372results about How to "Shorten the lead time" patented technology

The invention relates to high-strength weathering steel and a method for producing same. The high-strength weathering steel comprises the following components by weight percent (wt%): 0.001-0.004 percent of C, 0.10-0.30 percent of Si, 0.40-0.70 percent of Mn, 0.020 percent of P or less, 0.008 percent of S or less, 2.50-3.50 percent of Cr, 0.20-0.40 percent of Ni, 0.25-0.50 percent of Cu, 0.01-0.03 percent of Re, 0.02-0.06 percent of Al, 0.001-0.004 percent of Ca, 0.001-0.005 percent of N, 0.01-0.03 percent of Ti, 0.01-0.03 percent of Nb and the balance of Fe and other inevitable impurities. After the molten iron is fully deoxidized and before the refining of the molten iron is finished, ferrotitanium is added to steel ladle, a Ca wire is fed to the steel ladle, a Re wire is fed into a continuous casting crystallizer, and a slab is reheated at 1180-1300 DEG C; the two-stage controlled rolling is adopted; the ratio of the thickness of the intermediate slab to the thickness of the finished product is controlled at 3.0; the refining outlet temperature is controlled at 890-1050 DEG C; the finishing rolling temperature is controlled at 800-860 DEG C; the rate of cooling after finishing rolling is controlled at 10-15 DEG C per second; and the winding temperature is controlled at 580-640 DEG C. The invention has the advantages that the relative corrosion rate of the weathering steel subjected to the 72h periodic infiltration is less than 30 percent compared with that of the steel Q345B, the weathering performance of the weathering steel is obviously better than the traditional high-strength weathering steel, and the weathering steel of the invention has the yielding strength of more than 550 Mpa and the elongation rate of more than 24 percent. The high-strength weathering steel of the invention can be applied to the fields of the railway truck, the container, the bridge, the communication, the power tower and the like.

The invention relates to a method and device for realizing automatic product configuration by utilizing spreadsheet definition rule. The method comprises the following steps: defining a spreadsheet structure and inputting product related/configuration parameters; reading matching rules of spreadsheet definition by a system; automatically completing product matching by the system; after matching operation is completed, obtaining BOM (bill of material) data of the product by the system; and supporting importing the BOM data of the product into a three-dimensional CAD (computer aided design) system for design verification. The device comprises a data reading module, a formula management module, a naming management module and a formula generating module. The invention has the following beneficial effects: the spreadsheet form is used for replacing the traditional logical judgement program expression form; and the system modifies configuration conveniently and can automatically carry out non-standard design and customized contract processing rapidly and accurately, thus improving the accuracy and reducing the production cost.

The invention relates to a press, in particular to an intaglio press based on a color management operation system, and solves the problems that labor strength is high, yield is low, printing cost is increased, and the like in the existing intaglio press. The intaglio press comprises an automatic ink feeding device, a scraper height adjusting mechanism, a scraper angle adjusting mechanism, a scraper longitudinal-position adjusting mechanism, a PLC (programmable logic controller) system and an electrical control system composed of a human machine interface and a data server. Ink strength controllers and ink temperature controllers are mounted on the automatic ink feeding device. The scraper height adjusting mechanism is achieved through a pinion and rack mechanism, the scraper angle is adjusted by a worm and gear mechanism, and the longitudinal position of a scraper is adjusted by a screw rod mechanism, so that labor strength of printing operators is simplified, waste of ink and printing stock caused in an initial printing adjusting procedure is reduced, printing cost is reduced, delivery cycle is shortened, speed and registering accuracy of the whole press are increased, and efficiency and yield are high.

The invention discloses on-line quenching and plate shape controlling technology for a 12 MnNiVR steel plate, comprising: a blank material cold installation step, a de-scaling step, a rough rolling step, a finish rolling step, a pre-straightening step and an on-line quenching step; wherein in the on-line quenching step, the steel plate enters a ultrafast cooling system with 18 groups of cooling headers, the ultrafast cooling system sets a water flow amount based on the steel plate target thickness, sets an area roller-way speed being 0.7-1.2m/s, sets a roller-way acceleration being 0.003-0.01m/s2, controls a cooling start temperature being 790-740 DEG C, and controlling a cooling final temperature being 180-270 DEG C, and the steel plate departs from the ultrafast cooling system when a cooling final temperature is 180-270 DEG C. The technology provided by the invention raises cooling uniformity, cooling efficiency and once plate shape qualified rate of an on-line quenched steel plate, simplifies a thermal refining technology flow of 12MnNiVR, and finally raises economic benefit of enterprises.

