43results about How to "Save cycle" patented technology

A binning architecture that allows opaque and transparent primitives to be segregated automatically into pairs of bins covering the same bin rectangle on the screen. When the frame is complete, the opaque bin will be rendered first and then the transparent bin will be rendered repeatedly using the depth peeling algorithm until all the layers have been resolved. This will happen automatically without requiring the application to isolate and store the transparent primitives until all of the opaque primitives have been rendered or submit the transparent primitives repeated until all of the transparent layers have been resolved.

Redundant changes of tracked state issued by an application are filtered out by comparing the new state value with the old value, and if they are the same, no update is made. State changes are collected in on-chip memory and added to the bin if the state vector associated with the bin is out of date. State changes within a bin are done incrementally in temporal order, and a bin is only brought up to date prior to adding in a new primitive if the state has changed since the last primitive was added to it.

The invention discloses a short-process efficient production method for metal-layered composite board strips and belongs to the technical field of production of the metal-layered composite board strips. The short-process efficient production method is characterized by including: subjecting to-be-composited double-layered or multilayered metal board strips subjected to surface treatment to single-pass room temperature rolling to obtain pre-composited metal-layered composite board strip plates; rapidly heating the pre-composited metal-layered composite board strip plates to the temperature (lower than recrystallization temperature of metal) required by subsequent rolling; continuing performing single-pass temperature-controlled rolling so as to prepare high-performance metal-layered composite board strips. The short-process efficient production method has the advantages of continuity and high degree of automation, short process, high production efficiency, small environmental pollution, energy conservation, circle-time reduction, freeness of potential safety hazards, high dimensional accuracy of products, flexible specifications, large degree of freedom in raw material combination, high material utilization, low requirements on equipment, low production cost and excellent product quality and performance, and the coiled metal strip plates or long-sized metal plates can be used as raw materials.

Conflicts between the database-building and traversal phases are resolved by allowing the database bin size to be different from the display bin size. The database bin size is some multiple of the bin display bin size, and when there are multiple display bins in a database bin, each database bin is traversed multiple times for display, and the rasterizer discards primitives outside of the current display bin. This allows a trade off between memory bandwidth consumed for database building and bandwidth consumed for display, particularly when the display traversal is done multiple of times.

A Chinese medicine in the form of capsule for treating gynopathy, such as menoxenia, menorrhagia, menalgia, morbid leukorrhea, etc is prepared from 42 Chinese-medicinal materials including Chinese angelica root, white peony root, prepared rehmannia root, donkey-hide gelatin, astragalus root, etc.

The invention provides a launch vehicle upper stage transient heat balance test device and method. The launch vehicle upper stage transient heat balance test device comprises an infrared lamp array, heat flow meters, an electric heater, and a baffle plate. According to an upper-stage in-orbit combination flight state, a temperature boundary is simulated by the electric heater in a satellite anda carrier docking surface, transient outer heat flux is simulated by the electric heater in a regular structure area including an instrument cabin, and transient outer heat flux is simulated by the infrared lamp array in a complicated structure area including a power cabin. The outer heat flux area of the instrument cabin simulated by the electric heater is equally divided into a plurality of regions along the circumferential direction. The outer heat flux area of the power cabin simulated by the infrared lamp array is divided into a circumferential direction and a bottom, wherein the circumferential direction is equally divided into a plurality of regions, and the bottom is divided into a plurality of regions. The heat flux value of each region is obtained by two heat flow meters. The infrared lamp array regions are blocked by baffles to prevent the influences of the heat flux between the regions. The launch vehicle upper stage transient heat balance test device and method solve thatit is difficult to simulate the transient outer heat flux during the in-orbit flight of the launch vehicle upper stage.

