101results about How to "Serial mass production" patented technology

The present invention relates to a kind of nano carbon black with in-situ grafted organic compound and its preparation process. Under the action of mechanical shearing force field, carbon black and organic compound possessing or capable of producing active free radical are made to produce direct grafting reaction at the temperature over the smelting point forming the grafted carbon black. The obtained grafted carbon black has high dispersivity and compatibility, as well as nano effect common modified carbon black does not have. In addition, the said carbon black modifying process needs no solvent, has no pollution, simple procedure and low cost, and is suitable for continuous production.

The invention relates to a method and a device for ironmaking by smelting reduction. Natural lump ore or artificial lump ore is taken as a raw material, coal gas produced during reduction is taken as a reducer and a heat carrier, and the raw material reacts through a pre-reduction furnace and then enters final reduction furnaces for a final reduction reaction. Liberated gas which comes out of the upper part of the pre-reduction furnace is treated through a gas processing device and is heated by a high-temperature heat exchange device and then enters the final reduction furnaces. The device for ironmaking by smelting reduction comprises the pre-reduction furnace, the gas processing device and at least one final reduction furnace. The method and the device have reasonable operation flow, fully utilize afterheat, and save energy sources; the method and the device use the two final reduction furnaces for alternate operation, have high production efficiency, and can perform continuous and mass production; and coal gas saved during production provides a raw material to other processes using the coal gas.

The invention relates to ZrB2-SiC complex phase ultrahigh temperature ceramic, in particular to a process for preparing multilayer ZrB2-SiC complex phase ultrahigh temperature ceramic material by tape casting. The process for preparing multilayer ZrB2-SiC complex phase ultrahigh temperature ceramic material by tape casting is realized by the following steps: preparation of SiC ceramic biological membrane, preparation of ZrB2-SiC complex phase ceramic biological membrane, multilayer membrane stacking and laminating, binder removing and sintering; fracture toughness of the acquired multilayer ZrB2-SiC complex phase ultrahigh temperature ceramic material reaches 7-12Mpa.m1/2, flexural strength is 600-800MPa. The two indexes are obviously higher than those of ZrB2-SiC complex phase ceramic prepared by conventional method.

The invention discloses a method for preparing ortho-cresol and 2,6-dimethylphenol and is characterized in that a reaction mixed liquid at the mole ratio of phenol to methanol to water being 1: (2-5): (1-3) is pumped the into a reactor by the use of a pump at the feeding space velocity of 0.5-2 hr<-1>; N2 with the flow velocity of 10-25 mL/min is used as a carrier gas; and a vapor-phase alkylation reaction is carried out at the reaction pressure of normal pressure to 0.5 MPa at the reaction temperature of 320-380 DEG C and under the condition of an alkaline Fe/Mg/Sb composite oxide used as a catalyst. The method provided by the invention has advantages as follows: high average conversion rate of phenol, long one-way service life of the catalyst, high ortho-selectivity, and no generation of impurities m.p-cresol and anisole. In addition, the process is simple, and the method is suitable for continuous large-scale production of ortho-cresol, or reallocation of 2,6-dimethylphenol, or co-production of ortho-cresol and 2,6-dimethylphenol.

The invention relates the method for preparation of nanometer gold particle, comprising the following step: making the mixture solution of PVP and citric acid, adding chlorauric acid solution, and injecting the mixture solution into quartz coiled pipe which is irradiated by ultraviolet lamp, the radiated wave length of ultraviolet lamp being 253.7-300nm, and the power of ultraviolet lamp being 14-2000W. Using the method, the grain-size distribution of nanometer gold particle is homogeneous, the particle sizes are easy to control, the least mean particle diameter is 1.5nm, and no poison material and the polluted material are produced.

The invention relates to a continuous production process and production equipment for flocking steel belts and steel plates. The production process comprises the following steps of: rewinding; forward storing materials and correcting deviation; pre-treating materials; gluing; flocking; drying, cooling and brushing; and backward storing materials and rolling. The production equipment comprises a rewinding device, a forward material storing device, a double-roll deviation correcting device, a passivating device, a passivation drying device, a cooling box, a roller spreading machine, an electrostatic flocking machine, a drying room, an air cooling room, a first brushing box, a backward material storing device, and a rolling device which are connected in turn. The process and the equipment can realize continuous and mass production of the flocking steel belts or the steel plates, the production efficiency is high, and the quality of the products is reliable. The forward material storing step, the forward material storing device, the backward material storing step and the backward material storing device ensures the continuous production when rolls are changed.

