11results about How to "Reduce parameter requirements" patented technology

The invention discloses a water conservation amount calculation simulation method based on an RCCC-WBM hydrological model, and the method comprises the steps: collecting hydro meteorological data in a research basin, calculating the average rainfall, air temperature and water surface evaporation amount of a lunar surface, and inputting the average rainfall, air temperature and water surface evaporation amount into the model; calculating and researching the average soil water content, the actual evapotranspiration, the surface runoff, the snow melting runoff and the underground runoff of the watershed for many years by adopting an RCCC-WBM model; according to the monthly-scale water source conservation amount calculation formula and the annual-scale water source conservation amount calculation formula, the monthly-scale water source conservation amount and the annual-scale water source conservation amount of the drainage basin are calculated respectively. The water conservation amount calculation formula provided by the invention can effectively avoid the negative value problem in water conservation evaluation, and the dynamic process of the basin water conservation amount can be calculated through the state variable and the intermediate output result of the RCCC-WBM model. The water conservation amount calculation method provided by the invention has less requirements on input data and parameters, and has a better simulation effect on a hydrological process.

The invention relates to the technical field of text abstract generation, in particular to a dialogue abstract generation method and device based on a large language model, equipment and a storage medium. The method comprises the steps of obtaining a first dialogue data set; cleaning the first dialogue data set to remove redundant dialogues in the first dialogue data set to obtain a second dialogue data set; inputting the second dialogue data set into a first preset model, and extracting through the first preset model to obtain a plurality of initial triples; and inputting all the initial triads into a second preset model, and combining all the initial triads through the second preset model to obtain a first dialogue abstract corresponding to the first dialogue data set. According to the method, the model deployment cost required for generating the text abstract can be reduced, and the beneficial effects of balancing the accuracy, practicability and use cost of generating the text abstract are achieved.

This invention provides a method and system for designing complex fracture networks in three-dimensional fracturing of shale oil systems. The method includes: first, identifying the original three-dimensional seepage paths of reservoir samples, including natural fractures and pores, using core observation and microscopic identification. Then, using CT and NMR techniques, the number and morphology of fractures are quantitatively characterized and delineated, forming digital characterization units of the pore-fracture network structure. Next, appropriate fracturing processes are selected based on different original fracture matching relationships, including controlled near-to-far expansion, broadband expansion, and pressurized expansion processes. A CO2-based pre-fracturing acid initiation process is added. Finally, based on optimized and reasonable three-dimensional fracturing parameters for the well group, a refined three-dimensional geological model, a geostress model, and a numerical simulation model of the actual well group are established. This three-dimensional fracturing network design method has advantages such as high accuracy, comprehensive parameters, convenience, and ease of operation.

The present invention discloses a method for zoning coal breaking of a working face and a supporting device, the method comprising dividing the coal mining working face into a drum pick mechanical cutting area and a flexible coal breaking area based on coal seam information; the drum pick mechanical cutting area contains a first coal body with an overall regular shape, and the bottom surface of the first coal body is the coal seam bottom plate of the coal seam; the flexible coal breaking area located above the drum pick mechanical cutting area contains a second coal body in contact with the top plate of the coal mining working face. The drum coal mining machine is placed in the drum pick mechanical cutting area, and the drum pick mechanism provided on the drum coal mining machine is controlled to perform mechanical cutting and coal breaking operations on the first coal body, and at the same time, the flexible area coal breaking mechanism provided on the drum coal mining machine is controlled to perform flexible coal breaking operations on the second coal body. The present invention does not require accurate identification of coal rocks, nor does it require frequent height adjustment of the cutting arm of the existing drum coal mining machine, which reduces the labor intensity of workers and reduces the occurrence of miscutting.

The invention belongs to the technical field of metal stamping machining, and particularly relates to a stamping machining device for a microphone metal shell, the stamping machining device comprises a reciprocating type stamping expanding mechanism, a delayed rotating grinding mechanism, a reciprocating type feeding and discharging mechanism and a rack assembly, the rack assembly comprises a main body bottom plate and a main body vertical plate, and the main body vertical plate is arranged on the main body bottom plate. In the stamping process, large enough rotation driving force is applied to the synchronous grinding disc in a hard connection mode, it is guaranteed that the synchronous grinding disc can rotate, elastic force is stored through the energy storage coil spring in the process, and after the delayed grinding disc makes contact with the other end of the workpiece body, the synchronous grinding disc is driven to rotate. By unlocking the delayed grinding disc, the delayed grinding disc automatically rotates and grinds the other end of the workpiece body; according to the technical scheme, organic combination of the two working procedures in structure and time is guaranteed, and the technical effect of deburring of the two ends of the workpiece body can be guaranteed.

This invention provides a face action recognition method, comprising: acquiring the face key point recognition results of a local face parsing service for a sequence of images to be recognized, wherein the sequence of images to be recognized is obtained by a face image acquisition service based on face action recognition instructions; determining the organ key point sequence corresponding to each target facial organ based on the face key point recognition results, wherein the target facial organs are determined according to the face action recognition instructions; determining the action recognition results corresponding to each target facial organ based on the organ key point sequence; and determining the face action recognition results of the front-end browser based on the action recognition results. Face action recognition can be directly performed in the front-end browser based on the organ key point sequence, reducing server-side computing power. Furthermore, using the organ key point sequence for face action recognition eliminates the need to directly capture temporal dependencies in the sequence of images to be recognized, reducing the parameter requirements of the local face parsing service, thereby reducing development and deployment costs.

