59results about How to "Fewer steps in the preparation process" patented technology

The invention relates to edible detergent and a preparation method thereof. The edible detergent is characterized by comprising, by weight, 5-15% of food-grade polyglycerin ester, 2-10% of dipotassium glycyrrhizinate, 0.1-4% of food-grade polybasic acid, 0.1-3% of food-grade polybasic acid salt, 0.2-2% of food-grade soluble colloid, 0.05-1% of food-grade spice, 0-0.5% of food-grade preservative, and 70-85% of water. Compared with the existing environment-friendly detergent produced by conventional preparation techniques, the edible detergent is better in stability, better in detergency, better in foaming performance and lower in cost.

The invention discloses a capacitive in-cell touch panel and a display device. A transparent touch sensing structure layer is arranged on one side, facing towards a liquid crystal layer, of an opposite substrate opposite to an array substrate, and comprises first touch sensing electrodes and second touch sensing electrodes, wherein the first touch sensing electrodes and the second touch sensing electrodes are arranged in the same layer and mutually isolated. Mutual interference between a touch signal and a display signal in the array substrate can be avoided due to the fact that the touch sensing structure layer realizing touch is arranged on the opposite substrate far away from the array substrate; the quality of liquid crystal display frames is ensured; and the reliability of touch operation is improved. In addition, since the first touch sensing electrodes and the second touch sensing electrodes are arranged in the same layer in the touch sensing structure layer arranged on the opposite substrate, compared with that two layers of strip electrodes mutually crossed in different surfaces are manufactured respectively to serve as the touch sensing structure layer, the structure is relatively simple; the preparation technology steps can be shortened; and the production cost can be lowered.

The invention provides a lithium-ion battery silicon carbon negative electrode material and a preparation method thereof. The preparation method of the lithium-ion battery silicon carbon negative electrode material comprises the following steps: S1, after mixing a silicon source and a solvent, wet grinding is performed under an oxidizing condition to form an oxide layer on the surface of the silicon source, wherein the mass of oxygen element accounts for 9.8% to 14% of the mass of the silicon source, and a slurry is obtained; S2, the slurry obtained in step S1 is compounded with a carbon material and dried to obtain a silicon carbon core material; S3, the silicon carbon core material obtained in step S2 is subjected to a fusion process treatment, and then mixed with a carbon coating material uniformly, and then calcined at a high temperature to be shaped; and S4, the material obtained in step S3 is crushed and sieved to obtain the silicon carbon negative electrode material. According to the invention, controlled oxidation of nano-silicon is realized during the wet grinding process, so that an oxide layer is formed on the surface of the silicon source; and the presence of the oxidelayer avoids side reactions between the silicon source and the electrolyte, and reduces the phenomenon of electrochemical agglomeration during the cyclic process at the same time; therefore, the cyclestability of the silicon carbon negative electrode material is significantly increased.

The invention relates to a liquid-crystal display with a touch function and a preparation method thereof. The liquid-crystal display with the touch function comprises a first substrate and a second substrate, wherein the first substrate and the second substrate are oppositely packaged together and clamp a liquid crystal therebetween; the external surface of the first substrate is provided with a first polaroid, and the external surface of the second substrate is provided with a second polaroid with an integral structure and a touch structure layer for determining a position coordinate of a touch point. The invention not only causes the liquid crystal display to directly realize the touch function, but also realizes zero-distance combination of no gap between the touch structure and a liquid crystal panel through integrating the touch structure layer for determining the position coordinate of the touch point on the second substrate, thereby the technical defects of entering ashes and entering aqueous vapor of a conventional touch screen are completely overcome, and the technical defect of reducing display quality due to a Newton's ring generated by the conventional touch screen can be effectively avoided. Besides, the invention has the advantages of small thickness, light weight, material cost reduction, process step reduction, production time shortening and the like.

The invention relates to a method for preparing high-efficiency phosphorus fertilizer without acidification. In the method, the material is ground by a vibration milling wet method to prepare super fine activated phosphate rock powder which has high specific surface area, the particle size is 90 percent and can passes through a 400-mesh sieve, the super fine activated phosphate rock powder is mixed with biological organic fertilizer according to the weight ratio of between 1 to 4 and 1 to 1, and pseudomonas fluorescens is added for mixing stockpile manure and fermenting so as to prepare the non-acidification high-efficiency phosphorus fertilizer. The method has the advantages of preparing the high-efficiency phosphorus fertilizer by physical and biological methods, reducing the environmental pollution, solving the problems of environmental pollution, high cost and the like existing in the prior phosphorus fertilizer preparation method and lowering cost of producing the phosphorus fertilizer, along with simple technique; moreover, in long-term usage, the phosphorus fertilizer can prevent the sealing of soil, improve the soil and enhance the soil fertility.

