30results about How to "Enable real-time feedback" patented technology

The invention relates to the technical field of computers, and discloses a dialogue simulation method and device, equipment, a storage medium and a program product. The method comprises the steps that dialogue course information is acquired, the dialogue course information is displayed in a course display area of a dialogue interface, and the dialogue course information comprises at least one dialogue course; in response to a selection operation for a dialogue course in the dialogue course information, displaying a simulated dialogue of the dialogue course in a dialogue display area of the dialogue interface, the simulated dialogue corresponding to a simulated reply; responding to a reply operation for the simulated dialogue, and obtaining reply content; and generating a dialogue simulation result based on the matching degree of the reply content and the simulation reply, and displaying the dialogue simulation result in a result display area of the dialogue interface. By implementing the technical scheme of the invention, diversified dialogue simulation training and real-time feedback of the reply content are realized, the course training efficiency is improved, and the course training effect is ensured.

The invention discloses a dynamic construction management method based on a BIM technology, and relates to the technical field of BIM, and the method comprises the following steps: S1, building an information sharing platform; s2, transmitting the data collected at the construction site to an information sharing platform in real time; s3, the information sharing platform synchronizes the data of the construction site to the BIM model in real time; and S4, making and adjusting construction decisions, and regularly carrying out online discussion meetings of all departments and constructors. By constructing the information sharing platform, the real-time safety synchronization function of the construction site data is realized, the construction site data is fed back to the BIM model in real time, the problem that the BIM model cannot be dynamically updated is solved, and the efficiency and coordination of construction management are improved.

The invention discloses an end-edge-cloud collaborative pregnancy risk assessment system, and relates to the field of medicine. The system comprises three modules which are fetal heart and pregnant woman heart rate monitoring equipment of end equipment, a pregnant woman user mobile phone APP of edge equipment and a high-risk pregnancy risk degree evaluation system of a cloud platform. The monitoring device is composed of a fetal heart device and an ECG device which are used for collecting heartbeat data of a fetus and a pregnant woman in real time and calculating the heart rate. During detection, the monitoring device needs to be placed at a corresponding position of a pregnant woman, and the pregnant woman uses the mobile phone APP for control. By optimizing the cooperative work of the doctor management end, the mobile phone edge device and the monitoring device, the system not only can improve the working efficiency of doctors, but also can enhance the self health management ability of pregnant women.

The invention discloses an energy efficiency evaluation method and optimization strategy for a distributed integrated energy system. The method comprises the steps of data acquisition and preprocessing, preliminary energy efficiency calibration and evaluation, dynamic feedback adjustment, system state analysis and evaluation result output and transmission. By introducing a dynamic feedback mechanism and a nonlinear optimization strategy, the system can calibrate and adjust the multi-dimensional energy efficiency index in real time, so that the comprehensive utilization rate of energy is improved, the power heat ratio is reduced, and the power-cooling ratio is optimized. The strategy module further realizes self-adaptive optimization, eliminates low-efficiency bottlenecks, and ensures the overall improvement of the system performance. The system is reasonable in structure, remarkable in optimization effect and suitable for energy efficiency evaluation and management of various distributed energy systems.

This invention belongs to the field of copper alloy material design and preparation technology, and discloses a new process for efficiently designing high-performance copper-iron alloys. Based on the 5% Fe content vertical cross-sectional characteristics of the Cu-Fe-Si ternary phase diagram, the Si content is designed in stages (0-4%) to achieve targeted performance optimization. Combined with a three-stage heat treatment process of "homogenization-basic aging-gradient aging", a closed-loop system of "phase diagram design-preparation-detection-optimization" is constructed. Through precise composition control by EPMA and real-time feedback of mechanical properties, the problems of blind composition design and insufficient precipitation of strengthening phases in traditional processes are solved. The resulting alloy has excellent tensile strength, yield strength, and total elongation at break, with synergistic improvement in mechanical and magnetic properties, and a design efficiency improvement of more than 40%, making it suitable for electronic, mechanical and other fields.

