313results about How to "Realize automatic calculation" patented technology

The invention belongs to the technical field of enterprise management and provides a small and medium-sized enterprise supply chain financial platform on the basis of could computing. The small and medium-sized enterprise supply chain financial platform is characterized in that a cloud platform abandons complex authorization configuration and master data management and completes system initialization setting in a guide mode; the cloud platform dynamically integrates user identity authentication services of an ERP (Enterprise Resource Planning) system in a private cloud according to different identities of accessing users so as to control data access permissions; user functions of the cloud platform are flexibly customized as required by an enterprise user in the ERP system so as to adapt to the access requirements in different user environments; the small and medium-sized enterprise supply chain financial platform comprises a system application module, a small and medium-sized enterprise financing module, a credit risk control module, a small and medium-sized enterprise information management module, an receivable and payable management module, a general ledger management module and an asset management module. The small and medium-sized enterprise supply chain financial platform has the advantages that the small and medium-sized enterprise supply chain financial platform is simpler and more practical, is convenient to use, can select the functional modules by the self according to the requirements of enterprises, is low in cost and is suitable for small and medium-sized enterprises.

The invention discloses an electronic file storage structure of mobile terminal equipment and a management method, belonging to a field for wireless mode management file of mobile terminal equipment. Currently file managing and storing mode of computers are not suitable for mobile terminal equipment and not compatible. So the invention adopts a series of software and hardware technology, converts through material format, fills memory area block, fills data bits, produces catalogue and label, fills copyright data, compresses file data and encrypts electronic content before encrypted target file UMD file comprising original data, index structure and copyright information compression is finally generated; the file is copied to the mobile terminal and edit interface is arranged at terminal of users. The invention has the advantages of simple structure, less operative steps, high compatibility, flexibility, safety and expansibility.

The invention discloses a method and a device for evaluating a risk claim settlement, relates to the technical field of data processing and mainly solves the problem that the economic loss is broughtto an insurance company when existing loss-evaluating personnel checks a claim settlement case and easily misses high-risk cases through manual check. A main technical scheme of the method comprises the steps of acquiring claim settlement information and historical insurance policy information of an insured in the claim settlement case; analyzing to-be-evaluated logic parameters in the claim settlement information and the historical insurance policy information, wherein the logic parameters are used for reflecting the situation that the insured participates in medical programs in the claim settlement case; and matching the logic parameters and preset evaluation logics, counting an evaluation result of the claim settlement case corresponding to the logic parameters, wherein the preset evaluation logics are used for reflecting a relation between different logic parameters and different evaluation scores. The method and the device are mainly used for evaluating the risk claim settlement.

The invention provides an automatic fault interpretation device for a three-dimensional seismic data body. According to the automatic fault interpretation device for the three-dimensional seismic data body, a coherent body imaging module is used for detecting seismic faults, and outputting coherent bodies to depict the faults; an ant colony tracking module performs automatic three-dimensional fault tracking and judgment on the coherent bodies by using a directional ant colony algorithm, and outputs an automatic fault tracking result; an automatic fault separation module is used for judging and automatically separating each fault according to the automatic fault tracking result; and an automatic fault attribute calculation module measures and calculates geometric elements and dynamic attributes of the separated faults. The automatic fault interpretation device for the three-dimensional seismic data body can be used for automatically performing fault interpretation on various seismic data; the device has the advantages of high calculation efficiency, objectiveness and accuracy of fault interpretation results, and the like; and fault interpretation accuracy is effectively improved, and seismic interpretation efficiency is improved.

The invention discloses a camera coordinated processing method, a camera coordinated processing device and a camera. The camera coordinated processing method includes: reading three-dimensional directional angle information of preset position orientation of the camera; and acquiring three-dimensional directional angle information of current camera orientation, comparing the three-dimensional directional angle information of the current camera orientation with the three-dimensional directional angle information of the preset position orientation of the camera, calculating degree of a target three-dimensional directional angle, needing to adjust, of current camera steering preset position, and controlling the camera to be adjusted to the preset position according to the degree of the target three-dimensional directional angle. By the camera coordinated processing method, the camera coordinated processing device and the camera, degree of the target directional angle is calculated automatically, automatic correction is performed according to calculated results, and complexity and manual participation degree of system operation are lowered effectively.

