43 results about "Manufacturing technology" patented technology

The invention relates to a degumming composite which comprises D-limonene, a surface active agent and a synergist. The invention also relates to a degumming aerosol containing the debugging composite, and a preparation method of the degumming aerosol. With adoption of the debugging composite provided by the invention, the potential risk due to the inflammability of turpentine can be removed, the safety in a debugging process can be improved, and the effect of debugging is ensured. The degumming aerosol provided by the invention is simple in manufacture technology, and safe and convenient to carry, store and use of the finished product and can be widely applied; compared with the current degumming agent, a great quantity of liquid solvent is saved, and the activity of the D-limonene can be protected so as to prevent the D-limonene from being oxidized via the air and the sunshine, as well as avoid losing the efficacy, and as a result, the shelf life of the product is prolonged; and moreover, the degumming composite and the degumming aerosol have the advantages of quick volatilizing, fresh air, non-residual matter, and are non-toxic to human bodies and environments.

The invention relates to the field of rail transportation and machinery manufacturing, and particularly to a composite welding method of a pillow beam, the pillow beam and a rail vehicle with the pillow beam. The method comprises the following steps that laser-MAG composite welding is used for welding the pillow beam of the stainless steel material, and inserted-connected structures of rib plates are optimized; during manufacturing, the rib plates are preassembled and welded to form a rib plate assembly, then the whole structure is welded, so that the pillow beam can adopt to the stainless steel material to replace weathering resistant steel material in whole, the lightweightening of the pillow beam is achieved, and the corrosion resistance of the pillow beam is improved; through the welding modes of inserting connection and corner connection, and a to-be-welded welding seam is placed on the outer surface of a box type structure to adapt to a technology of single-face welding double-face forming of the laser-MAG composite welding; and self-restraint of pillow beam welding is achieved through the self-stiffness of the inserted-connected structures, the advantages of the laser-MAG composite welding of deep welding, low heat input, small welding deformation and good gap adaptability are played, a manufacturing technology without adjustment and repair of the stainless steel pillow beam is achieved, so that the manufacturing and processing efficiency of the rail vehicle are improved, and production cost is reduced.

The invention provides a laser wire fusing additive manufacturing titanium alloy component structure refining and isometric crystal converting method. The laser wire fusing additive manufacturing titanium alloy component structure refining and isometric crystal converting method specifically comprises the following steps that an ultrasonic impact micro forging device and a laser wire fusing additive manufacturing device are coupled, and a composite manner that the laser wire fusing additive manufacturing device is arranged in front and the ultrasonic impact micro forging device is arranged onthe back is adopted for synchronous composite manufacturing; according to the workpiece shape, the path is reasonably planned, related parameters of the ultrasonic impact micro forging device and thelaser wire fusing additive manufacturing device are set, effective compatibility is achieved, and the composite manufacturing process is controlled; and according to path planning and system parameters, layer-by-layer ultrasonic impact micro forging treatment is synchronously conducted in the laser wire fusing process till the titanium alloy component additive manufacturing process is finished. The provided method is used for but not limited to the laser wire fusing deposition additive manufacturing technology and can be widely applied to arc wire fusing, plasma arc wire fusing, electronic beam wire fusing and other additive manufacturing technologies.

A vertical cement pipe forming machine is composed of base, a set of feeding unit consisting of conveying belt and walking mechanism and at least two sets of forming units. Each forming unit consists of machine frame, concentric internal mould, external mould and vibrating mandrel, shaping dies, and die pressing frame.

The invention discloses a seaborne cylindrical floating body recycling device, relating to the technical field of ocean and shipbuilding. The seaborne cylindrical floating body recycling device comprises a ship crane, wherein a lifting winch and a high-pressure gas storage tank are arranged on a lifting arm of the ship crane; a hose is arranged at a gas outlet of the high-pressure gas storage tank; the lifting winch is connected with a floating body recycling cover through a steel wire rope; one end of the hose is connected to the floating body recycling cover. Compared with the prior art, the seaborne cylindrical floating body recycling device has the advantages that the structural design is reasonable, the operation is easy, and cylindrical floating bodies vertically floating in the sea can be safely and efficiently recycled and cannot be damaged, so that the recycling rate is high.

