57results about How to "Good process flexibility" patented technology

A flexible apparatus for locating and clamping a thin-wall workpiece with 3D shaped surface at multiple points is composed of two rectangular frames linked by scrwe bolts and with the regulating screws on their four sides, 4 lines X6 columns elastic sleeve tubes arranged uniformly on the netted structure in said frame and two barrier plates parallel in said frames and with regulating screws, locating pins and 4 locking tensional plates.

The invention provides a battery box and a manufacture method thereof. The battery box comprises an upper cover and a lower box body, wherein the upper cover is arranged on the lower box body; the main body structure of the upper cover is made of a continuous fiber reinforced thermoplastic resin composite sheet through hot press molding, the edge splicing structure of the upper cover is made of a discontinuous fiber reinforced thermoplastic resin composite through in-mold continuous injection molding; the main body structure of the lower box body is made of a continuous fiber reinforced thermoplastic resin composite sheet through hot press manufacture, reinforcing rib structures and the edge splicing structure of the lower box body are made of discontinuous fiber reinforced thermoplastic resin composites through in-mold continuous injection molding. The battery box has the advantages of lighter weight, higher strength and stiffness, better shock resistance, high molding and manufacture efficiency and recyclable materials.

A making device and method of subtilis solder alloy solderball, which relates to a making device and method of the alloy solderball for electronic packaging industry, in order to settle the problems that the making device of existing solderball is large with complicated structure and high making cost and the making process of the solderball is miscellaneous with low efficiency and low precision of the made solderball. The gas output ends of gas supply device of the invention respectively connect to the input end of the pressure controller and the top end of the gas protection installation, a lifting work platform is provided on the lower part of the gas protection installation and can move vertically, a cooling solidification device is mounted on the lifting work platform in the gas protection installation; the method of the invention is that: adding the solder with solid state to the liquid droplet maker; filling argon gas or nitrogen in the gas protection installation; melting the solder; dispersing the melt drip; forming the solderball; completing the steps of collecting, cleaning, drying, packaging. The device of the invention has advantages of simple structure and low cost, the method of the invention has characteristic of good process flexibility.

The invention discloses an electric pulse regression treatment method for an aluminum alloy. The electric pulse regression treatment of a natural aging aluminum alloy material is finished by virtue of an electronic universal testing machine with an insulating chuck due to the match of a pulsed power supply, and the mechanical properties of the treated aluminum alloy material are measured; and by utilizing an electric pulse effect, the time consumption is low, the material temperature rise is slow, the regression treatment effect is controlled by changing the electric pulse parameters, and the material has high process flexibility. The method comprises the following steps: performing solution treatment on the cut single tensile test piece by virtue of heat preservation, quenching in water after discharging, and performing natural aging at room temperature, thereby obtaining an aluminum alloy uniaxial tensile test piece; introducing pulse current into the tensile test piece, setting the electric pulse duration time according to the power supply output capacity and the temperature resistance of the test piece, and monitoring and recording the temperature change conditions by adopting a thermal infrared imager when the electric pulse flows through the tensile test piece. The characteristic of slow material temperature rise completely accords with the aluminum alloy regression treatment standard, and the method has high actual application value.

The invention relates to a plasticity machining method for a metal composite pipe. A heating spinning method is adopted for conducting powerful spinning on an assembled composite pipe blank, a laser is used for conducting local heating on the composite pipe blank in the forming process, interface combination of an inner pipe body and an outer pipe body of the composite pipe blank is achieved under the joint action of the temperature and the large deformation, and a formed interface has high bonding strength. According to the provided plasticity machining method for the metal composite pipe, the production technology is simple, the machining efficiency is high, the technology stability is good, and the production cost is low.

The invention discloses an electrolytic machining device for synchronously realizing microstructures on the inner surface of a barrel workpiece and the outer surface of a cylindrical workpiece, and belongs to the field of electrolytic machining. The electrolytic machining device comprises the barrel workpiece I, the workpiece II with a cylindrical outer surface, a roller cathode, a cathode mask, an auxiliary roller, a retainer assembly, a conductive bearing, an electric insulation bearing, a carrier roller I, a carrier roller II, a conductive shaft, an electrolyte nozzle and a power supply. The workpiece I is placed on the carrier roller I and the carrier roller II, the workpiece II is arranged in the workpiece I and is tightly pressed on the roller cathode and the auxiliary roller under the action of external force, the carrier rollers drive the workpiece I to rotate at a constant speed, and the cathode mask and the auxiliary roller are in tight contact with the workpiece I and the workpiece II all the time, so that the surfaces of the workpieces are continuously machined while continuous power is transmitted. By means of the electrolytic machining device, one-time whole-circle machining of the microstructures on the inner surface of the barrel workpiece and the outer surface of the cylindrical workpiece can be synchronously achieved, the machining process is stable and efficient, the machining quality is good, and the cost is low.

