156results about How to "Production cost advantage" patented technology

Anode active material particles and an electrolytic solution 16 are filled in an anode cell 12 as one of two vessels connected to each other with an ion-permeable separator 10 interposed therebetween, and cathode active material particles and an electrolytic solution 18 are filled in a cathode cell 14 as the other vessel. Electrically conductive current collectors 20 and 22 are provided in contact with the active material particles within the two vessels. The active material particles form fixed layers.

The present invention relates to a skin care system (10), comprising: (i) a skin treatment device (12) for treating a skin of a user; (ii) a receiving unit (14) for receiving information on the skin of the user; and (iii) an evaluation unit (16) which is configured to evaluate the received information on the skin of the user and to determine based on said evaluation one or more personalized device settings for operating the skin treatment device (12). The skin treatment device (12) comprises a control unit (36) which is configured to operate the skin treatment device (12) upon initiation based on the determined one or more personalized device settings.

The invention belongs to the field of production and preparation of inorganic functional materials, and particularly relates to a process for preparing single-phase sodalite from fly ash, which comprises the following steps: pretreating fly ash by an alkaline fusion method; proportionally adding the activated fly ash, aluminum hydroxide and sodium hydroxide solution into a polytetrafluoroethyleneinner container, evenly mixing, and carrying out hydrothermal crystallization in a sealed constant-temperature drying oven; and finally, filtering the product, washing until the product becomes neutral, and drying to obtain the single-phase sodalite material. The invention successfully synthesizes the low-cost single-phase sodalite zeolitization material by using solid waste-fly ash as the raw material for production. The process has the advantages of low cost, abundant sources of raw material, controllable product performance, no secondary pollution and the like, is simple and easy to operate, and thus, has great industrial application potential.

The invention discloses a method for preparing a high-performance diamond semiconductor based on low-cost single crystal diamond, and belongs to the technical field of novel semiconductor preparation. The process steps include a, a commercially available cheap high temperature and pressure Ib-type single crystal diamond substrate is subjected to acid pickling to remove surface inclusions and form a passivated oxygen termination surface; b, the activated diamond surface is subjected to short time treatment by microwave hydrogen plasmas to expose a fresh C-C dangling bond; c, a high-quality single crystal diamond thin film is epitaxially grown on the fresh diamond surface by microwave plasma chemical vapor deposition to achieve the diamond thin film epitaxy with low dislocation density and impurity content mainly through the introduction of oxygen atoms with a self-healing function; and d, a carbon source and a oxygen source are turned off, the epitaxially grown diamond surface is treated by the microwave hydrogen plasmas to obtain a high hydrogen termination density, and the treated diamond surface is cooled to room temperature under a hydrogen atmosphere to obtain a diamond semiconductor with high conductivity. According to the invention, the process flow is simplified, the technical difficulty and the production cost are reduced, and the production cycle is shortened.

A liquid crystal display with adjustable angle consists of the first and the second base plate, liquid crystal layer, the first and the second sheared electrode, a picture element electrode, and an insulation layer between the picture element and the second sheared electrode. It is featured as providing a driving voltage at picture element by the display to have the first shear electrode earthed and the second one suspension-jointed for providing a narrow visual angle mode and applying the same way to have the second sheared electrode earthed and the first one suspension-joined for providing a wide visual angle mode.

The invention relates to a perfluoropolyether group-containing silane compound represented by a formula (1): Rf-X1-X2-NQkT2-k(1), and a preparation method therefor. The invention also relates to a perfluoropolyether group-containing silane compound shown in the description, and a preparation method therefor. The invention also relates to a perfluoropolyether group-containing silane compound represented by a formula (3) shown in the description, and a preparation method therefor. The perfluoropolyether group-containing silane compound can be used for a surface treatment agent so that the glassand other base materials processed by the surface treatment agent are excellent in anti-pollution, anti-fingerprint, scrape-resistant and wear-resistant performances, and the preparation methods for the compounds are simple in process, and are easy to operate and implement.

A system and method for the real-time concurrent detection of 13.56 MHz RFID and 8.2 MHz EAS identification tags using a single stimulus signal.