The invention aims to provide a glass fiber reinforced polystyrene micro-foam double-layer co-extrusion section. The core layer of the section contains 3-8% of a uniform-distribution glass fiber (by polystyrene) having a length-diameter ratio of 10-20. The surface of the core layer is coated with a layer of high-impact-resistance polystyrene, and the mass fraction ratio of the material of the core layer to the material of the surface layer is 100:5-25. The density of the section reaches 0.40g/cm<3>, so the tensile strength and the charpy impact strength of the section can reach 12MPa and 4.5kJ/m<2> respectively, and are 31% and 23% higher than that of a same micro-foam material not added with the glass fiber respectively. In the invention, a polystyrene raw material is substantially saved, and the production cost is reduced.

The invention discloses a method for preparing a metal network transparent conductive electrode by low-cost plasma bombardment. The method comprises the following steps of (1) coating a substrate with photoresist; (2) fixing the photoresist; (3) manufacturing a cracked template network; (4) performing plasma bombardment on the photoresist to form a network; (5) forming a nanometer metal network; (6) removing the photoresist; and (7) performing adhesive property treatment. The transparent conductive electrode prepared by the method has the advantages of low input, relatively high yield, simple process, low construction cost, and easy realization of reel-to-reel industrial production and the like; and meanwhile, the electrode is relatively high in conductivity, and high in transparency, and can replace or partially replace ITO conductive glass.

The invention discloses a high-tin tinned plate edge quality control method. P plating tanks are arranged on a soluble anode tin plating production line. Each plating tank is equipped with a press roll and a conductive roll correspondingly. Each plating tank is equipped with an anode pure tin bar as a tin plating source. The concentration of tin ions in electroplating liquid of each of the P plating tanks is controlled within 19-25 g/L; the current density of M plating tanks among the P plating tanks is controlled within 28-30 A/dm2, and the current density of N plating tanks among the P plating tanks is controlled within 20-28 A/dm2. In the tin plating process, in the M plating tanks, a steel strip passes the M plating tanks in sequence to be subjected to tin plating and then is rolled through cooperation of the corresponding press rolls and the corresponding conductive rolls in the M plating tanks; and then the steel strip passes the N plating tanks and are subjected to tin plating in sequence and then is rolled through cooperation of the corresponding press rolls and the corresponding conductive rolls in the N plating tanks to form a high-tin tinned plate.

The embodiment of the invention provides a rolling method of a stainless steel composite plate. The rolling method of the stainless steel composite plate comprises the following process steps in sequence: detecting high-temperature mechanical properties of carbon steel and stainless steel, correcting and inputting chemical components, selecting a control model, heating a plate blank, rough rolling, descaling after being discharged from a furnace, finish rolling, finish descaling, finish rolling outlet, layer cooling control and coiling control. The stainless steel composite plate blank consists of four layers of steel plates from top to bottom, and the first layer and the fourth layer are both carbon steel plates with the thickness of 75-80 mm, the second layer and the third layer are bothSUS304 stainless steel plates with the thickness of 12-14 mm, and after rolling, the thickness of a finished product is generally 6-16mm; and through the technical means provided by the invention, continuous and mass production is smoothly realized on a traditional hot continuous rolling unit, and the stainless steel composite plate with good shape and surface quality of a steel strip is prepared.

The invention discloses a circulation method for preparing expanded cut tobacco, comprising the following steps: (1) putting cut tobacco into a preheated impregnating tank, then carrying out vacuum-pumping; (2) spraying liquid expanding agent to the cut tobacco; (3) filling gas expanding agent to the impregnating tank; (4) impregnating; (5) first, recycling the liquid expanding agent, then recycling the gas expanding agent; and (6) expanding the impregnated cut tobacco, and carrying out operations in step (2) or/and step (3) by the liquid expanding agent and the gas expanding agent recycled in step (5). The method of the invention has mild condition and greatly reduced requirement for devices, by fully recycling the expanding agents, the cost is lowered, the complete set of devices has low energy consumption and high automation, continuous mass production can be carried out, all performance indexes of the obtained expanded cut tobacco are high, the expanded efficiency of the cut tobacco is high, and the recycling rate of the expanding agents is high.