The invention discloses a rolling forming method and device for a metal special-shaped variable-section pipe based on hydraulic forming, relates to a metal pipe part forming technology and aims at solving the problems that in an existing method, the investment cost is high, the production efficiency is low, and crumpling and cracking are likely to be generated due to the friction effect. Rollers are obtained, and forming technology parameters in the rolling forming process are determined; the two ends of a pipe blank are sealed and put into grooves of the upper roller and the lower roller; theupper roller is pressed down and is engaged with the lower roller, and certain die combining force is applied; and the pipe is filled with a liquid medium; the rollers rotate according to a preset angle to drive the pipe to move, and needed section characteristics are formed in the roller grooves. By means of the supporting effect of liquid pressure, a rolling technological method is adopted forforming the metal pipe, sliding friction of traditional inner high pressure forming is changed into rolling friction of the rolling technology, meanwhile, the friction direction is changed so that thecondition that friction impedes material flowing can be changed into the condition that friction facilitates material flowing, and the product forming quality is improved.

The inVention relates to the field of non-woVen composite materials, in particular to a non-woVen composite material achieVing asymmetric-transmission and a preparation method thereof. The non-woVen composite material comprises a horizontal diffusion layer and a Vertical permeable layer from top to bottom, the horizontal diffusion layer is prepared from a PEG/PP melt-blown superfine fiber materialof a horizontal branch structure, and the Vertical permeable layer is prepared from a hot-blast non-woVen material. The non-woVen composite material achieVing asymmetric-transmission comprises the Vertical permeable layer and the horizontal diffusion layer which are sequentially oVerlaid, composited and solidified, has the adVantages of being small in gram, thin in depth, rapid in horizontal diffusion speed, flexible and soft, and is particularly suitable for absorptiVe sanitary products such as diapers and sanitary towels.

The invention discloses a method for local heat treatment on a panel, and relates to the field of advanced manufacturing. The problem that during local heat treatment on large-breadth spliced and welded plates at present, the mechanical performance cannot reach optimal matching is solved. The method comprises the following steps that firstly, a positive electrode and a negative electrode are arranged on the two sides of a metal plate in the thickness direction correspondingly and communicate with a power source through a wire; secondly, the power source is conducted, current passes through the metal plate through one electrode and then passes through the other electrode to form a loop; thirdly, the panel through which the current passes is heated through resistance heat; fourthly, the electrodes move relative to the metal plate according to a preset heating line; and fifthly, tracking cooling is conducted at the position away from a heating point by a certain distance, and the metal mechanical performance at the heating part is improved.

The invention discloses an independent integrated hydraulic linear driving system which mainly comprises a hydraulic cylinder module, a hydraulic control integration module, a motor pump unit module and an energy accumulator module. The hydraulic cylinder module mainly comprises a tandem cylinder and a displacement sensor, the hydraulic control integration module mainly comprises a first pressure sensor, a second pressure sensor, a third pressure sensor, a throttle valve, a two-way electromagnetic ball valve, a first overflow valve, a second overflow valve, a first check valve, a second check valve, a three-way electromagnetic ball valve and a fourth pressure sensor, and the motor pump unit module mainly comprises a servo motor and a hydraulic pump. The independent integrated hydraulic linear driving system has the advantages that the independent integrated hydraulic linear driving system is based on modular and pipeline extremely simplified designs, is high in integration and can be independently used, movement control or force control can be carried out on actuator terminals, the independent integrated hydraulic linear driving system has accelerating and boosting functions, and processes for the independent integrated hydraulic linear driving system are flexible and excellent; volume control is carried out on linear hydraulic actuators, accordingly, the independent integrated hydraulic linear driving system is low in throttle loss, and heat rarely can be generated by the independent integrated hydraulic linear driving system; hydraulic pipeline mounting and laying work can be omitted when the independent integrated hydraulic linear driving system is used, accordingly, the designs of the independent integrated hydraulic linear driving system can be effectively simplified, the manufacturing cycle can be shortened, and the independent integrated hydraulic linear driving system is high in operational reliability and good in interchangeability and can bring convenience for mounting, maintaining and repairing work.

The invention discloses a bearing block smelting process. The bearing block smelting process includes steps of preparing hearth furnace burden comprising fire clay, quartz sand and water; filing the hearth furnace burden into a cupola furnace to produce a hearth furnace and then reserving a tuyere on the hearth furnace; increasing the internal temperature of the cupola furnace to dry the hearth furnace; making a fire in the cupola furnace and increasing the internal temperature of the cupola furnace to be 900 DEG C; charging the furnace with materials including coke, pig iron, wrought iron, scrap steel, silicon, manganese and iron; increasing the internal temperature of the cupola furnace to be 900-1200 DEG C and then smelting the materials in the cupola furnace; opening the cupola furnace to discharge molten iron at the temperature ranging from 1400 DEG C to 1450 DEG C while adding 0.6%-0.75% of copper, 0.5%-0.6% of chromium and 0.4%-0.5% of molybdenum into the molten iron; and finally pouring the molten iron into a mold cavity by a bull ladle so as to realize casting. The bearing block smelting process used for casting has the advantages of simplicity, short smelting cycle and wide applicable range.

