23 results about "Information interoperability" patented technology

The invention relates to a mine area collaborative early warning and emergency response system based on'scene-quick response chain-disposal ', and belongs to the technical field of mine safety intellectualization. The system adopts a'distributed deployment and centralized management and control 'mode, and covers five-layer architecture of perception, transmission, data, decision and application. Through the technologies of multi-dimensional perception, high-reliability communication, intelligent decision making and the like, the problems of response lag, unsmooth information, low decision making efficiency and the like in traditional emergency response are solved. Around the targets of cross-subject information intercommunication and the like, multi-subject efficient linkage is realized through full-process logic. The system also has the functions of redisk optimization and rule iteration, can continuously improve the emergency response capability, and provides powerful technical support for the emergency response of a mine area.

The application relates to the technical field of integrated management, and discloses a molten aluminum processing technology integrated management system and method. The system comprises an encoding module, a configuration module, a quality inspection module, an embedding module, a decoupling module and a regulation and control module, the modules are connected in series to form a data processing chain, the encoding module is further connected with the quality inspection module to provide deep identification information, and the regulation and control module is connected with the encoding module to provide feature chain data. The system realizes the whole-process management of molten aluminum processing through multi-level encoding, dynamic configuration, cross quality inspection, information embedding, parameter decoupling and linkage regulation and control. The application overcomes the problems of data fragmentation and poor information intercommunication in the existing molten aluminum processing technology management, and realizes the whole-process data integrated management from raw materials to finished products.

The invention provides a distributed information publishing system which comprises an information acquisition system, an information comprehensive processing system, an information publishing system and a network transmission system and is used for transmitting control information and publishing information. The control information of the corresponding sites is uniformly collected through the collection units arranged in the test sites, cross-site transmission of the control information of the sites is achieved through the network transmission system, and then the control information of the first preset site is converted into the release information matched with the second preset site through the information comprehensive processing system. Finally, the information is displayed through the publishing unit of each site, so that the problem of information intercommunication and sharing caused by dispersed physical positions, system architecture differences and the like of the existing multiple test sites is effectively solved, accurate transmission and adaptive publishing of control information among different sites are realized, timely acquisition of key information by each site in the test process is guaranteed, and the test efficiency is improved. And powerful support is provided for stable operation of field test equipment and safety of testers.

The invention discloses a port pollution and carbon cooperative processing method based on multi-model fusion and a dynamic knowledge graph, and the method comprises the steps: constructing and maintaining the dynamic knowledge graph which comprises a port entity and a multi-dimensional relation of the port entity, taking the dynamic knowledge graph as a core knowledge base for cooperative decision making, carrying out the task analysis and reasoning based on the graph when a cooperative processing request is received, and carrying out the task analysis and reasoning based on the graph; a complex task is decomposed into atomic sub-tasks with a logic or time sequence dependency relationship, adaptive professional processing models are matched, a task execution directed graph is constructed, multiple models are scheduled in order for collaborative operation, output is fused and subjected to conflict resolution, a final collaborative scheme is generated, actual effect data are collected, and the task execution directed graph is matched with the atomic sub-tasks. And incremental updating is carried out on the dynamic knowledge graph, so that a complete closed loop from sensing, decision making, execution to feedback learning is formed. According to the invention, information intercommunication and strategy linkage of port pollution prevention and carbon emission control systems are realized, dynamic changes of port operation can be automatically adapted, and the intelligent level and comprehensive benefits of collaborative management are continuously improved.