The invention provides a layering continuous well testing system and a use method thereof. The layering continuous well testing systems which are placed in a casing at interval comprise drainage test assemblies, straddle assemblies, and perforation assemblies connected from top to bottom. The cut-through cavity of the drainage test assemblies is communicated with the cut-through cavity of the straddle assemblies, to form a production channel. The straddle assemblies comprise a pressure transmitting joint, an upper packer, an upper pilot-controlled sieve tube, a lower packer, and a lower pilot-controlled sieve tube. In the production channel, pressure transmitting pipes which extend from the pressure transmitting joint and are communicated with an ignition head are arranged at interval. The pressure transmitting hole on the pressure transmitting joint is communicated with the upper port of the pressure transmitting pipe, to form a pressurization channel. The upper pilot-controlled sieve tube is provided with a first diversion channel which is separated from the production channel. The pressurization channel is injected with fluid, so the first diversion channel is communicated with the production channel. The lower pilot-controlled sieve tube is provided with a second diversion channel which can be connected with the production channel. Fluid is injected to make the second diversion channel separated from the production channel. The system can perform well testing on an upper layer and a lower layer.

The invention belongs to the technical field of water treatment, and in particular relates to a membrane pollution intelligent diagnosis and early warning decision making system of a hollow fiber device. An online remote control module, a membrane pollution prediction module, a membrane pollution evaluation and early warning classification module, a membrane system abnormal circumstance intelligent diagnosis and decision making module, and an information resource management and human-computer interaction module are systematically integrated to build the membrane pollution intelligent diagnosis and early warning decision making platform, wherein the modules form the software platform of the system, and intelligent instruments on the hollow fiber membrane device such as an electromagnetic valve, a pneumatic valve, a flowmeter and turbidimeter, a pH meter and a hardness meter, and a PLC, a server, a client side and an industrial Ethernet form the hardware platform of the system. The system applicable for a plurality of hollow fiber membrane devices has the advantages of realizing convenient data exchange with an automatic system in the conventional device and improving the economic benefit of the integral membrane method separation process along with easy realization and wide application and popularization range.

The invention provides a preparation process of tempered glass, which comprises the following steps: (1) cutting and edging a raw glass sheet according to design requirements; (2) tempering the cut and edged glass of the step (1) and then putting into a cleaning machine for cleaning; (3) putting the cleaned glass of the step (2) in a mixed solution of H2O2 with the mass concentration of 30% and H2SO4 with the mass concentration of 98% for ultrasonic activation, after activation, cleaning the glass to be neutral, and blow-drying; (4) plating an anti-fogging film on the surface of the blow-dried glass in step (3); (5) baking the film-plated glass of the step (4) in a baking oven, wherein the baking temperature is 150 to 250 DEG C, and the time is 50 to 60min; (6) putting the baked tempered glass of the step (5) into the cleaning machine for cleaning to obtain a finished product. The tempered glass of the invention has the advantages of uniform surface stress distribution, high flatness and a good anti-fogging effect.

The invention relates to a reusable modified guar gum fracturing fluid system. According to the technical scheme, the system comprises a primary mixed solution and a secondary mixed solution, wherein chemicals of a reusable fracturing system are adopted as the primary mixed solution and include compound modified guar gum, an organo-boron cross-linking agent, a low-temperature activator, a cleanup activator, a gel breaker removal adhesion preserving agent, an ionic equilibrium regulator, a molecular remodeling carding agent and a gel breaker. The base fluid formula of the secondary mixed solution includes an antibacterial agent formaldehyde, a gel breaker removal adhesion preserving agent, an ionic equilibrium regulator, thickening agent guar gum and a cleanup activator. The system has the advantages that the problems about water lack and environmental protection pressure during oilfield development in dry and rainless regions are solved, and secondary utilization of flowback fluid of fracturing fluid is achieved. On the premise that the requirements for safe fracturing construction and reservoir protection are met, fracturing fluid is easy to maintain and process and can be repeatedly used, the treatment amount of the flowback fluid is reduced, and water resources are saved.

The invention relates to a workpiece surface treatment technology in the field of stamping molds, and specifically relates to a meltallizing surface treatment process. The meltallizing surface treatment process comprises the following procedures: determining the meltallizing area of a base material matrix; carrying out polishing and repair welding on the base material matrix; degreasing; carryingout sand blasting treatment; carrying out meltallizing treatment on the strained part and the part around an R corner; and polishing the meltallized workpiece to control the surface roughness below Ra0.8. By using the meltallizing surface treatment process, the meltallizing treatment can be optionally carried out, namely the meltallizing treatment can be optionally carried out on any area on the surface of the base material matrix, thus saving treatment cost and period; the meltallizing treatment effect can be conveniently improved through the repairing treatments of the base material matrix before the meltallizing treatment, such as polishing, repair welding and the like; a favorable basis is provided for the combination of a coating film and the base material through the sand blasting treatment before the meltallizing treatment; and the surface finish quality of the mold and the product quality are improved by polishing the meltallized part after the meltallizing treatment.

