159results about How to "Reduce intermediate process" patented technology

The invention provides an autonomous scheduling method and system for a train. A simulation module receives rail transit data and simulates an actual rail transit system; the simulation module and a deep reinforcement learning module perform interactive training; the deep reinforcement learning module obtains a trained scheduling decision model; the deep reinforcement learning module transmits thetrained scheduling decision model to a scheduling scheme module; the simulation module simulates a current train running state and outputs the current train running state to the scheduling scheme module; the scheduling scheme module generates a scheduling scheme based on the current train running state; and the scheduling scheme module transmits the scheduling scheme to the actual rail transit system. The actual rail transit system is simulated through the simulation module; the scheduling model is trained through the deep reinforcement learning module; the deep reinforcement learning moduletrains the scheduling model, so that each train adjusts the operation control strategy of the train according to an operation environment, and therefore, train operation energy consumption and passenger waiting time are reduced on the premise that train operation safety and punctuality are ensured; and the real-time performance and flexibility of scheduling are relatively high.

The invention discloses a real-time measuring system for a flood-controlling physical model testing surface flow-field in the water conservancy measuring technology field and a post-processing method thereof. The system and the method comprise technical scheme that the real-time measuring system for the flood-controlling physical model testing surface flow-field comprises an image acquiring module, an image management module, a flow-field calculating and post-processing module and a data fetching module. The post-processing method for the flood-controlling physical model testing surface flow-field comprises the steps as follows: tracer particles are evenly sprinkled on a water flow surface and are led to move along with the water flow; a vidicon is installed above the surface flow-field, and external synchronization can be realized through a videofrequency synchronizer; particle motion image signals are transmitted to a computer image grabbing card through a video line for analysis and treatment; and the flow velocity and the flow state of the flow-field are obtained. The real-time measuring system and the post-processing method thereof increase the velocity of flow velocity vector matching calculation, and lead the automation degree for removing error flow velocity vectors to be increased greatly.

The invention provides an attitude angle direct resolving method based on a global position system (GPS) carrier wave double-difference equation. The attitude angle direct resolving method mainly comprises building a carrier wave double-difference equation, guiding carrier attitude information into the carrier wave double-difference equation and solving an attitude angle by utilizing nonlinear least squares. The attitude angle direct resolving method can effectively reduce or eliminate short base line public errors, achieves high-precision resolving, can directly resolve the attitude angle by leading the attitude angle information into the double-difference equation, greatly reduces intermediate evaluated errors, evaluates the attitude angle by utilizing the nonlinear least squares method, improves system resolving speed, finishes real-time resolving of the attitude information and is more suitable for real-time carrier attitude measuring.

The invention provides a method for producing polyester POY filament in scale by recycling PET bottle chip. Recycled waste PET bottles are crushed into flaky bottle chip, dried after cleaning, and then sent into a crystallizing bed body; under the action of hot air entering the crystallizing bed body, crystallization is carried out, a crystallizing layer is formed on the bottle chip surface, and then the bottle chip is sent into a drying tower for drying; the dried bottle chip enters a screw extruder for melt extrusion, and the obtained melt is sent into a two-stage filtering device for filtering and then enters a spinning box; and a high-speed spinning process is adopted for spinning to produce the polyester POY filament. The method for producing the polyester POY filament adopts a filling type drying mode, the drying is even and the operating cost is low; a screw mixer is arranged in the drying tower, which solves the problem of 'arching' that happens to the recycled PET bottle chip during the drying process; and the two-stage filtering device is adopted, which ensures the filtering quality. Therefore, the high-end product-polyester POY filament can be continuously produced in large scale.

The invention relates to a fusion protein of Exendin-4 tandem polypeptide and human serum albumin, a preparation method and application thereof. The fusion protein of the Exendin-4 tandem polypeptide and the human serum albumin is expressed by a genetic engineering method. The fusion protein shows long-acting controlling blood sugar activity in a body, solves the problem that the half life period of the Exendin-4 tandem polypeptide in the body is short and has the advantage of convenient preparation. The fusion protein can be used for preparing diabetes medicaments and weight-losing products.

The invention discloses a long-bar rolling production line and a production technology thereof, and belongs to the technical field of bar rolling. The production line comprises a continuous casting machine, a withdrawal and straightening machine, a pre-rolling emergency shear, a roughing mill unit, a head cutting flying shear, an intermediate mill unit, a finishing mill unit, a reducing and sizing unit and a cooling bed which are connected by roller beds in sequence, wherein the continuous casting machine is a single-machine uniflow continuous casting machine; and the roller bed between the continuous casting machine and the roughing mill unit is a heat preservation roller bed. The production technology comprises the steps of: carrying out single-machine uniflow continuous casting, carrying out heat preservation by using the conveying roller bed, straightening by using the withdrawal and straightening machine, rolling by using the roughing mill unit, rolling by using the intermediate mill unit, rolling by using the finishing mill unit, rolling by using the reducing and sizing unit, cooling and collecting. The long-bar rolling production line and the production technology have the beneficial effects that round billets are directly rolled after the round billets are cast by using the single-machine uniflow continuous casting machine, thereby reducing middle working procedures and heat loss, realizing endless rolling, meanwhile omitting a heating surface and reducing a failure rate in a production process.

