47 results about "Composite services" patented technology

A door wiring module includes a service hole cover having a main surface with a groove, at least one wiring member housed in the groove, and a wiring cover covering an opening of the groove. A first attachment part and a second attachment part are provided on both sides of the groove in the main surface of the service hole cover. The service hole cover and the wiring cover are provided so that they can be in a free state where a space is formed between the second end portion and the second attachment part in a temporal attachment state where the first end portion of the wiring cover is attached to the first attachment part and the second end portion of the wiring cover is not attached to the second attachment part.

The invention relates to the technical field of digital twinning and intelligent text travel, and provides a text travel comprehensive service method and system based on digital twinning. According to the method, historical tourist data are collected to construct tourist type identifiers, multi-source culture resource data are integrated to construct a culture resource map, and then a cognitive load evaluation model is established; screening an initial culture entity set based on the tourist interest association degree, generating alternative narrative paths through path exploration, and performing comprehensive evaluation in combination with the cognitive load score and the interest association degree to select a target narrative path; and finally, according to the target path, synthesizing an integrated navigation content including navigation guidance, culture explanation and multimedia materials. According to the method, digital representation and personalized path planning of cultural resources are realized through a digital twinning technology, and the accuracy of text travel service, the quality of experience of tourists and the cultural transmission efficiency are effectively improved.

The embodiment of the invention discloses a third-party transport capacity resource scheduling method and device, a storage medium and a server, and relates to the field of logistics management. The method comprises the steps of receiving order attribute data of a customer logistics order; automatically judging whether the order exceeds the service capability of the logistics enterprise according to the order attribute data; if so, screening a conforming carrier from a third-party supplier library according to the order attribute; calculating the transportation cost and the transportation duration of processing the order by each carrier; obtaining personalized transportation cost and transportation duration weight preference of the client according to the unique identity label of the client; calculating a comprehensive service score of each carrier based on the weight; and finally, assigning the order to the third-party carrier with the highest score. According to the method and the device, automatic scheduling of third-party transport capacity resources can be realized, the problem of uncontrollable timeliness and cost caused by low manual decision-making efficiency under the condition that the logistics service capability is limited is effectively solved, and the logistics distribution efficiency and customer satisfaction are remarkably improved.

The invention discloses an intelligent management system and method for expressway comprehensive services, and belongs to the technical field of intelligent management. A first construction module obtains multi-source heterogeneous data and preprocesses the multi-source heterogeneous data, a feature engineering module carries out feature engineering processing on the processed multi-source heterogeneous data to obtain industry features, and a second construction module carries out feature engineering processing on the industry features; the second construction module inputs the industry characteristics into the trained service model to obtain a service result, the large model module obtains a vertical industry large model based on a large language model, and the engine construction module constructs five service decision engines based on the multi-source heterogeneous data, the industry characteristics, the service result and the vertical industry large model. According to the method, multi-source heterogeneous data can be deeply fused, a unified industry data base can be constructed, post-analysis is changed into pre-prediction and in-process intervention, the perspectiveness and predictability of management are improved, the whole process from analysis to execution can be automatically completed by constructing a decision closed loop, and fine and automatic intelligent management is achieved.

The application provides a SAGA-based distributed transaction implementation method and device. The method comprises the following steps: binding a SAGA transaction coordinator with a composite service to obtain a bound composite service, the SAGA transaction coordinator is used for coordinating distributed transaction related layer operations of the composite service and plays a role of monitoring transactions; and the distributed transaction is executed by using the bound composite service. The SAGA transaction coordinator is bound with the composite service to obtain the bound composite service and execute the distributed transaction, so that a transaction coordinator does not need to be separately deployed, the problem that, when a large number of transactions occur, the performance of the transaction coordinator server is greatly stressed due to the fact that each transaction needs to interact with the transaction coordinator, and the non-functional guarantee such as high availability and high performance of the transaction coordinator when the transaction coordinator is separately deployed does not need to be considered.

The invention relates to a campus intelligent service system based on multi-module fusion, and aims to solve the problems of low efficiency, dispersed information, single function and the like in the current campus service. According to the system, a plurality of core function modules are integrated, and a comprehensive service platform covering the whole-process learning and daily life demands of students from entering school and checking in to graduation and leaving school is constructed.