Conflicts between the database-building and traversal phases are resolved by allowing the database bin size to be different from the display bin size. The database bin size is some multiple of the bin display bin size, and when there are multiple display bins in a database bin, each database bin is traversed multiple times for display, and the rasterizer discards primitives outside of the current display bin. This allows a trade off between memory bandwidth consumed for database building and bandwidth consumed for display, particularly when the display traversal is done multiple of times.

The invention relates to a low-stress manufacturing process for eliminating anisotropism of a 2A12 aluminum alloy forging, and belongs to the field of metal material engineering. In the aerospace field, according to the use and stress environment of an aluminum alloy product, the requirement for lowering the anisotropism of a material is high, and especially the requirements of an airtight knuckle bearing type forging for the chordwise and radial strength and toughness of the product are higher. Especially the requirement of an airtight knuckle bearing for a space suit for the machining precision of the product is quite high. For an aluminum alloy capable of being subjected to heat treatment and strengthening, after the material is quenched, large internal quenching stress exists in the material, and for the product with the high requirement for machining precision, waste can be possibly caused by size tolerance after finish machining. According to the method, the anisotropism, in the chordwise direction and the radial direction, of the product can be effectively eliminated, especially the internal stress of the product is effectively eliminated, and the machining yield of the product is remarkably increased.

The invention relates to a rock fabrication device and method for simulating three-dimensional morphology of a multi-structure surface, and belongs to the technical field of engineering. The rock fabrication device comprises a bottom disk, a rock die rack and a structural surface die rack, wherein the structural surface die rack is inserted into a middle part of the rock die rack, and the rock dierack and the structural surface die rack are connected with the bottom disk in a sliding way. The rock fabrication method has the characteristics of short fabrication period and high efficiency, thefabricated rock is good in quality, and the defects such as non-uniform density are difficult to generate; and moreover, the device has characteristics of powerful function, low cost and practicability, is easy to maintain and simple and convenient to operate, and actual application is facilitated.

The invention relates to cylinder covers, in particular to a cylinder cover with detecting and positioning steps and an air passage detecting method. By means of the triangular positioning steps arranged in throat positions of air passage cores, the accuracy of the positions of air passages of the cylinder cover can be monitored in the production and manufacturing process of the cylinder cover, air passage problems and problem causes can be found conveniently, production and manufacturing feedback is given in time, the stability of cylinder cover products is improved, production quality cost is reduced, and the production period is shortened.

The invention discloses an ammonia gas monitoring alarming and switching system and an ammonia gas monitoring alarming and switching method based on chromatographic analysis. The ammonia gas monitoring alarming and switching system comprises a first monitoring point air inlet pipe, a sampling air pump, a six-way plane valve, a chromatographic column, a heat-conducting detector, a monitoring alarm platform and a purifier switching device, wherein the monitoring alarm platform is connected with the purifier switching device, a first electromagnetic valve, the sampling air pump and the six-way plane valve through a circuit. According to the ammonia gas monitoring alarming and switching system, ammonia gas detecting and alarming of a plurality of monitoring points such as an ammonia gas tank zone or a purifier outlet can be achieved; alarming can be carried out to remind and timely dispose in the first time once amino gas leakage occurs, so that the operation safety is improved; meanwhile, the problem of environmental pollution is effectively avoided; meanwhile, flexible selecting and switching of sampling points can be carried out; furthermore, a switching signal can also be output to the purifier switching device through the monitoring alarm platform; automatic switching of the purifier is carried out, so that the purification effect and efficiency are improved to a great extent; and the ammonia gas monitoring alarming and switching system has relatively high application and popularization significance.

