91results about How to "Simple mixing process" patented technology

The invention provides a food preparation vessel (100) comprising a main inlet (10) for introduction of a food material into the food preparation vessel (100), wherein the food preparation vessel (100) comprises a gas flow generator outlet (21) and a gas flow receiver inlet (22), wherein the gas flow generator outlet (21) is configured to provide a gas flow (25) in the direction of the gas flow receiver inlet (22) and having a component parallel to the main inlet (10) when the gas flow generator outlet (21) is functionally coupled with a gas flow generator in operation.

The invention relates to an application of graphene oxide as a reinforcing agent of a cement early strength, and belongs to the field of building materials. The invention provides the application of graphene oxide as the reinforcing agent of the cement early strength. Graphene oxide is nanoscale high polymer material, and not only can fill small gaps among cement particles, so that a microstructure of the cement is dense and flat, and also graphene oxide has high surface activity, so that a hydration process of the cement can be promoted, and the mechanical property of the cement is effectively improved.

The invention relates to a disposable infusion product for making a beverage including a filter cup composed of a water permeable material and having on the base of the cup a plurality of perforations as a time control mechanism for flow of liquid. The invention also relates to a method of preparing an individual serving of a solid beverage flavorant, such as coffee or tea being immersed in the filter cup. The assembly includes four concave vents being set on the lower part of the outer side wall of the filter cup to provide relief for hot steam build up that occurs and which could slow down the drip down process when two cups are telescopically engaged in a liquid receiving container. A supporting sit-on-ring telescopically engages above the liquid receiving container.

A plating apparatus is provided to allow the whole area of a target plating surface of a wafer to be subjected to more uniform plating treatment and moreover enables a target plating surface of a wider area to be subjected to positive and uniform plating treatment. In the plating apparatus which has a stirring bar within a plating tank and which performs plating treatment of a target plating surface of the wafer while stirring a plating solution near the target plating surface of the wafer by moving the stirring bar, the stirring bar is rotated while being oscillated in a motion plane substantially parallel to the target plating surface of the wafer. By this operation, the occurrence of an eddy flow of the plating solution is suppressed during stirring and it becomes possible to positively carry out more uniform plating treatment of a wider region.

The invention provides an environment-friendly textile size composition which has simple process and convenient use, and substitutes for polyvinyl alcohol, and a preparation method thereof, which aim at the current status that the sizing of the prior textile fiber warp can not be independent from PVA size and the disadvantages of the prior size. The size composition is prepared by mixing an ultrafine particle inorganic material which accounts for 1 to 10 percent of the total weight, polyacrylic acid size which accounts for 10 to 40 percent of the total weight, and water for the balance. The size composition is matched with modified starch size, can fully substitute for the PVA size during the sizing process of yarns such as pure cotton, polyester cotton, hemp, artificial cotton, and tenel, and meet the manufacturing requirement of high-difficulty varieties.

The invention relates to a curing and dry-piling method of iron tailings, belonging to the technical field of mine safety. The curing and dry-piling method comprises the following steps of: adding a curing agent and a chemical additive produced by adopting steel slag, chemical waste gypsum, clinker, coal ash and quick lime in tailing pulp, and synchronously realizing precipitation, water drainage and curing and pile-up by secondary mixing and stirring. Compared with the prior art, the curing and dry-piling method has the advantages of simple technical process, low cost, small occupied area and high safety, and is a new method for safe pile-up of the iron tailings.

The invention relates to an anti-rutting modifying agent. The anti-rutting modifying agent comprises (a) high-density low-pressure polyethylene, (b) rubber powder and (c) rock asphalt. The anti-rutting modifying agent is good in low-temperature cracking resistance, high in bonding strength, high in water damage resistance, good in non-deformability, low in cost, simple in preparation technology, convenient to operate and convenient to add in asphalt mixture.