This invention discloses a method for assessing the accessibility level of public transportation based on work-residence integration, belonging to the field of urban public transportation planning and assessment technology. The method includes: acquiring multi-source data on the public transportation system of the target area, including static geographic information, departure timetables, and historical operation data; dividing the area into spatial analysis units based on planning boundaries and linear geographic elements; calculating and standardizing three indicators—spatial coverage, service frequency intensity, and operational reliability—for each unit; employing an objective weighting method based on information entropy to automatically determine the weight of each indicator according to its dispersion across all units; weighting and aggregating the standardized indicator values ​​of each unit with their corresponding weights to generate a comprehensive public transportation network service capacity index; and finally generating and outputting a service capacity visualization map based on this index. This invention, through multi-dimensional quantification and objective weighting, achieves a scientific and comprehensive assessment of public transportation service capacity, providing intuitive decision support for planning and management.

1. Name of the product in this design: Passenger Information Service Kiosk (Comprehensive Service). 2. Purpose of this design: A transparent terminal for comprehensive service inquiry and interaction based on a large industry vertical model. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1.

The invention discloses a pet comprehensive service platform, and the platform comprises a user registration and login module which is used for the registration and login of a user, and inputting the basic information of the user and a user pet; the pet-keeping education course module is used for the user to reserve courses and remind the user to participate in the courses according to the reserved courses; the personalization module is used for recommending articles and pet supplies preferred by the user to the user; the article recommendation unit is used for generating a label according to an article title browsed by a user and recommending a corresponding article to the user according to the label; when the user has a new click behavior, dynamically adjusting the tag, and recommending a corresponding article to the user according to a dynamic adjustment result; the article recommendation unit is used for acquiring behavior data of the users on the articles, calculating the similarity of the users according to the behavior data, and obtaining an article recommendation result according to the similarity of the users; the accuracy and correlation of personalized content recommendation are ensured, and the user experience is improved.

The invention provides a method, a system and equipment for constructing a government and enterprise service platform through an artificial intelligence algorithm, and a storage medium, relates to the technical field of computer information, and constructs an enterprise portrait, analyzes an external demand and carries out information matching recommendation by using computer vision, natural language processing and multi-modal information fusion technologies. The construction method of the government and enterprise integrated service platform specifically comprises the following steps: acquiring enterprise video data and enterprise text data; processing the enterprise video data to generate video summary information; analyzing the enterprise text data to generate an enterprise knowledge base representing enterprise business key points; expanding the video summary information by using the enterprise knowledge base to generate a feature containing at least one piece of production information; acquiring external information data, and extracting demand information features from the external information data; and pushing the target push information based on correlation analysis of the production information features and the demand information features. Through the above steps, bidirectional accurate portraying and matching of the internal production capacity and the external market information of the enterprise are realized.

The invention discloses an intelligent retail IT integrated service operation and maintenance mail automatic service processing method and system. The method comprises the following steps: acquiring a new mail related to a service received by a specified mailbox account monitored by a monitor to obtain a to-be-processed mail; automatically analyzing the to-be-processed mail to obtain an analysis result; matching a corresponding business system processing rule according to the analysis result; extracting corresponding business field data from the to-be-processed mail according to a business system processing rule, and recording the business field data to obtain to-be-processed service content; and processing the to-be-processed service content, obtaining the feature information of the service personnel, calculating an optimal allocation scheme by adopting an optimization algorithm, and automatically allocating the task to the proper service personnel. By implementing the method provided by the invention, mail processing automation and load intelligent distribution can be realized, the efficiency is improved, and the cost is reduced.

The invention discloses an Internet of Vehicles service system and method supporting multi-brand and multi-region rapid configuration. The system comprises a center configuration module, an application generation module, a comprehensive service module and a display and rendering module. The central configuration module is used for setting and storing global visual elements and differential configurations of a plurality of brands; the application generation module is used for storing a meta-application framework and generating a corresponding required configuration application according to the central configuration module; the comprehensive service module is used for providing services according to the generated configuration application and performing back-end logic processing; and the display and rendering module is used for displaying the processed configuration application in the comprehensive service module and providing downloading and installation for a user. According to the method, a development mode is converted from coding to configuration, the online time of APPs of new brands or new regions can be shortened from several months to several weeks or even several days, and the research and development cost is reduced; simple language translation is exceeded, comprehensive localization of service, interaction and compliance is achieved, and original and biochemical experience is provided for users.

The invention relates to the technical field of modernized industry, and discloses a digital operation service method for comprehensive service of the modernized industry, which comprises an external environment and an access layer, and the output of the external environment and the access layer is used as the input of a digital operation core platform. The output of the digital operation core platform is used as the input of the digital service application layer, and the output of the digital service application layer is used as the input of safety and operation and maintenance guarantee. According to the digital operation service method for the modern industry comprehensive service, the system can efficiently and accurately integrate industrial data from different channels and different formats through the external environment and the access layer, and transmit the industrial data to the digital operation core platform in real time, so that the industrial efficiency and the core competitiveness are improved; the digital operation core platform is the core of the system, carries out rigorous cleaning, conversion and deep integration on mass data, carries out deep analysis by using an advanced data mining algorithm, and extracts valuable commercial insight and decision support.