The invention provides a preparation method of a universal short tandem repeat (STR) allele ladder. The preparation method comprises the following steps of (1) designing and synthesizing a primer anda plasmid according to an STR locus; (2) using the primer to perform a PCR amplification reaction by using the plasmid as an amplification formwork; and (3) performing purification on PCR amplification products, and performing appropriate dilution so as to obtain the STR allele ladder. According to the preparation method disclosed by the invention, only one plasmid needs to be synthesized, the PCRreaction needs to be performed only once, and after the PCR products are subjected to purification and dilution, the allele ladder of the corresponding STR locus can be obtained, so that the preparation technological process of the allele ladder of the STR locus is greatly simplified, and labor cost,, time cost and economic cost for preparation are saved.

The invention discloses a polymer composite stainless steel 3D printing material, a preparation method and a preparation method of a part. The 3D printing material is a wire formed through extruding of a mixture of a high-molecular polymer and stainless steel powder. According to the preparation method of the part, the 3D printing material is heated and melted in a nozzle of a hot extruding machine, the nozzle moves along the section contour and the filling track of the part, meanwhile, the melted material is extruded, the material is rapidly solidified and is coagulated with surrounding materials, and thus the part blank is obtained; and then the high-molecular polymer in the part is removed through degreasing and sintering post-treatment processes, and the stainless steel material is reserved. The 3D printing material is used for fused deposition modeling and is filamentous, the preparation process is simple and safe, and the formed part is excellent in performance.

The invention relates to a structure and function integrated flexible structure and a mold thereof. The structure and function integrated flexible structure comprises a core shaft, a heat insulation air bag, a sealing connection system and an inflation pressure stabilizing system, wherein the heat insulation air bag is of a cylindrical structure with the core shaft as a center shaft, and end sockets with gradually-shrunk openings are arranged at the two ends of the heat insulation air bag; the sealing connection system is arranged at an opening of the sealing head and is used for sealing the heat insulation air bag and connecting an external device; and the inflation pressure stabilizing system is connected to the sealing connection system and used for inflating the heat insulation air bag and maintaining the air pressure in the heat insulation air bag to be stable. The mold comprises a core shaft and an assembly shell, the core shaft is used as a center shaft of the assembly shell, and the two ends of the core shaft extend out of the assembly shell. The flexible structure can serve as a winding core mold in the winding forming process, after a combustion chamber shell is formed, the mold can be detached, the flexible structure does not need to be disengaged, and the flexible structure can serve as a heat insulation structure of the combustion chamber shell.

The invention relates to a method for repairing spline abrasion.By means of cost analyzing, measuring and calculating, parts with large cost are preferably kept, parts with small cost are prepared, fewer parts can be machined, and periods and cost are saved.By means of the method, the abraded part scrappage of a mechanical device can be effectively reduced during repairing, and manpower, material resources and cost can be saved.

The invention discloses an easily detachable water turbine maintenance platform, which comprises a platform surface and carrying beams arranged below the platform surface and used for carrying the platform surface, and is characterized in that brackets are mounted on both sides of a mandoor of a draft tube of the water turbine, and an upper cross beam and a lower cross beam are mounted between the brackets on both sides; the horizontal distance between the lower cross beam and the mandoor is smaller than that between the upper cross beam and the mandoor; rollers are arranged on opposite side surfaces of the upper cross beam and the lower cross beam respectively; a height adjusting device is mounted between the upper cross beam and the brackets; the carrying beams comprises a main beam andan auxiliary beam; the main beam of the maintenance platform is mounted between the rollers of the upper cross beam and the rollers of the lower cross beam; the auxiliary beam of the maintenance platform is mounted between the main beam and the tube wall of the draft tube; and the wall tube of the draft tube is provided with a matching part matched with the end part of the main beam to carry the main beam. The maintenance platform provided by the invention has the advantages of compact structure, convenience and stableness in use, easiness for mounting and dismounting, and the like.

