51results about How to "Avoid rapid accumulation" patented technology

The invention provides a composite amino acid ecological nutritious agent, which comprises sea weed fermentation liquor, fermentation liquor of animal leftover bits and pieces, trace elements, and biological bacterium. The functions of the agent include stimulating growth, suppressing pathogenic agent and reinforcing immunization.

A coil processor is provided for performing processing operations on coiled sheet-like material, such as sheet metal, plastics or other materials. The coil processor uncoils and straightens the material before performing desired operations on the material and transferring it for packaging, shipping or further processing. Various features improve the overall efficiency of the coil processor, including its ability to move material forward and backward through the unit without slowing down the overall operation, as well as the versatility of its mobile tool carriers, which can perform multiple complex processing applications, including cutting, punching, stamping, bending or others. Additionally, processing efficiency may be further enhanced by the use of a computer, which determines the most efficient sequence for performing processing operations, and controls the coil processor's various features to process material in that sequence.

A method of treating a metal surface of a portion of a substrate processing system to lower a defect concentration near a processed surface of a substrate includes forming a protective coating on the metal surface, wherein the protective coating includes nickel (Ni) and a fluoropolymer. Forming the protective coating on the metal surface can further include forming a nickel layer on the metal surface, impregnating the nickel layer with a fluoropolymer, and removing fluoropolymer from the surface leaving a predominantly nickel surface so the fluoropolymer is predominantly subsurface. A substrate processing system includes a process chamber into which a reactant gas is introduced, a pumping system for removing material from the process chamber, a first component with a protective coating, wherein the protective coating forms a surface of the component which is exposed to an interior of the substrate processing chamber or an interior of the pumping system. The protective coating includes nickel (Ni) and a flouropolymer.

This invention discloses a method for treating wastewater by using integrated aerobic granular sludge membrane biological reactor. Said reactor comprises a reaction pond, in which are placed baffle plates (vertically placed plates and inclined placed plates). The above mentioned plates separate the reaction pond into a reaction zone and a settling zone. In the settling zone, on the side wall of reaction pond is equipped with an effluent outlet tube. In the lower middle part of reaction zone is equipped with an aerator. Above the aerator are placed membrane elements, which are then connected with effluent outlet tube and sucking pump. The operation procedures are: continuously feeding wastewater, feeding aerobic granular sludge into the biological reactor, controlling the temperature, proceeding the biological reaction. This invention has advantages of: simple treatment process, high treatment efficiency, stable operation, obtaining effluent water with the need requirement, long service life of membrane elements, low investment and energy-saving.

The invention discloses a technology for pretreating degradation-resistant sewage by coupling iron-carbon and hydrolyzed granular sludge, which adopts an iron-carbon and hydrolyzed granular sludge coupling pretreatment technology and comprises the following specific operation steps: adding a fixed layer in a hydrolysis tank, adding a certain amount of iron-carbon into the fixed layer, and arranging a sequencing batch reactor in the hydrolysis tank for operation. The iron-carbon micro-electrolysis process is coupled with the hydrolyzed granular sludge, so that the granulation of the hydrolyzedsludge is promoted, the pH in the hydrolysis reactor is stabilized, the biodegradability of the degradation-resistant wastewater is effectively improved, and the physical, chemical and biological synergistic pretreatment of the degradation-resistant wastewater is realized.

An embodiment of the invention discloses a method for haydrometallurgy of zinc. According to the invention, during an oxidation process of a leaching solution, a pyrolusite slurry oxidation of prior art is substituted by an oxygen oxidation; oxygen is dissolved in the leaching solution by controlling a pH of the leaching solution; oxygen molecules are decomposed into oxygen atoms and contact with Fe<2+> in the leaching solution, so as to enable Fe<2+> in the leaching solution to converse to Fe<3+> by the oxidation of the oxygen. Therefore, the method for haydrometallurgy of zinc provided by the invention requires no pyrolusite slurry in a zinc smelting process, so as to alleviate problem of manganese ion accumulation in the leaching solution, which occurs in pyrolusite slurry oxidation of prior art, and to facilitate balance of manganese ions. In addition, the oxygen oxidation employed in the invention has a high efficiency, low production costs; thereby zinc smelting costs are reduced.