The invention discloses a DCS algorithm-based satellite-borne video SAR (synthetic aperture radar) imaging processing method. The method includes the following steps that: 1, satellite-borne SAR beam bunching mode echo simulation data and corresponding parameters are read; 2, Doppler bandwidth and synthetic aperture time required by frame images are determined; 3, a data partitioning mode is determined, and data are partitioned; 4, de-sloping processing is performed on frame segment data in an azimuth direction; 5, signals obtained after the de-sloping processing are subjected to azimuth-direction Fourier transform, multiplied by an CS factor, subjected to range-direction Fourier transform, and multiplied by a range-direction compensation factor sequentially; 6, the phase difference between the center slope distance of each frame of data and the center slope distance of the entire echo data is compensated; 7, range-direction Fourier transform, azimuth-direction compensation processing, azimuth-direction inverse Fourier transform are performed, so that an imaging result can be obtained; 8, step 4 to step 7 are repeated, so that all frame images can be obtained; and a video SAR product can be obtained. With the DCS algorithm-based satellite-borne video SAR imaging processing method of the invention adopted, the resolutions of the frame images can be consistent.

The invention provides a road side parking automatic time-based charging method and a road side parking automatic time-based charging device. The method comprises steps that whether a vehicle enters avehicle identification zone is determined, and when the vehicle enters the vehicle identification area, a first picture provided with a license number of the vehicle is shot; the vehicle is numbered,and a video picture recording equipment corresponding to the number of the vehicle is started to record the video pictures of the driving tracks of the vehicle; whether the vehicle drives in a road side parking stall is determined, and whether the parking time of the vehicle driving in the road side parking stall is greater than a preset parking time threshold is determined, and if yes, parking timing is started, and whether the vehicle leaves the road side parking stall is determined, when the vehicle leaves, the parking timing is ended, and according to a parking timing starting moment anda parking timing ending moment, parking time length is acquired, and then according to the parking time length, parking fees are calculated. The automatic calculation of the parking fees of the road side parking stalls are realized, and in addition, equipment investment is simple, and therefore parking stall management costs are effectively reduced, and management efficiency is improved.

The invention provides a visual location welding system and method based on robot welding. The visual location welding system is composed of a hand-eye calibration module, a photographing point location recording module and a welding execution module. The hand-eye calibration module is used for calculating a position and pose conversion relationship between a camera coordinate system and a robot coordinate system; three-dimensional information of crossed steel bars is acquired through the photographing point location recording module, and welding paths of the crossed steel bars are calculatedthrough a steel bar point cloud welding line extraction algorithm; and the welding paths are sent to the welding execution module, and the welding operation of steel bar crossing points is completed through the welding execution module . Through visual location of the crossed steel bars, the problem of poor precision of a workpiece and a clamp is solved, flexible and accurate welding is achieved,and the welding quality is guaranteed. According to the welding system, automatic calculation of the welding paths is achieved, and the demonstration of the welding paths is omitted; the robot demonstration process is simplified, and the requirement for operators is reduced; and the welding automation of the steel bars is achieved, and the welding effect and the production efficiency are improved.

The invention discloses a method for automatically calculating the crown projection area of a single tree based on vehicle-mounted laser point cloud data, and specifically relates to a cross field of geographic information and information technologies. The method for automatically calculating the crown projection area of a single tree based on the vehicle-mounted laser point cloud data is characterized in that ground feature point cloud to be classified is acquired through preprocessing original point cloud data by using three-dimensional point cloud data acquired by a vehicle-mounted laser mobile measurement system, a single tree is accurately recognized according to characteristics of different ground features by using a classification method of hierarchical projection, and automatic calculation for the projection area of the single tree is realized by further utilizing a convex hull algorithm. According to the method, the single tree is extracted from mass point cloud data, and a problem of single tree extraction is solved. Furthermore, calculation for the crown projection area is performed, so that a problem that the crown projection area of the single tree is difficult to be measured accurately is solved, and automatic calculation and accurate measurement for the crown projection area of the single tree are realized.

The invention discloses an e-commerce transaction system comprising a client, a data mining module, a third transaction module, and a server. In the invention, every piece of demand information and every piece of to-be-sold commodity information need to be checked before release, and the security of transaction is improved. While demand information and to-be-sold commodity information are released, the supply and demand matching degree is calculated automatically, so that automatic recommendation is completed, the success rate of transaction is improved greatly, and the time is saved for users. The website information is updated in a timely manner, which brings more convenience to users. Identity authentication is carried out based on biological features, and the security of user information is enhanced.

