41results about How to "Implement the manufacturing method" patented technology

In a near-infrared ray absorption glass lot made of a copper-containing near-infrared ray absorption glass material, a near-infrared ray absorption glass lot is constituted of a glass material of which the tolerance of the refractive index (ne) at a wavelength of 546.07 nm is less than +-0.001.

The application discloses a full digital design and a production method and system of a maxillary defect prosthesis in order to improve production accuracy, quality and efficiency and shorten a production period of the prosthesis. The production method comprises the steps of: acquiring a maxillary defect three-dimensional digital model; according to the three-dimensional digital model, carrying out model observation and determining an undercut depth of an abutment tooth; according to the undercut depth of the abutment tooth, determining retainers; according to the three-dimensional digital model, determining a big connector and a small connector; according to the three-dimensional digital model, selecting artificial teeth from a database, arranging the artificial teeth and determining positions of the artificial teeth; according to the artificial teeth, the retainers, the big connector and the small connector, determining the design of the maxillary defect prosthesis; and according tothe design of the maxillary defect prosthesis, producing the maxillary defect prosthesis by an additive manufacturing method or a subtractive manufacturing method. The application further discloses the full digital design and the production system of the maxillary defect prosthesis

The invention aims to provide a manufacturing method for a large-scale metal structure part. By adopting the method, the defects of a traditional manufacturing technology are overcome and the shortage of large-size materials and large-tonnage equipment is covered so that the manufacturing problem of the large-scale integrated metal structure of a plane can be solved and meanwhile the design requirements of the plane can be met. According to the method, the step-by-step forging technology and the laser rapid prototyping technology are combined, the advantages of the two technologies can be brought into full play, and hence the manufacturing method of the large-scale metal structure part can be obtained. The method specifically comprises the steps that the integrated metal structure part is divided into two parts manufactured through the step-by-step forging technology and the laser rapid prototyping technology, step-by-step forging is adopted for the body part, the laser rapid prototyping technology is adopted for the other parts, and the integrated structure part meeting the design requirements can be obtained ultimately.

The invention discloses a liquid crystal display device and a liquid crystal display device manufacturing method. The liquid crystal display device comprises an array substrate, a color film substrateand a liquid crystal layer, wherein a plurality of first pixel units and a plurality of second pixel units are formed on the array substrate, the array substrate comprises a shielding layer, and theshielding layer is arranged in an region corresponding to the second pixel units and used for shielding front viewing angle light leakage during full-narrow viewing angle display of the liquid crystaldisplay device; the color film substrate comprises a third conducting layer, and the third conducting layer is a visual angle control electrode. According to the liquid crystal display device manufactured by means of the liquid crystal display device manufacturing method, wide viewing-angle display, full-narrow viewing-angle display and left-right narrow-viewing-angle display can be achieved, left-right peep prevention and up-down peep prevention can be achieved simultaneously in a full-narrow viewing-angle mode, and the peep prevention effect is greatly improved; the shielding layer can shield part of light leakage at a front viewing angle, and can prevent light leakage at the front viewing angle in a full-narrow viewing angle mode, so that large-viewing-angle light leakage is achieved,the front-viewing-angle light leakage is avoided or reduced and the display effect is improved.

The invention provides a mounting substrate and a method for manufacturing thin light-emitting device using same, which is capable of inhibiting generation of burrs and realizing mass production of light-emitting device. In the mounting substrate of the invention, a conductive foil is removed at the edge of a unit. In particular, on the upper surface of the mounting substrate, a unit formed of a first electrode part and a second electrode part encircling a mounting part is formed, a plurality of units are arranged in columns. Furthermore, on the lower surface of the mounting substrate, a first external take-out electrode part connected with the first electrode is provided, and a second external take-out electrode part connected with the second electrode is provided. Besides, resin material for forming the mounting substrate, without the existence of conductive foil and other metal materials, is provided among the units. Therefore, in the manufacture of the light-emitting device, even if the mounting substrate between the units is cut off, the burr is not generated as the metal material is not cut off.

The aim of the invention is to provide a manufacturing method which suppresses the increase of manufacturing cost and can realize further thinning. According to the manufacturing method of a circuit module according to the invention, the circuit module carries a semiconductor device on a substrate which is provided with a wiring pattern in a preset area, and furthermore the semiconductor component is sealed by sealing agent. The manufacturing method of the circuit is characterized by comprising the following steps: a first step of equipping the semiconductor component on the substrate; a second step of electrically connecting the semiconductor component with the wiring patter; a third step of sealing the semiconductor component with the sealing agent; and a fourth step of equipping electronic components on the area which is on the substrate and is not sealed by the sealing agent.