The tank for a turbine engine comprises a partition separating a first compartment from a second compartment of the tank , the partition having a first end and a second end, the second end being closer to the bottom of the tank than the first end, the partition being inclined from the first end to the second end in the first direction and in the direction of the first outlet to the second outlet , the partition comprising at least one first Through-hole near the first end and at least one second through-hole closer to the second end than the first hole.

The invention provides a preparation method of an EMPLGA/Gel-HA hydrogel-microsphere bionic composite support. The preparation method comprises the following steps: preparing high-molecular weight poly lactide-glycolide acid (PLGA) through melt polymerization under high vacuum, reducing the pressure and grafting maleic anhydride at a temperature of 100 DEG C to obtain maleinized poly lactide-glycolide acid (MPLGA); conducting reaction on quadrol and MPLGA for 30-60 minutes in a chloroform solution at a room temperature, precipitating, vacuum-drying to obtain a quadrol-modified MPLGA polymer and preparing a porous MPLGA hard support by using a pore-forming method; adding a prepared mixed aqueous solution of gelatin/hyaluronic acid into liquid paraffin containing span-80, performing glutaraldehyde cross-linking and solidifying into a sphere; respectively adding gelatin and hyaluronic acid into a glacial acetic acid solution for dissolution, uniformly mixing, and adding a Gel/HA microsphere into a mixed solution to obtain a composite system; soaking the EMPLGA hard support material in the composite system, vacuum-pumping for 20-30 minutes, taking out, freezing, drying, soaking with an ethanol solution containing carbodiimide and ethanol, and vacuum-drying to obtain the EMPLGA/Gel-HA hydrogel-microsphere bionic composite support. The bionic composite support prepared by the preparation method provided by the invention has a natural tissue environment and is good in mechanical strength.

The invention belongs to the technical field of lithium-sulfur battery electrolyte, and particularly discloses a composite solvent of a lithium-sulfur battery, which comprises an organic solvent and acosolvent A; the invention further discloses an electrolyte of the lithium-sulfur battery. The electrolyte comprises a conductive lithium salt and the composite solvent. In addition, the invention also comprises a lithium-sulfur battery added with the electrolyte. The cosolvent disclosed by the invention has a structure as shown in a formula 1; on one hand, the solubility of an electrolyte systemto polysulfide is reduced by taking the cosolvent, on the other hand, the components of a solid electrolyte membrane on the surface of a lithium metal are optimized, and the capacity retention and coulombic efficiency of the battery are improved.

The invention discloses a fertilizer for pears. The fertilizer is prepared from an organic fertilizer, an inorganic fertilizer and additives. The organic fertilizer is prepared from, by weight, 40-60parts of mung bean straw, 20-30 parts of cow dung, 10-20 parts of wormcast, 20-30 parts of biogas residues, 10-20 parts of oil residues, 15-25 parts of river mud, 30-50 parts of plant ash and 2-4 parts of enzyme bacteria. The additives include weathered coal, zeolite and carbonized reed residues. By matching of substances in an appropriate ratio, balanced nutrients can be provided for pear tree growth, soil bulk density, air permeability, physiochemical properties, enzyme activity and bacterial community can be improved, nutrient absorption of the pear trees is promoted, problems of soil fertilizer accumulation and soil hardening are ameliorated, and pear yield is increased.

A technique is described whereby temperature gradients are created within a semiconductor wafer. Temperature sensitive etching and/or deposition processes are then employed. These temperature sensitive processes proceed at different rates in regions with different temperatures. To reduce pinch off in etching processes, a temperature sensitive etch process is selected and a temperature gradient is created between the surface and subsurface of a wafer such that the etching process proceeds more slowly at the surface than deeper in the wafer. This reduces “crusting” of solid reaction products at trench openings, thereby eliminating pinch off in many cases. Similar temperature-sensitive deposition processes can be employed to produce void-free high aspect ratio conductors and trench fills.