The invention discloses a main structure for a metro long-span station and a pillar arching construction method thereof. The main structure comprises a station interior main structure, a plurality of middle pillars, a middle plate and a main arch part, wherein the station interior main structure is dug; the middle plate is located on the middle pillars; the main arch part is located right above the main structure; a bottom longitudinal beam is arranged at the bottom of the station interior main structure; a top longitudinal beam is arranged on the main arch part; and a middle longitudinal beam is arranged between adjacent middle pillars. The construction method comprises the following steps: 1) preparing in earlier stage; 2) digging a guiding hole and performing primary bracing and bridging construction; 3) constructing the bottom longitudinal beam, the middle pillars and the top longitudinal beam; 4) constructing a primary branch arch and refilling an arch back; 5) performing arch secondary lining construction; 6) digging the upper part of the main structure and constructing a primary branch of a side wall of the upper part; 7) performing secondary lining construction of the middle longitudinal beam, the middle plate and the side wall of the upper part; 8) digging the lower part of the main structure and constructing the primary branch of the side wall of the lower part; and 9) performing secondary lining construction for a base plate and the side wall of the lower part. The construction method provided by the invention has the advantages of reasonable design, simple construction step, convenience in realizing, small construction difficulty and high construction speed.

The invention belongs to the fields of steel and iron and particularly relates to a steel plate with the thickness of larger than 60mm and the yield strength of 690MPa. The steel plate contains the following chemical components in percentage by weight: 0.10-0.20% of C, 0.15-0.50% of Si, 1.20-1.70% of Mn, 0.10-0.40% of Ni, 0.20-0.60% of Cr, 0.01-0.05% of Nb, 0.02-0.06% of V, 0.015-0.050% of Als, 0.008-0.025% of Ti, 0.15-0.45% of Mo, 0.0008-0.0030% of B, less than or equal to 0.025% of P, less than or equal to 0.008% of S, less than or equal to 40ppm of N, less than or equal to 20ppm of O, less than or equal to 2ppm of H and the balance of Fe and unavoidable impurities. The steel plate provided by the invention has favorable mechanical properties, plasticity and toughness, has the yield strength of larger than or equal to 690MPa, and can be applied to manufacture of large engineering machines or steel structures such as hydraulic supports for coal mines, heavy engineering machines, ocean platforms and the like.

The invention discloses a modular internal gear pump or a modular motor, comprising a plurality of generalized components such as a shell, an internal gear pair, an input shaft, a fixed shaft tray component, a floating shaft tray component, a flange cover component, a rear cover component and the like, so as to form a barbell type combined structure connected in series, thus realizing modularization of functions, combination of structures and universalization of parts. The invention has the advantages of good universalization of parts, flexible and simple assembly and excellent adaptability of structures, thus achieving the beneficial effects of reducing inventory of parts, shortening the cycle of production and goods delivery and reducing operation cost of products.

The invention discloses a universal bearing device for connecting a steel cable and an outboard surveying device. The universal bearing device for connecting the steel cable and the outboard surveying device comprises a distorting-resistant portion, a bearing portion, a rotating portion and a device mechanical connecting portion and is further provided with a junction box and an oil compensator. A manufacturing method of the universal bearing device for connecting the steel cable and the outboard surveying device comprises the steps that (1) an operation cable is pretreated; (2) the bearing portion is manufactured; (3) the rotating portion is manufactured and installed; (4) the junction box is manufactured and installed. The universal bearing device for connecting the steel cable and the outboard surveying device is suitable for connecting the steel structural operation steel cable used in the marine surveying process and the outboard marine surveying device. The bearing device is provided with a mechanical connecting bearing connector, a power source connecting bearing connector and a signal connecting bearing connector, connection is safe and reliable, the failure rate of the marine surveying device and losses caused by fracture of the steel cable are reduced, the universal bearing device for connecting the steel cable and the outboard surveying device is suitable for all the steel structural operation steel cables such as the armor photoelectric composite cable, the armor coaxial cable and the steel cable, the universality is extremely high, the universal bearing device for connecting the steel cable and the outboard surveying device is particularly suitable for connecting the large-scale deep marine surveying device and the steel cable and is an excellent device for connecting various marine surveying devices and the tail end of the steel cable.

