49results about How to "Ensure stable production" patented technology

The present invention discloses a device for automatically testing a web page, including the following components: a testing and processing apparatus to test and process a web page; a data storage apparatus used to store information of tested web pages, tested cases and data of test results; a testing tool to browse web pages, parse contents, control execution processes and to obtain error information; wherein the data storage apparatus and the testing tool are both connected with the testing and processing apparatus, and the testing tool is connected with the detected web system. The invention also discloses a method for automatically testing a web page. With the invention, the testing efficiency of web pages is greatly enhanced through parsing input domain objects of web pages and employing a testing method based on objects of web pages, and the invention will effectively improve software quality, guarantee stability and security of enterprise production.

The invention relates to a beneficiation treatment method for electrolytic aluminium carbon residues. The method comprises the following steps: taking carbon residues out of the electrolytic cell for electrolytic aluminium, crushing and grinding the carbon residues into 20-60-mesh powder; adding water, a collecting agent and a foaming agent into the ground carbon residue particles to obtain ore pulp; and sequentially feeding the ore pulp into a roughing flotation machine and two scavenging flotation machines for flotation, wherein a foam product scraped by the roughing flotation machine is carbon powder and material obtained after the second scavenging flotation machine scavenges and scrapes off the foam product is filtered, dried and calcined to obtain a cryolite product. The beneficiation treatment method for electrolytic aluminium carbon residues can be used for enriching and efficiently recycling carbon and cryolite in electrolytic aluminium carbon residues.

The invention discloses a method for producing formula food for special medical purposes by using a manufacturing execution system. The method comprises the following steps: generating a sales order in an ERP system; making a production scheduling plan according to the sales order; transmitting a production scheduling plan in the ERP to the MES system by using an enterprise connector; wherein theenterprise connector is an API interface, a message bus or an intermediate table; and acquiring data; centralized acquisition and control of production system data and environment system data are realized through an SCADA system platform, real-time acquisition and storage of massive process data are realized, and data support is provided for an MES system; the production efficiency is improved, and the production value energy consumption is reduced; through customized production process flow control and information management, material and energy loss caused by misoperation of personnel and unreasonable production is reduced, and the product productivity is maximized.

The invention discloses a hydrogen production system based on AEL and PEM water electrolysis and a situation control method. According to the hydrogen production system, an AEL water electrolysis tank and a PEM water electrolysis tank are matched with each other and highly integrated in a water electrolysis hydrogen production system, and anaccident early warning monitoring method based on situation awareness is provided in consideration of a related complex management and control system, and is different from the lacking of situation awareness early warning function for detection information in an existing water electrolysis hydrogen production system. According to the invention, an optimal working mode of a hydrogen production system is evaluated based on accident entropy, the situation awareness object category is predicted after the situation awareness information is acquired, and then the increment change of the working mode of the situation awareness object to the accident entropy of the system is evaluated so as to provide the increment direction of the accident situation for accident early warning, so that the system can autonomously obtain a control decision through situation awareness information analysis, adjustment is carried out through different pieces of situation awareness information, and optimal working situation optimization of the system is achieved.

The invention relates to a method for controlling a full-automatic optimization burning furnace of a blast furnace coal injection system flue gas furnace. The method comprises a step S1 of establishing a model: respectively establishing a dry air temperature control model, a flue gas furnace hearth pressure control model and a dry air oxygen content control model; a step S2 of performing parameter adjustment: adjusting medium temperature, pressure, flow, CO concentration and O2 concentration through the three models in the step S1, and respectively controlling dry air temperature, flue gas furnace hearth pressure and dry air oxygen content. The method has the advantages that the flue gas furnace runs under an optimum working condition through full-automatic burning furnace optimization and precise control over the flue gas furnace, index fluctuation in the flue gas furnace burning and control system is high, it is guaranteed that a system performs production stably, and a negative impact caused by manual operation is eliminated; in addition, the method not only can improve automatic control level, but also can greatly reduce operators' labor intensity and improve production efficiency.

The invention belongs to the technical field of oil field development and relates to a preparation method of water used for oilfield flooding, water flooding and water gathering. Firstly seawater is subjected to sterilization and algae killing and then filtered by virtue of an electrolysis chlorine producing device and then is subjected to heat exchange by virtue of a primary preheater and a secondary preheater, then the seawater is conveyed into an ultrafiltration device to be filtered, so as to obtain ultrafiltration producing water; one part of the ultrafiltration producing water is conveyed into a nanofiltration device by virtue of a high pressure pump, the rest of the ultrafiltration producing water enters into an energy recycling device, is subjected to energy exchange together with concentrated water of the nanofiltration device and then is conveyed into the nanofiltration device; then nanofiltration producing water is subjected to heat exchange together with produced water by virtue of a heat exchanger; and the nanofiltration producing water is deoxidized and then is directly taken as injected water to enter into a water injection system or a matching and gathering device, polyacrylamide is added to prepare a polymer mother solution, and finally the polymer mother solution is diluted and injected underground to displace oil. The preparation method provided by the invention is easy to operate, low in cost, low in energy consumption, low in oxygen corrosion rate and beneficial to popularization of waterflooding and polymer flooding techniques.