The invention relates to a ceramic fiber catalytic filter element and an integrated preparation method thereof. The integrated preparation method includes the following steps: (1) preparing catalyst slurry from a catalyst, and preparing ceramic short fiber slurry from ceramic short fibers; (2) loading an inorganic fiber cloth with the catalyst slurry prepared in the step (1), and performing heat curing to obtain a catalytic filter cloth; and (3) loading the catalytic filter cloth prepared in the step (2) with the ceramic short fiber slurry prepared in the step (1), performing filament windingon a vacuum mold, performing demolding, and performing drying to obtain the ceramic fiber catalytic filter element. The integrated preparation method has the advantages of a simple process, a small occupied space, lower costs, and an adjustable preparation size; and the prepared ceramic fiber catalytic filter element has the characteristics of uniform distribution of the catalyst, high porosity, high mechanical strength, and excellent abrasion resistance.

The invention discloses a cone yarn packaging production line and a packaging technique thereof. The cone yarn packaging production line comprises an alignment device, a big end and small end detecting device, a turning device, a single-yarn cut-sealing machine, a single-yarn heat shrinkage machine, a lining device, a cut-sealing machine for a whole bag of cone yarns, and a heat shrinkage machine for the whole bag of cone yarns, wherein the alignment device, the big end and small end detecting device, the turning device, the single-yarn cut-sealing machine, the single-yarn heat shrinkage machine, the lining device, the cut-sealing machine for the whole bag of cone yarns, and the heat shrinkage machine for the whole bag of cone yarns are installed on a conveying device in sequence. According to the cone yarn packaging production line and the packaging technique thereof, cone yarns are adjusted to be in the vertical state through the alignment device; the big end and small end detecting device is used for detecting the positions of the big end and the small end of each cone yarn; the turning device is used for turning the cone yarns selectively; the single-yarn cut-sealing machine is used for packaging each single cone yarn through a damp-proof plastic film; the single-yarn heat shrinkage machine is used for making the plastic films tightly shrink onto the cone yarns; the lining device is used for lining the cone yarns according to a set number of lines and then packaging the whole bag of cone yarns through damp-proof plastic films. The heat shrinkage machine for the whole bag of cone yarns is used for making the plastic films firmly shrink onto the cone yarns, and then packaging of the whole bag of cone yarns is completed. The cone yarn packaging production line and the packaging technique thereof have the advantages that the automation degree is high, continuous volume production can be achieved, both manpower resources and material resources are saved, and the quality of the whole bag of packaged cone yarns is good.

The invention provides a method for extracting fish scale collagen by using energy-gathered type pulsed ultrasound assistant hot water, and belongs to the field of deep development and utilization of fishery products. The method comprises the steps of weighing 500 g of fish scales; smashing the fish scales; removing impurities preliminarily; removing mineral substances from the fish scales by using hydrochloric acid under the conditions that an acid concentration is 0.2-0.8 mol/L, a removal time is 20-100 min, and a liquid-solid ratio is 10-35 mL/g; adding 30-60 times water to decalcified fish scales to dissolve the fish scales; and extracting the collagen by using energy-gathered type pulsed ultrasound assistant hot water under the extraction conditions that a liquid temperature is 40-80 DEG C; an extraction time is 20-70 min; an extraction pH is 3-8; and ultrasonic parameters are as follows: a frequency is 28 kHz; a power is 150W; a pulse sending time is 4-12 s and a pulse intermittent time is 2-6 s. The method is simple and practicable, is convenient for operation and can be applied in continuously large-scale production.

The invention relates to a preparing technique for a sandwich frozen stick confection. The invention breaks out the traditional manufacturing technique and manufactures the sandwich frozen stick confection by a specific new technique which transversally extrudes the formed frozen stick confection and extends the frozen stick confection on a belt conveyer that continuously runs, sticks biscuits at the two sides of the extended frozen stick confection and breaks the biscuits off to form. The invention completely solves the problem that the edge of the biscuits can not align with the formed frozen stick confection which can continuously manufacture in large scale and has high yield.

