341results about How to "Neat edges" patented technology

The invention relates to bacillus amyloliquefaciens NCPSJ7 and further relates to an application of the strain in treating plant diseases, diseases before and after harvesting fruits and vegetables as well as in preventing food-borne pathogenic bacteria and putrefying bacteria. The strain is preserved in China Center for Type Culture Collection (CCTCC) on March 22, 2013, wherein the preservation number is CCTCC NO: M2013098 and the strain is named as bacillus amyloliquefaciens NCPSJ7. The thallus and fermentation liquor of the strain disclosed by the invention has the effects of treating plant diseases caused by plant pathogenic fungus including antagonistic peach root rotten disease, fusarium wilt of cucumber, botrytis cinerea, jujube anthracnose, pear black spot, pear blue mould, apple brown rot, apple altermaria leaf spot, watermelon fusarium wilt and the like, as well as diseases after harvesting fruits and vegetables and food-borne pathogenic bacteria and putrefying bacteria including antagonistic staphylococcus aureus, salmonella paratyphi A, vibrio parahaemolyticus, yeast and the like; moreover, the bacillus amyloliquefaciens is broad in spectrum and antibacterial and great in potential in developing novel, efficient and natural biological control and biological preservative and fresh-keeping preparation.

The present disclosure provides a method and an apparatus for image processing, and a robot using the same. The method includes: obtaining a depth map and a color map of a target object in a predetermined scene; filtering the depth map based on the color map to obtain a first depth filter map; detecting pixel values of pixels in the first depth filter map to obtain one or more first pixels, and forming a black dot cavity area based on the one or more first pixels; re-assigning a depth value of each of the one or more first pixels in the black dot cavity area according to a preset rule to obtain the depth map after repair; and filtering the depth map after repair to obtain a second depth filter map. The present disclosure is capable of improving the quality of the depth map.

The invention belongs to the technical field of semiconductor manufacture, and particularly relates to a UV-curing ink and a method for preparing a masking plate using the ink. The UV-curing ink is composed of a photoactive pre-polymer, a photoinitiator, an active monomer, pigment and additives. The UV-curing ink is put into a UV plate inkjet printer; a graphical masking plate is printed on a substrate through the UV plate inkjet printer; the graphical masking plate is put into an oven for baking to prepare the masking plate; and furthermore, electrodes of organic electronic devices are prepared on the masking plate through photolithography. The masking plate prepared by the method in the invention is tidy in appearance edge and smooth in surface, has no stain, is simple in operation process, requires no special technology and special equipment, is suitable for the normal masking plate for manufacturing semiconductor electrodes, and is easy for popularization and use.

The invention discloses a method for making local laser metal color on the surface of a printing material, and aims to overcome the defects that the conventional whole laser embossing layer influences the local protruding visual effect of a printed matter, and the local laser method has deficient technical means, poor laser effect and low production efficiency. The technical scheme has the key points that: the method comprises the following steps of: coating a release agent on a specific film; printing image-text on a release layer; making the laser embossing layer on the image-text; plating aluminium on the laser embossing layer; gluing the aluminium plating layer; compounding the film and the printing material; peeling the film; and remaining the image-text, the laser embossing layer and the aluminium plating layer on the printing material; and the method is characterized in that: the step of making the laser embossing layer on the image-text comprises the substeps of: intagliating an area range needing the laser embossing layer on a gravure printing device on a cylinder; locally printing UV-cured gloss oil on the image-text; embossing laser grains on a UV-cured gloss oil area by using an embossing device; and curing the UV-cured gloss oil area by using a UV curing device to obtain the local laser embossing layer.

The embodiment of the invention provides a layered bimetal hydroxide preparation method, and a product prepared therethrough. The layered bimetal hydroxide preparation method comprises the following steps: mixing a trivalent metal hydroxide, a divalent metal salt and a buffer solution with the pH value of 9-10 to obtain a reaction mixture; and carrying out a reaction on the reaction mixture at 100-300 DEG C for 10 h or above, and separating and washing the obtained reaction product after the reaction ends in order to obtain layered bimetal hydroxide. The trivalent metal hydroxide is adopted as a precursor, the layered bimetal hydroxide is prepared in the weakly alkaline buffer solution, and the obtained layered bimetal hydroxide keeps the basic morphology of the precursor trivalent metal hydroxide, and also has the characteristics of regularly edge and structured arrangement. The improvement of the above microstructure expands the application of the layered bimetal hydroxide in the fields of catalysis and drug delivery. The method has a simple process flow, and is suitable for the large-scale production of the layered bimetal hydroxide.

