57results about How to "Address risk" patented technology

The invention relates to the technical field of pet medical information, and discloses a pet cloud medical record management method and system, and the method comprises the steps: collecting pet health data through a user terminal, and the pet health data comprises video and text description; uploading the video to a video processing module, automatically editing the video through the video processing module, and extracting key segments; the text description and the key segments are integrated, and a structured pet electronic medical record is generated through a medical record generation module; storing the pet electronic medical record to a cloud storage server, and storing the hash value of the pet electronic medical record to a block chain network; and according to a user instruction, safe sharing and multi-terminal synchronization of the pet electronic medical record are realized through the safety control module. According to the method, the problem that the pet cannot know the pain point of the illness state by himself / herself is solved, the behavior performance of the pet can be effectively recorded and traced, the burden of a pet owner for sorting data is relieved, and meanwhile, a more intuitive and complete diagnosis and treatment basis is provided for veterinarians.

The utility model discloses an energy storage system which comprises a box body, and a battery cluster, an energy storage high-voltage control box, a DC / DC device and an inversion device are arranged in the box body. The number of the battery clusters is multiple, the number of the energy storage high-voltage control boxes is the same as that of the battery clusters, and the input ends of the energy storage high-voltage control boxes are connected with the battery clusters in a one-to-one correspondence mode. The number of the DC / DC devices is multiple, each DC / DC device comprises a DC voltage stabilization channel, the DC voltage stabilization channels included in the multiple DC / DC devices are mutually independent, the number of the DC voltage stabilization channels is the same as that of the energy storage high-voltage control boxes, and the input ends of the DC voltage stabilization channels are connected with the output ends of the energy storage high-voltage control boxes in a one-to-one correspondence mode. The output end of the direct current voltage stabilization channel is electrically connected with the input end of the inversion device. By the adoption of the scheme, the problem of how to reduce circulating current and risks caused by direct-current confluence type design is solved.

The invention discloses a power transmission line bird-related risk monitoring method, system and device based on multi-behavior recognition, and relates to the technical field of power transmission line protection monitoring, and the method comprises the following steps: obtaining a multi-modal monitoring data flow of bird activities in a target area; identifying a bird basic behavior event related to the power transmission line risk from the multi-modal monitoring data stream; based on the basic behavior event, generating a bird-related risk quantitative index curve with continuous time in real time; performing time sequence analysis on the bird-related risk quantitative index curve, and dynamically delimiting a risk time period matched with a bird activity rhythm by detecting a waveform interval conforming to a preset risk mode characteristic in the curve; and adjusting a protection strategy of the power transmission line based on the dynamically delimited risk time period. According to the invention, continuous quantitative characterization of the bird line-related risk and dynamic delimitation of the risk time period are realized, the timeliness and pertinence of bird-related risk monitoring are improved, and active protection and safe operation of a power transmission line are facilitated.

This invention provides a method for identifying the authenticity of wheat flour based on the fusion of Raman and near-infrared spectroscopy, belonging to the field of wheat flour authenticity identification technology. The method includes: acquiring Raman and near-infrared spectral data of the wheat flour sample to be tested, and preprocessing them separately; constructing and training a fusion detection model, which includes a data-level fusion module, a feature-level fusion module, and a decision-level fusion module; the data-level fusion module generates full-spectrum fusion data; the feature-level fusion module concatenates core features into a comprehensive feature set; the decision-level fusion module inputs the comprehensive feature set into a hybrid model; and the trained fusion detection model processes the comprehensive feature set to output the authenticity identification result of the wheat flour sample to be tested. This invention, through a three-level spectral fusion architecture and a dynamic adaptive adversarial mechanism, can effectively achieve high-precision and high-robust identification of wheat flour authenticity.