The present invention discloses a glass fiber mesh fabric dip solution for reinforcement of grinding wheel and the dipping method, which belongs to the field of composite materials; wherein the dip solution is formed by mixing the industrial alcohol with the liquid phenolic resin, the solid content of which is larger than or equal to 65 percent. The mixing ratio between the liquid phenolic resin against the industrial alcohol ranges from 1:0.15 to 0.20. The presoaking method is realized by utilizing the conventional dipping machine and the specific operating steps are that the glass fiber mesh fabrics are delivered into a dipping groove through a fabric transportation drum and a fabric storage roller so as to be dipped by the dip solution arranged in the dipping groove; then the dipped glass fiber mesh fabrics go into the rubber pressing by a dandy roll and then are fed into an oven to be pre-cured; the dipped glass fiber mesh fabrics are pulled out by a traction device and are trimmed and rolled up after passing through a buffering fabric storage roller and a deviation-correcting device. Two kinds of raw materials are selected as the raw materials of the present invention, thus simplifying the confection process of the present invention; the hydrometer is used to measure and adjust the proportion of the dip solution, thus resulting in that the gum chicle content is effectively controlled and the quality of products is stable; the volatile quantity is lowered from originally 5 percent to 1.5 percent. The glass fiber mesh fabric dip solution for reinforcement of grinding wheel causes few contaminations to the environment, has low cost and is easy to be popularized and put into use.

The invention relates to an icariin microemulsion which takes icariin as active ingredient; the icariin is dissolved in oil and then added with emulsifying agent, assistant emulsifier and water to prepare microemulsion with the micro emulsion grain diameter of 10-100nm, wherein, the oil can be one or more in oleic acid, ethyl oleate, isopropyl myristate or castor oil; the icariin microemulsion has the components with the mass percent: 0.66-6.02% of saturated solution of oil of icariin, 10-50% of emulsifying agent, 10-38% of assistant emulsifier and the balance water, Hank's balanced salt solution (HBSS), PBS buffer solution or normal saline. The icariin microemulsion can be kept clear, transparent, stable and uniform when being placed at room temperature for a year, thus good stability is verified evidently. The experiments of cells and animals prove that the icariin microemulsion can strengthen the icariin to penetrate cell layers, promote the medicine to be ingested and absorbed and enhance the healing effect of the medicine. The invention also discloses a preparation method of the icariin microemulsion.

The invention discloses a method for remedying heavy metal polluted soil by inducing calcium carbonate precipitation through microorganisms, and belongs to the technical field of geotechnical engineering. The method comprises the following steps: step 1, preparing a bacterial liquid and a cementing liquid; step 2, detecting the concentration of heavy metal pollutants in a suspected contaminated site; step 3, remedying the heavy metal polluted soil; and step 4, detecting the remedying effect. A slurry mixing mode is adopted, the cementing liquid, the bacterial liquid and the heavy metal pollutants can be in full contact, the operation is easy, the cost is low, the remediation uniformity is good, secondary pollution is avoided, and remedied soil can serve as a roadbed filler.

The invention belongs to the technical field of an adhesive tape in an electronic product, and particularly relates to a single-side fire-retardant adhesive tape and a preparation method thereof. Thesingle-side fire-retardant adhesive tape comprises a substrate layer, a bonding agent layer and a release material layer, wherein the bonding agent layer is arranged on the surface of the substrate layer; the release material layer is arranged on the surface of the bonding agent layer; the bonding agent layer is prepared from raw materials of polyacrylate, curing agents, a first fire-retardant agent, a second fire-retardant agent and a solvent; the first fire-retardant agent is solid at normal temperature; the second fire-retardant agent is liquid at normal temperature. The preparation methodcomprises the steps of adhesive mixing, coating, composite reeling and curing. Compared with the prior art, the single-side fire-retardant adhesive tape has the following advantages that the bonding agent layer comprises two kinds of phosphorous fire-retardant agents; low smoke and low toxicity are realized; the phosphorous content is high; a good fire-retardant effect is achieved. The technical scheme provided by the invention is applicable to the adhesive tape finished product with high fire-retardant grade requirements; the adhesive mixing process is simple; the goal can be achieved by a general coating process; the characteristics of mass production and stable production are realized.

The invention provides solid-free drilling fluid. The solid-free drilling fluid comprises water and polymer swelling particles, and preferably, the solid-free drilling fluid also comprises alkali and/or salt. The solid-free drilling fluid provided by the invention can be formed by matching polymer swelling particles with different types, different swelling multiples and different particle sizes according to stratum requirements. The solid-free drilling fluid has the advantages of stable performance, high temperature resistance, high salt resistance, high rheological property, high lubricity and high filtration reducing property, and has simpler slurry matching and maintenance processes compared with conventional solid-free drilling fluid.

