33results about How to "Meet the requirements of subsequent processing" patented technology

The invention discloses a tobacco leaf loosening and dampening device and a water adding control method thereof. The tobacco leaf loosening and dampening device comprises a dampening rotary drum, a water tank, an inlet vibration groove, an outlet vibration groove, an electronic belt scale, a moisture detector, a dampening rotary drum inlet water adding system, a dampening rotary drum outlet water adding system and a programmable logic controller. The dampening rotary drum inlet water adding system comprises a first double-medium atomizing nozzle and a first gear pump, and the dampening rotary drum outlet water adding system comprises a second double-medium atomizing nozzle and a second gear pump. The water adding control method comprises an inlet water adding amount control method and an outlet water adding amount control method. By the tobacco leaf loosening and dampening device and the water adding control method, tobacco leaf moisture fluctuation is effectively reduced, the tobacco leaf material moisture stability is improved through tobacco leaf material moisture preliminary adjustment and quick feedback adjustment, and the stability of the inherent quality of follow-up cigarette products is improved.

The invention provides a preparation method of pseudo-boehmite and porous alumina. The weight content of pseudo-boehmite is 30%-50% that of alumina. The preparation method of pseudo-boehmite comprises the steps of (1) performing neutralized gelatinizing reaction on an aluminium salt solution and a precipitating agent; (2) filtering and recovering solid products of the gelatinizing reaction; (3) drying the solid product obtained by filtering, wherein the dried material is pseudo-boehmite with the weight content being 30-50% that of alumina; and shaping, drying and roasting the obtained pseudo-boehmite to obtain porous alumina. The method simplifies the drying process in the preparation process of pseudo-boehmite, increases production efficiency, reduces production energy consumption, and further reduces the cost of catalysts. The porous alumina prepared by the method can be used as carriers for various hydrogenation catalysts.

The invention discloses a method for producing an ultra-coarse-denier flat nylon 6 filament. The producing method comprises the following steps of cutting the nylon 6 into pieces and conveying into a screw for heating and melting, extruding fondants into a box through the screw (including static and dynamic mixers); placing the fondants into a spinneret assembly through a metering pump, mixing and filtrating through different-size metal sands and then extruding by spinneret orifices. Through a monomer pumping device, filament bundles extruded by the spinneret orifices are wound into a filament barrel after performing circular blowing cooling, bundling oiling, air interlacing jet, heating roller sizing. The aperture of each spinneret orifice is in the range of 1.5mm-5.0mm*0.15mm-0.40mm, and the orifice depth is in the range of 0.5mm-1.5mm; according to the producing method, the flatness of the fiber is in the range of 4.0-9.0. The production process is relatively steady, the produced ultra-coarse-denier flat nylon 6 filament is good in quality, and the flatness, breaking strength, breaking elongation and oil percentage of the filament can meet subsequent processing requirements, and thus the filament is a novel differential nylon 6 fiber with a high additional value.

The invention relates to a method and system for shooting a document image automatically, and belongs to the field of image shooting. In the prior art, images are acquired mostly in a manual mode, and shot document images cannot easily meet the requirement of follow-up processing. According to the method and system, firstly, a camera is switched on to obtain current parameters, whether a current environment is suitable for shooting is judged, and the camera is used for collecting video streams or the images of a document to be shot if the current environment is suitable for shooting; secondly, whether an effective document exists in the video streams or the images is judged; thirdly, whether a jittering blur exists in the video streams or the images is judged; lastly, the camera is driven to conduct automatic focusing, the shooting of the document to be shot is completed, and the document image is obtained. When the method and system are used for shooting the document image, whether the shooting environment meets requirements, whether the effective document exists in the shooting process, and whether jittering exists in the shooting process can be detected automatically, and the document image can be obtained automatically.