The invention discloses an AEB control method based on cooperation of a low-orbit satellite and the Internet of Vehicles, and relates to the technical field of intelligent traffic and vehicle safety control, and the method comprises the steps: enabling an intelligent vehicle to collect the state data of the vehicle and the information of surrounding vehicles through a low-orbit satellite communication module, and uploading the data to the low-orbit satellite; the low-orbit satellites group and summarize vehicle data in a similar geographic area, construct a dynamic map of vehicles in the area, screen vehicle clusters needing information intercommunication, generate scheduling information and issue the scheduling information to the vehicles, and the edge calculation unit sends a brake triggering instruction to the AEB control unit when judging that the risk reaches a preset safety threshold. According to the AEB system, beyond-visual-range data intercommunication is achieved through the low-orbit satellites, sight shielding and distance limitation of traditional vehicle-mounted sensing are broken through, and the risk identification precision and response timeliness of the AEB system are improved.

The invention relates to the technical field of wireless communication, in particular to a collaborative resource scheduling method and device in an optical and wireless fusion network, based on a C-WAN architecture, an MFU issues a resource allocation instruction through a passive optical network, an SFU executes local operation and reports interference information to the MFU to dynamically optimize grouping, and information intercommunication between the MFU and an STA is achieved. A downlink control frame and an uplink interference frame are further designed and used for transmitting an allocation instruction of the MFU to the RU and interference information collected by the SFU, a conflict matrix in the MFU is updated in real time, and a precondition is provided for optimizing STA grouping. According to the invention, the resource units can be intelligently allocated according to the signal intensity information of the site, so that the spectrum utilization rate is enhanced, and the multi-user fairness and the overall network capacity are improved.

The application provides a gas station operation intelligent scheduling and safety compliance management and control system and method facing man-machine ring cooperation. On the basis of operation intelligent chain scheduling, on the one hand, through man-machine cooperation, the computer processing process and system safety information and operation instruction user management of abnormal early warning and gas data fusion are combined; on the one hand, the environmental early warning and chain data storage are combined to realize the safety compliance management and control information cooperation based on node environmental data; on the other hand, the operation intelligent scheduling information receiving end is used for real-time monitoring and receiving the operation intelligent scheduling information of each node of the system. The linkage system control large screen realizes the cooperative output and presentation of man-machine ring information, shows the operation intelligent scheduling information and the early warning information of each node of the gas station to the gas station administrator control center, effectively improves the function cooperation and information interconnection of the three information management and control of the system man-machine ring, and improves the operation intelligent scheduling and safety management and control efficiency of the gas station.

The application discloses a kind of mine equipment operating pose monitoring method, system and equipment, method includes: obtaining the three-dimensional model of pre-constructed mine equipment;Collect the operating pose data of mine equipment, operating pose data is the displacement data and deformation data of each component of mine equipment;According to operating pose data and three-dimensional model, determine the instantaneous position set of each component;According to instantaneous position set, generate the instantaneous three-dimensional model of mine equipment.Solve the problem that traditional video monitoring system with camera as core cannot monitor equipment pose details in mine equipment monitoring field due to poor environment, etc..Through the scene application of three-dimensional visualization, form self-controllable three-dimensional visualization virtual engine, support the three-dimensional visualization monitoring digital twin scene application development of each industrial equipment in mine, reduce the work difficulty of mine production monitoring staff, help mine information intercommunication, fusion application, help mine to reduce cost and increase efficiency.

The invention relates to the technical field of intelligent follow-up visit, in particular to an atrial fibrillation intelligent follow-up visit system and method for old people. The system is characterized in that a non-contact multi-mode sensing module acquires multi-source human body signals through a non-contact core acquisition unit, and the multi-source human body signals are subjected to filtering, signal quality index calculation and dynamic weighted fusion through a scene adaptive processing unit to output and integrate feature data; the risk detection scoring module adopts a three-level feature extraction network structure trained based on an elderly exclusive data set, outputs atrial fibrillation positive probability and generates a four-level risk score; the aging-suitable interaction module realizes information intercommunication among patients, family members and medical care terminals; the follow-up management module establishes a layered follow-up scheme according to the risk score; and the data storage module realizes encrypted storage and authority management. According to the invention, through non-inductive acquisition and the elderly exclusive feature extraction model, the problems of wearing conflict, low detection precision and follow-up fragmentation of the elderly atrial fibrillation patient are effectively solved, and the continuity and safety of follow-up are improved.

