24results about How to "Solve matching problems" patented technology

The invention relates to a declaration factor compliance detection method and device, a storage medium and electronic equipment, and relates to the technical field of customs declaration, and the method comprises the steps: obtaining at least one piece of to-be-detected declaration factor data; key features are extracted from each piece of declaration element data through a preset large language model; based on each key feature corresponding to the same piece of declaration element data, matching a corresponding compliance judgment rule, and detecting whether each piece of basic element information in the corresponding declaration element data is compliant or not according to the compliance judgment rule to obtain a corresponding detection result; if the basic element information which is not compliant exists in the detection result, determining the basic element information which is not compliant as target element information, adding a corresponding target non-compliant reason, and obtaining feedback information of the terminal of the user on the target non-compliant reason; and if the feedback information is judged to be wrong, optimizing the rule matching model based on the feedback information. The method and the device have the effect of improving the efficiency of declaration element data detection.

The invention relates to the technical field of medical diagnosis accompanying services, and discloses an order matching calculation method for diagnosis accompanying services, which is used for optimizing the distribution and matching process of the diagnosis accompanying services. The method comprises the following steps of setting patient information, when the patient information is generated, marking the patient information as an accompanying diagnosis event, enabling one piece of patient information to correspond to one accompanying diagnosis event, collecting disease condition keywords, obtaining patient disease condition filling content information in the accompanying diagnosis event, and collecting disease condition keywords in the patient disease condition filling content information, the method comprises the steps of forming a set, setting an illness condition keyword library and danger degrees, executing a first person screening strategy according to an illness condition danger degree value of a patient and accompanying diagnosis person information in an accompanying diagnosis person set, generating a first target person set, executing a first order matching strategy according to the first target person set, and generating an accompanying diagnosis service order. And when the diagnosis accompanying service cycle corresponding to the diagnosis accompanying service order is finished, executing a personnel score optimization strategy.

The invention is suitable for the technical field of data search, and provides a data search method and device for an electromagnetic signal image-text, equipment, a medium and a product, and the method comprises the steps: obtaining a target electromagnetic signal image and target text content corresponding to to-be-searched data through employing an image-text generation model; extracting image semantic features of the target electromagnetic signal image and text semantic features of the target text content; fusing the image semantic feature and the text semantic feature to obtain a target image-text semantic feature; searching target reference image-text semantic features corresponding to the target image-text semantic features from a retrieval map corresponding to a knowledge base; and in the knowledge base, determining the reference electromagnetic signal image or the reference text content corresponding to the target reference image-text semantic feature as a search result of the to-be-searched data. The accuracy of searching the electromagnetic signal image is improved through searching the image-text semantic features and the retrieval atlas.

The utility model discloses an automatic curtain rail assembly which comprises a first fixing seat and a second fixing seat, an inner rail section bar and an outer rail section bar are arranged between the first fixing seat and the second fixing seat, and the inner rail section bar and the outer rail section bar are movably connected in a sleeved mode. The first fixing seat is connected with the outer rail profile, the second fixing seat is connected with the outer rail profile, and the device further comprises a first guide assembly and a second guide assembly; the first guide assembly is fixedly connected with the inner rail profile, and the first guide assembly is movably connected with the outer rail profile; the second guide assembly is fixedly connected with the outer rail profile and movably connected with the inner rail profile. The rail assembly is novel in design, smooth opening and closing and height adaptability of the curtain are guaranteed, and intelligent home experience is improved.

The invention belongs to the technical field of observable technology, and provides an electric power information system alarm traceability method and system based on redundancy processing and observation, after alarm information corresponding to a traceability object is determined, alarm types are matched according to the determined alarm information, and the alarm information is displayed on a graphical interface according to the matched alarm types; specifically, when graphical interface display is carried out, whether the alarm type is index alarm is judged, if yes, index graphical interface display is carried out, if not, whether the alarm type is link alarm is judged, if yes, link graphical interface display is carried out, and if not, log graphical interface display is carried out; according to the method, the type matching is performed according to the alarm source, and the graphical interface display object is automatically judged and determined according to different alarm types, so that the judgment efficiency is improved, the overall alarm traceability and the observability of fault information are realized, and the traceability accuracy is ensured.

Embodiments of the present application disclose a robot path arrangement method, a robot, a computer device and a computer readable storage medium. The method comprises the following steps: performing standardization processing on an acquired scene map to obtain map data, the map data being composed of at least one structured point; matching a corresponding scene material for each structured point based on the map data; and arranging a work flow according to the scene material and the structured point, and issuing the work flow to the robot. Therefore, the present application can automatically generate a work flow based on a map and matching materials, reduce additional personnel operations, and realize end-to-end automation of a closed loop from map analysis to work flow landing.