The present invention provides a device system and method for growing oxide thin films by mist chemical vapor deposition, the device system comprising a feeding and atomizing unit, a mixing device, a reaction device and a vacuum generating device; the feeding and atomizing unit comprises at least two sets of feeding and atomizing components connected in parallel, each set of feeding and atomizing components comprises a feeding device and an atomizing device connected in series, and the atomizing device is connected to the mixing device; the bottoms of the feeding device and the atomizing device are independently provided with weighing sensors; a liquid start-stop device is provided between the feeding device and the atomizing device, a liquid level sensor is provided on the side wall of the atomizing device, and the liquid level sensor is electrically connected to the liquid start-stop device. The device system provided by the present invention improves the stability of atomization efficiency, enhances the real-time feedback function of the device, improves the uniformity of the gas flow field in the reaction area and the uniformity of substrate heating, thereby improving the film forming efficiency and quality.

The utility model relates to the technical field of cranes, and discloses a calibration assembly tool for a telescopic boom body of a reach stacker. The telescopic arm body comprises a top plate, a bottom plate and two side plates connected with the top plate and the bottom plate. The alignment mechanism is fixedly arranged on the tool platform, and the alignment mechanism comprises two groups of adsorption devices which are oppositely arranged and are respectively used for adsorbing the two side plates; and the detection mechanism is connected with the adsorption device and is used for determining the relative distance to the left side plate and the right side plate. The calibration assembly tool can improve the production efficiency.

This invention discloses a blind zone detection method for handheld point cloud scanning based on the interaction between the acquisition area and the boundary, relating to the fields of 3D scanning and point cloud data processing technology. The method first acquires the device pose and local point cloud, preprocesses it, and then transfers it to a global horizontal coordinate system. A boundary feature extraction engine is used to identify room boundary lines and project them to form a 2D boundary contour map. Simultaneously, an effective acquisition loop is dynamically constructed and projected based on the effective measurement range parameters of the laser scanner and the current ambient lighting conditions. Boolean operations are performed on the effective acquisition loop and the boundary contour map to identify uncovered boundary segments as potential blind zones. The occlusion state is determined using the temporal information of continuous frame point clouds and a ray casting algorithm to identify the effective blind zone. This invention reduces the 3D integrity determination to 2D planar geometric intersection, eliminating the need for prior models and enabling real-time identification of dynamic occlusion and acquisition blind zones. This results in high computational efficiency and significantly improves the success rate and coverage integrity of handheld scanning operations.

The invention relates to the technical field of parking path planning, in particular to an automatic parking path planning system based on image recognition, and the system comprises a parking demand condition extraction module which combines a current vehicle position area corresponding to a target vehicle in a constructed three-dimensional environment model, and obtaining relative position information of the parking calibration target area of the target vehicle based on the current vehicle position area, and generating a parking demand condition. According to the method, the surrounding environment information of the target vehicle is considered, accurate locking of the parking area is achieved, the parking path is planned based on different data sources through a multi-process parallel analysis mode and multiple planning modes, real-time feedback of the automatic parking planning path is achieved, and the parking efficiency is improved. And the response speed and the response result precision of the automatic parking planning path are improved.

The present invention discloses an educational intelligent cloud platform and a learning method based on big data processing, which relate to the technical field of painting education data processing. The method uses a brush with a pressure sensor to record the student's painting process, carefully captures information such as pressure changes, and provides a meticulous data basis for in-depth analysis. The construction of the data middle platform not only accepts painting images and recorded videos in various formats, but also makes the data easy to manage and analyze through identification and conversion. It solves the problem of restrictions on data formats in traditional teaching and improves the versatility and availability of data. The data is applied to deep learning to form multiple painting skill indicators. It not only combines data processing with deep learning, but also provides substantive technical support for subsequent evaluation and learning path generation. In S6, personalized evaluation and learning path generation are achieved by comparing skill indicators with standard thresholds, forming a set of efficient data automation processing processes.

The application discloses a high-altitude environment simulation real-time control simulation system and method, wherein the system comprises a host computer control platform, a model simulation platform and a high-altitude table actuating mechanism which are sequentially communicated and connected. The system calls a high-altitude test table model and a controller model to carry out structure modeling and numerical simulation test, can accurately simulate the exhaust speed, the inlet and outlet air pressure and the dynamic change law thereof, and realizes the construction of a full-digital simulation scene and a semi-physical simulation scene of the high-altitude table. Through the real-time simulation function, the real test control ability can be obtained, the problems of incomplete test data and low precision of the measured engine in the high-altitude test are effectively solved, the cost and the danger of the aero-engine test are reduced, and a safer and more reliable technical guarantee is provided for the implementation of the high-altitude test.