The present application belongs to the technical field of mining equipment management, and aims to solve the problem that the existing management means cannot provide standardized, digitized, traceable and quantifiable system support for the remanufacturing of excavator-anchor integrated machines. A remanufacturing online management system for excavator-anchor integrated machines is provided, which comprises a device information management module, a device duration management module, a device accessory management module, a maintenance man-hour management module, a maintenance process selection module and a permission management module. The present application integrates the information of devices, components, accessories, duration, process, personnel man-hours and the like in the whole process of remanufacturing of excavator-anchor integrated machines, realizes cloud storage and real-time synchronization of information based on B / S architecture, and designs a dual storage mode of local cache + cloud synchronization and industrial-grade lightweight optimization, which is suitable for complex scenarios in workshops, solves the problems of information dispersion and untimely updating in traditional management methods, realizes information interconnection in each management link, and improves the collaborative efficiency of the remanufacturing process.

The utility model belongs to the field of spectrum detection, and particularly relates to a spectrum detection system based on an unmanned aerial vehicle platform. The unmanned rotorcraft is adopted as a platform, the damping support is fixed below the unmanned rotorcraft through the mounting support, the host is fixed above the unmanned rotorcraft, and when the unmanned rotorcraft is used, the probe module can rotate in the horizontal direction and the vertical direction through the first holder and the second holder; the stability of image acquisition of the probe module in the flight process of the unmanned aerial vehicle is kept, and accurate monitoring of the system on the target is realized; different heights or scene targets can be better tested; meanwhile, the display can observe data acquisition states and acquisition results in real time, information intercommunication of an interactive interface is realized, and each state can be observed; and setting, modification, storage and application of parameters are realized.

The present application belongs to the technical field of urban and rural community digital management, and discloses an urban and rural community management digital cloud system, a control method, equipment and a terminal, a data acquisition module for collecting urban and rural community data in real time through Internet of Things technology and big data technology, an information transmission module for realizing information intercommunication between governments, enterprises, social organizations, communities and residents by establishing an information transmission mechanism, a resource sharing module for realizing resource sharing, a service interaction module for realizing service interaction, a collaborative management module for realizing collaborative management, and a function optimization module for analyzing and evaluating system operation through the establishment of a system operation monitoring and effect evaluation mechanism to realize system function optimization. The construction of the urban and rural community management digital system based on the "five social linkage" helps to improve the management efficiency, optimize the resource allocation, improve the service quality, promote the community development, and improve the management transparency and other advantages.

The embodiment of the invention provides an information processing method and device, a storage medium and a program product. In the information processing method, a first intelligent module executes a processing action on a consultation question of a user, and after a calling scheme for a second intelligent module is obtained, an action record can be written in a target work order object of a track record type according to a processing result, so that a track service component publishes an event message according to the action record. The event message is used for driving the second intelligent module to execute processing logic corresponding to the consultation question so as to respond to calling of the first intelligent module. Based on the implementation mode, in a scene of cooperation of a plurality of intelligent modules, the target work order object of the track record type is adopted to bear the action records of the intelligent modules, and the track service component is enabled to publish the event messages according to the action records, so that an information intercommunication channel between the intelligent modules is opened, and the information intercommunication efficiency is improved. And calling among the intelligent modules can be triggered in an event-driven manner, so that collaboration among different intelligent modules is more efficient.

The embodiments of the present disclosure disclose a file processing method, device, storage medium and system. The method is applied to a file processing system, the file processing system comprises an access service and a permission management service, a first client is in a login state of a first business system and the access service, the access service receives a first file uploaded by the first client and stores the first file to a preset storage system, sends a first file storage identifier and a first system identifier returned by the preset storage system to the permission management service to obtain a corresponding first file identifier, the first file identifier is used for enabling a client logged into a target business system with access permission to access the first file, and the access service returns the first file identifier to the first client. By adopting the above technical solution, the safety of the uploaded file is ensured, the information intercommunication between the business systems is facilitated, and the flexibility of business interaction is improved.