The invention provides a multifunctional international trade comprehensive service system, and relates to the technical field of trade services. Constructing a dynamic trade rule of each trade node in the international trade information network in a time period through a service rule construction module; the trade rule depth in the international trade rule network is verified through a rule depth verification module; extracting a service efficiency matching degree in an international trade service through a rule information matching module according to the trade feedback information, and matching trade rule information by using the service efficiency matching degree in an international trade comprehensive service; and performing cross-chain aggregation on the verified trade rule depth and the matched trade rule information through an automatic evaluation module, and performing automatic evaluation on the international trade comprehensive service based on an aggregation result. Therefore, the service collaboration of the international trade comprehensive service system is improved.

The embodiment of the invention provides a comprehensive service scheme generation method and device, a processor and a storage medium. The method comprises the steps of obtaining basic information of a service object and extracting user portrait information from the basic information based on a user portrait algorithm; based on a similarity algorithm, determining a user portrait node reaching a similarity threshold with the user portrait information in an existing case library, the existing case library comprising: a graph database storing association relationships of user portraits, user pain points and service schemes of existing successful cases; the case element library is used for storing each component element of the existing successful case in a structured manner; searching associated user pain point nodes according to the determined user portrait nodes based on path query of a graph database; taking a service scheme associated with the found pain point node of the user as a retrieval basis, and retrieving related components in a case library; and based on the trained language model, generating the retrieved related components and basic information into a comprehensive service scheme conforming to a preset template.

The application provides a merchant order intelligent scheduling method and system, taking a server as an execution subject, wherein the server is provided with a processor, a memory and a communication module, and the method comprises the following steps: S1, the server acquires smart home installation and maintenance merchant order data and service master skill related data, and performs integrity and validity checking on the acquired data to eliminate invalid data and abnormal data. The application constructs a four-level master skill portrait system of basic skills, special skills, brand adaptation skills and scene experience, breaks through the limitations of the existing extensive skill labeling, realizes the fine and multi-dimensional description of master skills through accurate and quantifiable parameter labeling, solves the pain points of the existing skill labeling being not meticulous and being unable to adapt to the composite service demand, and provides solid data support for the accurate matching of orders and masters.

The invention relates to the technical field of computer information processing and health management, and discloses a community sharing care system and method based on meta universe and big data early warning, and the system and method process demands and match resources through an intelligent evaluation and matching engine; during the service period, the whole-process early warning monitoring center fuses hardware objective data and application subjective logs in real time, and monitors the execution deviation of a standard operation instruction through rule engine cross validation; responding to the deviation, automatically triggering a meta-universe mixed reality training authentication sub-module to execute retraining, and updating an authentication result to a cloud library module to influence subsequent matching; after the service is completed, objective data and user feedback are utilized, the evaluation model is iteratively optimized, a comprehensive service quality score is calculated, and a cost coefficient factor of a matching algorithm is updated. According to the method, the supervision accuracy is improved, an automatic closed loop of monitoring and training is constructed, and self-learning optimization of an evaluation and matching model is realized.

1. Name of the product in this design: Graphical User Interface for Integrated Shopping Services on Mobile Phones. 2. Intended use of this design: for human-computer interaction and presentation in a comprehensive shopping service application. The system allows users to purchase vegetables, fruits, and general merchandise online based on their needs. 3. The key design feature of this product is its graphical user interface. 4. The image or photograph that best illustrates the design's key features: the front view. 5. Views without a graphical user interface have no design highlights, so the rear view is omitted; views without a graphical user interface have no design highlights, so the left view is omitted; views without a graphical user interface have no design highlights, so the right view is omitted; views without a graphical user interface have no design highlights, so the top view is omitted; views without a graphical user interface have no design highlights, so the bottom view is omitted. 6. Purpose of the graphical user interface: for querying and presenting purchasable goods. The main view is the homepage interface. Clicking on "Fruits and Vegetables" will display the status image 1. Clicking on "View More" to the right of "Category" in status image 1 will display status image 2. Clicking on the "+" of the fruit and vegetable product you want to buy in status image 2 will display status image 3. 7. Other situations requiring explanation: The "X" in the interface represents replaceable text, numbers, letters, or symbols, and the gray-covered area in the interface represents replaceable content.