The process of eliminating metal from hydrocarbon oil with acrylic acid-acrylate copolymer includes mixing the acrylic acid-acrylate copolymer with water injecting demulsifier and raw oil at 30-200 deg.c to make metal in hydrocarbon oil generate water soluble compound dissolved in water, and oil-water separation to eliminate metal from hydrocarbon oil. The acrylic acid-acrylate copolymer has molecular weight of 1000-50000, and molar ratio between acrylic acid structure units and acrylate structure units of 0.1-20. The copolymer consumption is 0.5-5 times, preferably 1.0-3.0 times, the total calcium weight in hydrocarbon oil. The process has the features of less copolymer consumption and high elimination efficiency, and may be used for hydrocarbon oil in excessive calcium content.

Provided is a spinning frame tube electronic forming method. A conical cross winding mode is adopted for a tube, in the winding process, a steel collar plate is independently transmitted by an independent motor, and the steel collar plate repeatedly conducts a plurality of short stroke lifting movements upwards from the bottom winding position of the tube; through the establishment of a preference mathematic model, the speed controllable and position controllable transmission mode of the steel collar plate is completed, and thus the equal thread pitch winding and leveling up arrangement of the tube on a forming conical surface are achieved, and the internal forming structure of the tube is controlled according to the continuously developing technical state of a spring frame through the reasonable selecting optimization of parameters in the mathematic model. In any short stroke lifting process, the proportion of ascending time and descending time can be adjusted as needed. The spinning frame tube electronic forming method can achieve the technical purpose of meeting the forming requirements of different spinning varieties. A tube bottom forming section is further arranged, the tube with the large volume and good appearance forming is formed, the requirement for automatic winding high speed unwinding of a subsequent procedure can be met, and the production efficiency is improved.

The invention discloses a shape correcting device of a high temperature alloy split-opened casing. The shape correcting device comprises a first outer shape correcting ring and a second outer shape correcting ring; an annular stopping opening is formed in the inner side of each outer shape correcting ring, and the diameter of each annular stopping opening is the same as the theoretical outer diameter of the end surface of the casing subject to shape correcting; a plurality of wedge holes are formed in the end surface of each outer shape correcting ring in the circumferential direction evenly and penetrate through the annular stopping openings in the outer shape correcting rings, and the shape correcting device further includes wedge blocks matched with the wedge holes; and a supporting rodinner shape supporting is connected with a supporting block and a mandrel, the outer shape surface of the supporting block is consistent with the inner shape surface of the casing subject to shape correcting, and the supporting rod is arranged in the radial direction of the casing subject to shape correcting. The invention further discloses a shape correcting method of the split-opened casing. Through the combination of cold shape correcting and heat shape correcting of the split-opened casing, the problem that the design requirements are not met due to the fact that the ellipticity of the split-opened casing changes too much is solved, the fact that the ellipticity of the split-opened can meet the requirements of the subsequent processing is ensured, the difficulty of the subsequent processing process is simplified, the processing quality of the parts is improved, and the rejection rate is reduced.

The invention provides an object selection method and a device, a storage medium and electronic equipment, wherein the method comprises the steps: determining a plurality of to-be-determined objects,and determining one or more pieces of attribute information of each to-be-determined object; when at least one item of attribute information of the to-be-determined object is key information, determining the weight of the attribute information in the to-be-determined object, and determining an evaluation value of the to-be-determined object according to the attribute information and the corresponding weight; and selecting a first preset number of to-be-determined objects as target objects according to the evaluation values of the to-be-determined objects. According to the object selection method and the device, the storage medium and the electronic equipment provided by the embodiment of the invention, manual participation is not needed, the labor cost can be reduced, and the efficiency can be improved; the target object is objectively selected based on the evaluation value of the to-be-determined object, the selection result is more accurate, and the selected target object better meets the requirements of subsequent processing.

The invention discloses a method for corroding an indium phosphide single crystal wafer. The method comprises the following steps: S1, corroding an indium phosphide single crystal wafer into concentrated sulfuric acid; S2, irrigating the indium phosphide single crystal wafer with deionized water; S3, corroding the indium phosphide single crystal wafer in diluted hydrochloric acid; S4, repeating the step S2; S5, corroding the indium phosphide single crystal wafer in chloroazotic acid; S6, repeating the step S2; and S7, drying in the air. According to the method, the split and ground indium phosphide single crystal wafer is corroded by adopting an acid corrosion mode, the damage layer and stress layer on the surface of the single crystal wafer can be effectively removed, and a clean single crystal wafer surface can be obtained to meet the requirement for subsequent processing.