The invention provides a gas field station operation intelligent scheduling and safety compliance management and control system and method oriented to man-machine ring coordination, and the method comprises the steps: on the basis of operation intelligent uplink scheduling, on one hand, fusing the computer processing process of abnormal early warning and gas data with the user management of system safety information and operation instructions through man-machine coordination; on one hand, environment early warning and chained data storage are combined, and safety compliance management and control information collaboration based on node environment data is achieved; and on the other hand, intelligent operation scheduling information of each node of the system is monitored and received in real time through an intelligent operation scheduling information receiving end. A linkage system control large screen realizes collaborative output and presentation of man-machine ring information, and displays operation intelligent scheduling information and early warning information of each node of a gas field station to a gas field station administrator control middle platform, thereby effectively improving function collaboration and information intercommunication of three kinds of information management and control of the man-machine ring of the system. And the intelligent scheduling and safety management and control efficiency of gas station operation is improved.

The application discloses an intelligent monitoring, tracing and early warning management system covering the whole link of animal epidemic diseases, and relates to the technical field of intelligent animal husbandry and epidemic disease prevention and control. The system comprises a monitoring and sampling management module for collecting animal epidemic disease data, an epidemic disease data management module connected with the monitoring and sampling management module for centralized storage, statistical analysis and whole-link tracing of the animal epidemic disease data, a risk early warning analysis module connected with the epidemic disease data management module for animal epidemic disease risk assessment and early warning pushing, a field point collaborative management module connected with the risk early warning analysis module for information intercommunication and task collaboration between a supervision party and a breeding subject, and a system support module connected with the four modules for user identity authentication and data encrypted storage and providing an external system expansion interface. The application can significantly improve the epidemic disease prevention and control efficiency, data accuracy and early warning response speed, and is suitable for large-scale breeding farms and regional animal epidemic disease supervision scenes.

The invention relates to the technical field of ceramic polishing line information, in particular to a ceramic polishing line process information intercommunication method and system, and the method comprises the steps: enabling a main screen to be connected with each split screen through the Ethernet, enabling the main screen to obtain and share the data of each split screen, and enabling each split screen to obtain the data of other split screens through accessing the main screen; wherein own data of each split screen can be read and written, and non-own data of each split screen can be read; a split screen alarm is arranged at each split screen, when any split screen is shut down for maintenance, shutdown maintenance information is released to the main screen, and the shutdown maintenance information at least comprises a maintenance starting signal and maintenance time; after the main screen obtains a split screen alarm signal, the obtained maintenance time is inversely reduced and output to other split screens, and a main screen alarm and other split screen alarms are driven to release alarm reminding and display shutdown maintenance information of corresponding procedures in a rolling mode; and after the split-screen shutdown maintenance is completed, the main screen finishes the alarm reminding of the corresponding process based on the reset button after the maintenance is completed.

The application discloses a retail enterprise heterogeneous data interoperability method and device, equipment and storage medium, relates to the technical field of data processing, and comprises the following steps: connecting each heterogeneous database of a target retail enterprise by using a preset connector, reading operation data in each heterogeneous database to obtain each target heterogeneous data, performing semantic analysis and data correlation analysis on each target heterogeneous data by using a preset artificial intelligence technology to determine a target entity corresponding to each target heterogeneous data, and constructing a preset logical data model based on the target entity; obtaining an information interoperability request sent by a data interoperability request party to the target retail enterprise, and converting the information interoperability request into target interoperability instructions corresponding to each heterogeneous database based on the logical data model, so that the operation data in each heterogeneous database is subjected to data interoperability based on the target interoperability instructions to obtain heterogeneous data interoperability results of the target retail enterprise. In this way, the data interoperability can be improved.