This utility model discloses a semiconductor component stress testing device, including a base and a stand. A liftable detection device is mounted on the top of the stand, comprising a telescopic rod, a detection head, and a pressure sensor between them. A limiting rod is provided on the base, and a detachable circuit board is mounted on the limiting rod. Clamping components on both sides of the base limit the circuit board. A terminal block is provided on the circuit board, and the bottom of the semiconductor component has a pin-type crimp terminal corresponding to the terminal block for easy insertion and removal during testing. A detection unit on the circuit board communicates with the terminal block. The detection unit includes an indicator module, and the semiconductor component communicates with the indicator module through the terminal block. The on / off state of the indicator module visually indicates whether the stress test of the semiconductor component has reached the threshold. This utility model belongs to the field of semiconductor testing technology, specifically providing a solution to the problems of strong reliance on manual operation, insufficient positioning accuracy, and lack of real-time feedback mechanisms in existing technologies.

This invention provides a wind turbine blade production monitoring system, belonging to the field of wind turbine blade manufacturing technology. The system includes: a temperature detection module, which acquires in real-time the mold temperature, mixing temperature, blade main material temperature, glue discharge temperature, production termination temperature, and ambient temperature during the blade production process; a controller, connected to the temperature detection module, which determines whether the received mold temperature, mixing temperature, blade main material temperature, glue discharge temperature, production termination temperature, and ambient temperature are within their respective preset ranges, and generates a corresponding alarm signal when any of them are outside the preset range; a display module, connected to the controller, which displays the temperature data in real-time; and an alarm module, connected to the controller, which generates a corresponding alarm prompt upon receiving an alarm signal. This invention establishes a temperature monitoring and control system to acquire temperature information in real-time during the actual production process, promptly detects anomalies and provides early warnings, improves production efficiency, and ensures production quality.

The invention discloses a double-roller conveying device with a deviation adjusting function, and relates to the technical field of double-roller conveying, the double-roller conveying device comprises an auxiliary machine body and a material piece, the auxiliary machine body is fixedly connected to the ground, the material piece is conveyed in the auxiliary machine body, the double-roller conveying device further comprises a first assembly, a second assembly and a third assembly, the second assembly is located above the first assembly, and the third assembly is located above the second assembly. The third assembly is located on one side of the second assembly. According to the innovative deviation adjusting mechanism of the double-roller conveying device, in the aspect of driving force utilization and adjustment convenience, through the unique design that the adjusting piece is ingeniously introduced to serve as a lever and the adjusting insertion rod serves as a lever fulcrum, flexible adjustment of a force arm is achieved. The driving equipment can control the second transmission roller to adjust the position only by applying small force; compared with a traditional deviation adjusting device depending on a hydraulic cylinder or other rigid driving modes, the deviation adjusting device has the advantages that the driving energy consumption can be reduced, and meanwhile, the efficiency and convenience of deviation adjusting operation are greatly improved.

The invention relates to the technical field of bionic artificial muscle preparation and circuit protection, in particular to application of a bionic artificial muscle with a spiral-crack integrated structure as a protector in a circuit. Through the unique spiral-crack integrated structural design, organic unification of driving strain amplification, wide strain range and high linearity is realized, and the prepared bionic artificial muscle has excellent actuating performance and strain sensing performance, can quickly respond in a short time, and has the advantage of high response speed; the bionic artificial muscle serves as a protector to be applied to a circuit, physical circuit breaking and state real-time feedback during circuit current overload are achieved by means of the contraction characteristic of the bionic artificial muscle under thermal stimulation, the bionic artificial muscle can automatically recover to the initial state after contraction, repeated use is achieved, and the bionic artificial muscle has excellent self-recovery performance and is suitable for popularization and application. The method has important application value in the field of electronic safety protection.

The invention provides a fuel cell water management fault diagnosis method and system. The method comprises the following steps: controlling the on-off of the output current of the fuel cell by using DC / DC, periodically recording the voltage change before and after the current interruption, and processing to obtain step data of voltage response and relaxation data of voltage response; calculating ohmic resistance according to the step data of the voltage response; calculating a diffusion resistance coefficient according to relaxation data of the voltage response; judging the dry and wet state in the fuel cell according to the ohmic resistance and the diffusion resistance coefficient; and adjusting operation parameters in real time according to the dry and wet state in the fuel cell, so that the fuel cell is kept in the optimal working state. The system comprises a data acquisition unit, an ohmic resistance calculation unit, a diffusion resistance coefficient calculation unit, a dry and wet state judgment unit and a central control unit. By periodically monitoring the change of the ohmic resistance and the diffusion resistance coefficient in the fuel cell, the real-time feedback of the dry and wet state in the fuel cell is realized.