The invention discloses a cargo digital management system and method for a supply chain comprehensive service platform, and relates to the technical field of cargo digital management, and the method comprises the steps: calculating the geometric positions of a bottom channel, tray arrangement, an air return inlet and the like in a cold chain container; in combination with the temperature data of the center line and the side parts and the humidity change of the box top, constructing an operation quantification result capable of reflecting the uneven cooling and the upper part humidity accumulation trend; carrying out combined mapping on the structure quantity and the operation quantity to generate a risk score; and constructing an expected loss system according to the risk score, the temperature deviation and the operation cost, and selecting executable service actions, thereby automatically generating a digital management decision list and pushing the digital management decision list to a corresponding service channel. According to the invention, the abnormal trend of the airflow can be accurately identified under a complex loading condition, a timely decision is provided, and the temperature control reliability and the business processing efficiency under cargo digital management are improved.

An approach is disclosed for training an artificial intelligence (AI) model to recommend services for a complex composite service chain in a cloud computing platform. The training uses metadata from various services provided by different service providers. The method involves inputting a first service into the trained AI model, which then suggests recommended services. These recommendations are displayed to a user, who selects one of the suggested services. The selected service is displayed as part of the service chain. The AI model then processes metadata from the selected service to provide additional service recommendations. This iterative process continues, with the AI model being further trained based on user selections to improve its recommendations.

The application discloses a task scheduling method and device of a comprehensive service platform, which can be applied to the technical field of computer software and has the steps that a task scheduling center receives a scheduling request of a task; the task scheduling center starts a task executor corresponding to the task according to the scheduling request and a pre-established calling relationship; the task executor is used for calling a service interface by using an associated task service node; and the calling relationship is pre-established according to registered tasks and task executors. The application can solve the problems of the existing comprehensive service platform task scheduling, such as occupying additional resources, impacting a cluster mechanism and increasing operation and maintenance costs.

The invention discloses a CHI digital economy international top-level domain name server system and method based on overlapping multiplexing of a future network and OVXDM and FN / M virtual-real routing. According to the system, through cooperation of a. CHI global root domain service and credible identification layer, OVXDM overlapping multiplexing, an FN / M virtual-real routing addressing layer, an endogenous security and credible tracing layer and a data interaction terminal, a. CHI domain name is upgraded from an address resolution symbol to a comprehensive service voucher integrating a credible identity, a routing strategy and a security requirement. According to the invention, the qualitative change of the network service from'connection 'to'high-quality, safe and compliant connection' is realized, the problems of disjunction of the existing system identifier and value, routing stiffness, safety loss and difficulty in cross-border management are effectively solved, and a solid network foundation facility is provided for prosperity of digital economy.

1. Name of the product in this design: Graphical User Interface for County-level Financial Integrated Services of Electronic Devices. 2. Purpose of this design product: an electronic device. 3. The key design features of this product are its graphical user interface in electronic devices. 4. The picture or photo that best illustrates the key points of the design: main view. 5. Purpose of the graphical user interface: This graphical user interface is the interface of the county-level financial comprehensive service platform, and is used for the interaction and display of county-level government service-related functions. 6. Other situations requiring explanation: The main view is the main interface of the county-level financial comprehensive service; further scrolling down the interface will display interface change state diagrams 1 to 3 in sequence. The main view and interface change state diagrams 1 to 3 are different parts of the same interface; in the interface corresponding to the main view and interface change state diagrams 1 to 3, clicking "Issuance of Certificates" under the "Public Welfare Services" tab will display interface change state diagram 4; the crosses in each interface represent text and / or numbers, and the diagonal areas represent content screens, such as pictures, videos, avatars, etc.

The invention relates to the technical field of supply chain optimization, and discloses an import and export supply chain comprehensive service optimization method based on a collaborative filtering algorithm, and the method comprises the following steps: S101, generating a binary interaction state and an article-level global zero interaction state; step S102, generating a channel expansion coefficient; step S103, calculating the weight of the training sample; step S104, calculating an interaction tendency score; step S105, summarizing to obtain an advance total demand prediction; and step S106, reversely deducting the purchase issuing date. According to the method, by distinguishing causes of zero-interaction samples, generating an article-level global zero-interaction state, calculating a channel expansion coefficient and establishing negative correlation mapping between the article-level global zero-interaction state and a confidence attenuation weight, differentiated sample weights are provided for model training, and interference of false zero-interaction samples caused by channel common-cause deletion on model learning is avoided; therefore, demand prediction and purchase execution are linked, demand prediction is more suitable for actual business, and stable operation of an import and export supply chain is guaranteed.