The invention provides a method for optimizing a cutting path of a spacer frame type integral structural member, belongs to the technical field of design and manufacturing of modern structures, and solves the problem in optimization of the cutting path in a processing process of the spacer frame type integral structural member. The method comprises the following steps of (1) establishing a finite element model for a single spacer frame of the spacer frame type integral structural member, and loading initial internal stress; (2) performing dynamic cutting simulation on the single spacer frame to obtain an optimized cutting path; (3) establishing a finite element model for the spacer frame type integral structural member, and loading initial internal stress; and (4) performing dynamic cutting simulation on the whole spacer frame to obtain an optimal cutting path. According to the method for optimizing the cutting path by adopting dynamic cutting simulation, analysis and prediction can be performed in advance before parts are actually processed, and the cutting path can be optimized, so that a corresponding processing policy is adjusted, processing deformation is effectively controlled, the production cycle of the parts is shortened, and the production cost is reduced.

A multi-colour flocking printer is disclosed, and it can perform printing and multi-colour flocking, and is composed of size scraper, flocking unit, deduster, thermal drier printer and oven. Its advantages include simple technology and high quality.

The invention belongs to the aluminum alloy manufacturing technology field and relates to a manufacturing method of an aluminum alloy three-layer composite material for brazing. The method mainly comprises the steps of component proportioning of a brazing layer, fusion casting, saw cutting, surface milling, hot rolling, proportioning of a base body layer, fusion casting, saw cutting, surface milling, surface treatment of the two, seaming assembling, heating, hot rough rolling compounding, hot finish rolling, cold rolling, withdrawal and straightening cleaning, finished product annealing, slitting and packaging. Through a component optimization design, strength of a composite material and anti-sagging performance after high-temperature brazing can be improved, meanwhile, balance between mechanical performance and corrosion performance is guaranteed, and a brazing requirement of controllable gas shielded welding can be well satisfied. A two-stage heating mode of homogenizing heat treatment and hot rolling heating is performed at the same time after a brazing material and a matrix cast ingot are combined so that production efficiency can be greatly improved, energy consumption is reduced and product performance requirements are satisfied.

The invention discloses a reference adjustable programmable linear hall sensor chip comprising a hall plate, a chopping amplifier, a reference voltage control circuit, an adjustable gain amplifier and a static output control circuit. The hall plate induces a magnetic field signal and converts the magnetic field signal into a hall voltage signal which enters the adjustable gain amplifier through detuning elimination by the chopping amplifier. The reference voltage of the chopping amplifier is controlled by the reference voltage control circuit, the gain of the adjustable gain amplifier is controlled by a gain adjusting circuit, and zero output of the static output control circuit is controlled and adjusted by a zero adjusting circuit. The advantages of the reference adjustable programmable linear hall sensor chip are that 1, internal reference output can be realized, and external reference input is allowed so that the static output voltage is enabled to follow the external reference voltage; 2, the consistency of the static output voltage can be realized so that the problem of different output voltage caused by manufacturing technology error can be solved; and 3, the size of the gain can be accurately controlled.

The invention provides a glass bottle and a production method thereof and belongs to the technical field of production of glass bottles. The glass bottle is produced by the following raw materials in parts by weight: smashed glass, sodium carbonate, aluminum oxide, borax, ferroferric oxide, calcium phosphate, zirconium oxide and titanium oxide. The method comprises the following steps: (1) washing the smashed glass, then breaking the glass into granules, freezing and drying the glass granules; (2) continuously ball milling the dried glass granules and other raw materials into powder; (3) drying the powder, putting the powder into a smelting furnace, smelting and uniformly mixing the powder to obtain a mother solution; (4) producing the mother solution into glass bottles with different sizes, naturally cooling the glass bottles till the glass bottles are hardened, and then putting the hardened glass bottles into an annealing furnace; and (5) tempering and then obtaining the finished products. The anti-smashing glass bottle is simple and easily available in raw materials and low in cost; the production method of the glass bottle is simple and feasible in process; meanwhile, the glass bottle has high smashing resistance, so that the sharp sections which cause harm to the human body or animals are not formed even if the glass bottle is broken.