The invention provides a method for calculating a time difference between an incident wave and a reflected wave in traveling wave method positioning. The method comprises the steps of: generating a pattern of sampling points from characteristic parameters for positioning; setting a waveform corresponding to a wave crest in the pattern as an incident pulse, and then searching for a waveform matching with the incident pulse in the pattern; and calculating the time difference between the incident wave and the reflected wave according to the matched waveform and the incident pulse. Furthermore, the invention provides a device for calculating the time difference between the incident wave and the reflected wave in the traveling wave method positioning. By means of the technology provided by the invention, the time difference which exists between the incident wave and the reflected wave and is needed in single-ended traveling wave method positioning is calculated; the result of a parameter value of the obtained time difference is more accurate; automatic calculation is realized in the entire process, and the incident wave and the reflected wave are unnecessary to calibrate by a tester depending on experience and intuition, so that a worker can judge conveniently; the economic loss caused by human errors is avoided; and the cost of manpower consumption is lowered.

The invention discloses a close-range parallel runway collision risk and safety interval calculation system and a method. The system is configured to have four big parts: a software interface, basic information, function calculation and a database. On the basis of running and operation of a system program, and through an establishment of a close-range parallel runway collision risk model, collision risk probabilities and safety intervals of two airplanes in lateral, longitudinal and vertical directions can be calculated respectively, and collision risks and safety intervals of a close-range parallel runway running aircraft in different running modes can be calculated rapidly in real time. According to the system, on the premise that safety is guaranteed, an interval standard is appropriately reduced, the spatial domain utilization rate is substantially improved, the airport capacity is increased, an assistance is provided for solving the problem of increasingly serious flight delays. Airline company running efficiency is improved, runway land is reduced, and the problem that a new built runway has an impact on environment is solved well.

The invention discloses a carbon emission evaluation method and system based on a digital twin model, and relates to the technical field of engineering building carbon emission systems. The system comprises a plurality of client terminals, an application server and a database, wherein each client terminal is provided with a user operation interface for technicians to execute related operations such as carbon emission planning, feedback, query, monitoring, evaluation report generation and the like; the application server comprises a plurality of functional modules for carbon emission calculation and is used for data processing, algorithm analysis and interface query of the digital twin model; and the database is used for storing digital twin model information and basic data information. The invention is used for carrying out rapid evaluation, fine calculation and real-time dynamic monitoring on the carbon emission in the whole life cycle of the factory, carbon emission evaluation is carried out based on a digital management platform and non-specific industries, the repeated work of carbon emission calculation can be reduced, the carbon emission accounting efficiency in the whole life cycle of the factory is improved, and the carbon emission calculation fineness and accuracy are ensured.

The invention provides a take-out combined order payment settlement method and system. The take-out combined-order payment settle method herein includes the following steps: S1. a first consumer initiating a take-out combined order, a first other consumer selecting goods, making an order; S2. a second consumer paying the order; S3. a second other consumer receiving to-be-paid amount of money of the goods; S4. the second other consumer paying corresponding amount of money to the consumer who pays the order. The system herein includes a plurality of consumer terminals, a first server and a second server, wherein the plurality of consumer terminals, the first server and the second server can conduct mutual communication and transmission therebetween. According to the invention, the method and the system are advantaged by automatic calculation after the payment of the order and the capability of informing consumers of the amount of money to be paid.

The invention discloses an axle ageing analysis method of a high speed train on the basis of axle temperature data. The axle ageing analysis method is implemented according to the following steps: 1) preprocessing train speed and the axle temperature data; 2) carrying out smooth processing on the axle temperature data preprocessed in the step 1); 3) calculating a rise rate of the axle temperature of the train; and 4) carrying out ageing analysis on the axle by the rise rate of the axle temperature obtained in the step 3). The axle ageing analysis method solves the problems of time consumption and low precision of axle fault detection in the prior art.

