2results about How to "Scrape thoroughly" patented technology

This utility model belongs to the field of automobile manufacturing and discloses an automotive roller surface cleaning device. It includes several roller bodies and a suspension device for fixed suspension movement, as well as a frame device for supporting dual-station rotation. Two adhesive scraping devices for telescopically scraping off surface adhesive are symmetrically mounted on the frame device. The suspension device is installed at one end of the frame device. The frame device includes a frame body with a fixed frame on it. A drive assembly for providing rotational power to the dual-station devices is mounted on the fixed frame. This automotive roller surface cleaning device, through symmetrically arranged adhesive scraping devices and a dual-output shaft drive structure, achieves simultaneous alternating cleaning of two roller bodies, significantly improving cleaning efficiency. Through the synergistic design of robotic arm positioning, dual-station synchronous drive, and elastic adhesive scraping, it solves the problems of low efficiency and poor adaptability in traditional cleaning methods, making it particularly suitable for the rapid cleaning needs of large-volume rollers in automobile manufacturing.

This invention provides an energy-saving rare earth smelting kiln including a support platform; its key feature is that it also includes an energy-saving system; the rear of the support platform is connected to an energy-saving system for recovering heat from the inner tube. Before unloading from the inner tube, this invention pre-exhausts hot air, using the energy in the hot air to preheat the rare earth material to be fed, effectively achieving energy savings. Simultaneously, the protrusions of the filter intercept powdery substances in the hot air, achieving filtration and preventing dust from subsequently being released into the atmosphere and causing air pollution. A cleaning rod is used to clean the powder on the filter, thoroughly scraping off the powder from the protrusions and effectively preventing secondary powder adhesion. During rare earth unloading, the rare earth is screened, and a sieve is used to separate non-compliant agglomerated rare earth. Finally, a sorter and a discharge box are used as extrusion blocks, combined with the continuous rotation of the crushing roller, to crush the agglomerated rare earth, achieving uniform discharge.