The invention belongs to ammunition manufacturing technology, that is, a process for realizing automatic production of bullet chains, which relates to a multi-station progressive die, which is used in conjunction with a pneumatic punching machine, an automatic feeding mechanism, and a material delivery detection device, so that the bullet chains can be automatically continuous. Production technology. It is characterized by the design, dimension calculation and adjustment of relevant structures of the multi-station progressive die. The multi-station progressive die is an advanced and efficient stamping die in the stamping die, which provides a reliable guarantee for the automatic production of the elastic chain. The processing cycle is greatly shortened. Due to the cancellation of the intermediate annealing process, energy is saved, the processing cost is more than doubled, and the product consistency is good. At the same time, the safety hazard of punching and shearing equipment is solved from the source. After the improvement of the mold and process, the manufacturing technology of the bullet chain has reached the international advanced level.

The invention discloses a powder cladding additive manufacturing based method for growing a complex structure on the surface of a cast and forged piece, and belongs to the technical field of metal forming and manufacturing. The method comprises the following steps of: designing a matrix structure part model according to a to-be-manufactured final part and manufacturing the matrix structure part; performing structural design on the surface of the matrix structure part model to obtain a three-dimensional model of the final part; and performing two-dimensional slicing treatment on the three-dimensional model, leading obtained parameters into a 3D printer, and using powder which is the same with the matrix structure part material to perform powder cladding type additive manufacturing on the surface of the matrix structure part through the 3D printer, thereby obtaining the final part. Compared with conventional casting, forging and machining, the method can prevent the cast and forged piecefrom a coarse structure and stress focus, also can avoid a low material utilization rate caused by forged part machining, and does not need to manufacture a dear powder metallurgic mould; and meanwhile, compared with pure 3D printing, the method is higher in production efficiency and is high in product qualification rate.

The invention discloses a socket head cap screw processing technology. The socket head cap screw processing technology is characterized by mainly comprising the following steps: (1) head beating; (2) forced bundling: placing a workpiece obtained in the step (1) in a first station die and forcedly bundling to obtain a threaded rod part with a shaft shoulder; (3) pre-upsetting: carrying out head pre-upsetting treatment on the workpiece obtained in the step (2) through a second station die; (4) re-upsetting and internal and external chamfering: carrying out head re-upsetting treatment on the workpiece obtained in the step (3) through a third station die; (5) inner hexagon hole punching and forming: punching an inner hexagon hole in the workpiece obtained in the step (4) through a fourth station die and forming; (6) thread rolling: processing threads on the threaded rod part by using a thread rolling machine; and (7) heat treatment. The invention aims to provide a hexagon socket head shoulder screw manufacturing technology which is convenient to process and high in production efficiency and can guarantee high-precision standard requirements of the product.

The invention belongs to the technical field of metal wire drawing die manufacturing, and relates to a self-lubricating hard alloy wire drawing die and a preparation method thereof. According to the self-lubricating hard alloy wire drawing die, a base body material is prepared from the components: a tungsten-cobalt hard alloy phase and a lubricating phase, and the self-lubricating effect of drawing processing can be achieved. The self-lubricating hard alloy wire drawing die is prepared through processes of carrying out hot pressing sintering to form a blank, carrying out perforating by adopting high-energy beams, carrying out precise and fine grinding and finishing and the like. The wire drawing die can be widely applied to dry-drawing processing of nonferrous metal wires, rapid abrasion of a drawing working surface of the die caused by the low hardness of a hard alloy bonding phase can be effectively ameliorated, and therefore the service life of the wire drawing die is remarkably prolonged, the wire drawing processing production efficiency is remarkably improved, the processes are simple and convenient to use, and the wire drawing die is green and environmentally friendly.