The invention relates to a seaweed, fruit and vegetable milk slice and a production method thereof. The production method comprises the following steps: weighing seaweeds, fruits and vegetables in a certain proportion, mixing, adding a proper amount of water, pulping, carrying out flash extraction, and separating to obtain a supernatant; carrying out vacuum concentration on the supernatant to obtain a seaweed, fruit and vegetable water extract; evenly mixing the seaweed, fruit and vegetable water extract with defatted milk powder, dextrin and magnesium stearate; and placing the mixture into a tablet machine for tabletting to obtain the seaweed, fruit and vegetable milk slice which comprises the following components in parts by weight: 30-45% of seaweed, fruit and vegetable water extract, 35-45% of defatted milk powder, 10-15% of xylitol, 5-10% of dextrin and 3-5% of magnesium stearate. The milk slice provided by the invention has the advantages of mixed flavor of seaweed, fruit and vegetable, moderate sweet, rich nutrition, smooth and fine surface and complete piece shape, simple manufacture method, reasonable process and strong program, is convenient in operation and is suitable for industrial scale production.

The invention discloses clostridium beijerinckii for hydrogen generation via fermentation as well as a fermentation method and an application of the clostridium beijerinckii. The clostridium beijerinckii is preserved in the China General Microbiological Culture Collection Center (CGMCC) of the China Committee for Culture Collection of Microorganisms (CCCCM), and has the preservation number of CGMCC No.9411. The culture method of the clostridium beijerinckii comprises the following steps: firstly, carrying out anaerobic culture on a freeze-stored liquid of the clostridium beijerinckii so as to obtain a cultured bacterial culture solution; centrifuging the bacterial culture solution and then resuspending thalli so as to obtain a resuspended bacterial solution taken as an inoculant source; inoculating the inoculant source into a hydrogen generation culture solution and carrying out photophobic culture on a constant-temperature shaking water bath for generating hydrogen until the hydrogen generation is finished. The clostridium beijerinckii can be fermented to generate hydrogen by utilizing a carbon source and a nitrogen source which are common in natural world and are difficultly utilized by the majority of microorganisms, and ethyl alcohol, butyl alcohol and other biofuels are generated while the hydrogen generation is carried out via the fermentation. The clostridium beijerinckii disclosed by the invention is the first novel multifunctional clostridium beijerinckii strain in the current report, and can be applied to the hydrogen generation of biomass via fermentation, the production of biofuels such as ethyl alcohol and butyl alcohol. Thus, the clostridium beijerinckii disclosed by the invention has a wide application prospect.

The invention provides a method for simulating three-dimensional closed and clung cracks in rocks. The method comprises the following steps: taking a complete transparent material, and selecting a position and a range of precast cracks in the transparent material; focusing laser to the position through a lens; in a focusing process, enabling the position to generate a cracking point when laser energy exceeds a damage threshold value of the material; repeating the process, focusing the laser at the periphery of the cracking point and generating one group of cracking points; continuously inputting the laser energy, and simultaneously enabling the generated cracking points to be subjected to continual damage expansion and connecting the cracking points to form a cracking surface; meanwhile, along with the input of the energy, continually carrying out the damage expansion on an outward edge of the cracking point at the outermost periphery to form one circle of crack expansion region (annular surface) to be connected with the cracking surface; forming the three-dimensional closed and clung cracks at the position of the precast cracks, and keeping an original shape of other parts of the transparent material. The method provided by the invention is reasonable and is rapid and efficient; other surplus cracks are not formed, and edges are ordered; a test piece is complete and is not damaged; the property of the test piece is close to that of a rock material, and the simulation degree is high.