The invention belongs to the technical field of computer information security, and particularly relates to a human body posture data access system and method based on hierarchical encryption and dynamic access control. The method is executed by a data management platform server, and specifically comprises the following steps: receiving original human body posture data, and dynamically dividing the original human body posture data into a plurality of data layers with different sensitivity levels based on a multi-dimensional privacy sensitivity quantification result of the data; formulating different access control strategies for each data layer, and executing corresponding encryption operation on each layer of data; and executing identity verification and authorization operation based on the access request. The invention provides a human body posture data privacy protection management scheme which is balanced in control granularity and data utility, balanced in authority management and security demand and compliant in law.

The invention provides computer equipment for executing an inferior vena cava ultrasonic image real-time analysis and evaluation method in hemodialysis, the computer equipment comprises a memory, a processor and a computer program, when the processor executes the program, inferior vena cava ultrasonic image data in the hemodialysis process is obtained, the delay duration of inner diameter contraction response is recognized, and the delay duration is calculated; determining a latency plateau period duration based on a time period in which the inner diameter of the blood vessel is maintained relatively stable after the liquid removal speed is changed; according to the latency plateau period duration, when the blood vessel wall rebound speed is higher than the inner diameter contraction speed, high-elasticity reserve is recognized, and according to the inner diameter fluctuation range corresponding to the high-elasticity reserve, the blood volume safety range and the contraction speed threshold value are obtained; acquiring a blood volume measurement value at an ultrafiltration rate intervention time point, triggering reverse adjustment when the blood volume measurement value exceeds a blood volume safety range, and extracting a stable inner diameter contraction speed after the blood volume is stable.

The application discloses a kind of secondary frequency control method, device and storage medium based on neural network, belong to microgrid control technical field, method includes: obtaining the rated angular frequency of distributed microgrid preset, and the active power of each distributed power generation unit;Active power is respectively input into the corresponding pre-trained neural network, and the frequency compensation of each distributed power generation unit is output, the frequency deviation caused by droop control is compensated, so that the angular frequency of distributed microgrid output recovers to the rated angular frequency preset;Corresponding pre-trained neural network refers to the neural network that each distributed power generation unit corresponds one training process and is added privacy protection processing, so that attacker cannot infer whether single sample is used for the training of neural network according to neural network output result.The application can improve the security and stability of microgrid, solve the problem that traditional secondary frequency control method exists privacy leakage risk and security risk.

The application provides a cofferdam type construction structure of a conical prefabricated caisson foundation and a construction method thereof. The conical prefabricated caisson foundation comprises a conical bottom caisson constructed in a dry dock, and a conical side wall coaxially arranged in a central region and constructed in a wet dock. A water stop connecting member is arranged on the top of the conical bottom caisson and surrounds the periphery of the conical side wall. A cofferdam main body is arranged on the top of the water stop connecting member, and the cofferdam main body comprises a bottom initial section which is installed in the dry dock. By using the construction scheme of sitting on the bottom and increasing the height in the wet dock, the safety risks of overturning, failure of mooring system and damage of facilities during the construction of the traditional floating pouring method in the typhoon period are fundamentally solved, and the stability and safety of the caisson height increasing process are significantly improved. By arranging the cofferdam main body which is installed in stages, the stability of the caisson during the two floating processes of floating to the wet dock and floating to the pier position is ensured, and a whole-process dry operation environment is provided for the caisson sitting on the bottom and increasing the height in the wet dock.

The utility model provides cold header die automatic replacement mechanism relates to cold header die replacement technical field, the utility model discloses fixed installation nitrile rubber sucking disc on the bottom surface of negative pressure cylinder, the inside sliding joint of negative pressure cylinder has piston board, the surface fixed mounting of piston board has push away link, the one end fixed mounting of push away link away from piston board has the lifting plate, the both sides surface of negative pressure cylinder all fixed mounting has first fixed plate and second fixed plate first fixed plate's surface fixed mounting has first electric telescopic handle, second fixed plate's surface fixed mounting has second electric telescopic handle, the utility model discloses through adsorption clamping double fixed device, makes and utilizes the automatic collaborative action of negative pressure adsorption and mechanical clamping, need not manual intervention to change the mould link, solves the problem that traditional manual change mould leads to long equipment downtime and high security risk, guarantees the continuous operation of cold header automatic production line, improves equipment comprehensive utilization rate.