The invention relates to a dual-purpose steel for hot forging, warm extruding and cold stamping tools and dies and belongs to the technical field of alloy steel manufacturing technologies. The dual-purpose steel for the tools and dies comprises the following components in a percent by weight: 0.15-0.35% of C, 0.4-1.4% of Si, 0.5-1.4% of Mn, 2.5-8.5% of Cr, 0.95-4.75% of Mo, 0.8-3.65% of W, 0.5-2.0% of V, 0.2-1.75% of Ni, 0.5-2.5% of Co, 0.1-0.56% of Nb, 0.01-0.3% of Re and the balance Fe. The dual-purpose steel is high in mechanical properties, high in strength, great in tenacity, high in hardness, resistant to wear, durable, long in service life and suitable for hot, warm and cold working conditions.

The invention relates to a preparation method of a 3853 oxide (with the full name of 2, 2, 6, 6-tetramethyl-piperidinooxy stearate), and aims to solve the problem about generation of the product in the market at present. The manufacturing technique of the 3853 oxide adopts and introduces a novel structure, adopts a transesterification route, post-processing adopts oxidation filtering to replace previous water washing, so that waste water discharge is reduced. The product grade is improved through introducing a polymerization inhibitor 701 into a group, and besides, the methyl stearate raw material is low in cost, so that popularization of the photostabilizer market is facilitated.

The present invention belongs to the field of additive manufacturing technology, and discloses a 4D printing method capable of in-situ regulating functional properties of nickel-titanium (NiTi) alloys and the application thereof. The method comprises the following steps: subjecting NiTi alloy bars to atomization milling to obtain NiTi alloy powder with a particle size of 15-53 μm, placing the NiTi alloy powder in a discharge plasma assisted ball mill for discharge treatment to promote the activation of powder activity, then adding nano-sized Ni powder with a particle size of 100-800 nm to obtain mixed powder, then continuing the discharge treatment to realize the metallurgical bonding between the NiTi alloy powder and the nano-sized Ni powder to obtain the modified powder, and finally using the additive manufacturing technology to prepare and form the modified powder into a functionalized NiTi alloy. The present invention achieves the metallurgical bonding between the nano-sized Ni powder and the large-sized spherical NiTi alloy powder by adding the nano-sized Ni powder in the process of discharge treatment, which is conducive to preparing a bulk alloy with uniform composition, structure and properties and the parts made therewith.

The invention provides a preparation method of a ceramic material with a hollow tube micro-lattice structure. The method comprises the following steps: 1, preparing raw materials; enabling the modified ceramic precursor in the molten state to pass through a direct writing forming device; preparing a ceramic material with a three-dimensional lattice structure, printing in a protective atmosphere toobtain a rough blank with a three-dimensional lattice structure, carrying out incomplete cross-linking reaction on the rough blank with the three-dimensional lattice structure in a cross-linking atmosphere to obtain an incomplete cross-linked blank; and removing uncross-linked parts in the blank to obtain a hollow tube micro-lattice precursor bracket, and carrying out pyrolysis to obtain the hollow tube micro-lattice structure ceramic material. The ceramic material with a unique structure is obtained by combining an additive manufacturing technology with subsequent heat treatment, so that thedefects of high manufacturing cost and complex process of the conventional hollow tube micro-lattice material are overcome, and the thickness of the tube wall is regulated and controlled between 1 micron and 100 microns. The low density of the material is ensured, the high strength, high hardness, excellent chemical stability and thermal stability of the ceramic are maintained, and the ceramic sample piece with various structures and complex shapes is obtained.

A decorative panel for a guitar and a manufacturing method of the decorative panel. The decorative panel can be applied to a head, a body, a neck or a pick guard of the guitar to enhance an aesthetic sense of the guitar. The manufacturing process is simplified to reduce the manufacturing period thereby increasing productivity and reducing the failure rate of the guitar. The decorative panel for the guitar includes a base plate; and a binding disposed at the edge of the base plate in a band type by a binding line. The binding line is integrally formed such that one or more binding grooves formed on the periphery of the base plate are filled with epoxy resin paint.