This invention provides a system for adjusting execution scenarios based on a multi-level matching mechanism, including a computing unit and a data storage module for information exchange. The computing unit generates revision information and embeds encrypted identifiers to ensure information security. The system employs a multi-level matching mechanism, sequentially based on security level filtering, historical data analysis, and real-time environmental parameter matching, to improve the accuracy of the adaptation between the revision information and the execution scenario. By verifying the execution scenario, the correctness and consistency of the revision information are ensured, and the execution scenario is adjusted based on the verification results. This invention improves the accuracy of information transmission and enhances the system's stability and intelligence.

The invention discloses an aviation telecommunication network link management method based on a multi-layer HELLO protocol, and belongs to the technical field of aviation communication, and the method comprises the following steps: an airborne router monitors the link state of each physical radio interface through a first-layer protocol, marks the link after receiving a message of a radio access router, and starts a second-layer protocol; and periodically sending a request and receiving a response to calculate round-trip time, summarizing information and sending the summarized information to the agent, analyzing the summarized information, finishing route updating by the ground-air-ground router, and preferentially selecting a superior link. By the adoption of the aviation telecommunication network link management method based on the multilayer HELLO protocol, the airborne router can master the link state in real time and actively monitor the link state at low overhead, complete end-to-end link quality data are obtained, meanwhile, information intercommunication between a radio system and the airborne router is achieved, and the communication efficiency is improved. Quantitative reliable link information is provided for an upper-layer routing decision, and an information transmission channel is opened.

This application discloses an intelligent customer service dialogue method, device, electronic device, and storage medium, comprising: acquiring a user's intelligent customer service dialogue trigger request and user-side information associated with the request; performing intelligent intent recognition on the dialogue trigger request, extracting semantic features from the request and matching them with a preset intent library to determine the user's consultation intent type and intent recognition confidence level; matching a corresponding intelligent customer service dialogue strategy based on the consultation intent type and intent recognition confidence level; displaying an intelligent customer service dialogue interface in the instant messaging application, and conducting intelligent interaction with the user based on the matched intelligent customer service dialogue strategy; detecting scene features during the intelligent interaction process, determining whether the conditions for transferring to a human customer service representative are met, and if so, transferring the user to a human customer service account associated with the consultation intent type, while maintaining information exchange between the intelligent interaction context and the human customer service session.

The application discloses a rail transit train bogie automatic change management system, comprising: a change process control subsystem, which is used for guiding and controlling the on-site bogie change process by constructing a digital visual model of workers and tools through intelligent equipment; a change data monitoring subsystem, which is used for collecting safety operation monitoring data of related physical equipment in the bogie change process according to the bogie change scene characteristics; and an information interaction subsystem, which comprises a working condition acquisition module and a communication module corresponding to each bogie change equipment, and is used for realizing real-time working condition information intercommunication between each bogie change equipment in different change processes. The bogie change process can be improved in automation, and the monitoring and management of equipment and personnel can be improved.

The application discloses an open-source smart toll station system based on a Hongmeng, which comprises a managed toll station, a central toll station and a road section center. A plurality of lane controllers are arranged in the managed toll station, the central toll station is provided with a lane controller and a toll system, the managed toll station controls the lane monitoring equipment arranged on the lane through the lane controller, the central toll station manages the toll of the central toll station and the managed toll station connected thereto through the toll system, and the road section center controls the central toll station and the managed toll station connected thereto. The application adopts a cloud-edge-end three-level collaborative overall technical architecture, controls the toll station located at the edge through the road section center located in the cloud, realizes information interconnection of each toll station, and avoids the problem of serious information island caused by difficult information sharing. Meanwhile, the application uses the central toll station to manage the managed toll station, which not only reduces the construction and operation cost, but also reduces the labor cost required by the toll station.