The present invention provides a rubber composition having adequate foamability, uses thereof, a copolymer contained in the rubber composition, a rubber composition capable of providing a cross-linked foam, which has a low specific gravity and an excellent shape-retaining property even when the usage of a nonconjugated polyene is reduced, and a cross-linked rubber and a cross-linked foam, which are produced from the rubber composition. A copolymer (A) according to the present invention is a copolymer including structural units derived from ethylene [A], an α-olefin [B], a nonconjugated polyene [C-1], in which one carbon-carbon double bond (C═C) polymerizable with a metallocene catalyst is present in one molecule, and a nonconjugated polyene [C-2], in which two bonds of C═C polymerizable with the metallocene catalyst are present in one molecule, and being synthesized with the metallocene catalyst, wherein (1) the units derived from the component [B] constitute 10 to 50 percent by mole, (2) the total of the units derived from the component [C-1] and the units derived from the component [C-2] is 1.0 to 6.0 percent by mole, (3) the molar ratio of the units derived from the component [C-1] to the units derived from the component [C-2] is 75/25 to 99.5/0.5, (4) [ML (1+4) 100° C.] is 10 to 200, and (5) 50>activation energy of fluidization (kJ/mol)>35 is satisfied.

An array substrate for a liquid crystal display device includes a gate line on a substrate; a gate electrode connected to the gate line; a gate insulating layer on the gate line and the gate electrode and including a gate opening; an active layer on the gate insulating layer and overlapping the gate electrode; an ohmic contact layer on the active layer; a source electrode on the ohmic contact layer; a drain electrode on the ohmic contact layer and spaced apart from the source electrode, wherein one end of the drain electrode is disposed in the gate opening; a data line on the gate insulating layer and connected to the source electrode, the data line crossing the gate line; a passivation layer on the data line and the source and drain electrodes and including a pixel opening, wherein the pixel opening exposes the drain electrode in the gate opening and a portion of the gate insulating layer; and a pixel electrode on the gate insulating layer and in the pixel opening, the pixel electrode contacting the one end of the drain electrode in the gate opening.

The invention belongs to the technical field of fluorescent powder preparation, particularly relates to a method for freeze drying and auxiliary combustion synthesis of silicon-aluminum nitride or oxynitride fluorescent powder, and is characterized in that the method is implemented according to the following steps: (1) weighing raw material powder and a PVB binder according to the stoichiometric proportion of a fluorescent material; (2) adding the raw material powder and the binder to a tertiary butanol solvent, and carrying out ball milling, to obtain an evenly mixed slurry; (3) freezing and curing the obtained slurry for 2 h to 6 h; (4) placing the cured blank in a freezing dryer, carrying out vacuum drying to obtain a porous blank; and (5) placing the porous blank in a combustion synthesis reaction kettle, placing a Ti powder on the upper surface of the front end of the blank to be used as an igniting agent, vacuumizing, then filling nitrogen gas, and triggering the blank to carry out combustion synthesis reaction. The prepared silicon-aluminum nitride or oxynitride fluorescent powder has the advantages of uniform particle size distribution and good crystallization, allows the product to have no sintering agglomeration phenomenon, has no need for a subsequent crushing treatment process, and has significant advantages in preparation cost.

The invention provides a composite phosphate sugar juice decoloring agent and a preparation method thereof, which belongs to the technical field of chemical engineering. The decoloring agent consists of the following four components: (1) calcium biphosphate, (2) magnesium dihydrogen phosphate, (3) precipitated silica and (4) free phosphoric acid. The preparation method for the decoloring agent comprises the following steps: (1) talc is added to food-grade phosphoric acid hydrolysate and dissolved, so as to obtain a phosphoric acid aqueous solution which dissolves magnesium dihydrogen phosphate and disperses precipitated silica; and (2) heavy calcium carbonate powder is put into a mixer and added with the phosphoric acid aqueous solution in a step (1), and reaction evaporates the moisture of materials and progressively cures the materials, so as to obtain the composite phosphate sugar juice decoloring agent containing moisture. Compared with the food-grade phosphoric acid used by the prior sugar factories, the decoloring agent has the advantages of good decoloring effect, economical efficiency, convenience, no relation to dangerous chemicals, and the like.

The invention discloses a compound containing a carbon nano-tube, a hard coating and a forming method thereof and a hard coating film. The compound containing the carbon nano-tube comprises ultraviolet curing resin and the carbon nano-tube, wherein the surface of the carbon nano-tube is provided with functional groups after being oxidized to accelerate the carbon nano-tube to be dispersed in the ultraviolet curing resin. The compound containing the carbon nano-tube can be applied to various base materials, and problems of wear resistance on the surface of the base materials and surface hardness and the like are solved under the premise of not affecting the optical effect of the base materials.