The invention relates to the field of aircraft airborne system design, and discloses an atomic service and combined service architecture oriented to an airborne system, a method thereof and a medium, hardware resources and basic functions of the airborne system are decomposed and standardized and abstracted into standard service interfaces capable of being called by software, and resource capabilities are divided into atomic services which cannot be subdivided; the method comprises the following steps: decomposing a complex task into a series of sequential or parallel subtasks which can be directly completed by one or more atomic services layer by layer according to a flight task or a combat requirement; and the atomic services are arranged and combined according to the requirements of the flight tasks, and a general service architecture which can be reused by various task scenes is constructed, so that the combined service with real-time performance, certainty and high reliability is obtained. According to the method, a parallel calling method with priority and time limit is adopted to form a service combination during calling of the atomic service, so that the problem of system-level linkage failure is avoided, and more comprehensive and more reliable consistent data are output by adopting a multi-source data fusion algorithm.

The invention relates to the technical field of digital management, and discloses a foreign trade comprehensive service platform management system and method based on full-process information integration, and the system comprises an information integration module, a business evaluation module and a strategy scheduling module. The method corresponds to the system. According to the foreign trade comprehensive service platform management system and method based on full-process information integration, unified collection and dynamic association of data of all links of foreign trade service are realized, and the problem of information islands in a traditional management mode is solved. Through multi-dimensional monitoring and intelligent risk assessment, real-time early warning of service progress abnormity and credit risks is realized, and the timeliness of risk identification and response is improved. According to the strategy matching mechanism based on the customer behavior portrait, the platform can be changed from passive response to active service, so that the business processing efficiency is improved, and the customer satisfaction is improved through accurate service.

The invention discloses a campus comprehensive service management method and system based on data sharing, and the method comprises the following steps: 1, carrying out the intelligent perception of a service demand, and automatically recognizing or predicting the service demand through a calculation model based on multi-source campus data gathered in a data sharing platform; step 2, cross-subsystem service process construction: in response to the perceived service demand, dynamically constructing an automatic service process crossing at least two heterogeneous service subsystems, the service process defining an execution logic and data interaction relationship of each subsystem; and step 3, performing process-driven collaborative execution, and converting the automatic service process into a series of executable instructions. Through the implementation of the invention, the fundamental contradiction between information islands and business splitting in traditional campus management is solved, discrete departments which originally depend on manual communication and passive response are integrated into an organic whole capable of automatic collaboration and intelligent response, and the fundamental change of a campus service mode is realized.

A method includes: (a) receiving, by a computer, reliability data from a plurality of remote reporting devices representing reliability of a plurality of subsystems of a technological system, each subsystem having at least one pre-set SLO; (b) for each of a plurality of time periods, determining a respective SLI for each SLO; (c) for each period, determining a composite SLI of the system by averaging the SLIs for that period; (d) determining a long-term composite SLI of the system by combining the composite SLIs for all of the periods; (e) determining an impact of each subsystem on the long-term composite SLI with reference to the SLIs of that subsystem over each of the periods in comparison to the composite SLIs of the system; (f) determining which subsystem has a largest impact on the long-term composite SLI; and (g) taking remedial action on the subsystem determined to have the largest impact.

The invention discloses a multi-cloud warehouse management, construction linkage and blind date file query method and system. According to the technical scheme, a cloud warehouse management module, a construction service module, a blind date service module and a unified recording module are integrated, wherein the cloud warehouse management module establishes a multi-cloud warehouse information database and realizes nearby self-pickup through a positioning algorithm; the construction service module binds construction quotation list auditing and material purchasing authority, performs multi-dimensional verification on workers, and automatically generates an acceptance list and a warranty list bound with data after acceptance; the blind date service module provides exclusive free file query after real name verification, adopts an encryption interface to realize advertisement link display, and is matched with a live broadcast room gift giving and withdrawal mechanism; and the unified recording module stores full-process data through an encrypted distributed database, and supports multi-dimensional tracing. According to the invention, cross-domain service linkage is realized, the service process is standardized, the user security and rights are guaranteed, core functions are not easy to simulate, the service efficiency and data security are improved, and the method is suitable for a one-stop comprehensive service scene.

According to the domestic operating system terminal hierarchical management and control and comprehensive management system and method provided by the invention, a hierarchical distributed system architecture is constructed, and the system is logically divided into three levels, namely a ministerial comprehensive service management platform, a provincial operating system service node and a municipal terminal management unit; all credential terminals and software are uniformly defined on the ministerial-level comprehensive service management platform, and meanwhile, all manufacturers and terminal equipment are uniformly managed.