The invention discloses an animal husbandry and veterinary urine sample sampling and detecting device and method, and relates to the technical field of animal husbandry and veterinary sampling and detecting, the animal husbandry and veterinary urine sample sampling and detecting device comprises a box body and a flow guide arc plate fixedly connected to the top of the box body, a sample flow guide opening is formed in the upper surface, close to one end, of the flow guide arc plate, and a sampling hopper is fixedly connected to the bottom end of the sample flow guide opening; a sampling rotating table is movably connected to the inner wall of the box body, a placement groove is formed in the outer wall of the sampling rotating table, a sampling pipe is movably inserted into the inner wall of the placement groove, and a sampling sealing cover is movably inserted into the top end of the sampling pipe. Urination is induced through the flow guide arc plate and the straw-imitating mattress which are arranged in the animal activity area, the urination event is judged in real time through cooperation of the infrared sensor and the heat-sensitive sensor, and the subsequent process is automatically triggered. The whole sampling process does not need any manual intervention, the device is directly located on a sampling site, once urination is detected, the two-position three-way electromagnetic valve is immediately started, and clean midstream urine is automatically separated and collected.

The invention relates to an automatic tunneling robot and method for underground archaeology. The robot comprises a wall-breaking tunneling head, a wall-breaking tunneling machine and a wall-breaking tunneling machine, the telescopic tunneling mechanism comprises a stepping motor, a threaded lead screw, a first supporting frame and a second supporting frame, the stepping motor is connected with the threaded lead screw in a driving mode, and the first supporting frame and the second supporting frame are installed on the threaded lead screw in a spaced mode; the threaded lead screw is used for adjusting the distance between the first supporting frame and the second supporting frame and controlling the first supporting frame and the second supporting frame to be alternately unfolded and folded. And the guiding and posture control mechanism is used for monitoring the posture of the robot body in real time and adjusting the tunneling direction of the robot. Compared with the prior art, the system integrates intelligent control and a multi-mode sensing technology, and is suitable for accurate and lossless operation in underground archaeological exploration.

This invention relates to the field of robot health management and intelligent operation and maintenance technology, specifically a robot fault prediction system based on artificial intelligence algorithms. The system includes: a data acquisition module for collecting multi-dimensional sensor time-series data of the robot and constructing an N-dimensional time-series tensor from the collected data; a manifold mapping module for constructing a real-time updated health phase diagram; a risk assessment module for calculating the spatial distance between the current state point and a preset ideal health manifold, quantifying the physical degradation pressure of the equipment, and generating a probability distribution of the remaining effective working life; a decision generation module for acquiring external spare parts supply chain data and generating dynamic maintenance work orders; and a feedback closed-loop module for executing the dynamic maintenance work orders. This invention effectively solves the problem that traditional fixed threshold schemes are difficult to handle complex working conditions and nonlinear characteristics, significantly improving the sensitivity of fault precursor identification.

The invention discloses a construction early warning method and device based on unmanned aerial vehicle cooperation and a storage medium, and relates to the technical field of construction safety monitoring, and the method comprises the steps: responding to a construction detection instruction of a target region, generating a patrol task adaptive to the target region according to a risk dynamic grading model and the state information of an unmanned aerial vehicle, collecting visual data of the target area through airborne collection equipment; an early warning abstract fed back by the unmanned aerial vehicle is received, and the visual data and dangerous situations in the early warning abstract are extracted; and issuing an early warning report according to the dangerous situation, and controlling the unmanned aerial vehicle to issue an early warning notification in a region corresponding to the dangerous situation. According to the method, the patrol task is generated through the cloud platform, the unmanned aerial vehicle cruises to generate the early warning abstract, the cloud platform issues the early warning report after extracting the dangerous situation and controls the unmanned aerial vehicle to perform on-site early warning, the problem that risk early warning is not timely is solved, and the dynamic and efficient monitoring and early warning effect of the underground pipe network construction risk is achieved.