The invention discloses a process for manufacturing a thermal laminated silica gel trademark by die forming, which comprises the following steps of firstly, blending a TPU (thermoplastic polyurethanes) silica gel adhesive; then uniformly spraying or silk-printing the TPU silica gel adhesive on the surface of a hot melt adhesive film; next, carrying out baking; then taking out an obtained product and cooling and cutting the obtained product; scraping out the blended liquid silica gel or injecting the blended liquid silica gel into a die and laminating the die with the adhesive film product; carrying out sulfuration to obtain the thermal laminated silica gel trademark. The process provided by the invention is simple and convenient to operate and is easy to implement; the thermal laminated silica gel trademark product can be rapidly produced; a user can enable the thermal laminated silica gel trademark to be firmly laminated to a designated base material only by very simple hot-pressing laminating process; not only is the delivery cycle greatly shortened and production efficiency improved, but also transportation cost is saved and production cost is low; moreover, the thermal laminated silica gel trademark is firm to laminate, has a long service life, has no bubbles, has attractive appearance, has excellent decorating effect and product publicizing effect, can greatly promote product value so as to promote development of the related industries, such as the shoe accessory industry, the clothing industry and the jewelry industry, and is beneficial to large-area popularization and application.

The invention provides a novel aluminum veneer pre-roll-coating production line and a process technology and relates to the technical field of machinery. A series of key technologies including alkaline washing, cleaning, passivation, coating, printing and drying are adopted, and a front conveying belt, an alkaline washing machine, a cleaning machine, a chromate-free passivation device, a baking oven, a precise single-roller priming paint coating machine, a far infrared baking oven, a three-roller coating machine, a far infrared device, a multi-color stereoscopic printing machine, a far infrared machine, a precise single-roller priming paint coating machine, a curing baking oven and a rear conveying belt are sequentially placed to form the novel aluminum veneer pre-roll-coating production line. The process technology is that an aluminum veneer pre-roll-coating product is manufactured through feeding, alkaline washing, cleaning, passivation, air-drying, priming paint roll-coating, far-infrared heating and curing, finishing coat roll-coating, secondary far-infrared heating and curing, multi-color printing, third far-infrared heating and curing, varnish roll-coating, heating and drying and film coating and off-line operation. The novel aluminum veneer pre-roll-coating production line and the process technology are used for aluminum veneer roll-coating and are novel in concept, reasonable in design, simple and ingenious in structure, stable and reliable in effect and low in cost and facilitating manufacture, usage and popularization.

The invention discloses a manufacturing process of a wood door, which is characterized by comprising preparation, sanding operation, colorizing and bottom rolling treatment, lamination, trimming treatment, assembling operation, decorative and shaping fastening piece installation and final entire packaging. The process prevents expansion and contraction in door vertical frame, cross beam and other places. In the invention, the surface oil paint stripping and layering can be prevented by adopting half drying operation, paint spraying, a thermal leveling process and overall drying operation, time is saved and product quality is improved. At the same time, the invention also provides a half drying machine for half drying operation.

The present invention discloses a production method of polyphase structure high tenacity ship plate steel EH40. The steel includes the following chemical compositions by weight percentage: carbon=0.04-0.08, silicon 0.15-0.35, manganese=1.50-1.60, phosphorus less than and equal to 0.015, sulfur less than and equal to 0.005, niobium less than and equal to 0.02-0.03, titanium less than and equal to 0.008-0.02, aluminum=0.015-0.05, nickel=0.30-0.40, and the remaining of Fe and inevitable impurities. The process steps include smelting, continuous casting, rolling, relaxation and cooling. The methodof the present invention breaks through the limitation of compression ratio for rolling continuously cast bloom by the traditional TMCP process without additional thermal treatment process; high tenacity steel plate with a low temperature impact requirement of below -40 DEG C is produced, the maximum thickness may reach 100 mm, and the product can be widely applied to manufacturing of thick plates in various fields such as shipbuilding, maritime work, wind power, bridge, architecture and engineering machinery; and the method of the present invention can be realized by using the current equipment and process condition of a steel mill, which does not increase investment and equipment upgrading, and further improve the production efficiency and realizes energy conservation and consumption reduction.