The invention discloses a modular water-cooling structure of a motor controller. The modular water-cooling structure comprises an IGBT (insulated gate bipolar transistor) module, sealing screws, waterjoints, a modular water cooling plate and sealing rings, wherein the IGBT module is fixedly mounted on the surface of the modular water cooling plate; a water channel cavity is formed in the modularwater cooling plate, a plurality of water inlets communicated with the inside water channel cavity are formed in one end of the modular water cooling plate, and a plurality of water outlets communicated with the inside water channel cavity are formed in the other end; and during actual use, one or more water inlets and water outlets are selected to be connected with the water joints, and the remaining water inlets and water outlets are sealed by the sealing rings and the sealing screws. As for motor controllers with different power, a standard water channel structure meets the heat dissipationdemands, and repeated design and simulation verification work of water channels are avoided; and the modular water channel structure comprises five water inlets and water outlets, the water inlets and the water outlets of the modular water channels are reasonably selected according to the structure of the controller and the water inlet and outlet positions, and the structure is flexible and variable in design.

The invention relates to a locking bracket for adjusting the angles of back-row seats. The locking bracket comprises a fixing base, a locking hook welding plate, a first locking hook, a second lockinghook, a rotating shaft and a rotating shaft sleeve; one end of the rotating shaft is fixed to the fixing base; the rotating shaft is sleeved with the rotating shaft sleeve; one end of the locking hook welding plate is fixedly connected with the rotating shaft sleeve, and the first locking hook and the second locking hook are fixedly connected with the locking hook welding plate separately. According to the technical scheme, through the creative improvement on the basis of an original locking hook assembly, the state of the fixing base is utilized to the greatest degree, and therefore the number of changed new parts is reduced. Besides, a locking hook structure is only changed without changing the structure of a backrest assembly, and the cost and cycle are saved. Finally, the assembly cost is reduced, the structure is simple, and the locking bracket has high practicability for rotary fixing-type rear-row backrests of most low-cost cars and SUVs.

The invention discloses a ventilation method for construction of a super-long tunnel. The ventilation method comprises the steps that 1, outdoor fresh air is pressurized by an air compressor; 2, compressed air pressurized by the air compressor and filtered is delivered into a pressure stabilizing tank through a pipeline; 3, the compressed air in the pressure stabilizing tank is delivered to a colddryer for cooling and dehumidification drying treatment; 4, a high-pressure air supply pipeline is laid in the tunnel; 5, an air inlet of the high-pressure air supply pipeline communicates with an air outlet of the pressure stabilizing tank, and an air outlet of the high-pressure air supply pipeline communicates with a diverging pipe; and 6, an air outlet of the diverging pipe reaches the position of a tunnel heading machine through a telescopic hose and is fixed, and an adjustable air supply opening is formed in the tail end of the telescopic hose and placed in the position of a tunnel construction tunnel face. According to the ventilation method, the air is pressurized by the air compressor, excavation of a ventilation vertical shaft at the middle section of the tunnel is omitted, the construction difficulty is lowered greatly, and the engineering construction cycle and the construction cost are saved.

The invention discloses a formation method of a zero object, which is used for the epitaxial technology containing a buried layer graph. The formation method comprises the following steps: 1) oxidizing and forming a cushion oxide layer on the surface of a substrate; 2) defining the position of the buried layer graph and the zero scale graph on the substrate by a photoetching mask simultaneously containing the buried layer graph and the zero scale graph and the photoetching technology; 3) taking photoresist formed by the photoetching technology as the mask, carrying out ion implantation, and respectively forming the buried layer and the ion implantation area on the buried layer graph position and the zero scale graph position; 4) removing the photoresist and the cushion oxide layer by common technology; 5) carrying out heat treatment under oxygen-rich environment to oxidize the surface of the substrate, and boosting the buried layer; and 6) removing the oxide layer formed on the surface of the substrate in step 5) with the wet method to obtain the structure with the zero object graph and the buried layer graph. The method of the invention simplifies the formation technology of the zero object.