The utility model relates to the related technical field of packing discloses a kind of plant fiber packing net, it includes several warp and weft knitted between every two warp, warp is the link formed circle chain of several fiber ring section, weft is knitted between every two circle chain, and warp and weft are prepared by hemp silk, every fiber ring section includes the open ring body, and two ends formed at the ring body opening, wherein first end extends to the ring body around being arranged in next section fiber ring section, second end extends to the ring body around being arranged in next two section fiber ring section, to link all fiber ring section to form circle chain in this way.The plant fiber packing net disclosed by the utility model is applied in agricultural livestock, without separate disassembly packing net, even if being eaten by livestock, completely eliminate the risk of intestinal obstruction caused by traditional plastic net;When applied in papermaking field, it can be completely dissolved in pulping process, to avoid the grade of finished paper due to residual to reduce.

The utility model relates to reinforcing steel bar threading technology field discloses a platform special for threading machine, including top support frame, its characterized in that: top support frame bottom fixedly connected with a plurality of evenly distributed support legs, top support frame front side right part fixedly connected with the sliding seat, the sliding seat inside installation has clamping assembly, top support frame inboard left part fixedly connected with the front and back distribution's connecting frame, top support frame top left side fixedly connected with the fender, top support frame top left side abuts with a plurality of evenly distributed reinforcing steel bars no.

The invention discloses a portable automatic gear shifting remote control device for a transformer test. The portable automatic gear shifting remote control device comprises a shell, and a control unit, a dual-mode driving mechanism, a wireless communication module and a sensor assembly which are integrated in the shell, a video monitoring module and a magnetic attraction mounting unit are assembled on the shell; the magnetic attraction mounting unit is used for detachably fixing the device near a voltage regulating switch panel of a transformer; the risks of electric shock and high-altitude falling caused by the fact that an operator must approach to live high-voltage equipment for manual operation are solved. By designing a wireless remote control and video monitoring integrated system, an operator can complete all gear shifting operations and state confirmation outside a safe distance, and an intrinsically safe operation mode of man-machine separation is realized.

The utility model discloses a breathing machine water collecting cup device capable of being adjusted in multiple directions and a breathing machine, and belongs to the technical field of breathing machines. The device comprises a three-way pipe, a multidirectional adjusting mechanism and a water collecting cup. The multidirectional adjusting mechanism is arranged at a third connector of the three-way pipe and comprises a fixed seat and a rotating part; an arc-shaped guide groove is formed in the fixed seat, a spherical joint at the upper part of the rotating part is adaptively embedded in the guide groove to form a spherical hinge structure, and a connecting pipe at the lower part of the rotating part is connected with the water collecting cup. The posture of the water collecting cup can be flexibly adjusted in a multi-angle range relative to the three-way pipe through rotation of the spherical joint in the guide groove. The device is characterized in that when the breathing pipeline inclines due to the body position of a patient or the movement of equipment, the water collecting cup can be passively or actively adjusted to and maintained in a vertically downward state, it is ensured that the water collecting cup is located at the lowest point of the pipeline all the time, condensate water is effectively collected, and backflow of the condensate water is fundamentally prevented. The device is compact in structure, convenient and fast to adjust and beneficial to improvement of safety and convenience of clinical use.

