (2) in segments; spreading the fresh tea leaves flat on the perforated plate (1), controlling the thickness of the spread tea leaves to ensure uniform spreading; setting the direction and wind speed parameters of the fan (2), and starting the fan (2) and the heating tube (7); repeating the blowing process of the fan (2) and the heating process of the heating tube (7) according to the direction and wind speed parameters set in step three until withering is completed. This achieves parameterized and precise control of the withering process.

This invention provides a depth prior-guided multi-view stereo 3D reconstruction method. It acquires N original images of the target to be reconstructed from different perspectives; it iterates through the N original images, using each image as a reference image and the remaining N-1 images as source images, inputting them into a trained depth map generation network to obtain N depth maps; and then fuses these N depth maps to obtain a 3D point cloud of the target to be reconstructed. Based on its network architecture, the subsequent depth map generation module uses the depth maps output by the preceding depth map generation module to generate a depth prior. This depth prior guides the Transformer in the subsequent depth map generation module to complete cost volume aggregation, generating the final depth map, thereby improving the final quality of the depth map and point cloud.

The utility model relates to stirring device technical field especially is a kind of solvent stirring device of solvent-resistant heat-sensitive film, including stirring subassembly and drive assembly, stirring subassembly upper end is fixedly connected with storage component, and storage component inboard is installed with vibration subassembly, and storage component includes storage shell, and the inboard fixed connection of storage shell has annular plate, and annular plate bottom end is fixedly connected with plug rod, and annular plate top end is fixedly connected with rubber sealing pad, and annular plate inboard is equipped with threaded blind hole, and annular plate is fixedly connected with cover plate by bolt, and cover plate inboard is equipped with insertion hole, and vibration subassembly includes expansion plate, and expansion plate inboard is fixedly connected with extension disc, and extension disc inboard is equipped with discharge port, and extension disc top end is fixedly connected with extension column, in the utility model, the addition amount of film material is controlled by device, avoids the granular aggregation phenomenon caused by one-time addition too much, to improve the uniformity of solution significantly.

This utility model relates to the technical field of food drying equipment and discloses a variety of food drying equipment, including a drying box. One side of the drying box is connected to a door via a hinge, and the other side is equipped with an air box. A rotating shaft is installed inside the drying box. This multi-food drying equipment works by pulling an outward-facing pull plate to move a fixed block away from its fixed hole, and pulling a rotating rod to move a square block away from the rotating shaft. During this process, a moving plate is pulled, causing an insert block to leave its limiting groove, thus releasing the restriction on the placement tray. Through this design, operators can freely adjust the internal spatial layout of the drying equipment according to the size, shape, and type of food, thereby achieving a more efficient drying effect. This not only improves the versatility and adaptability of the equipment but also significantly enhances drying efficiency and quality, meeting the diverse needs of drying various foods.

This invention relates to the field of mixing equipment technology, specifically to a microwave-high pressure synergistic mixing device for mica paper binder. It includes a support frame, on which a horizontally arranged mixing tank is mounted. A main motor is mounted on the support frame, and the output end of the main motor is connected to a stirring shaft extending into the mixing tank. A booster pump is mounted on the support frame, and the output end of the booster pump extends into the mixing tank. A microwave heater is mounted on the top of the mixing tank, with its microwave output end facing the interior of the mixing tank. A stirring paddle is connected to the outer wall of the stirring shaft, and an elastic scraper is connected to the stirring paddle. This invention, by integrating microwave bulk heating and a pressurized environment, prevents wall adhesion and bubble generation from the source. Its elastic scraper has a periodic self-cleaning function, which can powerfully remove its own and the tank wall's adhering materials, reducing secondary accumulation. Combined with a dynamic flow guiding design, it forms a high-intensity changing flow field, achieving efficient material dispersion.

The utility model provides a kind of casting device of extrusion equipment for film processing, including rack and extrusion die, still including cooling forming assembly, guide assembly, scraping assembly collection assembly and cleaning component, the utility model cooperates between scraping assembly, when cooling roll works, by driving cylinder and moves support and tool holder forward, so that scraper is in contact on cooling roll, so that the raw material on the surface of cooling roll is scraped, so as to ensure the cooling effect of raw material, also avoid because raw material residue leads to uneven film, so effectively increase the final quality of film, also by setting cleaning component, by driving cylinder one drives cleaning roller and cooling roll contact, the glue layer on the surface of cleaning roller, so that the dust on the surface of cooling roll is collected, so as to avoid when cooling film, the dust enters film inside, affect the purity and quality of film, effectively improve the quality of final product film.