The invention provides a method for detecting the sealing property of a sealed container based on a standard pressure vibration curve. The detection method is applied to sealing property detection of a continuous annealing unit and a high-hydrogen industrial electric furnace of a continuous zinc-plating unit. The detection method comprises the following steps of: establishing a standard pressure curve theoretical model; detecting an actual value; carrying out software implementation and sealing property judgment; comparing a pressure curve with a standard pressure curve; and judging whether the sealing property of a furnace chamber meets requirements or not. Compared with the prior art, the detection method provided by the invention has the advantages that the sealing property of the furnace chamber is automatically detected, and an effective leakage area of the furnace cavity is automatically calculated.

An industry investment information and data processing system based on a strength, weakness, opportunity, and threat (SWOT) model comprises an automatic collecting module of industry information on the internet and an industry information manual additional recording module, an information screening processing module, an SWOT analyzing module, an influence quantizing module, an SWOT index processing module, and an information and data output terminal, wherein an information collecting classifying server comprises the automatic collecting module of industry information on the internet and the industry information manual additional recording module, and an information and data processing server comprises the information screening processing module, the SWOT analyzing module, the influence quantizing module, and the SWOT index processing module. The automatic collecting module of the industry information automatically grasps the industry information on the internet. The information screening processing module automatically conducts screening, eliminates duplication and unifies forms, the SWOT analyzing module divides all sub-industry information into a part of strength (S), a part of weakness (W), a part of opportunity (O) and a part of threat (T). The SWOT index processing module sets an influence probability coefficient for the information and obtains SWOT analysis investment indexes. The industry investment information and data processing system based on the SWOT model can automatically search, grasp, screen and process the industry investment information, generates the information and the investment indexes which are classified according to sub-industries and, achieves classification, storage and output of the information and the indexes according to categories including S,W,O, and T.

The embodiment of the invention discloses a method for evaluating the claim expense reserve. The method is used for solving the problems in the prior art that the evaluation result of the claim expense reserve is easily influenced by the professional level and the application experience of the evaluation personnel and the evaluation efficiency is low. The method provided in the embodiment of the invention comprises the following steps of acquiring a to-be-evaluated case; acquiring the loss-occurred information of the to-be-evaluated case; determining the claim settlement insurance type of an insurance policy corresponding to the to-be-evaluated case according to the loss-occurred information of the to-be-evaluated case; judging whether the claim settlement insurance type of the insurance policy belongs to a medical type insurance type or not; if the claim settlement insurance type of the insurance policy belongs to a medical type insurance type, calculating the claim expense reserve ofthe to-be-evaluated case according to the average claim amount for each piece and the number of the insurance type of the insurance policy; if the claim settlement insurance type of the insurance policy does not belong to any medical type insurance type, calculating the coverage amount of the insurance policy of the claim settlement insurance type, and calculating the claim expense reserve of theto-be-evaluated case according to the calculated coverage amount and a preset payment proportion of the claim settlement insurance type. The embodiment of the invention further provides an evaluationdevice for evaluating the claim expense reserve.

The invention discloses a substation inspection robot image semantic analysis system and method. The system comprises an embedded AI analysis module, a binocular vision camera, an inspection camera, and a three-dimensional laser radar multi-degree-of-freedom mechanical arm, wherein the binocular vision camera, the inspection camera and the three-dimensional laser radar multi-degree-of-freedom mechanical arm are connected with the embedded AI analysis module, and the embedded AI analysis module comprises a roaming semantic map construction module; and the embedded AI analysis module is configured to be acquiring binocular image data, inspection image data and three-dimensional point cloud data of a current environment in real time; acquiring spatial distribution of objects in the current environment based on the binocular image data and the three-dimensional point cloud data; and achieving automatic recognition of the passable unknown region around the robot, achieving the motion planning of the robot in the unknown region through a local path planning technology, and executing the map construction of the unknown environment till the construction of the whole in-station environmentsemantic map is completed. According to the system, real-time and efficient identification of the inspection video is realized, and the accuracy of substation equipment identification is improved.

The invention provides an automatic calculation method and module of a support hanger in a three-dimensional process plant design. The method comprises the steps that the type of the selected support hanger is determined according to a bearing structure and a supporting pipe, and the type includes a support hanger graph described by root points and free points; a support hanger plane is determined according to the type of the positions where the root points are located and the bearing structure; in the support hanger plane, the intersection points of boundary lines determined according to the type are set as the free points, and the boundary lines are tangent with the section of the supporting pipe; the root points of the support hanger are determined on the bearing structure according to the free points and the type of the support hanger; the outline size of the support hanger is calculated according to the distance relationship among the free points and the root points, and the position where the support hanger is located is calculated according to the position coordinates of the free points and the position coordinates of the root points. The automatic calculation method and module of the support hanger in the three-dimensional process plant design achieve automatic calculation of the position and the size of the support hanger in the three-dimensional process plant design.

