6results about How to "Less attractive" patented technology

The present application provides an ejector, a processing device, and a cleaning device, which can suppress a decrease in suction force in a case where liquid intrudes into the inside of the ejector and inexpensively perform processing or cleaning of an object to be processed. The ejector generates a suction force, the ejector having: an inflow pipe having a plurality of openings formed at a front end thereof from which a drive fluid is ejected; an outflow pipe having a receiving port that receives the drive fluid ejected from the openings at a position opposite to the front end of the inflow pipe; and a main body portion that surrounds around the openings and the receiving port, having a suction passage that suctions an external fluid to the inside.

This invention relates to the field of ceramic composite metal casting technology, and discloses a method and apparatus for producing ceramic composite iron-based wear-resistant castings. The production method involves treating ceramic particles with decontamination, coarsening, sensitization, activation, and chemical plating to obtain modified ceramic particles; mixing and stirring the modified ceramic particles and a coating material to obtain a ceramic preform; fully heating the ceramic preform; then removing it and placing it into a mold cavity to obtain a mold; heating the mold in a tank; pouring molten iron after heating; and cooling after casting to obtain the ceramic composite iron-based wear-resistant casting. This invention also discloses a production apparatus for ceramic composite iron-based wear-resistant castings. This invention, employing the above-mentioned method and apparatus for producing ceramic composite iron-based wear-resistant castings, promotes the composite of ceramic and molten metal from a casting process perspective, ensuring that the molten metal can penetrate the fine pores of the ceramic preform, resulting in a good interface bonding between the high-chromium cast iron and ceramic particles, without unbonded or microscopic gaps.

The utility model relates to an airport deinsectization device which comprises a top plate 10, a containing box 20, a deinsectization lamp 30 and a deinsectization cage 40, the deinsectization lamp is installed on the top plate 10, the containing box 20 is arranged below the top plate 10, and the deinsectization cage 40 is arranged between the top plate 10 and the containing box 20. The insect killing lamps comprise a black light insect killing lamp with the wavelength of 320 nm to 390 nm, a blue light insect killing lamp with the wavelength of 350 nm to 490 nm, a yellow light insect killing lamp with the wavelength of 625 nm to 670 nm, a green light insect killing lamp with the wavelength of 555 nm to 610 nm and a red light insect killing lamp with the wavelength of 500 nm to 565 nm. The insecticidal lamp can meet the insecticidal requirements in most time periods and attract and kill various insects. A metal structure is adopted, fire risks can be avoided, a stable support and a connecting structure are adopted, and hidden dangers such as FOD are reduced.

The utility model discloses a biomass fuel particle crusher which comprises a box body, a crushing roller assembly is arranged in the box body, a drainage assembly is arranged below the crushing roller assembly, a metal impurity removing mechanism is arranged below the drainage assembly, and particles crushed by the crushing roller assembly can fall on a first drainage plate. The particles flow into the first drainage plate and flow into the high-position end of the second drainage plate along the first drainage plate, the particles flowing into the high-position end of the second drainage plate can flow onto the roller along the second drainage plate and fall off from one side of the roller, meanwhile, metal impurities in the particles can be attracted to the outer wall of the roller under the attraction effect of the magnet block, and the roller can be driven by the driving device to rotate. Metal impurities adsorbed on the outer wall of the roller are conveyed to the other side of the roller, when the metal impurities are conveyed to the other side of the roller, the attraction force of the magnet blocks to the metal impurities is reduced, the metal impurities can fall off from the other side of the roller under the action of the gravity of the metal impurities, and then the metal impurities in particles can be separated out so as to prevent the metal impurities from affecting subsequent granulation treatment.

The utility model relates to magnetic filter technical field, and disclose a kind of magnetic adsorption type filter screen, including filter jar, and the detachable connection of filter jar has jar cover, the side surface of the jar cover is fixedly connected with several limit plates, and the fixed connection of filter jar has the fixing mechanism for fixing limit plate, the lower surface of jar cover is fixedly connected with four extruding rods in circumferential array, and the inner wall of filter jar is fixedly connected with annular plate, and filter mechanism is placed on annular plate, and the lower surface of jar cover is fixedly connected with several inner thread tubes one, and the outer wall of inner thread tube one is provided with thread groove, and adsorption subassembly is threadedly connected on inner thread tube one, and protective assembly is threadedly connected on thread groove, and cleaning assembly for cleaning filter mechanism is installed on jar cover. The utility model can also be quickly unloaded after filter jar is taken down, and the impurities adhered on the inner wall of filter jar are cleaned thoroughly. It can also quickly take down protective barrel, and clean ferromagnetic impurities.