The utility model discloses a kind of combined device for producing biogas and generating electricity by biogas feed liquid, it is related to green new energy technical field, and it includes: storage tank, monitoring mechanism, stirring mechanism and feeding mechanism;Monitoring mechanism includes PH monitor, temperature sensor and biogas component sensor;Stirring mechanism includes mounting shaft, screw thread leaf and stirring frame;Feeding mechanism includes storage barrel and weighing sensor.Utilize monitoring mechanism to realize the real-time feedback of PH, temperature and biogas component data, dynamic adjustment fungicide addition amount, effectively reduce artificial intervention, improve fermentation stability, utilize screw thread leaf can axial advance feed liquid, enhance vertical mixing, stirring frame can be radially stirred, break scum layer and promote mass transfer, prevent bottom precipitation, utilize weighing sensor can accurately control microorganism fungicide addition amount, by electromechanical integration design, the efficient closed loop of monitoring-regulation-gas production-power generation is realized, especially suitable for small and medium scale biogas engineering.

The invention discloses a high-integration light hydraulic power source, which adopts an airborne hydraulic power scheme of'double-channel motor-fixed displacement pump + energy accumulator ', and adopts a permanent magnet synchronous motor to drive the fixed displacement pump to realize oil supply and oil return. After the servo driver receives a starting instruction of the control system, the two-channel motor is driven to rotate, the hydraulic pump is driven to rotate at a high speed and output flow while the motor rotates, the energy accumulator is pressurized, and a high-pressure oil source is provided for the 12-way hydraulic actuator joint. When the driver receives a hydraulic power source turn-off instruction sent by the controller, the driver controls the two-channel motor to descend and stop rotating according to a fixed rotating speed signal, and the servo controller collects oil pressure and temperature information in the power source to participate in closed-loop control. The device has the advantages of being high in integration degree, small in size and light in weight.

The invention relates to the technical field of valve devices, in particular to a check valve which comprises a sealing shell, a valve element, a valve element, a valve element, a valve element, a valve element, a valve element, a valve element, a valve element, a valve element and a valve element, and is characterized in that a fluid inlet and a fluid outlet are formed in the sealing shell; the valve clack assembly is fixedly mounted on the rotating pin shaft, and the valve clack assembly has a first state for blocking the fluid inlet and a second state for swinging around the rotating pin shaft to open the fluid inlet; the indicating assembly is installed at the end, extending out of the sealing shell, of the rotating pin shaft, and a signal transmitting piece is arranged in the indicating assembly. In the action process of the valve clack assembly, the rotating pin shaft rotates at the same time, and then the indicating assembly located on the outer side of the sealing shell is driven to act together, so that the signal transmitting piece can transmit the state of the indicating assembly into an external control chamber in real time, and the state of the indicating assembly corresponds to the state of the valve clack assembly one to one; therefore, the state of the valve clack assembly can be known, and the on-off state of the check valve can be fed back in real time.

The present application relates to the technical fields of concrete curing, and especially relates to a kind of concrete intelligent microwave accelerated curing device, comprising: cabinet and curing bin, curing bin is fixedly installed in the inside middle part of cabinet, and electromagnetic lock assembly is arranged between bin door and cabinet, a plurality of microwave generating devices are respectively arranged on the outer wall of the left and right sides and rear side of curing bin, the lower part of the inner chamber of curing bin is provided with a rotating tray capable of rotating in a circle, and the top end of rotating tray is respectively placed with a plurality of reaction tanks for curing concrete in circumferential array distribution, the top end of reaction tank is detachably sealed and fixedly installed with sealing cover, temperature sensor, pressure sensor, humidity sensor and pressure relief assembly with automatic pressure relief and manual pressure relief double function are respectively arranged on sealing cover, and electromagnetic lock assembly will only be unlocked when reaction tank completes pressure relief, the present application provides a kind of concrete intelligent microwave accelerated curing device with structure safety, control precision, intelligent feedback and safety interlocking function.