The invention relates to a method for producing bronze coated iron powder, wherein copper accounts for 18%-20% (weight percentage) of the total weight of the composite powder, while tin accounts for 1.8%-2% (weight percentage) of the total weight of the composite powder, and the rest is iron. The method comprises the following steps of: according to the predetermined components of the bronze coated iron powder, weighing appropriate cupric oxide powder, tin powder and iron powder, respectively; firstly, evenly mixing the weighed cupric oxide powder and the pure iron powder together in a ball mill or a mixer, and then, adding the tin powder for mixing; next, moving the evenly mixed powder to a reducing furnace, and performing reducing diffusion in an ammonia decomposition or ammonia combustion atmosphere, thereby obtaining the bronze coated iron powder. The method for producing the bronze coated iron powder is simple in production process, thereby reducing the production cost; the copper layer on the surface of the individual bronze coated iron particle obtained by the method is complete and compact and the quality of the bronze coated iron powder is guaranteed; and simultaneously, no harmful substance is emitted in the preparation process, thereby avoiding pollution and damage on the environment.

The invention discloses a method and device for producing phosphate through adopting yellow phosphorus one-step method. The technical proposal of the invention are that: solid yellow phosphorus is melted into liquid elemental phosphorus inside a phosphorus melting trough and then is pumped into a phosphorus furnace for oxidizing combustion to generate high-temperature phosphorus pentaoxide gas; then, the temperature of the high-temperature phosphorus pentaoxide gas is lowered after completing heat exchange inside an exhaust heat boiler and generate high-pressure water vapor at the same time; finally, low-temperature gas enters into an alkali absorbing tower to react with alkali solution to generate phosphate. The invention can fully reclaim the chemical heat energy generated from yellow phosphorus combustion and also reduces the three major steps adopted in phosphate production to two steps, thereby omitting the intermediate process during phosphoric acid production, saving raw materials and equipment investment, avoiding discharge of acid mist and reducing environmental pollution.

The invention discloses a preparation method for polysiloxane with extra high molecular weight, comprising the steps of (1) adding dimethyl siloxane or alpha, omega-dihydroxy polydimethylsiloxane intoa reactor, stirring, controlling the rotating speed being 30 to 60 revolutions per minute, heating up to 90-160 DEG C., adding catalyzer which occupies 0.001% to 0.1% by weight of raw materials and reacting for 2.0 to 6.0 hours at constant temperature, (2) at constant temperature, vacuum-pumping for 1.0 to 4.0 hours, and controlling the vacuum degree being -0.080 to -0.10 MPa, and (3) adding neutralizing agent which occupies 0 to 0.1% by weight of raw materials, heating up to 170-180 DEG C., introducing nitrogen, vacuum-pumping for 2.0 to 6.0 hours, stopping heating, stirring, discharging after cooling to room temperature to obtain the blocky or granular hydroxyl silicone oil products with extra high molecular weight. The invention can prepare the polysiloxane with molecular weight more than 1000000.

The invention relates to an automatic blanking and ring cutting process, which comprises steps of a), blanking for obtaining a blank; b), positioning and pressing: descending a cross beam under action of a hydraulic piston and enabling a pressing tool to press and position the blank closely; c), cutting and forming: cutting from two sides of the blank by two groups or four groups of shearers and cutting a ring or annular workpiece by rotating a tool rest by semicircle; d), resetting a shearing device: ascending the shearing device to reset for the next operation cycle under action of the hydraulic piston after the tool rest completes rotating; e) discharging: moving an ejecting rod upwards under action of a lower main cylinder so as to eject workpieces out, sucking the workpieces and moving the same to be stored outside a machine tool under action of a sucker of a manipulator, and then moving an ejecting and vertical moving device downwards to reset for the next operation cycle. The automatic blanking and ring cutting process realizes automatic production and is high in processing speed and operation efficiency and low in waste of materials. Workpieces processed by the process are high in precision and quality.