The embodiment of the invention relates to the technical field of sound equipment, and discloses a manufacturing method and device of an enclosed sound box and a computer readable storage medium. Themanufacturing method of the enclosed sound box comprises the following steps: acquiring a first feature parameter for representing the expected audio performance of a loudspeaker; determining the specification of the loudspeaker according to the first feature parameter; performing emulation analysis on the loudspeaker to obtain a plurality of sizes of a shell which can enable the loudspeaker to meet expected design performance, and selecting a minimum size from the plurality of sizes to serve as the net volume of the shell; designing the shell according to the net volume, performing emulationanalysis on the enclosed sound box, adjusting the net volume of the shell till the audio performance of the enclosed sound box meets a first preset requirement, and recording the current volume as a first shell manufacturing volume; and manufacturing the enclosed sound box according to the loudspeaker of which the first shell manufacturing volume and the specification are determined. Through adoption of the manufacturing method and device of the enclosed sound box and the storage medium provided by the invention, the size of the sound box is small while the low-frequency performance of the sound box is met.

The invention discloses an elastomer short fiber toughened crystalline polymer product and a preparation method thereof. The preparation method includes: mixing thermoplastic elastomers and a crystalline resin raw material according to the mass percentage ratio of (10-30%):(70-90%), using a double-screw extruder to perform melt blending granulation, and drying to obtain blended granules, wherein the difference between the melting temperature of the thermoplastic elastomers and the melting temperature of the crystalline resin raw material is 10-20 DEG C; adding the obtained blended granules into a single-screw extruder to perform melt extrusion, and the extruded material is subjected to primary stretching and three-stage water tank cooling treatment to obtain 3D printing wires; placing the3D printing wires in a fused deposition modeling 3D printer, subjecting the melt to secondary stretching and tertiary stretching during printing, stacking on a forming platform to form a three-dimensional structure, and cooling to obtain the elastomer short fiber toughened crystalline polymer product. The preparation method is simple in equipment, easy in processing process control, capable of forming complex geometrical structures and the like.

The invention relates to the technical field of EOW preparation, in particular to an electrolytic bath, a device and a preparation method for preparing EOW without metal ions. The device for preparing the EOW free of the metal ions comprises theelectrolytic bath, the electrolytic bath comprises a bath body, an anionic membrane assembly, a cathode and an anode, a cavity is formed in the bath body, a liquid injection opening used for injecting electrolyte, a water inlet used for feeding pure water and a water outlet used for discharging the EOW are further formed in the bath body, and the anionic membrane assembly is located in the cavity. The cavity is divided into a cathode cavity and an anode cavity, the liquid injection opening is communicated with the cathode cavity, the water inlet and the water outlet are both communicated with the anode cavity, the cathode is located in the cathode cavity, and the anode is located in the anode cavity. According to the present invention, the anion membrane assembly only allows the passing of the negatively charged ions and restricts the passing of the positively charged ions, such that the metal cations in the cathode cavity cannot enter the anode cavity through the anion membrane assembly, the EOW generated in the anode cavity does not contain the metal cations, and the good sterilization effect of the prepared EOW is ensured.

The present invention relates to a method for enciphering optical disk by using nano track and antipiracy optical disk made by using said method. The basic principle of said invention lies in that itutilizes bombardment of heavy particle and mementary deposition on the mother plate of optical disk to form random information with identical nano track on the contact surface of two optical disk mother plates, then utilizes the Fourier transform method to process said information and make secondary encryption of said information, finally makes it and applied software data form on optical disk together. Said invention can effectively prevent optical disk from pirating.