The invention discloses a diamond-like carbon protective film and a preparation method thereof. The diamond-like carbon protective film sequentially comprises a micro-nano electronic device base material, an insulating layer belt, an internal stress buffer layer and a wear-resistant layer belt from bottom to top, wherein the lowermost layer of the insulating layer belt is a silicon-containing thin layer, then undoped DLC layers and silicon-containing thin layers are sequentially and alternately distributed, the internal stress buffer layer sequentially comprises an H-W:DLC layer, an M-W:DLC layer and an L-W:DLC layer from bottom to top, metal layers II and S-W:DLC layers are sequentially and alternately distributed on the uppermost layer of the internal stress buffer layer, and the diamond-like protective film. The plating layer can be obtained through sequential plating by adopting a physical vapor deposition method including PLD, and the prepared diamond-like carbon film has the characteristics of insulation, heat conduction and wear resistance by adopting tungsten-doped DLC layers with different concentrations and tungsten-doped DLC layers with micro concentrations in the preparation process. The use requirements and the miniaturization development direction of electronic devices can be met, and the application prospect is wide.

The invention discloses a composite cooling fin which comprises a first base layer, a second base layer and a third base layer which are sequentially arranged in a stacked mode., the The first base layer is nano metal foil, and patterned grooves are formed in the first base layer; the second base layer is a phase-change heat storage functional layer and is formed by filling the patterned groove with phase-change heat storage slurry and curing; the third base layer is a heat radiation layer and is formed by coating heat radiation slurry on the phase change heat storage functional layer and curing; the main body material of the phase change heat storage slurry is phase change microcapsules and matrix resin or a shape memory polyurethane material, and the main body material of the heat radiation slurry is one or two of graphite and graphene. The invention further discloses a preparation method of the composite cooling fin and an electronic equipment terminal comprising the composite cooling fin. According to the composite cooling fin, the 3D cooling effect of the composite cooling fin is improved through the characteristics of conduction, heat storage, radiation and the like of the organic composite material.

The invention relates to the technical field of fermented feeds, and particularly discloses a special fermented feed for treating constipation and a production method thereof. The fermented feed comprises a first main material taking crude fiber plant components as main components, a second main material taking Chinese herbal medicine components as main components, a third auxiliary material taking premix components as main components, and a mixed bacteria solution for fermentation; the production method comprises the following steps of preparing the first main material, the second main material and the third auxiliary material according to the weight ratio of each component; preparing a fermentation base solution; preparing the mixed bacteria solution; and performing semi-continuous fed-batch fermentation in a fermentation tank, intermittently supplementing the fermentation base solution, and intermittently discharging the fermentation base solution. The production method can solve the problem of poor constipation treatment and feeding comprehensive effect caused by poor palatability of the feed due to premature completion of fermentation in the production process of the fermented feed in the prior art.

The invention discloses polishing equipment for a small side plate of a table tennis bat handle. The polishing equipment comprises a shell, a polishing head, a driving machine, a dust absorption assembly, a telescopic adjusting assembly and a dust accumulation assembly, wherein a mounting groove is formed in the shell; the polishing head is mounted at an opening of the mounting groove; the driving machine is fixedly mounted in the shell and is used for driving the polishing head to rotate; the dust absorption assembly comprises a connecting lantern ring and fan blades, and the multiple fan blades are annularly and rotationally connected to the side wall of the connecting lantern ring; the telescopic adjusting assembly is installed between the polishing head and the driving machine and is used for changing and fixing the horizontal position of the fan blades, and the telescopic adjusting assembly is sleeved with the connecting lantern ring in a limiting mode; and the dust accumulation assembly is installed on the side wall of the shell in a sealed mode and is used for collecting the dust absorbed by the dust absorption assembly. According to the polishing equipment, generated dust is collected, so that dust accumulation caused by polishing is avoided, the condition that the sight of polishing personnel is not blocked is ensured, and the polishing progress is accurately mastered.