The invention relates to a medium carbon steel plate bell-type furnace spheroidizing annealing method, which orderly comprises the following steps that: (1) a hot-rolled blank steel coil is subject to the cutting and acid cleaning; (2) the longitudinal rolling is adopted, and the rolling deformation is between 28 and 41 percent; (3) the single sheet stack annealing is adopted, and a steel plate is loaded into an electric heating bell-type furnace; wherein, a. a plate temperature thermocouple is adopted to control the temperature, and at least two armored thermocouples are inserted; b. the heating in the furnace adopts two-section type furnace platform and furnace mantle resistance bands; c. protective gas in the furnace platform and the furnace mantle is nitrogen; d. after the steel sheet is loaded into the furnace, a safety cover and a heating mantle are fastened to electrify and increase the temperature for 60 to 70 hours, the heat preservation is performed for 4 to 6h when the temperature is increased to between 690 and 720 DEG C, and the surface temperature of the steel plate is less than or equal to 720 DEG C during the heat preservation; e. then the heating mantle is hoisted away to cool naturally, and the steel plate is taken out of the furnace when the temperature of the core of the steel plate is cooled to be below 250 DEG C. The medium carbon steel plate bell-type furnace spheroidizing annealing method adopts one-time annealing, and the spheroidizing qualification rate of metallurgical structures is apparently improved.

The invention relates to an on-line quenching and plate shape control process of wide and thick plate for water and electricity. According to the process, jet cooling on-line quenching is performed by using positive jetting, positive jetting and reverse jetting as one unit; in a jet impact region, cooling water and the surface of a steel plate perform heat exchange; meanwhile, most of cooling water is limited in the jet impact region using the positive jetting, positive jetting and reverse jetting as the unit. According to the thickness specification classification of the (wide) thick plate for water and electricity; the passing type cooling or swinging type cooling on-line quenching is selected; the maximum heat exchange efficiency of cooling water and the steel plate is realized; a good cooling plate shape is obtained. The process has the advantages that the temperature uniformity of an on-line quenching steel plate through plate is ensured; the off-line quenching of the (wide) thick plate for water and electricity is transplanted to on-line production; the production flow is simplified; the production cost is reduced; meanwhile, heat treatment production line resources are saved; the cargo supply period is shortened.

The invention relates to the technical field of Internet, and discloses a security application delivery method and device and a storage medium, which are used for improving the response capability ofsecurity service and improving the reliability of the security service in the case of security conditions, and the method comprises the following steps: receiving a request of a first user for purchasing at least one security application; determining a target data center used for deploying at least one security application purchased by the first user; and sending the at least one security application and at least one configuration file corresponding to the at least one security application to the target data center, wherein the at least one configuration file is used for guiding the target data center to deploy the at least one security application.

The invention discloses a box collecting machine after electronic printed matter detection and a small printed matter inspection machine realized based on the box collecting machine. The box receiving machine includes a baffle mechanism corresponding to the output port of the waste discharge machine. The baffle mechanism forms a rectangular frame, and an upper blowing mechanism for blowing downward is installed above the upper opening of the rectangular frame, and the lower opening of the rectangular frame A pallet receiving mechanism is installed below, and a turnover box conveying mechanism is installed under the pallet collecting mechanism. A turnover box is placed on the turnover box conveying mechanism, a photoelectric counter is installed at the output of the waste discharge machine, and a turnover box is installed next to the baffle mechanism. Pin delivery mechanism. The box collecting machine of the present invention realizes automatic paper boxing and boxing of the electronic printed matter after detection, and does not cause damage such as scratches to the surface of the electronic printed matter.

The invention discloses a composite panel array hole detection method based on line laser scanning, which comprises the following steps of: projecting line laser to the surface of a detected object by adopting a laser device, acquiring laser stripes passing through the surface of the detected object by an industrial camera, further acquiring the outer surface data and hole bottom data of a panel, acquiring hole section data line by line from point cloud data acquired by scanning, judging whether the holes are transparent or not through analysis and processing of the point cloud data, and detecting the through hole rate of the whole panel. The method can be used to quickly and reliably detect the through hole rate of the array holes in aircraft panel parts, improves the detection efficiency and the delivery progress of products, and has good practicability. According to the invention, the line laser scanning technology and the point cloud processing technology are integrated, and rapid detection of the through hole rate of the array holes of the aircraft panel is realized.

The invention discloses a stamping process profile compensation method for a vehicle roof cover with a sunroof. A stamping process for the vehicle roof cover with the sunroof comprises the following four procedures: 1. drawing; 2. trimming, punching and side shaping; 3. trimming, flanging and shaping; 4. trimming, punching, side punching, side shaping and upward flanging. As for the stamping process profile compensation method, die profiles from the first procedure to the third procedure are compensated. Through the method of the invention, the stamping process profiles are compensated by thepreliminary CAE analysis, and the process compensation scheme is formulated at the process design stage, thereby greatly reducing the die debugging workload, shortening the die forming cycle of complicated panel dies such as the roof cover, reducing die development costs, and improving the quality of the large panel dies.