The invention discloses a wave-flat rolling composite method for a steel/aluminum/aluminum alloy layered composite plate. The method comprises the following steps that a steel/aluminum layered composite plate with a good plate shape and a firmly combined interface is prepared, cold rolling is carried out by using large-thickness-ratio ripples, deformation of a to-be-composited interface is enhanced, deformation of component metal is coordinated, and the problem of no deformation of a steel-aluminum interface is solved; then aluminum and aluminum alloy surface compounding is achieved through interface wave-flat hot rolling and coordinating component deformation, and the high-performance steel/aluminum/aluminum alloy layered composite plate is prepared; the anti-oxidation problem in the compounding process is eliminated by utilizing the advantage that interfacial oxidation has little influence on combination of aluminum and aluminum alloy; and finally, the problems that in the rolling process of the steel/aluminum/aluminum alloy layered composite plate with the thickness being 4 mm or above, the interface shearing effect is weak due to the fact that the steel-aluminum joint face is close to a neutral layer, and the interface bonding strength is low due to the fact that interface bonding mainly depends on the heat-pressure effect are solved, and the problem of deformation discordance caused by large performance difference of steel, aluminum and aluminum alloy is solved.

The invention discloses a preparation method of dicarboxylic acid, which comprises the following steps: 1) carrying out an addition reaction on a raw material system containing cyclic olefin and monocarboxylic acid under the action of an addition catalyst to generate an intermediate product system containing carboxylic acid cyclic ester; and 2) carrying out ring-opening oxidation reaction on the intermediate product system under the action of an oxidation catalyst to generate a corresponding dicarboxylic acid product. The addition reaction in the dicarboxylic acid synthesis route provided by the invention is high in one-way conversion rate, and the corresponding carboxylic acid cyclic ester is good in selectivity; in the addition-oxidation synthesis route provided by the invention, the addition reaction rate and the oxidation reaction rate are relatively high, and the yield of the corresponding dicarboxylic acid product is high. The synthetic route based on addition-oxidation providedby the invention is suitable for continuous and stable large-scale production of corresponding dicarboxylic acid products.

The invention discloses a method for hot harvest and continuous freezing of goose and duck livers, which specifically includes the steps: firstly, cutting stunned hairy geese and ducks, and bleeding the geese and the ducks; secondly, placing the cut and bled hair geese and ducks into a scalding tank with water at the temperature ranging from 60 DEG C to 62 DEG C to scald the geese and ducks; thirdly, opening 'T'-cuts on abdomens of the geese and ducks to fully expose viscera, pressing down to strip intestines in the viscera with one hand, and removing the livers; fourthly, removing gallbladders from the livers and placing in the water at 0 DEG C to rinse and cool for 3 minutes, taking out and putting the livers into mould boxes for shaping and protection, and freezing at -48 DEG C for 40 minutes; and fifthly, keeping the quick-frozen livers in cold storage at the temperature of -18 DEG C. The method has the advantages that the time is shortened by 10 times as compared with that in the traditional technique while energy is saved by 40%; large-scale continuous production can be completely achieved; the method is high in food safety and evident in economic benefit and social benefit.

The invention discloses a seafood powder seasoning taking marine organisms as the raw materials and a preparation method of the seafood powder seasoning, wherein scallop edges, fresh crabs and fresh shrimp heads are used as the raw materials; and the substances, such as protein of scallop edges, fresh crabs and fresh shrimp heads, are hydrolyzed by an autolytic enzymolysis system in cells of scallop edges, fresh crabs and fresh shrimp heads instead of externally added protease; a production process for producing seafood powder from a nutritional solution prepared by adopting a seafood enzymolysis method comprises the steps of processing raw materials, carrying out directional enzymolysis, inactivating enzyme, carrying out vibration separation, configuring a formula, batching, pulverizing, sterilizing, packaging and the like; and the seafood powder seasoning disclosed by the invention is low in production cost, high in yield, safe, sanitary, abundant in nutrition, delicious in taste and wide in application.