The invention discloses degrading bacteria for pyrethroids insecticides. The degrading bacteria are HP-S-01 and are identified to be streptomyces (Streptomyces sp.), wherein the collection number of the strain is CCTCC M 2010096; and Genbank access number of 16S rDNA of the strain is HM016873. The invention discloses a method for preparing bactericide by using the degrading bacteria at the same time. The bactericide is low in cost, convenient and desirable in degradation effect, can directly used to reduce cypermethrin pesticide residues in crops by over 80 percent, solves the problem of excessive cypermethrin pesticide residue in the agricultural production, is suitable to be used in national fruit and vegetable production and export bases or places with a green food brand mark on a large scale, and has a great significance for promoting the production of green vegetables and green food.

The invention discloses a preparation method of a two-dimensional ultra-thin niobium disulfide nanosheet and a product and an application. The preparation method comprises the steps that niobium disulfide powder is solidified and adhered to a copper sheet through conductive silver paint and serves as a working electrode, a platinum sheet is used as a counter electrode, an aqueous solution containing H2SO4 is used as an electrolyte, and the niobium disulfide powder and the platinum sheet are immersed into the electrolyte; the positive voltage and the negative voltage are repeatedly and alternately applied to the working electrode; the electrolyte containing niobium disulfide thin sheets is filtered in a vacuum mode; and after the niobium disulfide thin sheets are washed and dried, the niobium disulfide thin sheets are dispersed in a dispersing solvent, after the ultrasonic crushing treatment, the centrifugal separation is carried out, and freezing and drying are carried out, and finallythe two-dimensional ultra-thin niobium disulfide nanosheet is obtained. The average thickness of the two-dimensional ultrathin molybdenum disulfide nanosheet is not more than 4 nm, the two-dimensional ultra-thin niobium disulfide nanosheet can be an electrolytic water cathode material, and the electrochemical performance is excellent and the stability is good. The technical scheme has the advantages of being simple and efficient, low in cost, high in controllability, good in reproducibility, suitable for industrial production and the like.

The invention disclose a rolling method for single-face periodically variable thickness plate strip materials, and belongs to the technical field of metal rolling. According to the method, double-strip synchronous variable-thickness ply rolling is conducted through two uncoilers and two coilers, that is, the two uncoilers and the two coilers are arranged on two sides of a rolling mill correspondingly. The rolling method includes the specific steps that (1) feeding is carried out, specifically, upper-layer raw plate strip materials and lower-layer raw plate strip materials are installed on the corresponding uncoilers; (2) strip penetrating is conducted, specifically, the upper-layer raw plate strip materials and the lower-layer raw plate strip materials are welded to guide strips of the corresponding coilers separately through guide strip movement and welding, so that strip penetrating is completed; (3) variable-thickness rolling is conducted, specifically, setting of rolling parameters and control over alignment, speed, thickness, tension and the like in the rolling process are included; and (4) the single-face periodically variable thickness plate strip materials are obtained and moved out. By the adoption of the method, rolling of the single-face periodically variable thickness plate strip materials and double-face periodically variable thickness plate strip materials can be realized, different production requirements are met, the rolling efficiency is greatly improved, and the production cost is lowered.

The invention discloses an ultrathin glass-organic film composite cover plate based on a roll-to-roll process and a manufacturing method thereof, the composite cover plate comprises ultrathin glass, afirst organic film layer at least formed on the surface of one side of the ultrathin glass and a black pattern layer located on the surface of the first organic film layer or below the first organicfilm layer, and the composite cover plate is manufactured by adopting the roll-to-roll process. According to the manufacturing method, the UTG stiffness problem is solved by attaching the UTG to the surface of the support, and meanwhile, the support can also be used as a part of a product protective film so that the manufacturing process can be reduced, and the cost can be saved; the thickness balance dielectric layer is increased around the UTG, and the UTG is subjected to surface treatment so that the surface energy of the UTG and the surface energy of the balance dielectric layer are unified, and it is ensured that a whole surface coating film of the UTG is uniform and consistent; a side coating is naturally wrapped so that the influence of UTG side microcracks is weakened, and the product performance is improved; laser cutting ensures that the edge of a product is tidy, the defects of residual films, burrs and the like are avoided, and compared with a piece-to-piece mode, the roll-to-roll manufacturing mode is large in productivity and high in benefit.