The invention relates to a method for controlling a mass concrete cooling introduced water flow. The method comprises the following steps of: (1), obtaining a value of a historical concrete introduced water cooling efficiency; and (2), calculating a required next flow control value according to the value of the historical concrete introduced water cooling efficiency and a cooling amplitude and a cooling time interval to be required in the future, and uniformly decreasing concrete temperature according to design requirements through the above steps. According to the method for controlling the mass concrete cooling introduced water flow, provided by the invention, by introducing dynamic adjustment of a practical cooling flow coefficient alpha and by matching with auxiliary modification of a lag coefficient ksi, internal temperature of concrete can be uniformly and stably decreased, and the purpose of controlling a target temperature can be achieved during an expected time; furthermore, automatic calculation of a cooling water flow is realized, manual control arbitrariness can be excluded, and the construction quality of mass concrete can be further increased.

The invention relates to a method for designing loading trajectory of airplane skin lengthwise stretch forming and generating numerical control codes based on ACB FEL serial numerical control lengthwise stretcher, comprising two steps: a first step: (1) designing the loading trajectory of lengthwise stretch forming and computing initial hole site; (2) initializing clamping and prestretching; (3) computing deflection angle; (4) computing jaw; and (5) searching for the excursion of the reference point of a mediate subsidiary clamp; and a second step: (1) inverse solving mechanism position and analyzing mechanism; and (2) movement evaluating. The method designs space motion location of the mediate subsidiary clamp, converts the loading trajectory into the numerical control of a device by the inverse solution, and computes the other space attitude parameter of each clamp according to the geometric characteristics of components, thereby, improving design efficiency and accuracy of stretch forming technological parameter. Optimally compared with the traditional method, the invention can obtain optimal produce technological process program, and realize scientific, numeralization and controllability of the airplane skin stretch forming. The invention has wide utility value and application prospect.

The invention relates to a rapid design and management method for spacecraft device installation fasteners. According to the requirements for the selection range of all kinds of spacecraft device installation standard fasteners, the selection range of the spacecraft device installation fasteners is determined, a spacecraft device installation standard fastener database is established, and the installation forms of the spacecraft device installation fasteners are summarized; according to the parameters including device installation apertures, the depths of mounting holes, the installation forms, the types of the fasteners and the thicknesses of mounting plates, an algorithm for basic parameters of the device installation fasteners is established, a fastener data sharing platform based on a three-dimensional light-weight model is established with mechanical interface information of a stand-alone device as a data foundation for automatic calculation of device fastener parameters, automatic matching of specifications, parametric design and automatic assembly of the three-dimensional light-weight model and visual inspection of fastener design results. As a result, the working efficiency of fastener design is improved, and the uniqueness and correctness of data are guaranteed.

The invention discloses an intelligent direct water dispenser. The intelligent direct water dispenser comprises a water receiving bin, a water outlet pipe, a flow sensor arranged on the water outlet pipe, a solenoid valve arranged on the water outlet pipe, a card reading module with a slot allowing a rechargeable card to be inserted therein, and a data processing module, wherein supposing a water receiving container is a cylinder, the data processing module is used for calculating the volume of the water receiving container, controlling the solenoid valve to be switched off, calculating the capacity of water flowing out of the water outlet pipe according to flow data of the flow sensor and the opening time span of the solenoid valve, and controlling the solenoid valve to be closed when the capacity reaches the volume of the water receiving container; the data processing module calculates the total sum according to the capacity and the unit price of water, and the balance in the rechargeable card is changed by the card reading module. The intelligent direct water dispenser realizes automatic calculation of the volume of the water receiving container, automatically controls the capacity of water supply according to the volume and then performs automatic fee deduction according to the capacity.