The invention discloses a synthesis method of a target gene segment. The method comprises the following steps: obtaining a plurality of upstream primers and a plurality of downstream primers of a target gene segment; uniformly mixing the plurality of upstream primers, the plurality of downstream primers and double distilled water to obtain a primer pair solution; uniformly mixing the primer pair solution, PCR Buffer and ddH2O to obtain an annealing reaction solution; putting the annealing reaction solution into hot water with a temperature of 95-105 DEG C, and then naturally cooling to room temperature to obtain an annealing product; carrying out double enzyme digestion on a vector, and then treating with T4 DNA polymerase to obtain a linear vector with a second cohesive end; and incubating the annealed product and the linear vector with the longer cohesive end, and then transforming into competent cells to obtain a transformant with the target gene segment. The method is high in synthesis efficiency and high in accuracy, and is suitable for synthesis of target gene segments with special structure sequences such as highly repeated sequences, high GC sequences, hairpin sequences andthe like.

The invention relates to an application method and apparatus for sequential control in a microgrid energy management system. The application method comprises the steps of formulating a sequential control plane according to different project requirement and microgrid system equipment information, wherein the sequential control plane comprises a sequential control plane ID, a starting condition and a sequential control plane item; the starting condition is a condition which needs to be satisfied in starting the sequential control; and the sequential control item is used for configuring the flow operation in each step of sequential control; pre-configuring the sequential control plane to a corresponding automatic control flow of the microgrid energy management system through a configuration tool; and after the system is put into use, enabling the microgrid energy management system to execute sequential control according to the configured sequential control plan, and remote measuring and remote signaling information of an SCADA system. The apparatus is in communication connection with the SCADA system for data interaction, wherein the apparatus comprises a sequential control plane formulating module and a sequential control plane configuring module. By adoption of the application method and apparatus, the adaptivity and the compatibility of the microgrid energy management system are improved, and the labor intensity and the operating risk of an operator are lowered.

The invention discloses a vehicle network interconnection optimization control method based on a market clearing price auction mechanism. The method includes: S1, submitting the initial auction information set b<n><(0)>; S2, the grid transaction control center determining the initial electricity price set p (0) according to the auction information set and the optimization objective; S3, accordingto the determined electricity price, adjusting respective auction information, and reporting auction information b<n><(k)>again;; S4:, according to the re-submitted auction information set and the optimization objective, the grid transaction control center determining the k-th electricity price set p (k); S5, judging whether p (k)-p (k-1)>epsilon stop, if yes, updating times k=k+1, and returning to step S3; otherwise, proceeding to step S6; S6, obtaining a charging strategy b<n><*>. The present invention utilizes a power price incentive mechanism to guide the electric vehicle user to arrange the charging time and charge quantity reasonably, which has good grid compatibility. Electric vehicle users do not need to provide their own sensitive parameters to the power grid system through the auction mechanism, the privacy of the users is protected, and the electricity price is determined through auction information to ensure the rationality of the electricity price.

The invention aims at providing a marine steam turbine rotor field dynamic balance structure. The structure comprises a rotor, the rotor is a high-power marine steam turbine flexible rotor, and the rotor is provided with field dynamic balance structures at a first-stage wheel disc, a last-stage wheel disc, a thrust disc and a coupler side flange. According to the structure, multi-plane combined adjustment can be carried out on a plurality of positions of the outer sides of the first-stage wheel disc and the last-stage wheel disc of the rotor, the rotor thrust disc and the coupler output flange. The rotor dynamic balance precision can be improved by adjusting the quality of a dynamic balance block and a screw, and the operability is very high. The dynamic balance precision of the marine steam turbine rotor can be guaranteed for a long time, the safe and stable operation requirements are met, and high expenditure and long-period maintenance for opening a cylinder in a ship cabin and returning the cylinder to a factory for high-speed dynamic balance are saved.

The invention discloses a multi-channel configurable testable and trimmable digital signal isolator, and the isolator comprises a multi-channel two-way transmission core circuit, a sending and receiving configuration module, a testing and trimming module and an output drive enabling module, wherein the sending and receiving configuration module comprises a multi-bit PAD and MODE control circuit in a package; the output drive enabling module comprises an output drive enabling circuit, an output drive enabling PAD and a path I / O PAD, and the test trimming module comprises a test trimming mode selection circuit, an SPI interface circuit and a test sampling selection circuit. The digital signal isolator does not need to additionally add any PAD, is convenient for a user to use, can enter a test trimming mode at any time, can greatly increase the application range of a chip, and saves the test trimming cost and period of the chip.