The present invention relates to one special mixture comprising resin, organic solvent, platicizer and pigment for mixing with gold powder in printing. Specially, it consists of thermoplastic methylmethacrylate/butyl methacrylate copolymer resin 10-50 wt%, ethyl acetate 30-80 wt%, propylene glycol methyl ether acetate 1-25 wt%, dioctyl o-phthalate 1-15 wt% and pigment 1-10 wt%. It may be used in compounding gold ink with high adhesivity to base material, and this can reduce the consumption of gold powder, lower cost and makes it possible to realize large-area printing, gold stamping, etc.

The invention belongs to the field of laser holography anti-fake packaging materials and in particular relates to a production method for partial laser holography transfer paper. The production methodcomprises the following steps: (1) performing coating, namely according to layout designing requirements of partial transfer paper, manufacturing a special edition coating anilox roller, and partially coating a PET (polyethylene terephthalate) base membrane by a transfer coating; (2) performing mold pressing, namely performing mold pressing on laser holography anti-fake information on a mold pressing machine, wherein holography information is mold-pressed in an area coated by the transfer coating, and an area without the transfer coating is not provided with the holography information; (3) performing aluminum plating, namely performing aluminum plating according to a normal laser holography aluminum plating process, enabling an aluminum layer to adhere to the coating in the area coated bythe transfer coating, and enabling an aluminum layer to adhere to the PET base membrane in the area without the transfer coating; and (4) performing combining peeling, namely smearing a transfer adhesive in a whole edition on a combining machine to combine an aluminum layer surface of the laser holography partial transfer membrane with paper, and peeling off the PET base membrane, so as to obtainpartial transfer paper. The edge of the partial transfer paper obtained by using the method is tidy, and the packaging molding speed can be greatly increased, that is, is up to 800 pieces of paper/minute at most.

The invention discloses a white-board pen ink and preparing method, which comprises the following parts: 3.5-5.0% dye,1.0-5.0% decapping agent,48.0-71.0% alcohol,15.0-25.0% propanol,5.0- 10.0% erasable agent,3.5-5.0% resin and 1.0-2.0% dispersant. the preparing method comprises the following steps: adding alcohol and propanol in the predispersing stove; stirring to add decapping agent, erasable agent, resin and dispersant until dissolving evenly; adding dye; stirring completely; grinding for 20-30h until the grain size D50 of dye particle reaches 120-200nm; discharging.

A new type of IC packaging manufacturing process, including the back plate manufacturing process, the cover plate manufacturing process and the packaging process of the back plate and the cover plate, wherein the back plate manufacturing process includes film production; material cutting; drilling; sinking copper; thickening copper; pattern transfer ;Graphic electroplating; Stripping film; Half-hole processing; Etching; Stripping tin; Solder mask; Gold plating; Cover plate manufacturing process includes cover plate preparation; The process includes pressing; baking; cleaning; final inspection. The beneficial effects of the present invention are: the manufactured lines have high precision, no residual copper and smooth lines after etching, no deformation of the cover plate, no serious glue overflow, the bonding force between the cover plate and the main board reaches more than 10KG, and the substrate has no separation after machining. Layers, half holes without burrs, neat edges and no dust.

The invention discloses a method for preparing an evaporation shadow mask for manufacturing semiconductor devices, which comprises the process steps: 1, forming a polyimide film layer on a silicon chip substrate with double-sided polishing; 2, forming a photoresist pattern on the polyimide film layer; 3, evaporating a metal layer on a polyimide layer and a photoresist pattern layer; 4, peeling to form a metal barrier layer; 5, corroding a silicon substrate from the back side under the protection of a fixture to form a hollowed-out polyimide self-supporting film; 6, performing reactive ion etching from the right side under the masking of the metal barrier layer to form a polyimide mask pattern; and 7, removing the metal barrier layer to finish the production of a polyimide shadow mask. The method for producing the shadow mask by utilizing a polyimide material has small process difficulty, high precision of graphic dimensions and low manufacturing cost, and is suitable for large-area graphization process of the field of the preparation of organic semiconductor devices.