The invention discloses an integral extrusion forming die for a thin-walled shell with an inner ring rib. The integral extrusion forming die comprises a combined male die, a combined female die, a cushion block, an ejector rod, a fixed assembly and a movable assembly, wherein the combined male die is formed by a shaft sleeve and a mandrel in a guiding and sliding fit mode; the mandrel is connectedwith an independent power output shaft of a hydraulic machine; the combined female die comprises an inner female die body, an outer female die body and a fixed sleeve; and a hollow discharging cavityis formed in the middle of the inner female die body. The invention further provides an integral extrusion forming method for the thin-walled shell with the inner ring rib. The integral extrusion forming method comprises the following specific steps that (1) a sawing machine is adopted for cutting a bar; (2) homogenization treatment is conducted, and a hollow blank is prepared; (3) extrusion forming is conducted on the thin-walled shell with the inner ring rib; and (4) heat treatment and machining are conducted. The integral extrusion forming die is reasonable in structure, the defects of a traditional machining method can be effectively overcome, the technological process is short, the material utilization rate is high, extrusion forming of the inner ring rib can be achieved, and the mechanical property and the bearing capacity of a component are greatly improved.

The invention discloses a powder activated carbon modular combination type regenerative furnace. The powder activated carbon modular combination type regenerative furnace comprises a plurality of monomer regenerative furnaces, supporting blocks, material falling pipes, base and a motor; each monomer regenerative furnace can realize heating and conveying of a material; the monomer regenerative furnaces are stacked from top to bottom; every two monomer regenerative furnaces are separated from each other by using the supporting blocks and the material falling pipes to form an arch-shaped material feeding trough; the material feeding trough is integrally mounted on the base; spiral conveyors are arranged in the monomer regenerative furnaces and are driven to rotate through the motor, so that the vertically adjacent two spiral feeding conveyors are opposite in material feeding directions; therefore, powder activated carbon forms a flow state in the modular combination type regenerative furnace. The powder activated carbon modular combination type regenerative furnace is a converter, which is good in energy saving effect, low in cost, convenient to convey, long in overall life, high in reliability, convenient to replace, high in maintainability, good in modular structure division and strong in monomer regenerative furnace arbitrary combinability and can regenerate activated carbon continuously in large batches.

The invention discloses an anode structure and a method for electroforming a ultra-thin metal mesh, and belongs to the field of electro-deposition processing. The anode structure comprises a stirringpaddle, a linear ultramicro anode and a flexible electrical insulation layer, wherein the linear ultramicro anode is embedded in the center of the bottom plane of the stirring paddle, and the flexibleelectrical insulation layer is closely attached to the outer sides of the stirring paddle and the linear ultramicro anode. The anode structure is characterized in that equidistantly-distributed transparent narrow slits are formed in the part, attached to the bottom plane of the stirring paddle, and the linear ultramicro anode is divided into a plurality of ultramicro anode arrays by the transparent narrow slits, so that the current output under a single ultramicro anode is highly centralized and localized. The scanning deposition in two processing directions is carried out circularly and alternately in turn, and further multiple parallel strip metal layers in different directions are cross-stacked to form a braided metal mesh structure. The anode structure realizes the control of the sizeof the metal mesh by adjusting the width and spacing of the narrow slits, and realizes the high-quality and high-efficiency manufacturing of the metal mesh by the cooperative control of anode runningspeed and current density.

The invention discloses a non-woven composite material with an elastic structure and a preparation method of the non-woven composite material, and relates to the field of non-woven composite materials. The non-woven composite material is formed by blending superfine elastic fibers and main body fibers, has the characteristics of integral structure, large specific surface area, fluffy structure, high elastic elongation and strong tensile restorability, and can be applied to multiple fields of medical protection, personal care, anti-collision packaging and the like. Meanwhile, the preparation method of the non-woven composite material comprises the following steps of (1) preparing a superfine elastic fiber layer; (2) preparing a main body fiber layer; (3) performing composite molding of the integral structure; and (4) performing shrinkage-elasticity finishing. No toxic chemical reagent is used in the production process of the non-woven composite material, and the non-woven composite material has the advantages of being environmentally friendly and harmless to the human body and has the advantages of large-scale production and application.

The invention belongs to the technical field of protection technologies for non-woven materials, and particularly relates to a multi-layer fiber web and a preparation method thereof. The multi-layer fiber web comprises an upper disordered layer, a smooth straight layer and a lower disordered layer from top to bottom in sequence, wherein the upper and lower disordered layers are characterized in that the included angles between the fiber length directions and the longitudinal direction are randomly distributed from -90 degrees to 90 degrees; the smooth straight layer is characterized in that the included angle between the fiber length direction and the longitudinal direction is -15-15 degrees, and the smooth straight layer comprises an upper smooth straight layer body and a lower smooth straight layer body. According to the prepared multi-layer fiber web, the two layers of fibers on the upper surface and the lower surface are disorderly arranged so that the difference between the vertical diffusion rate and the horizontal diffusion rate of liquid can be reduced while a certain vertical and horizontal force is ensured; the middle fibers are parallelly smoothly and straightly arranged, so that the horizontal diffusion rate of the liquid is high, and then the moisture transfer and retention performance is improved. The advantages can be fully given play to respectively, the defectscan be avoided respectively, and the fiber web which is good in safety and low in cost is obtained.