The invention discloses a method for manufacturing a multilayer amorphous alloy and copper composite structure through intermediate layer diffusion. The method includes the steps of cutting, grinding, polishing and cleaning an amorphous alloy sheet and a copper sheet; dividing an intermediate layer into a predetermined size with a blade; assembling and fixing the amorphous alloy sheet, the intermediate layer and the copper sheet for forming a fixed workpiece; placing the fixed workpiece in a vacuum diffusion furnace for enabling the intermediate layer to be dissolved in the amorphous alloy sheet and the copper sheet for further achieving diffusion welding. According to the method for manufacturing the multilayer amorphous alloy and copper composite structure through intermediate layer diffusion, the diffusion temperature can be reduced through the intermediate layer so as to enable the amorphous alloy sheet to maintain an amorphous state. The composite structure has the strength of the amorphous alloy and the toughness of the copper and can block the extension of a shear band in plastic deformation of the amorphous alloy, so that the problem of brittle failure easiness of pure amorphous alloy can be avoided, the anti-shear ability can be enhanced, the surface of the welded sheet is high in quality, and the connection is reliable.

The invention relates to a method for producing an AF1410 ultrahigh strength steel aircraft horizontal tail shaft. Bar or forging of the AF1410 ultrahigh strength steel is mechanically processed into a fine bar and is then produced into powder; by adopting laser forming technology, the AF1410ultrahigh strength steel powder is melted and deposited layer by layer according to a three-dimensional number module of parts of the horizontal tail shaft; the whole horizontal tail shaft can be produced by carrying out digital control mechanical process only once during the process. The invention initially utilizes laser melting deposition (laser fast forming) technology in a creative way, which realizes the manufacture of the AF1410 unimach whole horizontal tail shaft, without processes of forging and welding and special requirements for the dimension of raw materials. The structure, the components and the properties of the parts are equal to the parts manufactured with the forging part; manufacturing cost is reduced by 1/3 and manufacturing period is reduced by more than 1/2; static strength is improved by 10 percent and endurance life can be prolonged by more than 3 times.

The invention is a diffusion welding multilayer structure diaphragm capsule, belonging to the field of diaphragm capsule manufacturing. By adopting the methods of diffusion welding, machining and shaping, the manufacturing of diaphragm capsule in the invention can be realized. The main procedures include thin wall blank preparation, surface cleaning, surface modified treatment, welding-stopping treatment, diffusion welding, machining, shaping and the like. Compared with the multilayer structure diaphragm capsule manufactured by other methods, the multilayer structure diaphragm capsule manufactured by the invention has the advantages of fine fatigue property (above 1 million times), strong pressurization performance, adjustable rigidity, high compression ratio (higher than 80%), capability of micromation of inner holes, high precision of geometric dimensions, strong destabilization resistance, precise and controllable weldingline profile, adjustable width of weldingline and the like. By using the invention, the diaphragm capsule in the shape of circle, square and other shapes can be manufactured, and can serve as a compensation element of displacement and angle in hydraulic, barometric, transferring pipeline installation, an elastic compensation element and a pore damping element as well as a measuring element for a manometer and an altimeter; besides, the diaphragm capsule can be also used as a heat transferring finned tube for air conditioning, refrigeration and other devices as well as a metal capsule of separating gas or liquid for an accumulator and a storage box. The invention can provide multilayer structure diaphragm capsule products with fine performance for related industries.

The invention discloses a spreadlight lens comprising a lens body. The lens body comprises an incident surface, a reflecting surface and an emergent surface. The incident surface comprises an incident top surface and an incident side surface, the incident top surface is connected with the incident side surface to form a rotationally symmetric recess part, and a light source is arranged on the rotation axis of the recess part; the reflecting surface is not rotationally symmetric. The invention further discloses an edge-lit backlight module comprising a body. The body comprises a cavity, reflecting paper, a light bar, a diffuser plate and a optical film. The reflecting paper comprises attaching cavity reflecting paper which is attached to the bottom face in the cavity and light bar upper reflecting paper arranged at the top of the cavity. The light bar comprises a PCB substrate, a CSP light source and the spreadlight lens, wherein the PCB substrate, the CSP light source and the spreadlight lens are arranged on the inner side wall of the cavity. By the adoption of a special secondary light distribution spreadlight lens edge-lit mode and the arrangement of the reflecting paper with a special cambered surface type, the effects of being high in brightness uniformity, high in luminous efficiency and lightening and thinning in backlight module are achieved.