The invention discloses a double-recording quality inspection method and device, a storage medium and a computer program product, and relates to the technical field of big data and artificial intelligence, and the double-recording quality inspection method comprises the steps: obtaining a target media stream in response to a media stream request; performing quality inspection analysis on the target media stream; and outputting alarm information under the condition that quality inspection analysis has an error. According to the method and the device, quality inspection analysis is performed on the media stream data in real time while recording is performed, and the alarm information is fed back to the client under the condition that a potential problem is found, so that real-time feedback of the potential problem of the dual-recording video data is realized.

The invention provides an automatic encryption method of an automobile product, which comprises the following steps: S1, a transit server automatically downloads and sends a key file meeting requirements according to a key request sent by a local server; s2, extracting the key file by the local automatic encryption equipment, writing key information in the key file into the product, and encrypting the product; and S3, performing encryption verification on the encrypted product, and returning a verification result. The factory local server is erected, and the communication file and format content are defined, so that the communication problem of the factory automatic encryption equipment, the transit server and the automobile server is solved, and the functions of automatically downloading the secret key and feeding back verification information in real time are realized.

The invention discloses a six-degree-of-freedom robot hydraulic system simulation method based on AMESim, and belongs to the technical field of six-degree-of-freedom robot hydraulic system simulation. The method comprises the following steps: S1, constructing a hydraulic drive unit simulation model in AMESim; s2, constructing a hydraulic oil source; s3, a Submodel mode in the AMESim is utilized, and a Premier submodel function is used for endowing the sub-model; s4, respectively setting parameter values of the hydraulic driving unit simulation model in the S3 and each element in the hydraulic oil source according to actual parameters; and S5, based on the model obtained in the S4, a simulation mode is entered by utilizing a simulation mode, simulation of the six-degree-of-freedom robot hydraulic system based on AMESim is completed, and a change curve of a target joint rotation angle signal and an actual joint rotation angle is obtained. According to the invention, each hydraulic driving joint unit of the six-degree-of-freedom robot can be simulated, so that the movement condition of each driving joint unit can be mastered, and a foundation is laid for movement and accurate control of a hydraulic system of the six-degree-of-freedom robot.

The utility model provides a welding device and assembling equipment, and the welding device comprises a camera mechanism which is used for monitoring a welding seam; the welding mechanism is configured to be used for welding a welding seam of the to-be-welded part; and the vibration mechanism is provided with a vibration end, the vibration end is arranged on one side of the to-be-welded part, the vibration end and the laser beam of the welding mechanism are distributed at a preset angle, and the vibration end is configured to be used for vibrating the weld joint. A to-be-welded part is placed at a designated position and clamped through a corresponding jig, if the welding condition is met, a welding seam gap defect-free signal is sent out, the vibration end of the vibration mechanism is aligned with a plate on one side of a welding seam and tightly attached to the to-be-welded part, the welding mechanism sends out a laser beam for welding, the vibration end vibrates the to-be-welded part, and the welding seam gap defect-free signal is sent out. The air holes in the welding seam can escape in time, flowing filling is conducted on the welding blast holes, the welding strength is improved, stress concentration near the air holes in the welding seam and the tendency of cracks caused in the using process of a to-be-welded part are avoided, and the purpose of optimizing the welding seam quality is achieved.

The invention provides a light-weight high-integration hydraulic actuator. The light-weight high-integration hydraulic actuator comprises a first knuckle bearing, a second knuckle bearing, a displacement sensor, a servo valve sleeve, a servo valve element, a servo valve motor, a pressure sensor cover cap, a pressure sensor, a plug, an actuating cylinder, an electric connector, a piston rod, a loop, a key, a check nut, a bolt piece, an oil inlet connector and an oil return connector. The servo valve shell is integrated on the actuator cylinder, and the built-in displacement sensor and the embedded pressure sensor are adopted to achieve the high-integration design of the actuator; the actuating cylinder adopts a 3D printing technology to shorten an oil path and optimize the overall structural layout so as to realize miniaturization and light weight of the actuator; a rotary direct-drive servo valve is adopted, so that the oil liquid pollution resistance is high, and the stability of the actuator is facilitated; and the frequency characteristic is high, so that the high dynamic state of the actuator can be realized.