The invention discloses a zone electrophoresis and electrophoretic deposition method for preparing an HA gradient composite coating material. The method specifically comprises the following steps: (1) preparation of HA turbid liquid: adding 3-4 different fine particulate matters which are subjected to screening pretreatment and contain HA into a dispersion medium according to a certain mass ratio, adding a synergistic dispersant, and standing and aging after ultrasonic dispersion; (2) pretreatment of a titanium sheet substrate; (3) zone electrophoresis distribution of HA turbid liquid: using two pre-treated titanium sheets as a positive electrode and a negative electrode of zone electrophoresis to be placed in the HA turbid liquid in parallel, applying a direct-current constant voltage, and forming zone distribution by electrophoresis of the fine particles; (4) inserting a third pretreated titanium sheet as a negative electrode, and connecting a conversion electrode for electrophoretic deposition; and (5) depositing on the surface of the third pretreated titanium sheet to obtain the HA gradient composite coating material. The HA composite coating material realizes obvious gradient distribution in the normal direction by adopting a physical electrophoretic deposition method, the required equipment is simple and convenient, the operation is simple, and the adhesive force of the composite coating is moderate.

The invention provides a composite additive for reinforcing a nickel laterite ore briquette and a preparation method and application thereof. The composite additive comprises 5-10 wt% of water glass, 50-65 wt% of anthracite, 5-10 wt% of sodium humate and 10-30 wt% of limestone. The preparation method is to weigh and uniformly mix anthracite, sodium humate and limestone according to the mass ratios to obtain a mixture; and then, water glass is singly mixed. The composite additive can prominently improve the yield and the cold/hot-state strength of the nickel laterite ore briquette, and can be applied to the nickel laterite ore briquette.

The invention provides an online thermal composite quick infiltration guide material. The online thermal composite quick infiltration guide material comprises a quick infiltration guide layer and a dust-free paper layer which are communicated with each other by virtue of liquid; the quick infiltration guide layer is prepared from a porous nonwoven material and accounts for 8 to 85 percent of the total weight of the composite quick infiltration guide material; the dust-free paper layer comprises at least one fiber layer, the fiber layer is prepared from cellulose fibers and dual-component composite fibers, and the dust-free paper layer accounts for 15 to 92 percent of composite guide material dust-free paper; the cellulose fibers in the fiber layer account for 5 to 95 percent of the total weight of the fiber layer, and the dual-component composite fibers account for 5 to 95 percent of the total weight of the fiber layer; and when the layer number of the fiber layers is two or more, the two adjacent fiber layers are communicated with each other by virtue of liquid. A sanitary towel product prepared from the composite quick infiltration guide material is loose, soft, good in resilience, low in production cost, good in overall performance, simple and novel in structure, not only capable of quickly guiding, infiltrating, dispersing and temporarily storing the liquid, but also excellent in back-permeability resistance.

The invention relates to the field of cigarette tobacco leaf raw material processing, in particular to a device and a method for improving sensory quality of tobacco lamina after biological enzyme fermentation, and is characterized in that the device comprises a porous mesh belt and a water washing and hot air drying box body, and the porous mesh belt penetrates through the water washing and hot air drying box body, and is used for conveying the fermented tobacco sheet materials for washing and drying treatment. The method comprises the following steps: washing fermented laminas with warm water, and drying the laminas with hot air to remove small molecular chemical substances generated on the surfaces of the tobacco leaves through biological enzymolysis. Compared with the prior art, the method has the outstanding advantages that small-molecule chemical substances generated by degrading the tobacco lamina by the biological enzyme can be quickly removed through water washing and drying, the chemical component coordination of the tobacco lamina is improved, the sensory quality of the tobacco lamina is further improved, and the use value of the tobacco lamina is improved.