The invention provides a sand cushion isolation and shock absorption device for a comprehensive pipe gallery and a building method thereof. The sand cushion isolation and shock absorption device has the advantages of simple structure, convenience in construction, low cost of construction, high applicability and convenience in popularization and implementation. The sand cushion isolation and shock absorption device comprises a foundation isolation and shock absorption device and side wall isolation and shock absorption devices. The comprehensive pipe gallery is buried in a stratum and is formed by foundation mats at the bottom, side walls on the two sides and top plates at the top in a surrounded mode. A foundation isolation and shock absorption layer is arranged under the foundation mats of the comprehensive pipe gallery and is formed by packing coarse sand by earthwork cloth, and a rammed 37 lime earth layer is arranged under the foundation isolation and shock absorption layer. Side wall isolation and shock absorption layers are arranged on the earth meeting surfaces of the side walls of the comprehensive pipe gallery and are formed by packing coarse sand by earthwork cloth. The foundation isolation and shock absorption device and the side wall isolation and shock absorption devices surround the three surfaces of the comprehensive pipe gallery except for the top plates, thereby forming an isolation and shock absorption layer.

The invention discloses a novel sliced noodle production line, which comprises a dough making machine, a wheat belt combining machine, an aging machine, a rolling device, drying devices, and a sliced noodle heating device. The wheat belt combining machine is arranged below the dough making machine; the aging machine is arranged on the right side of the wheat belt combining machine; the rolling device is arranged on the right side of an aging machine; a first drying device is arranged on the right side of the rolling machine; the sliced noodle heating device is arranged on the right side of the first drying machine; and a second drying device is arranged on the right side of the sliced noodles heating device. The production line has the characteristics of high concentration, high automation, high production efficiency, low energy consumption and the like. The novel sliced noodle production line can complete automatic feeding, dough making, combining, rolling, steaming, cutting, drying and other processes. Cut by the dough cutting roll with uniform edge, the noodles are in good shape and easy to pack. The novel sliced noodle production line is very suitable for fast and instant food processing and therefore has a bright market prospect in the industry.

The invention relates to a preparation method for a peelable glue protection graph of a capacitive touch screen. The method provided by the invention is characterized by comprising the following steps: firstly, uniformly printing a layer of peelable glue on a whole ITO (indium tin oxide) graph of a touch screen substrate by means of screen printing; secondly, drying the printed substrate in a drying oven; thirdly, putting the dried substrate on a table board of a cutting machine, aligning MARK points made on the substrate and a CCD (charge coupled device) on the cutting machine, inputting a CAD (computer aided design) file to be cut and cutting corresponding graphs by using a specifically grinded cutting head; and finally manufacturing the required peelable glue protection graph by tearing off the peelable glue on regions no longer needing to be covered and retaining the peelable glue on the region needing to be protected. The peelable glue protection graph formed by the invention is not only accurate in size and position but also convenient to adjust; edges of the peelable glue are also trim; pollution to the substrate by the drying of the peelable glue is well avoided; and the yield is effectively improved when leads at the periphery of the touch screen substrate are plated with gold.

The invention provides alkali-soluble resin, a preparation method of the alkali-soluble resin and a photoresist. The alkali-soluble resin is modified by beta-cyclodextrin or a derivative of the beta-cyclodextrin, the beta-cyclodextrin or the derivative of the beta-cyclodextrin is bonded with the alkali-soluble resin through an ester bond or an amido bond. The alkali-soluble resin can be used for preparing the photoresist. The alkali-soluble resin contributes to improvement of stability of the photoresist, contributes to promotion of developing natures, reduces production of residues and obtains uniform, smooth and flat graph surfaces.

The invention discloses a novel integrated circuit (IC) package manufacturing process, which comprises the following steps of: manufacturing an IC carrier plate; preparing a packaging cover plate; gluing a reverse side of the packaging cover plate, and wholly pressing the reverse side of the packaging cover plate on the IC carrier plate mechanically; and carving and molding by adopting a +/-0.05mm high-precision carving machine, binding the IC carrier plate by using a binding machine, coating 50Um resin pure glue on a positive side of the packaging cover plate, wholly pressing packaging glass on the cover plate mechanically, and cutting and molding by using a cutting machine. The process has the advantages that: various parts are wholly pressed by resin pure glue, the traditional manual monomer package is replaced, and the packaging speed is greatly improved; the packaging cover plate is molded through high-precision computerized numerical control (CNC), a monomer plastic piece injection molding mode is replaced, and the packaging precision is improved; the wholly pressed products are cut by a wafer cutting machine, and the packaging precision is improved; and various parts are wholly pressed by the resin pure glue, the density among the various parts is improved, and the moistureproof function after package is improved.