The invention belongs to the field of luminescence materials, and discloses a metal particle-doped hollow structure orthophosphate luminescence material and a preparation method thereof, wherein the structure general formula of the luminescence material is Ba3-xGd(PO4)3:Dyx@My, M is doped metal nanoparticles and is at least one selected from Ag, Au, Pt, Pd and Cu, @ represents cladding, M is the inner core, and Ba3-xGd(PO4)3:Dyx is the outer shell. According to the metal particle-doped hollow structure orthophosphate luminescence material, the dispersed carbon spheres are adopted as the template, such that the obtained hollow structure having the spherical orthophosphate has the controlled morphology; and due to introduction of the M metal nanoparticles, the luminescence efficiency of the orthophosphate luminescence material can be substantially increased under the same excitation condition, and the wavelength of the emission light is not changed.

The invention provides a metamaterial micro-bridge structure, and relates to the technical field of terahertz detection array imaging at room temperature. The metamaterial micro-bridge structure comprises a substrate and a driving circuit layer, wherein a circuit interface is formed in the driving circuit layer; the metamaterial micro-bridge structure further comprises a bottom-layer metal thin film, a middle medium layer, an electrode layer, a thermosensitive thin film layer, a passivation layer and a top-layer metal thin film which are arranged from bottom to top in sequence; the middle medium layer comprises a deck, bridge legs and bridge masts; one part of the bottom-layer metal thin film is located below the deck, and the other part of the bottom-layer metal thin film is located belowthe bridge masts; a cavity is formed between the metal thin film located below the bridge deck and the driving circuit layer; the electrode layer is connected with the circuit interface; a sunken part is formed in the center of the electrode layer; and the bottom of the thermosensitive thin film layer is in contact with the middle medium layer through the sunken part. The metamaterial micro-bridge structure provided by the invention solves the problems that the existing metamaterial micro-bridge structure easily deforms and a preparation process is complicated; and meanwhile, the thermal response rate of a device is further increased.

The invention provides a sodium ion battery positive electrode material, a preparation method thereof and a sodium ion battery comprising the same. The chemical composition of the sodium ion battery positive electrode material of the present invention is Na0.6Mn0.8Co0.2O2, and the sodium ion battery positive electrode material has a layer-tunnel composite structure. The sodium ion battery positiveelectrode material of the invention has a layer-tunnel composite structure, can combine the advantages of a layered structure and a tunnel structure, and can solve the problems existing in the capacity and other aspects of an existing single layered structural material. The preparation method of the sodium ion battery positive electrode material of the invention has fewer preparation steps and simple operation, and is suitable for large-scale popularization and production.

The invention relates to a powerful kitchenware detergent and a preparation method thereof. Compared with the prior art, the detergent is high in scale and stain removing and brightening capacities, has no abrasion to kitchenware, is saving in water and materials and has no harm to skins; and the preparation method is simple and unique.

The invention provides a novel preparation method of ethyl (3R,4R,5S)-4-acetylamino-5-amino-3-(1-ethylpropoxy)-1-cyclohexene-1-carboxylate phosphate, and belongs to the technical field of chemical drug synthesis. An acetamido group is introduced into the construction process of oseltamivir phosphate molecules by using a Ritter reaction. The preparation way of the initial raw material in the invention is close to the shikimic acid end of a natural product, so the novel preparation method has the advantages of mild conditions, simplicity in operation, high total yield, and suitableness for commercial production of oseltamivir phosphate bulk drugs. The method successfully avoids an original research route to overcome protection period limitation of an original research and preparation methodpatent, and can accelerate the solving of the problem of medication accessibility of the medicine in China.