The invention discloses a generator stator bar hot water flow experiment simulation device and an experimental method. The generator stator bar hot water flow experiment simulation device comprises a stator bar, a hot water loop, a cold water loop, temperature measuring elements and a data acquisition device, wherein a water inlet end of the stator bar is connected with water outlets of the hot water loop and the cold water loop, a water outlet pipeline of the stator bar is connected with a main loop water pump, and the main loop water pump is connected water inlets of the hot water loop and the cold water loop; the water inlet end of the stator bar is provided with a flowmeter, the water inlet ends and the water outlet ends of the hot water loop, the cold water loop and the stator bar are provided with the temperature measuring elements, and the data acquisition device acquires test values of all the temperature measuring elements and the flowmeter. The generator stator bar hot water flow experiment simulation device simulates the field test completely, operates all the test processes in situ, is simple, convenient, real-time and efficient, and is of very important significance to the intensive study of test factors such as flow, environment temperature and temperature difference on test effects and stability and the formation of scientific and practical test system and criteria.

The invention relates to an electrolytic aluminium system adopting non-grid multi-energy collaborative power supply, which comprises an electrolytic aluminium device, a solar condensation and power generation device, a wind power generation device, as well as an electric quantity control device and a heat dissipation control device, wherein a heat exchanger is arranged on a side wall casing of an aluminium cell; a thermal insulating layer is arranged on the outer side of the heat exchanger; the heat exchanger is connected with a tubular receiver through a pipeline; the heat dissipation control device is connected with the control output end of the electric quantity control device. During the use, the electric quantity supplied by the public grid to the electrolytic aluminium device during the daytime is the minimum electric quantity required for thermal insulation operation, electric quantity generated by the wind power generation device and the solar condensation and power generation device are as supplementary, while electric quantity supply limit of the public grid to the electrolytic aluminium device at night is canceled. The system adapts to the fluctuation of wind and solar power generation, fully utilizes time-of-use price difference of the public grid to promote the economic benefits of enterprises, and can be used for assisting the public grid in pitch peak.

The invention discloses a method and equipment for simultaneously crushing and grinding ores. The method includes overlaying an upper arc-shaped grinding face on a lower arc-shaped grinding face, forming spatial regions which are gradually diminished from top to bottom between the inner surface of the upper arc-shaped grinding face and the outer surface of the lower arc-shaped grinding face, dividing the spatial regions into crushing regions and grinding regions from top to bottom, respectively arranging cutting teeth and fixing teeth on the inner surface of the upper arc-shaped grinding face and the outer surface of the lower arc-shaped grinding face in the crushing regions and arranging smooth arc faces on the outer surfaces of the upper arc-shaped grinding face and the lower arc-shaped grinding face in the grinding regions; enabling the upper arc-shaped grinding face and the lower arc-shaped grinding face to rotate relatively, feeding the ores into the crushing regions from a feed inlet in the top of the upper arc-shaped grinding face, fixing the ores by the aid of the fixing teeth, crushing the ores by the cutting teeth, enabling the crushed ores to fall into the grinding regions, grinding the ores by the smooth arc faces and enabling grains of the ores to fall via gaps at the lower ends of the upper arc-shaped grinding face and the lower arc-shaped grinding face. The method and the equipment have the advantages that the traditional crushers and ore grinding machines can be replaced, the ores can be crushed at first and then can be ground and integrally manufactured, and the equipment is high in crushing ratio.

The invention aims to provide a residual heat removal system of a nuclear reactor, which is used for enhancing the reliability of residual heat removal of the nuclear reactor. The residual heat removal system of the nuclear reactor comprises a main reactor cooling agent, a residual heat exchanger, a passive water feeding tank and a spraying device; a work medium flows into an inlet of the residual heat exchanger from the passive water feeding tank, and is used for absorbing heat of the main reactor cooling agent, which is transmitted by the residual heat exchanger; then, the work medium flows to the spraying device from an outlet of the residual heat exchanger and then is sprayed into the passive water feeding tank from the spraying device; the passive water feeding tank is higher than the residual heat exchanger.

The invention discloses a combined device for generating power through tidal power and desalinating sea water. The device is composed of a hydraulic turbine set, a transmission set, a sea water desalinating device and an electric generator, wherein the hydraulic turbine set is arranged at the bottom of a dam and formed by connecting a plurality of water wheels in series through couplings, each water wheel is a hollow cylinder, and a plurality of blades are arranged on the outer circle of each hollow cylinder. One end of the transmission set is arranged on an output shaft of the water wheels, the other end of the transmission set is arranged on a support on the dam, and linkage between the two ends is achieved through a transmission belt or a transmission chain. One end of an output shaft of the transmission set is connected with a booster pump to produce high-pressure sea water, then, fresh water is prepared by a membrane permeation assembly, and the other end of the output shaft of the transmission set is connected with the electric generator to generate electricity. The whole device integrates the tidal power and sea water desalination well, therefore, not only is the tidal power effectively utilized, but also the fresh water can be prepared, and the device is environmentally friendly, free from pollution and capable of being used in some coastal regions or islands where both water and electricity are in shortage.

