8 results about "Polymixiiformes" patented technology

This invention discloses a mixing device with a shaft lifting mechanism, relating to the field of mixing equipment. It includes a mixing tank containing a mixing assembly, a lifting assembly, a drive assembly, and a material lifting assembly. The mixing assembly includes a mixing rod, and the lifting assembly can drive the mixing rod to move vertically within the mixing tank. The material lifting assembly includes an inner lifting cylinder and a lifting spiral blade. The mixing assembly also includes an outer lifting cylinder. A mixing channel is formed on the mixing rod, one end of which communicates with the outer lifting cylinder, and the other end is located on the side wall of the mixing rod. The lifting spiral blade is disposed inside the inner lifting cylinder, and the outer lifting cylinder is fitted onto the inner lifting cylinder. The drive assembly can drive the lifting spiral blade and the mixing rod to rotate. The material in the mixing tank is discharged to various parts of the mixing tank, resulting in more uniform mixing and ensuring that all materials in the mixing tank have vertical displacement. This prevents the horizontally rotating mixing rod from failing to vertically displace and mix the materials in the mixing tank, thus improving the mixing effect.

The invention relates to a manufacturing method of a filler meeting design density, the density of a filler material needing design density is 1.82 g / cm < 3 >, cement, sand, wood chips and water are mixed according to the mass percent, the actual density of the mixture can reach the design density, and the optimal proportion of the cement, the sand, the tap water and the wood chips is 27.62%, 68.52%, 2.76% and 1.1%; after a mixture of substitutes is prepared according to the proportion, filling is conducted according to the volume of an inner cavity of a product, curing is conducted for 24 hours after filling is completed, the product is weighed, the gravity center is measured, the total mass and the gravity center meet the design requirements, the overall state meets the test conditions, and through test verification, the manufacturing method of the novel filler meeting the design density is reasonable and effective.

The present application relates to a kind of method for treating chromium-containing sludge by waste dust cloth bag and blast furnace dust ash, waste dust cloth bag is calcined to obtain waste dust cloth bag calcined ash;Calcined ash is mixed with blast furnace dust ash;Mixed material 1 is added to chromium-containing waste liquid, plate-frame pressure filtration, and mixed material 2 is obtained;Carry out cutting processing, then carry out drying, after drying, calcination, the product of calcination is rapidly water-cooled, after water cooling, grinding is carried out, and the product of grinding is separated by magnetic separation, and chromium iron spinel iron concentrate containing chromium and low chromium tailings are obtained.The present application uses waste dust cloth bag and blast furnace dust ash as curing agent, realizes the solidification of heavy metal chromium in chromium-containing sludge, the leaching rate of hexavalent chromium and total chromium in the obtained product is far lower than the standard limit, realizes the harmless treatment of chromium-containing sludge, and reaches the purpose of waste control waste, the chromium iron spinel obtained can be recycled by magnetic separation, and the low chromium tailings produced can be directly landfilled or used as building materials.

The present invention relates to the manufacturing equipment for web materials comprising fibers and particulate material, to a process of operating such an equipment and to particular materials resulting therefrom. Coaxially meltblown fibres are combined with a stream of particulate or short fiber material and the resulting commingled mixture is deposited onto a collector. The meltblown fibers are formed by nozzles which are divided into two or more sub-arrays configured to produce two or more different types of fiber, having e.g. different diameters and / or polymer composition.

In the present invention, a solidifying material that binds together particles of a brick raw material containing moisture is composed of an aluminum silicate powder, sodium metasilicate nonahydrate, and nanobubble water. The particles of the brick raw material and the solidifying material are uniformly dispersed and kneaded by the action of the nanobubble water, and the resulting kneaded product is pressure-molded and naturally dried to produce an unfired brick.

The invention relates to a beverage distribution module (15) for an apparatus (1) for preparing the beverage from a mixture of a powdered food product and an aqueous liquid, the module comprising a mixing chamber (17), of central axis (A), comprising an opening (20) through which the powdered food product is introduced and an outlet orifice (22) through which the mixture is distributed, the outlet orifice (22) being disposed opposite the opening (20) along the central axis (A). According to the invention, the distribution module (15) comprises a mixing element (36) equipped with a drive element configured to be driven in rotation, and mixing elements (37) extending inside the mixing chamber (17) and connected to the drive element to mix the mixture and retain the mixture within the mixing chamber (17) during the rotation of the mixing element (36). Figure 11 for the abstract

This invention belongs to the field of ceramic materials technology, specifically relating to a high-purity, dense silicon carbide ceramic and its preparation method and application without additives. The preparation method of this invention includes the following steps: constructing a hollow mesoporous silicon carbide composite precursor; heat-treating the silicon carbide composite precursor to obtain a hollow mesoporous silicon carbide composite framework; uniformly mixing the hollow mesoporous silicon carbide composite framework with a fluoropolymer, and subjecting the mixture to in-situ gas-phase impurity removal and carbothermic reduction reaction to prepare high-purity hollow mesoporous silicon carbide powder; and densifying the high-purity hollow mesoporous silicon carbide powder by pressure sintering without adding additional sintering aids to obtain high-purity, dense silicon carbide ceramic. The preparation method of this invention can achieve additive-free densification of silicon carbide ceramics at relatively low temperatures. The resulting material has characteristics such as pure grain boundaries, high density, excellent mechanical properties, and strong resistance to plasma corrosion, making it suitable for application in the preparation of electrostatic chucks.