The invention discloses a method for improving Z-direction performance of a Q390E thick plate with the thickness of 50-80mm. The plate comprises the following chemical components, by weight, 0.07-0.10% of C, 1.4-1.50 % of Mn, 0.15-0.25% of Si, less than or equal to 0.005% of S, less than or equal to 0.015% of P, 0.020-0.04% of Als, 0.025-0.035% of Nb, 0.035-0.045% of Ti, less than or equal to 20PPM of T[O], less than or equal to 50PPM of N and less than or equal to 1.5PPM of H. The thickness of the plate ranges from 50-80mm. The whole process flow comprises the steps of molten iron pre-desulfurization treatment, converter treatment, LF and RH refining, 250mm thick plate blank treatment, heating, controlled rolling and controlled cooling and stack cooling. A converter tapping slag washing process is adopted, high-alkalinity synthetic slag is used, and the synthetic slag comprises the components, more than or equal to 60% and less than or equal to 70% of CaO, 15-20% of BaO, more than 0 and less than or equal to 3.0% of SiO2, more than 0 and less than or equal to 4.5% of Al2O3, more than 2.0% and less than or equal to 4.1% of Na2O, less than or equal to 7.5% of CaF2 and less than or equal to 4% of MgO. Casting powder used in the continuous casting process comprises the specific chemical components, by weight, 4.1-6.5% of C, 25-30% of CaO, 27-32% of SiO2, 5-10% of Na2O, 7-10% of TiC, 3-6% of TiO2, 5-8% of F, 7-15% of B2O3, less than or equal to 3% of Al2O3, 1-1.5% of MgO; less than or equal to 3% of MnO, less than 3% of Fe2O3; and less than 0.5% of H2O.

The invention discloses a method evaluating a black fungus mycelium high temperature resistance feature and relates to an evaluating method for a black fungus high temperature resistance feature. The method is to provide a method with high feasibility and capable of simply and quickly identifying and affirming black fungus types whether to have a high-temperature resistant feature. The evaluating method comprises the following steps of (1) manufacturing a panel or an inclined surface via cPDA culture medium, (2) introducing black fungus into the cPDA inclined surface or the cPDA panel and culturing the black fungus for 96 hours at the temperature of 25 DEG C, (3) placing the black fungus at the temperature of 60 DEG C and conducting heat shock to the black fungus for 2 hours, and (4) placing the black fungus at the temperature of 25 DEG C. The mycelium continues to grow or restore growth and then the black fungus mycelium high temperature resistance feature is affirmed. The method is applied to evaluation of the black fungus high temperature resistance feature.

The invention discloses a full-digital anhydrous glazing line. The full-digital anhydrous glazing line comprises three sets of ceramic large plate ink-jet machines which are connected in series. The first set of ceramic large plate ink-jet machine is used for digital overglaze jet-printing. The second set of ceramic large plate ink-jet machine is used for basic ink jet-printing. The third set of ceramic large plate ink-jet machine is used for functional glaze jet-printing. According to the full-digital anhydrous glazed line and the ceramic large plate ink-jet machines, the digital glaze is jet-printed as needed in a digitization mode, accurate positioning of the functional ink or the glaze is achieved, unnecessary material waste is avoided, an anhydrous workshop is achieved, the occupied area is saved, and environment protection is achieved.

The invention discloses a production method of carbon, and relates to the improvement of a technique for a carbon material production process. The production method comprises the following steps of: calcinating, crushing and screening, material batching and blending in a raw material storage bay, material conveying implemented by using an integrated screw conveyor, kneading, molding and roasting. The production method is characterized in that (1) a heating device is added on the outer wall of the raw material storage bay for material batching and blending, and used for carrying out heating and heat preservation on material batching and blending; (2) a heating device is arranged on the outer wall of the integrated screw conveyor for material conveying, and used for carrying out heating and heat preservation on material batching and blending. According to the production method of carbon disclosed by the invention, aiming at the problem that in the existing production of carbon products, the preheating temperature of dry materials is too low, and the kneading effect is not ideal, the heating device is added on the outside of the raw material storage bay or the integrated screw conveyor so as to raise the temperature of dry materials in the raw material storage bay or the integrated screw conveyor, in such a way, the temperature of dry materials meets technological requirements, the occurrence of a phenomenon that a paste material is kneaded non-uniformly is eliminated, and a situation that the production of carbon products is stable and the quality of carbon products reaches the standard is ensured.