The invention discloses a pipeline modeling method and system based on pipeline characteristics, and belongs to the technical field of image processing, and the method comprises the steps: screening line segment elements in a CAD drawing according to preset pipeline parallel characteristics and a circle center point in the CAD drawing, and obtaining a first center line set; based on the search range of the first center line, detecting the connection condition of the line segment elements at the end points and the line segment intersection condition, and expanding the first center line set according to the detection result to obtain a second center line set; and constructing a plurality of three-dimensional pipeline sections in combination with the pipeline attribute information extracted from the CAD drawing and the second center line set. Therefore, by implementing the method, the problem that in the prior art, it is difficult to accurately and rapidly extract pipeline segments from complex CAD drawings, and then accurate pipeline modeling is achieved can be solved.

This invention discloses an initial frequency identification method for a frequency conversion wireless charging system. The method comprises: S1, power-on initialization; S2, signal acquisition and processing; S3, timing value capture; S4, waveform type identification and phase angle calculation; S5, initial frequency identification and adjustment. Steps S2 to S5 are repeated until the switching frequency is adjusted to a preset range and meets the soft-switching conditions, thus completing the initial frequency identification. This invention relates to the fields of power electronics and wireless charging technology.

A square battery charge and discharge test motion mechanism and application method, the motion mechanism includes: a mounting base plate; a voltage regulating drive mechanism, arranged on the mounting plane, including a driving part and a pushing part, for pressurizing or releasing the battery tray mechanism; a battery tray mechanism, arranged on the mounting plane, including a base plate, a block and a plurality of battery trays, for carrying square batteries; and a positive and negative electrode conduction mechanism, arranged on the mounting plane, including a top plate, a probe mechanism and a lifting mechanism, for contacting the positive and negative electrodes of the square battery; the application method includes the following steps: placing the battery tray on the base plate, and after it is in place, the voltage regulating drive mechanism pressurizes the square battery; a CCD camera feeds back the position data of each battery to the electric cylinder assembly to adjust the probe position, and detects the square battery. The beneficial effects of the present invention are: fully automatic, strong compatibility of the battery tray; the test probe can also self-adjust and adapt to different models of batteries.

The invention relates to the field of vision measurement, in particular to a target for image autonomous identification, a target coding method and an image analysis method. The target comprises a target rod, a target seat and a target lamp, one end of the target rod is adjustably installed on the target seat, and the target lamp is installed on the target rod and can display light on the front face and the rear face of the target rod. The target lamp comprises a rear scattering cover, a rear hyperboloid reflection cavity, a reflection cone, multiple lamp beads, a front hyperboloid reflection cavity and a front scattering cover, the rear hyperboloid reflection cavity and the front hyperboloid reflection cavity are in butt joint, the reflection cone is clamped and fixed in the rear hyperboloid reflection cavity and the front hyperboloid reflection cavity, the lamp beads are arranged on the front side and the rear side of the reflection cone in a scattered mode, and the front scattering cover is arranged at the front end of the front hyperboloid reflection cavity. And the rear scattering cover is arranged at the rear end of the rear hyperboloid reflection cavity. The coding device comprises a far-end host, more than one handheld terminal and more than one target coding module. And the handheld terminal is used for communicating with the remote host to perform database synchronization, communicating with the target coding module and performing addition, deletion, checking and modification on the target coding information.

The embodiment of the invention provides a reliability detection and model automatic training method for a sealing structure of a wellhead. The method comprises the steps of obtaining a size data set of the sealing structure; the size data set comprises a plurality of size data; the size data represents information of a physical structure of the sealing structure; performing matching processing on the size data set and a data set in a preset model library to obtain multiple groups of matched data sets; determining an initial model corresponding to the matched data set based on a preset model library; based on a Bayesian optimization algorithm, processing the size data set and each initial model to obtain a reliability detection model; the reliability detection model is used for processing the size data of the sealing structure to obtain a reliability detection result of the sealing structure. The method is used for achieving the effect of accurately and effectively detecting the reliability of the sealing structure.

The invention discloses a large model AI integrated intelligent production scheduling system, and relates to the technical field of production scheduling, and the system comprises the steps: obtaining real-time production characteristics, matching a demand module set, and recording the demand module set as a target module set; extracting a first module in the target module set, and matching a first HTML-CSS component package; learning the first HTML-CSS component package, and checking to obtain a scheduling priority prediction model; obtaining first demand feature information of the first module, and performing prediction analysis on the first demand feature information through a scheduling priority prediction model to obtain a first scheduling priority index; performing descending sorting on the target module set to obtain a target module descending list; and performing intelligent production scheduling for the real-time production category according to the descending list of the target modules. The technical problem that code module matching and production scheduling efficiency is low in the prior art is solved, and the technical effect of improving production efficiency and accurate scheduling of task priority is achieved.