The invention relates to a soymilk machine which is easy to clean, and comprises a head, a cup body, a motor, a knife shaft, a grinding knife, a heating device and a control circuit board, wherein the head is covered on the cup body, and the motor is fixedly arranged in the head. The end portion of the knife shaft is fixed with the grinding knife, the head comprises a head upper cover and a head lower cover, the lower end of the head lower cover is fixedly equipped with a connector, the lower end of the connector is equipped with a disturbed flow curved surface body which is arranged on the upper of the grinding knife, and the connector and the disturbed flow curved surface body form into a cavity which is separated from water. A temperature sensor which is capable of directly contacting with the water is arranged on an opening which is arranged on the cavity wall of the cavity, a temperature-sensing end of the temperature sensor is in contact with liquid in the cup body, and the temperature sensor passes through the cavity, the head lower cover and the control circuit board through temperature signals. Under the state of working, the disturbed flow curved surface body or/and the lower portion of the connector are in general stretched into the water, the temperature sensor is arranged on the opening which is arranged on a touching water cavity wall, the temperature sensor directly contacts and perceives water temperature, which is transfered to the control circuit board to achieve effective temperature control through signal lines.

The invention discloses a polypropylene resin composition. The polypropylene resin composition comprises the following components in parts by weight: 75 to 85 parts of block polymerization polypropylene, 15 to 25 parts of reinforced modified master batch, 1 to 2 parts of a processing modifier, 3 to 8 parts of an anti-impaction modified material, and 0 to 2 parts of color concentrate. The invention also discloses a production process for a large-caliber wall tube with a hot-state winding structure. The production process comprises the following steps of: (1) blending and mixing the materials; (2) drying and preheating: drying and preheating the polypropylene resin composition by using hot blast; (3) performing plasticization and extrusion and molding by winding: plasticizing and extruding the polypropylene resin composition which is obtained in step (2), and performing hot-state winding on the extruded molten-state plastic to form a tubular product; (4) molding by cooling; (5) leveling by cutting; and (6) demolding: demolding the tubular product from a hot-state winding forming mold. The large-caliber hot-state winding structure wall tube produced from the polypropylene resin composition has high mechanical property, chemical corrosion resistance, high temperature resistance and long service life.

In the invention, the manufacturing of a single layer structured diaphragm and diaphragm capsule by diffusion welding is realized by the method of 'diffusion welding' + 'mechanical processing' + 'shaping' with the main process as follows: foil plate blank preparation, surface cleaning, surface modification treatment, stop welding treatment, diffusion welding, mechanical processing and shaping. The single layer structured diaphragm and diaphragm capsule by diffusion welding manufactured by the invention has good fatigue property which can reach over 1 million times according to the difference between structures, materials and use environment, strong compression capacity, high precision of geometric dimension, convenient installation, good sealing property, precise and controllable welding line outline, adjustable welding line width, unconstrained size of the workpiece being welded and other advantages. The single layer diaphragm and diaphragm capsule with the outline of a round, a square and other types of shapes can be manufactured by utilizing the invention, which can be used as installation displacement and angle compensation element, elastic compensation element and air hole damp element, and can also be used as the measuring element and information acquisition element of a pressure gauge and an altimeter, thus providing single layer diaphragm and diaphragm capsule products with good performance for related industries.

The invention relates to a radiator for electronic and electric products. The radiator comprises a baseplate and at least one fin group, wherein each fin group comprises a plurality of fins, each fin comprises a connecting part and a fin main body protruding from the connecting part, and the fins are combined with the baseplate through the connecting parts, the baseplate and a material of the fins are made of metal, and at least one of the baseplate and the material of the fins is an aluminum composite brazed plate; and the connecting parts and the main bodies of the plurality of fins are integrally formed by the single fin material, and the at least one fin group and the surface of the baseplate are connected through a brazing process.

The invention discloses a catalyst for hydrogenolysis, which comprises the following components in percentage by mass: (a) 40-80% of component A; (b) 0.5 to 10% of a component B; (c) 0.01 to 1% of a component C; (d) 0.1 to 5% of a component D; and (e) 10-50% of a component E; the preparation method of the catalyst comprises the following steps: (1) dropwise adding a sodium carbonate solution and afirst metal salt solution into deionized water; (2) adding a second metal salt solution and the component E; and (3) filtering, forming and calcining the solution to form a catalyst finished product.According to the catalyst, a small amount of second metal components containing elements such as zinc, magnesium, calcium and barium are added into copper, nickel and palladium as main components, sothat the dispersion effect of the main components such as copper, nickel and palladium in the catalyst can be effectively improved, and meanwhile, the reaction activity and the reaction stability ofthe catalyst are improved.

The invention provides a compound, which is obtained by splicing a heptamethine cyanine structure and an epidermal growth factor receptor(EGFR) targeted drug molecular structure. The compound providedby the invention can be used as a hypoxia and EGFR double-targeted near infrared fluorescence probe, can realize the purpose of accurate imaging on malignant tumor lesions with high EGFR expression by targeting the tumor marker EGFR and the hypoxia state of tumor cells; in addition, the compound provided by the invention can be used as a photosensitizer for cancer treatment.