The invention relates to the technical field of submarine topographic measurement, in particular to a submarine topographic measurement method based on a precision POS. The submarine topographic measurement method aims to collect the three-dimensional coordinate information of a hull measurement system by the precision POS composed of a GNSS receiver, an attitude instrument and a depth sounding instrument based on high-precision GNSS positioning. A reference ellipsoid surface is taken as the reference when calculating three-dimensional coordinates of measuring points. A WGS-84 coordinate system is adopted uniformly to solve the problem that the accuracy of measurement results is affected by matching of the plane position and depth information, water level control, water depth reduction andthe like in traditional water depth measurement work.

The invention discloses a method for refining a hypo eutectic aluminum-silicon alloy structure. The method comprises the steps of: firstly melting down an aluminum-silicon alloy; then casting rapidly, solidifying and shaping the melt aluminum-silicon alloy in a liquid nitrogen environment. The method for refining the hypo eutectic aluminum-silicon alloy structure has the advantages of being simple in operation, safe and environment-friendly, obvious in refining effects and fast to prepare. A relatively large number of eutectic structures which are distributed uniformly, have compact and fine organization and have low cutting function for a basal body can be obtained after the AC4B aluminum-silicon alloy is cooled by liquid nitrogen, so that the hardness of the aluminum alloy is up to 148 HBS. The AC4B aluminum-silicon alloy which is obtained by being cooled rapidly in the liquid nitrogen environment has a size of about 3 microns to 15 microns. The crystal particle structure is fine; and the edges and corners of the crystal particles are passivated and smooth.

The invention discloses a fuse wire, a device for manufacturing the fuse wire and a manufacturing method of the fuse wire. The device comprises a machine body, a wire outlet frame, a hot melting device, a wire coiling frame and a controller, wherein the wire outlet frame comprises a tin wire frame and a copper wire frame; a tin wire is arranged on the tin wire frame; a copper wire is arranged on the copper wire frame; the hot melting device comprises a heating device and a clamping device; a heating column is arranged on the heating device; the copper wire is attached to the heating column; the clamping device is used for driving the tin wire to extend to the place above the heating column and to be in contact with the copper wire; the controller is arranged on the machine body and is electrically connected with the hot melting device and the wire coiling frame; and the controller is used for controlling the operating temperature of the heating device and the operating speed of the tin wire and the copper wire. Through controlling the operating speed of the tin wire and the copper wire, the hot melting device is used for melting the tin wire onto the copper wire of a laminated structure, so that the middle process is reduced, the process flow is simple, the environmental protection demand is met, the cost is lower, the production efficiency is high, the property is stable and the structure is simple.

A hydraulic forming die comprises an upper die body and a lower die body. The lower die body is a mold die body. The upper die body is an empty die body. An exhaust hole is formed in the bottom of a lower die cavity. An upper die cavity is provided with an oil inlet hole and an oil outlet hole. A sealing ring is arranged between the upper die cavity and the lower die cavity. An upper main die body and a lower main die body are locked through a locking bolt. A method for manufacturing a complex panel component through the hydraulic forming die comprises the steps that firstly, simulated analysis is conducted; secondly, charging and die assembly pre-tightening are conducted; thirdly, press locking is conducted; fourthly, compressed liquid is injected, and pressurizing is gradually conducted; fifthly, pressure maintaining is conducted; sixthly, pressure releasing is conducted, and the compressed liquid is discharged; and seventhly, die sinking is conduced, and the component is taken out. The die is simple in structure, short in design period and low in manufacturing cost. The middle procedures for manufacturing the complex panel component through the method are few, manpower and material resources are saved, the product thinning rate is low, and the wall thickness is uniform; the material forming extremity is high, the forming quality is good, precision is high, the bearing capability is high, and residual stress is low; and the problems that the complex panel component is prone to cracking and deformation due to drawing, and wrinkling happens to the edge pressing position are solved, and the hydraulic forming die and the method are particularly suitable for complex drawing structural pieces formed at a time.

The invention discloses chocolate mousse powder which consists of the following components in percentage by weight: 40-50% of white granulated sugar, 15-20% of cocoa powder, 15-18% of non-dairy creamer, 10-15% of gelatin and 5-12% of glucose and is prepared by preparing, mixing, sterilizing and packaging. The chocolate mousse powder can be used for preparing mousse as well as mousse stuffing of mousse cakes, split cakes, Swiss rolls, puff and dessert, and is suitable for bakeries, cake houses, chain stores of baking and the like. When the chocolate mousse powder is used for preparing chocolate mousse, the process is simple, convenient to operate and easy to understand; the prepared product is pure and natural in taste and delicate and cool in mouthfeel and has the characteristics of high-end frozen food; since multiple middle processes are reduced, the occurrence probability of the problems in quality, sanitation and the like is reduced, and the chocolate mousse powder has obvious advantages in production management, quality control, product standardization and the like.