Belonging to the technical field of building materials, the invention in particular relates to an ultra-high performance concrete slurry, an ultra-high performance concrete and a preparation method thereof. The ultra-high performance concrete slurry comprises: cement, microsilica, nano silica, quartz powder, silica sand, steel fiber, a water reducing agent and water. According to the theory of theclosest packing, the adding proportion of each material is calculated, and trial mix experiments are carried out repeatedly, thus researching and developing the ultra-high performance concrete with the characteristics of minimum raw material variety, simple mixing process and maintenance technology, and the best mechanical properties.

The invention provides a lead-carbon super battery anode material which is a graphene/Pb nano composite material. The lead-carbon super battery anode material is prepared by mixing a lead salt solution with a graphite oxide solution, carrying out hydrothermal reaction, and then carrying out macro body freeze drying and burning. The lead-carbon super battery anode material is prepared from 91 to 99.5 percent of lead and 0.5 to 9 percent of graphene. The lead salt solution is prepared by dissolving soluble lead salt into deionized water; the soluble lead salt is one or several of lead-containing nitrate, acetate, carbonate, hydrochloride, sulfate and complex salt. The invention further provides a preparation method of the lead-carbon super battery anode material. The preparation method provided by the invention has the advantages of high efficiency, environmental friendliness, high uniformity and the like; the prepared lead-carbon super battery anode material is high in uniformity, high in stability and wide in application prospect.

The invention provides a material mixing method of graphite negative electrode slurry. The graphite negative electrode slurry comprises a first graphite material, a second graphite material and a third graphite material, wherein the average grain diameter of the first graphite material is d1, the average grain diameter of the second graphite material is d2, and the average grain diameter of the third graphite material is d3, wherein d1 is smaller than d2 which is smaller than d3, and d2 is equal to k*(d1+d3); k is equal to a*(c1+c3)/(c2+0.5), wherein a is an equilibrium constant, and a is greater than or equal to 1.1 and less than or equal to 1.3; c1, c2 and c3 represent percentages of the first graphite material, the second graphite material and the third graphite material; and c1+ c2 +c3is equal to 1, and c1+c2 is less than or equal to c3. The material mixing method comprises the following steps of carrying out mixing on the first graphite material, the second graphite material andthe third graphite material to obtain three slurry materials respectively, and then enabling the three slurry materials to be mixed according to a specific sequence to obtain the graphite negative electrode slurry with high dispersion degree. The graphite negative electrode slurry disclosed by the invention is high in graphite dispersion degree, free of agglomeration, free of sedimentation, high in storage stability, high in energy density and high in rate performance.

A developer container 1 includes (i) a developer vessel 2, having a cylindrical shape, that carries and discharges toner contained therein through its first discharge opening 31 while the developer vessel 2 is being driven to rotate, and (ii) a developer supply section 3 which (a) supports the developer vessel 2 such that the developer vessel 2 can rotate, (b) temporarily stores the toner discharged from the first discharge opening 31, and (c) discharges the toner outside of the developer supply section 3 from a second discharge opening 5. The first discharge opening 31 is formed in an inclined surface 31a of an edge part of the developer vessel 2. The inclined surface 31a inclines, upstream of a direction in which the toner is carried along a shaft line L1, so as to be at angles with a surface perpendicular to the shaft line L1.

This analysis unit (2) comprises a rack (11) suitable for receiving at least a first and a second container (3a, 3b), and an agitating device (22) suitable for mounting on the rack (11), the agitating device (22) being designed to drive at least the first container (3a) in rotation when the agitating device cooperates with a drive unit of an analysis device. The agitating device (22) comprises coupling means designed to rotationally couple at least the first and second containers (3a, 3b) held on the rack (11), the coupling means being configured to drive at least the second container (3b) in rotation when the first container (3a) is driven in rotation by the agitating device.