The invention relates to a constant-flow feeding device which is characterized by comprising a concreted ring fixedly connected with a bunker metallic ore chute, a hopper body arranged below the bunker metallic ore chute, a group of lugs uniformly arranged on the outer surface of the upper part of the hopper body, a backing ring arranged below the group of lugs, buffering mechanisms respectively arranged between the upper surface of the backing ring and the lugs, a group of upper connecting plates which are uniformly arranged on the upper surface of the backing ring and crossly arranged together with the buffering mechanisms, a group of upper connecting rods respectively connected with the upper connecting plates and the concreted ring, a group of lower connecting plates uniformly arranged on the lower surface of the backing ring, an annular flange arranged below the hopper body, a circumferential protective plate arranged on the upper surface of the annular flange, a lower connecting rod for connecting the circumferential protective plate with the lower connecting plates, and a group of vibration mechanisms respectively arranged at outer surfaces at two sides in the middle of the hopper body, wherein the bottom of the bunker metallic ore chute is inserted into the hopper body; and the annular flange is connected with a feeding apparatus through a bolt. The constant-flow feeding device has the advantages that the discharge is smooth, the material flow is stable and uniform, and the overhauling is convenient.

The invention belongs to the technical field of steelmaking, and relates to a calibration method of a side guide plate of a finishing mill. The calibration method relates to a rack memorial archway, an inlet upper guide and guard, an inlet lower guide and guard, a side guide plate A on the operation side and a side guide plate B on the transmission side; and the calibration method comprises the following steps of 1), mounting the side guide plate A and the side guide plate B on slideways, and arranging a cross beam in the middle; 2), checking whether foreign matters exist on slideways of the side guide plate A and the side guide plate B or not before calibration; 3), simultaneously opening the two sides of the side guide plate A and the side guide plate B for a certain opening degree, andmanually closing and opening to test whether the side guide plate A and the side guide plate B are flexible or not; and 4), detecting whether mechanical jamming exists on the slideways or not. The calibration method has the characteristics of being simple, easy to operate, capable of avoiding production accidents, capable of ensuring stable production of a production line and the like.

The invention discloses a tobacco cutter copper bar chain online cleaning device which is characterized in that a copper bar chain body is located in a tobacco cutter body, the tobacco cutter body is provided with a feeding port and a discharging port, the tobacco cutter body is a box body, and the bottom of the tobacco cutter body is provided with a cleaning assembly and a driving assembly which are located below the copper bar chain body; the cleaning assembly is opposite to the lower conveying face of the copper bar chain body and comprises a first containing plate and three sets of cleaning ends located on the plane of the first containing plate which are arranged along the lower conveying face, and the three sets of cleaning ends conduct three-level cleaning on the lower conveying face of the copper bar chain body. The driving assembly comprises an eccentric wheel located on the front side face of the first containing plate and a first telescopic rod located on the rear side face of the first containing plate, and the first containing plate reciprocates perpendicular to the lower conveying face under clamping of the driving assembly. By means of the device, sequential three-level sweeping and transverse reciprocating motion are achieved, the copper bar chain body is thoroughly swept, blocking is prevented, and production operation is guaranteed.

The invention relates to a hot extrusion mold for a small-sized aluminum alloy round tube. The hot extrusion mold comprises an upper mold and a lower mold, wherein a lower mold core is arranged in an inner cavity of the lower mold. The hot extrusion mold is characterized in that a through hole is formed in the center of the upper mold, an upper mold core is inlaid in the through hole, a pressure relief ball is arranged at one end of the upper mold core, and a core head working tape is arranged at the other end of the upper mold core and is located in the inner cavity of the lower mold core; the outer end face of the pressure relief ball is a spherical surface, the inner end face of the pressure relief ball is a plane matched with the end face of the upper mold. According to the hot extrusion mold, the stable production aiming at the small-sized and high-precision round tube can be guaranteed, and particularly the abnormal problems that the core head working tape of the upper mold core is easy to wear, the utilization stability of the mold is poor due to pressure fluctuation, and the like are solved.

The invention discloses a method for precisely determining the coal injection rate during blowing-down and blowing-in periods of a blast furnace; mutual influence of the various parameters, such as a coal ratio, a fuel ratio, the air volume, oxygen enrichment, humidification, crude fuel components, the yield and the like, is counted; furthermore, the mutual influence is digitized; furthermore, existing molten iron temperature measurement and the silicon content of molten iron are also considered; after the influence factors are quantified, wind consumption per ton of iron and a carbon consumption base point as references are calculated; and the coal loss amount is automatically calculated after a real-time data accumulated value during blowing-down, blowing-in and dead back periods is compared and calculated with the references according to a control object.

There is provided a process for purifying (meth)acrylic acid by efficiently removing transition metal components from crude (meth)acrylic acid containing the transition metal components as impurities. When the crude (meth)acrylic acid containing the transition metal components as impurities is contacted with the cation exchange resin to remove the transition metal components therefrom, water is previously added to the crude (meth)acrylic acid prior to contacting the crude (meth)acrylic acid with the cation exchange resin. In the preferred embodiment of the present invention, the transition metal component is manganese.