The invention belongs to the technical field of heat preserving material preparation, and provides a low-energy-consumption medical refrigerator heat preserving material and a preparing method thereof. The low-energy-consumption medical refrigerator heat preserving material is prepared from, by weight, 50-75 parts of chrysotile, 15-23 parts of sepiolite, 2-9 parts of expanded perlite, 11-15 parts of polyether polyol, 11-15 parts of foaming agent, 11-15 parts of foaming stabilizer and 15-23 parts of polyurethane resin. The invention aims to provide the low-energy-consumption medical refrigerator heat preserving material and the preparing method thereof. The heat preserving material effectively reduces the heat conductivity coefficient of polyurethane foam and energy consumption of a refrigerator, the heat conductivity coefficient is 6.0-17.5 Mw/m.K, the medical refrigerator heat preserving material is excellent in low-temperature-resistant size stability, high in compression strength, environmentally friendly and capable of being used under the long-term low temperature conditions.

The invention discloses a preparation method, particularly discloses a preparation method of an ADC12 alloy semi-solid blank, belongs to the technical field of nonferrous metal forging production andmanufacturing, and provides an ADC12 alloy semi-solid blank preparation method for effectively controlling a spherical structure of ADC12 alloy and realizing massive stable processing of ADC12 alloy.The preparation method is characterized in that pre-deformed ADC12 alloy subjected to alloy grain crushing and deforming is treated as the basis, and the pre-deformed ADC12 alloy is sequentially subjected to isothermal treatment, pressurizing by a water cooling copper die or water quenching to obtain the ADC12 alloy semi-solid blank.

The invention discloses a water storage tank circular seam structure and a manufacturing method thereof, and relates to the technical fields of high-capacity power station boiler water storage tank designing and manufacturing. The problems that an existing water storage tank circular seam structure is single in manufacturing method and lag in manufacturing technology, thus, a manufactured water storage tank is large in wall thickness margin, serious in inner surface wall thickness decreasing, discontinuous in structure and poor in machining quality are solved. According to the water storage tank circular seam structure, a water storage tank comprises two sealing heads and a plurality of barrel sections, all the barrel sections are sequentially spliced into a barrel body along the axes of the barrel sections, the two sealing heads are arranged at the two ends of the barrel body correspondingly, the ovality of the barrel body and the sealing heads is +/-0.6mm, and the thickness deviationbetween the barrel body and the sealing heads is 0-2mm; and a butt-joint circular seam groove is formed between every two adjacent barrel sections, a butt-joint circular seam groove is formed betweeneach sealing head and the corresponding barrel section adjacent to the sealing head, and the butt-joint circular seam grooves are connected through a welding mode. The manufacturing method is used for manufacturing of the water storage tank circular seam structure.

The invention provides a filtering branch module, a manufacturing process thereof, a combiner, a power divider and an antenna. The filtering branch module is formed by slotting a rectangular metal microstrip line, the length and the width of the rectangular metal microstrip line are determined according to electrical and structural requirements, and the length and the width of the slot are determined according to electrical requirements. The filtering branch modules are formed after the rectangular metal microstrip lines are slotted, the filtering branch modules are equivalent to existing filtering branches in electrical function, and meanwhile, compared with the existing filtering branches, the modular structure is more compact, so that the layout of the combiner or the power divider is more reasonable and smaller. Correspondingly, the feed network in the antenna can be miniaturized. In addition, the filtering branch module is easy to process, the production cost is reduced, and batchproduction is easy.

The present disclosure relates to a touch panel and the manufacturing method thereof. The manufacturing method includes: S1: providing a flexible substrate having a first area and a second area adjacent to the first area; S2: forming an electrode layer on the flexible substrate, wherein the electrode layer comprising a first electrode layer on the first area and a second electrode layer on the second area; and S3: applying a first process to the flexible substrate to configure the first area to be symmetrical to the second area along a top-down direction and to arrange the first electrode layer and the second electrode layer in an alternated manner. The first electrode layer and the second electrode layer are made by the same manufacturing process and the same materials, which simplifies the manufacturing process of the touch panel.