This utility model relates to the field of sugar boiling container technology, specifically to a bottom-zoned heating sugar boiling container, including a sugar boiling tank with multiple independently controlled heating elements at the bottom. A rotating rod is rotatably connected to the upper middle part of the tank. Multiple stirring rods are fixedly connected to both sides of the outer wall of the rotating rod. A servo motor is installed at the upper middle part of the tank, and the output end of the servo motor is fixedly connected to the rotating rod. A connecting rod is provided at the lower end of the rotating rod. A transmission structure is provided between the rotating rod and the connecting rod. The rotating rod drives the connecting rod to rotate through the transmission structure, and the rotation speed of the connecting rod is less than that of the rotating rod. Scrapers are provided on both sides of the connecting rod, which can be used to scrape off the syrup adhering to the bottom of the tank. A viscosity display component is provided at the lower end of the tank. Compared with the prior art, this application solves the problem that the viscosity status of the syrup cannot be obtained in a timely manner, leading to inaccurate control of the sugar boiling process.

The invention relates to the technical field of line state monitoring, in particular to an analog voice line intervention state monitoring system and method based on big data, and the system comprises a voice transmission interference analysis module which extracts the display information of a state monitoring display end in real time. And in combination with fluctuation conditions of interaction state information in display information corresponding to different times in historical data, analyzing a time sequence communication fluctuation risk relationship generated by influence of a transmission environment in a line radiation area in the simulated voice line, and a use state risk fluctuation relationship of each connection device in the simulated voice line. According to the invention, real-time feedback of a transmission state monitoring result is realized, the simulation voice transmission line is possibly interfered by the environment or influenced by different time sequence changes, dynamic screening of the simulation voice lines corresponding to different voice transmission time is realized, and a user is assisted in executing a data transmission decision of the simulation voice lines.

The invention provides a concrete test block management method based on multi-dimensional code identity judgment. The method comprises the steps that passive media and passive chips or identifiers are adopted for random permutation and combination, and multi-dimensional codes are generated; sampling concrete to manufacture a plurality of test blocks, and implanting a permutation combination of a passive medium and a passive chip or an identifier corresponding to a multi-dimensional code into each concrete test block; detecting the permutation and combination of the manufactured and implanted passive medium and passive chip or identifier, converting the permutation and combination into a multi-dimensional code to carry out identity verification on the permutation and combination, and curing the concrete test block passing the identity verification; carrying out identity verification on all the cured concrete test blocks, and carrying out sample collection treatment on the concrete test blocks passing the identity verification; and carrying out identity verification on all the concrete test blocks after sample collection is completed, carrying out sample recognition treatment on the concrete test blocks passing the identity verification, and carrying out early warning treatment on the test blocks not passing the identity verification.

The invention discloses a ball hitting game processing method, system and device for a browser and a medium, and the method specifically comprises the steps that according to preset role attribute data, a Vue3 framework is adopted to construct a basic role component and a skill role component, the basic role component is used for setting basic attributes of roles, and the skill role component is used for setting skill roles; the skill role component is used for setting skill attributes of roles; according to a preset random point location and ball attribute data, a random algorithm is adopted to control the generation position and the generation type of the ball; acquiring batting operation data of a player, and dynamically calculating a game score of the player according to the batting operation data and a preset scoring rule; and dynamically adjusting generation parameters of the ball according to a preset game duration threshold set and a player game score threshold set. The playability and balance of the ball hitting game are improved, meanwhile, the game performance is optimized, and smooth game experience is ensured.

The invention provides a software security reconstruction method and system for segmented decoupling management, and relates to the technical field of communication, and the method adopts a segmented decoupling architecture with cooperation of a ground end and a non-ground end. The ground end uploads software reconstruction data to the non-ground end through a first communication link including a user service link, the non-ground end stores the software reconstruction data, the non-ground end provides the software reconstruction data or verification feature information, and the verification feature information is sent to the non-ground end. The ground end verifies the software reconstruction data stored in the non-ground end through a ground trusted entity, and after verification is passed, the ground trusted entity sends an authorization execution instruction; and the non-ground end executes reconstruction operation after receiving the execution authorization instruction. According to the invention, through decoupling management of each stage on time, space and links, the reconstruction data can be conveniently uploaded at any place through multiple links, meanwhile, the safety and controllability of verification and execution are ensured, and the flexibility and operation and maintenance efficiency of on-orbit reconstruction of satellite-borne software are improved.