The utility model discloses a multi-station collaborative efficient filter pressing system which comprises a station support, a driving mechanism, a filter pressing main machine and at least two material distributing machines, the driving mechanism and the filter pressing main machine are arranged on the station support, and the output end of the driving mechanism is connected with the filter pressing main machine and used for driving the filter pressing main machine to do linear reciprocating motion on the station support; each material distributing machine is arranged on one side of the station bracket and is arranged along the moving direction of the filter pressing main machine, a material frame is correspondingly arranged on each material distributing machine, and an oil cylinder on each material distributing machine can drive the material frame to reciprocate on the material distributing machine and the station bracket. Through cross-process time sequence reconstruction and multi-equipment parallel cooperation, serial waiting of a traditional filter pressing system is converted into asynchronous rotation, and multiple improvement breakthrough of the equipment utilization rate, the production efficiency and process automation is achieved in a large-yield dehydration scene.

The invention relates to a circuit system of a multi-rotor unmanned aerial vehicle FCS and a power management method thereof, and relates to the field of fuel cells and unmanned aerial vehicles. According to the circuit system of the multi-rotor unmanned aerial vehicle FCS and the power management method of the circuit system, the problem of matching of a multi-voltage platform circuit system architecture when a hydrogen fuel cell system and the unmanned aerial vehicle are integrated is solved, and a more reasonable power management control method is provided to realize safe, accurate and efficient control of the system. Specifically, a part power supply mode of a multi-voltage platform is provided, the power supply voltage is stable, and model selection and platform design of system parts are facilitated; the power supply of the parts of the multi-voltage platform can be independently controlled, and the control can be completed by selecting the buck-boost power supply management module or the controller FCU, so that the power supply management of the parts is facilitated; the voltage platforms are powered on step by step and self-checked step by step, the fault probability is reduced, the service life of parts is prolonged, and the range of possible reasons of faults can be further narrowed conveniently through step-by-step power-on.

The invention relates to the field of meteorological prediction, and provides a multi-mode north pole climate change prediction and regulation and control mechanism analysis method. The purpose of the invention is to predict the climate change of the arctic region through the relationship among NPO, AMOC and arctic near-surface air temperature. According to the method, by constructing and verifying a large sample data set containing AMOC substitute data and north pole SAT historical observation data, the performance and deviation of the CMIP6 mode in simulation of AMOC and north pole SAT changes are evaluated. Then, a physical mechanism of the influence of the AMOC on the north pole SAT is disclosed, and the regulation and control effect of the NPO internal change rate on the relationship between the AMOC and the north pole SAT is explored; based on this, the future climate change scene is simulated, the mode parameters are adjusted to accurately reflect the influence of AMOC and NPO on the north pole SAT, and the change trend of the future north pole SAT and AMOC is predicted to evaluate the reliability of mode prediction. The method is used for predicting the climate change of the arctic region, and the prediction accuracy of the future change of the arctic climate is improved by deeply understanding the interaction between different climate modes.

The invention belongs to the field of satellite data transmission task planning, and provides a data transmission task planning method, system and product of a spot-beam double-antenna satellite.The technical scheme includes the steps that firstly, a data transmission window set of a satellite passing through a ground station is obtained according to satellite orbit parameters, ground station configuration information and data transmission planning task starting and ending time; data transmission windows which do not meet conditions are removed from the set according to satellite and ground station constraints; calculating a spot beam antenna used by each data transmission window through a satellite spot beam double-antenna data transmission distribution algorithm; and combining the single-station data transmission windows matched with the spot beam antenna into a composite data transmission window based on a double-station relay transmission planning algorithm, and finally generating a data transmission task planning file according to an agreed format. The problem of distribution between the satellite spot beam double antennas and the ground station during transmission and the problem of how to plan double-station relay transmission are solved, and data transmission task planning for the spot beam double-antenna satellite is achieved.

The invention discloses a carbon footprint tracking big data processing analysis system, and belongs to a carbon footprint analysis technology. Carbon footprint full-chain tracking is realized by incorporating emerging main bodies such as a distributed power supply and a micro-grid, synchronization of data and a power grid state is ensured through a space-time dynamic mechanism, and the real-time performance and accuracy of carbon footprint accounting are improved; by constructing a multi-element main body carbon footprint tracking model, core input can be provided for distributed power supply loss allocation and micro-grid responsibility division; by constructing a distributed power supply scene and a corresponding loss supervision processing scheme, the rationality of loss allocation is improved; by constructing a micro-grid interconnection scene and a corresponding loss supervision processing scheme, responsibilities under two-way exchange are clearly divided; the carbon footprint tracking data is matched and verified by using the carbon footprint tracking chain, and an accurate and compliant carbon footprint list and a loss allocation scheme can be adaptively output, so that the effects of diverse division of loss responsibilities and coverage of multiple scenes are realized.