The application discloses a kind of based on microwave induced methanol water hydrogen production device, including inorganic electromagnetic preheating device, microwave energy induction reaction device, display and control device and pressure swing adsorption hydrogen purification device;The microwave energy induction reaction device is equipped with microwave energy emission system and built-in intelligent catalytic chip chemical reaction kettle, catalytic chip is constructed with periodic microcavity antenna and catalytic active site integrated structure array by micro-nano processing;Preheated raw material is uniformly delivered to the surface of chip by atomizing nozzle;Display and control device cooperatively regulate preheating power, raw material flow and microwave parameter, realize the space-time accurate programming of hot spot temperature on the surface of chip;Pressure swing adsorption hydrogen purification device realizes hydrogen efficient collection by gas-liquid separation, condensation and membrane separation three-stage purification.The application realizes the accurate directional distribution of microwave energy on molecular scale and reaction process optimization regulation by innovating traditional catalyst into programmable chip structure.

The invention discloses an anti-scouring device and a mounting method. The anti-scouring device comprises a pile body, a sliding block, a plurality of bottom rods, a blocking part and a plurality of connecting rods. The pile body extends in the first direction, the pile body is sleeved with the sliding block, and the sliding block is slidably connected with the pile body. The multiple bottom rods are rotationally connected with the pile body and distributed in the circumferential direction of the first direction at intervals, the blocking parts are connected with the bottom rods, the connecting rod is provided with a first end and a second end which are oppositely arranged in the length direction of the connecting rod, the first end is rotationally connected with the side, away from the pile body, of the sliding block, and the second end is rotationally connected with the bottom rods. The anti-scour device is configured to have a gathering state and an unfolding state, in the gathering state, the blocking part is close to the pile body, in the unfolding state, the blocking part is away from the pile body, and the sliding block moves in the first direction, so that the anti-scour device is switched between the gathering state and the unfolding state. The self-state can be flexibly adjusted, development of scouring of the seabed around the pile is restrained, and the pile is low in cost, long in life cycle and high in adaptability.

This invention relates to the field of intelligent port safety management technology, and in particular to a port anomaly decision-making system combining video surveillance and a large-scale model. The system includes: a video recognition module that analyzes real-time video streams from the port area to identify changes in the status of personnel, vehicles, and equipment and generate candidate anomaly events; a data access module that acquires operational data from the port's production and equipment systems to form operational status parameters and equipment operating parameters; a risk boundary generation module that dynamically generates a two-dimensional risk area polygon model based on the operational status; a risk prediction module that constructs the future movement path of equipment and a three-dimensional risk envelope through trajectory extrapolation; a decision generation module that integrates anomaly events and risk spatial information and generates structured handling instructions through the large-scale model; and a decision verification module that performs spatial extrapolation and safety verification of the handling instructions in a digital twin environment. This invention achieves collaborative processing of anomaly identification, risk prediction, and decision verification.

The application provides an indoor refrigeration system, a control method and device, electronic equipment and a storage medium, wherein the indoor refrigeration system comprises a refrigerant unit, a cold air fan and an air conditioning unit; the refrigerant unit is connected with the cold air fan and the air conditioning unit, and is used for transmitting refrigerant to the cold air fan and / or the air conditioning unit to supply cold air through the cold air fan and / or the air conditioning unit. Through the application, the refrigeration scheme of the refrigerant unit can be realized, the cold air fan and the air conditioning unit are simultaneously matched at the end, the temperature adjustment and cleanliness requirements of the indoor environment can be met, the water system is not needed, thereby the problem of dew condensation can be effectively avoided when the air conditioning unit is running, the same refrigerant is used for refrigeration in the cold air fan and the air conditioning unit, the linkage control can be simplified, and the problems of complex linkage control between multiple systems, dew condensation risk and inability to open of the combined air conditioning unit in the related art are solved.

The power transmission tower vibration deformation measuring and early warning method based on the ground-based synthetic aperture radar comprises the steps that scanning imaging is conducted on a power transmission tower through the ground-based synthetic aperture radar, and a plurality of radar image sequences which cover a target tower body and are arranged according to the time sequence are obtained; processing the plurality of radar image sequences by adopting a permanent scatterer interference measurement method, extracting a plurality of permanent scatterer points attached to the key points of the power transmission tower, and obtaining a displacement time sequence of each permanent scatterer point along the sight line direction of the radar; decomposing the displacement time sequence along the radar sight line direction into deformation component time sequences in three orthogonal directions under a power transmission tower structure coordinate system; joint time-frequency analysis and modal parameter identification are carried out on the deformation component time sequence in each direction, and modal parameters of the power transmission tower are extracted; establishing a multi-level early warning mechanism, calculating the change indexes of the current modal parameter and the deformation component relative to the reference value, and automatically triggering different levels of power transmission tower structure state early warning.

