34results about How to "Filtration flow is large" patented technology

The invention relates to a high-densification slope filter which is developed by imitating the principle that a chub branchial filters hydroplankton. A group of (100 or more) unit hydra-screens with the thickness of 40mm are densely arranged on a support frame which can adjust inclination degree with a center distance of 100mm, the surface of each unit hydra-screen sprays a stock solution by a spraying pipe arranged on the top of each unit hydra-screen, and a small liquid collection groove arranged on the bottom of each unit hydra-screen collects concentrated solutions on the screen to form abranchial filtering unit; two branchial filtering units are placed in parallel, a liquid collection groove arranged on the lower middle part of a gap between the two branchial filtering units collects concentrated solution from both sides of the small liquid collection groove positioned below each unit hydra-screen, and a main liquid feeding pipe positioned on the upper part of the gap supplies original liquid to the spraying pipe on the top of each unit hydra-screen at the two sides through branched pipes so as to form a branchial filter. The branchial filter works depending on the pressure (about 20kpa), the concentrated solution on the screen is automatically collected through the small liquid collection groove and a total liquid collection groove, then filtered by the screen and finally discharged to the ground. The invention can be used for the primary concentration and filtering of suspending liquid and especially suitable for the primary filtering of a ship borne algae collecting system.

The invention relates to washing machine wash water filter. It includes front face toward washing barrel and laid filter screen, back board set in spouting slot outlet, side wall connected the front face with the back board each of which can be dismountable parts, fixed part set in the side wall. The most simple is to do injection molding forming integration for the front face and the side wall. The back board is dismountable to conveniently take out the filter residue. The filter not only has the action of the traditional bag net type filter, but also can conveniently clean residue, be more durable and beautiful.

The invention provides a preparation method of ceramic balls loaded with nano copper-zinc-silver. The preparation method comprises the following steps of: adsorbing a certain quantity of copper, zinc and silver metal ions with ceramic powder; uniformly mixing with a binding agent by stirring; granulating with a granulator; performing drying and microwave sintering on ceramic balls; and introducing reducing gas in the sintering process to reduce the metal ions so as to obtain ceramic balls loaded with nano copper-zinc-silver. The ceramic balls have the porosity of 30-50 percent and the particle size adjustable in the range of 0.2-20 millimeters. As proved by standard labeling testing, the removing rate of residual chlorine is over 99 percent, the removing rates of heavy metal ions such as Pb<2+>, Hg<2+>, Cd<2+>, Cr<6+> and As<5+> are over 99 percent, and the degerming rate is over 99.99 percent. The preparation method has the advantages of high purification speed, good purification effect and the like.

The invention relates to an automatic filter cloth scraping filter wherein an unreeling mechanism and a reeling mechanism are mounted on a shell; filter cloth is wound on the unreeling mechanism and the reeling mechanism; a V-shaped filter cloth supporting leakage tank formed by connecting a first screen plate, a second screen plate and an arc connecting screen plate is fixed on the shell; a first chain wheel and a second chain wheel are in rotatable connection with the shell at the top end position of the first screen plate; scraping plates are mounted on chains; a chain limiting groove is formed by combining the space between the bottom end of a first limiting plate and the upper surface of the first screen plate, the space between the bottom end of a second limiting plate and the upper surface of the second screen plate and the space between the bottom end of a third limiting plate and the upper surface of the arc connecting screen plate; the middle pieces of the chains are restricted in the chain limiting groove; and the middle piece of the filter cloth is clamped between the chains in the chain limiting groove and the filter cloth supporting leakage tank. When the automatic filter cloth scraping filter is at work, all filter cloth can be used as far as possible, the filter cloth is not prone to be wasted, the blockage is not prone to happen, the filter flow rate is higher, and the degree of automation is high.

A combined filter for the water-saving irrigation is composed of a centrifugal sand-water separating chamber with water inlet and outlet and a sand collector. It features that said centrifugal sand-water separating chamber has one or more filter cores. Its advantages are high filtered flow and low cost.

The invention relates to an oil purifying system in which dirty oil enters an inlet filter through an inlet valve, oil enters an oil transfer pump through the inlet filter, and flows out from the oil transfer pump and enters a heater. When emulsification phenomenon exists, the oil enters a filter element type emulsion-breaking device through a first switching valve for emulsion-breaking process, and enters a primary filter through a check valve; when no emulsification phenomenon exists, the oil directly enters the primary filter after the first switching valve and a second switching valve areclosed; if the oil dose not contain water, the oil enters a high-precision filter through a third switching valve after being output from the primary filter; if the oil contains water, the oil entersa coalescing separator through a second pressure gauge which is used for testing pressure of the coalescing separator after the third switching valve is closed and a fourth switching valve is opened;the oil enters the high-precision filter through a third pressure gauge and differential pressure controller after being separated out water by the coalescing separator; the oil after being carried out purification treatment flows out through an outlet valve and returns to an inlet on the upper part of an oil tank to achieve a purification cycle.