The utility model relates to the technical field of mechanical clamping equipment, in particular to a multi-gripper device of a robot, which comprises a four-axis robot base, a guide shaft support is mounted on the four-axis robot base, a mechanical arm structure is mounted at the upper end of the guide shaft support, a connecting shaft is connected to the lower end of the mechanical arm structure, and the connecting shaft is connected to the lower end of the mechanical arm structure. A mounting plate is mounted at the lower end of the connecting shaft, and a first material taking cylinder, a second material taking cylinder and a third material taking cylinder are mounted at the lower end of the mounting plate. According to the utility model, different workpieces are classified according to shapes and sizes, a certain number of grippers with different specifications are manufactured, and different grippers can be switched to take materials by automatically changing discs, so that the robot clamp gripper which is large in clamping force, flexible to operate and flexible is designed, the problem of matching of the gripper and the workpieces can be solved, and the working efficiency is improved. And the universality of the gripper is improved.

The utility model discloses an engine cover sealing strip for covering a triangular hole among a front shield, a machine cover and a headlight, which comprises the front shield (1), the machine cover (2) and the headlight (3), a sealing strip (4) is arranged on the machine cover (2), the side edge of the sealing strip (4) is a sealing strip connecting corner (5), the sealing strip connecting corner (5) covers a triangular gap among the front shield (1), the machine cover (2) and the headlight (3), and the machine cover (2) and the headlight (3) are arranged on the machine cover (2). An extension edge (7) is arranged on the side edge of the sealing strip connecting corner (5), the extension edge (7) is in lap joint with the surface of the headlamp (3), the interference amount of the extension edge (7) and the surface of the headlamp (3) is 0.2 mm, and the lap joint amount between the sealing strip connecting corner (5) and the machine cover (2) is smaller than 8 mm; the sealing strip (4) covers the headlamp (3) and covers the triangular hole formed between the front protector (1) and the machine cover (2), so that the appearance problem of the triangular hole with the same structure can be effectively solved.

The invention discloses a financial statement numerical calculation method and device, and the method comprises the steps: obtaining a financial statement, and carrying out the correction of each picture in the financial statement; detecting whether a table exists in each corrected picture or not; if yes, four-point coordinates of the table in the picture are obtained, and a name area of the table is intercepted based on the four-point coordinates; performing character recognition on the name area of the table to obtain the name of the table, and judging whether the name of the table is any one of the three financial tables or not; if yes, inputting the picture into an open source model to obtain table data corresponding to the picture, and obtaining a formula set from a database; based on each subject to be matched in the formula set, judging whether a plurality of final matched subjects exist in all subjects contained in the table data or not; if yes, replacing the numerical value of the subject to be matched with the numerical value corresponding to the final matched subject; and calculating the formula set based on each numerical value after replacement to obtain a calculation result of the financial statement.

The application discloses a gas shield solid wire rod and welding wire for improving full-position welding arc stability, which contains Fe and inevitable impurity elements, and the following chemical elements with mass percentage: C: 0.05-0.12%; Si: 0.7-1.4%; Mn: 1.0-1.9%; S: 0.008-0.02%; Ti: 0.08-0.19%; Al: 0.01-0.08%; Zr: 0.01-0.06%; Ni: 0.1-0.8%; Mo: 0.09-0.25%; Y: 0.02-0.07%; O: 0.003-0.008%. The welding wire can realize uniform distribution and spreading of the bead surface layer slag to both sides of the weld and self-stripping after welding, and avoids the problem of arc instability caused by a large amount of slag gathering in the center of the weld.

According to the coal blending method for adjusting the adaptability of the raw material coal of the gasification furnace by utilizing the ash of the gasification furnace, provided by the invention, the raw material coal which cannot be used as coal for gasification of the entrained-flow bed can be blended with the ash of the gasification furnace to obtain blended coal which can be used as coal for gasification of the entrained-flow bed. The method comprises the following steps: mixing gasification furnace ash into the gasification furnace feed coal so that the coal ash characteristics of the obtained mixed coal meet the following requirements: 1.0 lt, 1.0 lt, 1.0 lt, 1.0 lt, 1.0 lt, 1.0 lt, 1.0 lt, 1.0 lt and 1.0 lt; w (SiO2 + Al2O3) / W (CaO + Fe2O3 + MgO) lt; 5.0, 0.70 lt, 5.0, 0.70 lt; w (CaO) / W (Fe2O3) lt; 2.20 DEG C, and the coal ash flowing temperature of the blended coal is 1100-1450 DEG C; the raw material coal of the gasification furnace is the raw material coal which does not meet the requirements of coal for gasification of the entrained-flow bed.