The invention discloses a new energy battery recovery system and method based on the Internet of Things. The system comprises a data acquisition layer, an edge calculation layer and a cloud platform layer. The data acquisition layer acquires key parameters of a battery in a running state, a charging state and a standing state in real time through an integrated embedded sensor, and uploads the key parameters to the edge calculation layer and the cloud platform through the Internet of Things; the edge calculation layer adopts a dynamic self-adaptive strategy, filters noise in combination with a TS-SFEA algorithm, analyzes voltage-temperature collaborative change by a Pearson's correlation coefficient, constructs a battery health state parameter matrix, and inputs a pre-training model to predict residual life and health level; the cloud platform layer integrates production and use historical data, records full life cycle information of the battery through a block chain technology, and generates an echelon utilization score and a recovery value index based on an AI evaluation model; and when the cycle count is greater than or equal to 500 times, the system triggers a health state reestimation mechanism, and dynamically updates an OCV-SOC mapping table and a parameter matrix to ensure the timeliness of an evaluation result.

The present application relates to the technical field of intelligent warehouse management, and more particularly to a locomotive import and export accessory intelligent anti-rust packaging and warehousing method, comprising: configuring initial parameters and arranging a monitoring unit, establishing a digital protection model and an anti-rust factor concentration distribution field map; real-time collection of environmental parameters and accessory surface temperature, determination of condensation risk state based on model comparison; when the risk meets the standard, driving the airflow adjusting device according to the concentration field map to optimize the distribution of anti-rust factors; recording the fluctuation trajectory and intervention frequency, combining field map evolution to calculate the efficiency attenuation, generating a health degree score and writing it into the electronic tag with the box; the warehouse system automatically configures the storage location based on the score, and outputs the delivery instruction from low to high according to the score. The present application realizes high-precision risk discrimination based on thermal inertia characteristic compensation, and solves the technical problem of hidden condensation of large locomotive accessories due to thermal hysteresis effect when the external environment temperature and humidity fluctuate sharply.

The utility model provides a kind of intrinsically safe intelligent pipeline gas timing valve and its equipped controller, belong to pipeline gas valve technical field.It solves the single function of existing pipeline gas timing valve and the problem of poor use effect, low safety factor.The intrinsically safe intelligent pipeline gas timing valve and its equipped controller, the pipeline gas timing valve includes shell and installs on the cartridge clip type cover of shell, shell is provided with automatic opening and closing component and valve body in, shell is provided with the air inlet end that is communicated with automatic opening and closing component and the air outlet end that is communicated with valve body, valve body is also provided with valve cover, and the valve cover is provided with induction component in, shell is also provided with circuit board, and the upper contact seat and lower contact seat of the circuit board are respectively located in the upper and lower of lead-through plate.This utility model has the advantages of high-precision detection, perfect function, avoiding gas danger, improving safety use and convenient and intuitive use.

The application provides a method and system for collaborative optimization of a commercial model of an energy storage power station based on multi-objective programming, relates to the technical field of energy storage power station operation, and comprises the following steps: obtaining a commercial model feature set by performing space-time dimension decoupling on operation data of the energy storage power station; establishing a multi-objective programming constraint system; obtaining a commercial model combination scheme based on a Pareto front search strategy; generating a dispatch execution instruction according to the commercial model combination scheme; and identifying and adjusting the capacity allocation of the commercial model in conflict. The application realizes dynamic collaborative optimization of multiple commercial models of the energy storage power station, and improves economic benefits and operation safety.