The embodiment of the invention provides a data processing method, which comprises the following steps that: on the basis of the historical sales volume of a specified object and / or the predicted sales volume of the specified object in a specified time range, obtaining the allocation demand quantity of the specified object in each warehouse, the allocation demand quantity comprising the supply quantity of each supply warehouse and the demand quantity of each demand warehouse; allocating allocation demanded quantities to determine allocation allocation demanded quantities corresponding to the specified objects in the warehouses; based on the allocation distribution quantity, calculating the cost consumption of the appointed object needing to be paid between each supply warehouse and each demand warehouse; and determining the target allocation quantity of the specified object in each warehouse according to the cost consumption calculation result. By allocating the allocation demand quantity of the specified objects in the warehouses, the allocation allocation allocation quantity is obtained, and the inventory balance of the warehouses is automatically achieved based on the cost consumption of the allocation of the specified objects needing to be paid. In addition, the embodiment of the invention further provides a data processing system, a medium and computing equipment.

The invention discloses a fiber preform rod flexibility measurement method. The method comprises steps that 1), initial setting is carried out; 2), a to-be-measured rod is clamped and positioned; 3), the to-be-measured rod is kept to rotate continuously, a laser diameter measurement instrument is utilized to carry out 360-DEG all-round scanning for a first selected cross section, the laser diameter measurement instrument is moved to a next cross section, and the step is repeated till all the cross sections are scanned; 4), a set of dynamic distances between a dynamic cross section surface and a reference surface is acquired each time when scanning is carried out by the laser diameter measurement instrument, difference of the largest value and the smallest value of the set of distances is calculated, and one half of the difference is flexibility of the cross section; 5), two-dimensional curve fitting is carried out for flexibility of all the cross sections, namely a flexibility curve is acquired; and 6), the largest flexibility of all the cross sections is taken as flexibility of the to-be-measured rod. The method is advantaged in that one-time automatic measurement on rod flexibility is realized through employing a scanning and rotation mode, high measurement precision is realized, analysis data can be automatically generated, and measurement efficiency is high.

The embodiment of the invention discloses a label switching path calculating method and a label switching path calculating device. The label switching path calculating method provided by the embodiment of the invention comprises the following steps of: performing planning about hierarchical level and threshold on nodes in a network in advance; and while calculating an LSP (label switching path), obtaining the layer domain information of each node and calculating LSP by means of the obtained layer domain information of each node. As the layer domain information of each node specifies the network position of the node, an LSP bypass access layer obtained through calculation can be avoided according to the layer domain information of each node and the satisfaction standard of the LSP in the LSP calculation process. In addition, the technical proposal provided by the embodiment of the invention is free of manual intervention in the whole LSP calculation process; therefore, automatic calculation of the LSP is realized.

The invention relates to an automatic control system and an automatic control method for feeding an alloy into a converter. The automatic control system comprises a converter alloy feeding amount calculation system, a converter alloy feeding PLC control system and a converter L2 process control system, wherein the converter alloy feeding amount calculation system comprises an alloy calculation module and a communication module, the alloy calculation module is used for alloy feeding amount calculation and calculation checking, and the communication module and the L2 control system perform datacommunication required by calculation. According to the present invention, the whole system is ingeniously designed; and with the method, the automatic calculation, the automatic material preparationand the automatic feeding of the alloy are achieved, the manual intervention is not required, the on-site alloy feeding can be automatically controlled, the influence on the molten steel quality and the yield during the converter tapping deoxidation alloying are simultaneously considered, and the alloy feeding stability can be ensured.

The invention provides an automatic optimizing system for a runoff hydropower station. A front water tank is provided with a water level detecting module for detecting water levels of the front watertank under different incoming flows; different-output calculation is realized by utilizing different flow grouping, so that optimal output is obtained; and a unit is optimized and regulated, so that operation benefits of the hydropower station are improved. Through a computer system, implementation optimization of a speed regulator is controlled, so that unit operation efficiency is improved.

The invention discloses a monocular vision robot rapid tracking method based on road correction, and belongs to the field of monocular vision robot path recognition. The basic idea of the method comprises building a correction mapping table for an original road image in longitudinal and transverse directions so as to achieve correction on the road image of a monocular vision robot; and on the above basis, automatic tracking travel of the robot is achieved by adopting a deviation control manner. On the above basis, the robot travels by tracking the road, physical information such as actual road curvature and curvature can be accurately obtained, and influence of road image distortion on control and operation of the robot is reduced.