The invention discloses ceramic slurry for coating a lithium ion battery separator and a preparation method of the separator containing the ceramic slurry. The ceramic slurry is prepared from 20 to 35 parts of an inorganic insulator, 0.2 to 3 parts of a dispersant, 10 to 15 parts of a binder, 0.3 to 2 parts of a surfactant, 0.3 to 2 parts of an anti-settling agent and 60 to 90 parts of deionized water. The preparation method is as follow: first adding the inorganic insulator, the dispersant, the anti-settling agent and the deionized water according to the ratio into a dispersion machine for high-speed dispersion for 3 to 5 hours, then adding the binder and the surfactant for dispersing at a low speed for 1-3 hours, sieving with a 200 mesh sieve to obtain the ceramic slurry, finally using a coating machine to evenly coat the surface of a separator base membrane with the ceramic slurry, and drying to obtain the ceramic separator. The ceramic slurry has the advantages of simple slurry mixing process and small hardness, and is beneficial to coating processing. Meanwhile, the coated ceramic separator has the advantages of low moisture content, facilitation in battery processing, reduction of thermal shrinkage of the separator base membrane, improvement of electrolyte wettability and improvement of battery cycle performance and the like.

The invention relates to an injector easy in medicine dispensation. The injector easy in medicine dispensation comprises a needle cylinder and a push rod; a piston plate is arranged at an end part of the push rod; the piston plate can perform airtight reciprocating sliding along the inner wall of the needle cylinder; a limiting plate is fixedly arranged on the inner wall of the needle cylinder; the push rod passes through the limiting plate and can perform reciprocating drawing relative to the limiting plate; a stirring rod is further arranged in the needle cylinder; the stirring rod is parallel with the push rod; a stirring sheet is arranged at one end, passing through the piston plate, of the stirring rod; a picking sheet is arranged at the other end, passing through the limiting plate, of the stirring rod; a tension spring is connected between the picking sheet and the limiting plate; the stirring rod and the piston plate maintain airtight connection; and the stirring rod can perform reciprocating drawing relative to the push rod. The injector is novel and unique in structure, and can effectively simplify the medicine dispensation flow and greatly improve medicine and injection efficiency; the injector reduces the work pressure of a medical worker, and effectively prevents medicine waste, medicine residue and pollution.

The invention provides a preparation method of mixed positive electrode slurry based on a lithium manganate material. The mixed positive electrode slurry comprises an active material taking the lithium manganate material as a main material and lithium cobalt oxide as an auxiliary material; the lithium manganate accounts for 70-85wt% of the total amount of the active material; the lithium manganatecomprises first particles with the average particle size of R1 and second particles with the average particle size of R2; the mass ratio of the first particles to the second particles is a : b; and the average particle size R3 of the lithium cobalt oxide is between 0.7*(R1*a+R2*b)/(a+b) and 0.8*(R1*a+R2*b). The first particles, the second particles and the lithium cobalt oxide material are mixedand stirred separately, so that rapid and uniform mixing dispersion is realized, the dispersity and stability of the slurry are improved, and the stability of pole piece coating is improved.

The invention relates to a construction process of floral tube dry filling piles with obvious engineering effect, low economic cost, high technical content and high resource utilization by improving the inherent characteristics of cement, soil strata, materials and the like. The process comprises the following steps of: (1) pore-forming process: 1, using dry pore-forming process for pore-forming piles above underground water level; 2, positioning a pore opening machine and a drill for pore-forming piles below underground water level; drilling in at low stroke and high rotary speed with clean water; reaching a drilling-in depth; lifting to a pore opening at unified stroke and high rotary speed with clean water; drilling into a pore bottom at unified stroke and high rotary speed with clean water; rotating at high speed and filling with cement mortar; and lifting to the pore opening at high rotary speed and low stroke after cement mortar returns to the pore opening; moving the drill; (2) the process of installation and pile molding by filling: adopting the following steps for installing pile pores and filling dry cement above or below water level: installing floral tubes; correcting the pore position of the floral tubes; filling the dry cement; and filling the dry cement to an elevation required by the design.

A friction stir welding method which permits advantageous production of a product which has a sound welded area without joint defects, by joining together two members formed of the same material or respective different materials selected from a cast aluminum alloy and 2000 series, 4000 series, 5000 series and 7000 series aluminum alloys which are considered difficult to be joined together by the friction stir welding method. An initiation tab member formed of a 1000 series, 3000 series, 6000 series or 8000 series aluminum alloy is disposed in abutting contact with end faces of joining portions of first and second members (in an abutting part), on the side of initiation of the welding operation, and the friction stir welding operation is performed by moving a probe of a rotary tool through the initiation tab member into the joining portions of the two members.