The utility model is suitable for tower crane device field provides a kind of temporary tower crane builds attachment device, including first mounting plate and second mounting plate, the wedge shape end face design of positioning block makes when mounting seat insertion can automatically guide positioning block retraction cavity, need not artificial accurate alignment, greatly simplify high-altitude operation process, "V" type spring continues to bridge plate and applies elastic pressure, drive positioning block keeps and locks positioning hole under normal condition and extends, avoid traditional spring fatigue attenuation problem using the plastic deformation characteristics of spring piece, significantly improve connection reliability;Drive assembly controllable drive bridge plate overturn makes positioning block separate from positioning hole, realize single-hand operation unlocking, cooperate with the automatic locking function of spring piece, form "insertion-automatic locking-drive unlocking" minimal operation logic, solve the difficulty of high-altitude alignment and equipment risk of dropping of existing spring structure.

The application discloses a kind of fire field in-attack personnel safety control system and method, belong to the technical field of fire extinguishing, wherein safety control system includes host computer, mobile terminal and breathing apparatus, the host computer includes single-chip microcomputer module, RFID module and bluetooth module, the RFID module, the bluetooth module are connected with the single-chip microcomputer module, the bluetooth module is used to communicate with the mobile terminal, the mobile terminal has App application software and database;The breathing apparatus includes face guard, gas pipe and oxygen tank, the gas pipe is connected between the face guard and the oxygen tank, control unit is installed on the gas pipe, the control unit is used to control the on-off of the gas pipe, and the control unit is identified and controlled by the RFID module.The application solves the problems of existing safety control system, such as complicated operation, recording risk vulnerability, inconvenience, limited information recording capacity and high energy consumption, thereby ensuring the smooth development of in-attack personnel safety control work.

The invention relates to the crossing field of intelligent agricultural insurance and intelligent agriculture, in particular to a wheat planting complete cost insurance double-precision double-reduction technology integrated intelligent system based on space-air-ground multi-source data, which comprises a data acquisition module for acquiring satellite remote sensing, unmanned aerial vehicle aerial survey and internet-of-things perception covering a wheat planting complete period, space-air-ground multi-source data such as cross-department government affairs and market sharing can be realized; and a data preprocessing, outputting and active pushing module. According to the method, wheat exclusive monitoring equipment is adopted, air-space-ground multi-source data and standardized technical parameters are integrated, through planting area grading verification and marking, a growing period dynamic compensation model is fused, data accuracy and consistency are ensured, single data dimension limitation is broken through, full-period all-dimensional accurate monitoring from sowing to harvesting is achieved, and the method is suitable for large-scale popularization and application. Causal association and forecasting of risks and yield, quality and price are achieved, the planting area underwriting error is smaller than or equal to 3%, and the loss assessment error is smaller than or equal to 5%; the claim settlement period is shortened to be within 3 days from traditional 15-30 days, the farmer experience and insurance claim settlement efficiency and precision are greatly improved, and high-quality data support is provided for double-precision business and double-reduction intervention.

The invention discloses a fund seal full-process online management and control tool based on software and hardware integration, relates to the technical field of seal management and control, and aims to solve the technical problem that existing fund seal management and control lacks software and hardware integration full-process linkage and causes high-amount fund payment safety and compliance risks. The hardware terminal layer is in communication connection with the online management and control platform layer through an encrypted channel; the hardware terminal layer integrates a risk prediction processing module and a seal management and control execution module, and the online management and control platform layer deploys a risk data integration module and a linkage management and control engine; the risk data integration module collects multi-dimensional risk data and transmits the multi-dimensional risk data to the hardware terminal layer, the risk prediction processing module analyzes and predicts the data to obtain a potential risk level, and the linkage management and control engine generates a management and control instruction according to the risk level and issues the management and control instruction to the seal management and control execution module. The method has the advantages that software and hardware are integrated, whole-process linkage is achieved, and high-amount fund payment safety and compliance are guaranteed.