The invention relates to a parallel connection double-junction solar cell. The parallel connection double-junction solar cell comprises a silicon slice, a deep junction and a shallow junction are sequentially arranged on one side of the upper surface of the silicon slice from inside to outside to form a P-N-P type or N-P-N type double-junction cell, doping elements of the cell are diffused in a first crystal silicon layer between the deep junction and the shallow junction, the first crystal silicon layer extends to a top electrode area from inside to outside, the top electrode area is a heavy doping area, a second crystal silicon layer with electrical properties opposite to those of the doping elements is arranged above the shallow junction, the second crystal silicon layer is located outside the top electrode area on the upper surface of the silicon slice, a top electrode is in ohmic contact with the first crystal silicon layer, a transoid electrode which is in ohmic contact with the second crystal silicon layer is arranged on a non-top-electrode area, and the transoid electrode is connected with a back electrode. According to the parallel connection double-junction solar cell, two PN junctions are formed in the same monocrystalline silicon battery and share one p area, the difficulty of current carriers in a series connection laminated cell to penetrate through a tunnel junction is reduced, the absorption of short waves is facilitated by the aid of the shallow junction, the absorption of long waves is effectively guaranteed by the aid of the deep junction, and thereby performances of the cell are good.

The invention discloses a lead frame for chip packaging, a preparation method thereof, and a chip packaging structure. The lead frame comprises a bearing sheet, a first solder resist ink layer and a plurality of unit circuits arranged in a matrix, each unit circuit comprises a plurality of electrodes, and each electrode comprises a top electrode and a bottom electrode; the top electrodes are arranged on the top surface of the first solder resist ink layer; corresponding to each unit circuit, the first solder resist ink layer comprises a bottom electrode hole corresponding to the electrode, thebottom electrode is arranged in the bottom electrode hole, and the top of the bottom electrode is fixed on the bottom surface of the top electrode; and the bearing sheet is peelably adhered to the first solder resist ink layer and the bottom surface of the bottom electrode. The preparation method of the lead frame is few in steps, simple in process flow and low in cost.

The invention provides a hemocoagulase extracted from bothrops atrox and also provides a preparation method of the hemocoagulase. The method comprises the following steps of: pretreating the bothropsatrox; sequentially passing the diethylaminoethyl cross-linked dextran gel A-25 ion exchange chromatography, benzamidine agarose gel 4-FF (HS) affinity chromatography, and cross-linked dextran gel G-75 gel filtration chromatography; and obtaining hemocoagulase. The invention also provides the application of the bothrops atrox hemocoagulase. in the preparation of a medicament for treating bleedingdisorder. Compared with the prior art, the preparation process steps are less, the period is short, and the exposure risk of the process environment is reduced; the product yield is high, the processhas strong ability to remove impurities, the yield of the product can be obtained more than 35% and the purity is over 98%; the process stability is high and the product quality is good, and the process is beneficial to clinical medication safety.

The invention belongs to the technical field of cultivation, in particular to a solid substrate for raising seedlings by a citrus container and a preparation method of the solid substrate. The solid substrate raising the seedlings by the citrus container comprises, in weight percent, 25-50% of organic sludge, 25-50% of rice husks, 0-35% of chicken manure and 0-35% of river sand or 30-50% of chicken manure residue, 30-50% of rice husks and 0-35% of river sand which are mixed. Peat is replaced by the aid of industrial and agricultural waste, the ideal solid substrate applicable to raising the seedlings by the citrus container is developed, the components of the substrate are optimized, and the novel solid substrate for raising the seedlings by the citrus container has the advantages that the solid substrate is green, environmentally friendly, low in cost and simple in preparation process, and growth and development of the citrus seedlings are facilitated.

The invention relates to a preparation process of a synthetic silicon electrode with a foam conductive network as a carrier. With a foam conductive network as a carrier, organic silicon hydrolysis andsilicon dioxide deposition are carried out, the organic silicon and the silicon dioxide are mixed with aluminum chloride, thermal reduction is carried out, and an ethanol mixture of a carbon materialand polyvinylidene fluoride is sprayed, so as to obtain a foam conductive network/SiOx/C electrode. The foam conductive network is composed of framework metal and sacrificial metal. The framework metal includes one or more of nickel, iron, copper, tin and silver. The sacrificial metal includes one or more of magnesium, aluminum and lithium. The mole ratio of the framework metal to the sacrificialmetal is 0.1-5. The mole ratio of the sacrificial metal to the silicon is 1-4. The mole ratio of the sacrificial metal to aluminum chloride is 0.8-1.2. The ethanol mixture of a carbon material and polyvinylidene fluoride includes one or more of graphene oxide, multi-walled nanotubes, single-walled carbon nanotubes, carbon black, graphene, acetylene black, activated carbon, graphite, carbon microspheres, polyaniline and polypyrrole. The negative electrode material has good electrochemical properties, and has a good application prospect in the field of lithium ion batteries.