The invention relates to a method for producing stir-fried luffa with fried dough stick. The stir-fried luffa with fried dough stick comprises one mercury-free fried dough stick, one luffa, one green capsicum, half eggplant, 20 grams of pork, three star aniseeds, one large slice of ginger, one dried tangerine peel, three tablespoons of cooking oil, one tablespoon of peanut oil, one tablespoon of Weijixian soy sauce, one tablespoon of dark soy sauce, a bit of minced scallion, salt, monosodium glutamate and ground pepper. The luffa and the eggplant are peeled, the handle of the green capsicum is removed, the green capsicum and the fried dough sticks are cut into fine blocks, the pork is chopped into pork paste, the peanut oil is added into a wok, the star aniseeds, the ginger and the tangerine peel are stirred and fried in the peanut oil and removed from the wok, the minced scallion is stirred and fried in the wok, and then the pork paste is added into the wok, the fine blocks are added into the wok when the pork paste is cooked, the cooking wine is poured into the wok and the mixtures are stirred for 10 minutes, the salt, the monosodium glutamate and the ground pepper are added into the wok and then the mixtures are continuously stirred for 10 minutes, the Weijixian soy sauce and the dark soy sauce are added into the wok, and finally the mixtures are uniformly stirred and the stir-fried luffa with fried dough stick is produced. The method solves the defects of the existing traditional method that the fried dough stick is stirred and fried mainly by using the frying method of oil and food stuffs, but the fried dough stick tastes ordinary, is greasy and impairs the stomach, without nutrition value. The method is suitable for food production.

The invention discloses a method for manufacturing elastic hook-and-loop shoes. The method is characterized in that shoe upper surfaces are made of elastic Lycra cloth, and a plurality of slim Lycra fibers similar to rubber bands are woven to form the elastic Lycra cloth. The method includes a technique for manufacturing shoe uppers and a technology for processing materials of the Lycra cloth. The technique for manufacturing the shoe uppers includes compounding the double-layer elastic Lycra cloth with sponges, to be more specific, uniformly coating hot-melt adhesive onto the Lycra cloth and the sponges by the aid of a point hot-melt adhesive dry type compounding technique, enabling the drying temperatures to range from 80 DEG C to 100 DEG C under the control by the aid of compounding machines, enabling the pressures of scrapers to range from 200kpa to 400kpa under the control, and integrally laminating the elastic Lycra cloth and the sponges after the adhesive is dried. The size of each sponge ranges from 0.1mm to 0.3mm. The double-layer elastic Lycra cloth and the sponges are compounded with one another, accordingly, the upper sides and the lower sides of the shoe uppers can be instantly expanded by 35%-55%, and the left sides and the right sides of the shoe uppers can be enlarged by 25%-45% according to the foot types of wearers. The technology for processing the materials of the Lycra cloth includes carrying out pressing processing on press stubble positions of the Lycra cloth by the aid of a pneumatic pressing technique, to be more specific, brushing adhesive at certain positions of the Lycra cloth at first, regulating the temperatures by the aid of pneumatic pressing machines to enable the temperatures to range from 120 DEG C to 140 DEG C, and performing pressing processing on the certain positions of the Lycra cloth for 5-10 seconds. The distances from the certain positions of the Lycra cloth to the edges of the press stubble positions of the Lycra cloth range from 3mm to 5mm. The method has the advantages that the edges of the press stubble positions are flat and compact and are not loose, and the component adhesion firmness can be guaranteed.

The invention provides a magnet structure which is easy to magnetize, a method for manufacturing the magnet structure, and a method for manufacturing a rotating electrical machine. In the magnet structure and the manufacturing method thereof according to the present disclosure, the magnet structure has a structure provided with a plurality of magnet structure members, and the plurality of stackedmagnet structure members are restrained by a restraint. In this magnet structure, a plurality of magnet structure members can be magnetized by a magnetization step. In the magnetization step, the object to be magnetized is a magnet structure member that is smaller than the entire magnet structure. Therefore, a magnetizing device that is smaller than a magnetizing device that magnetizes the entiremagnet structure can be used, and the magnetization of the magnet structure can be performed more easily.

The invention provides a manufacturing method and device of a brain slicing mold, electronic equipment and a storage medium, and relates to the field of life science devices. The method comprises thefollowing steps of receiving complete morphological data of a skull determined by an optical scanning technology, and determining an anatomical mark of the skull; aligning the complete form data witha coordinate system of a preset three-dimensional coordinate space through the anatomical mark of the skull to obtain first form data aligned with the coordinate system; receiving second form data determined by the optical scanning technology, importing the second form data into the three-dimensional coordinate space and aligning the second form data with the first form data to obtain imported third form data; generating the brain slicing mold according to the third form data; forming a cutter groove in the brain slicing mold according to a preset slicing position; and carrying out 3D printingon the brain slicing mold with the cutter groove. By means of the scheme, the groove of the brain slicing mold is more attached to brain tissue, the slicing direction is made to be consistent with the standard brain atlas slicing direction, and the slicing quality is improved.