The present invention belongs to the technical field of metal stamping processing, and specifically refers to a stamping processing device for a microphone metal shell, including a reciprocating stamping expansion mechanism, a delayed rotary grinding mechanism, a reciprocating loading and unloading mechanism and a frame assembly, wherein the frame assembly includes a main body bottom plate and a main body vertical plate, and the main body vertical plate is arranged on the main body bottom plate. During the stamping process, the present invention applies a sufficiently large rotational driving force to the synchronous grinding disc by means of a hard connection to ensure that the synchronous grinding disc can rotate, and in this process, the elastic force is stored by the energy storage coil spring. After the delayed grinding disc contacts the other end of the workpiece body, the delayed grinding disc is unlocked to allow the delayed grinding disc to automatically rotate and grind the other end of the workpiece body; this technical solution not only ensures the organic combination of the two process structures and time, but also ensures the technical effect of deburring both ends of the workpiece body.

The utility model discloses a universal single-channel digital anti-interference baseband circuit. Comprising a power supply protection circuit, a DC / DC power supply conversion circuit, a power supply current detection circuit, a temperature detection circuit, an FPGA baseband signal anti-interference processing circuit, an ARM A8 microprocessor unit circuit, an A / D analog-to-digital conversion circuit, a D / A digital-to-analog conversion circuit, a clock signal distribution circuit, an Ethernet data (IP) Switch switching circuit, a photoelectric conversion circuit, a storage circuit, an interface circuit and a synchronous Ethernet circuit. According to the utility model, zero intermediate frequency analog signal transmission can be realized, the fault tolerance performance of phase noise and phase jump can be improved through digital equalization, the simplified design of the radio frequency unit is better improved, the parameter requirements of some devices are reduced, the material cost is also reduced, and the manufacturability of the radio frequency unit is improved.

The invention discloses a working face zoning coal breaking method and a matched device, and the method comprises the steps: dividing a coal face based on coal seam information to obtain a roller cutting pick mechanical cutting area and a flexible coal breaking area; the roller cutting pick mechanical cutting area comprises a first coal body which is integrally in a regular shape, and the bottom surface of the first coal body is a coal seam bottom plate of the coal seam; and the second coal body is located in a flexible coal breaking area above the roller cutting pick mechanical cutting area and comprises a second coal body in contact with the top plate of the coal face. The drum shearer is arranged in a drum cutting pick mechanical cutting area, a drum cutting pick mechanism arranged on the drum shearer is controlled to conduct mechanical cutting coal breaking operation on the first coal body, and meanwhile a flexible area coal breaking mechanism arranged on the drum shearer is controlled to conduct flexible coal breaking operation on the second coal body. The coal rock does not need to be accurately identified, the height of a cutting arm of an existing drum shearer does not need to be frequently adjusted, the labor intensity of workers is relieved, and the mistaken cutting condition is reduced.

The invention provides a spinning system and method for flaky materials, and the spinning system comprises the steps that the flaky materials not limited to base materials and weaving types serve as raw materials, and a cutter of a strip forming device moves in the set direction to cut the various flaky materials so as to obtain strip-shaped materials; the strip-shaped material is suitable for spinning through pretreatment and after-treatment; and twisting the at least one strip-shaped material into a spinning yarn by using a yarn forming device. According to the technical scheme disclosed by the invention, by utilizing the advantages of relatively short industrial chain, low cost, low requirement on fibers and various web-forming crafts of a flaky material, a traditional non-woven fabric chain and a spinning chain are combined, so that the weaving cost of non-high-yarn-count yarns is effectively reduced, and the method can be used for secondary yarn-forming utilization of thick, short and hard fibers in textile wastes; the requirement for parameters of raw material fibers needed by traditional spinning can be greatly lowered, application of novel natural material resultant yarn is facilitated, the fibers obtained after net forming can meet the needed mechanical stretching requirement, and the raw material range of spinning is expanded.

The present application discloses a boost charging control method, a boost charging circuit, an apparatus, a device and a storage medium; the method is applied to a boost charging circuit, the circuit includes a motor, a motor controller, a battery pack and a boost charging switch, one end of the boost charging switch is connected to a charging pile, and the other end is respectively connected to the motor and the first phase of the motor controller, the method includes: obtaining the effective value of the electrical signal output by each of the other two phases of the motor in each of multiple stages of the boost charging process; determining the execution duty cycle value of the corresponding phase of the corresponding stage based on the electrical signal command value of each phase of each stage and the effective value of the electrical signal of the corresponding phase; generating a corresponding phase PWM wave of the corresponding stage based on the execution duty cycle value of each phase of each stage, and the waveforms of the PWM waves of the other two phases are staggered by 180 degrees; based on the PWM wave of each of the other two phases of each stage, using the motor controller to drive the other two phases of the motor to perform boost charging control on the vehicle in the corresponding stage.