86 results about "Interaction management" patented technology

The invention relates to the technical field of occupational simulation training evaluation, and discloses a system for college student occupational scene simulation training evaluation. The system comprises a task analysis unit, a dynamic behavior modeling unit, a multi-mode interaction management unit, a state evolution tracking unit, a strategy adaptation unit and a comprehensive evaluation generation unit. The system receives the initial scene description and generates a structured task framework, and behavior parameters are configured for student roles; constructing a multi-modal interaction atlas by fusing aligned voice, action and sight line data in real time; identifying a key decision node, and dynamically tracking a team state evolution path; matching and adjusting strategies in a behavior rule base according to the evolution sequence, and outputting an adaptive intervention scheme; and finally generating a multi-dimensional structured evaluation report. According to the system, deep insight and dynamic and objective intelligent evaluation of complex interaction behaviors in the simulation training process are realized.

The invention provides an intelligent agent training management method, system and device, and belongs to the technical field of intelligent agents, and the method specifically comprises the steps: taking an interaction demand type between a virtual user and an intelligent agent as a basis, combining the change conditions of interaction user data in different time periods, and carrying out the training management of the intelligent agent; determining an available interaction time period between the virtual object and the intelligent agent, and determining an analysis processing strategy of interaction data between the interaction user and the intelligent agent according to the data of the available interaction time period; according to the method, the interaction management strategy of the virtual object in the time period except the available interaction time period is determined according to the analysis processing result of the interaction data of the virtual object in the available interaction time period and the interaction data between the interaction user and the intelligent agent, so that the updating processing efficiency of the intelligent agent is improved, and meanwhile, the influence on a normal business process is also reduced.

The invention relates to the technical field of medical information, in particular to an interventional operation patient perioperative period nursing information intelligent interaction and management system which comprises the steps that through an integrated data collection module, a timeline generation module, a risk identification module, a nursing intervention module and an interaction management module, time axis alignment and structured coding are conducted on scattered physiological data and diagnosis and treatment events; and a dynamic comprehensive nursing timeline is formed. And performing real-time analysis on the timeline based on a preset risk knowledge graph, identifying an abnormal data mode and generating an early warning. The system automatically matches a nursing rule base, pushes individualized intervention suggestions including specific operations, priorities and bases, synchronizes information and collects feedback through a multi-role interaction channel, and realizes closed-loop management. According to the system, fragmented nursing information can be integrated into a continuous dynamic view, and risk early warning and structured nursing actions are directly linked, so that the collaboration, accuracy and timeliness of nursing management are improved.

A dialogue-based artificial intelligence system for interaction management in digital commerce, consisting of: a housing that encloses an arrangement of interconnected printed circuit boards; a conversation processing unit arranged on a first circuit board, comprising a syntactic parsing processor for generating hierarchical parse structures from user input texts, a semantic embedding processor for generating high-dimensional semantic vectors from the parsed structures, and a dialogue state calculation circuit for managing a multi-level conversation memory using clocked recurrent memory buffers; a retrieval augmentation unit arranged on a second circuit board, comprising a vector indexing processor for storing and retrieving domain-specific embedding vectors, a similarity calculation processor for calculating cosine-based semantic distances between the semantic vectors and vectors stored in a knowledge store, and a document reconstruction structure for merging retrieved text segments into a unified context representation; a generative response unit arranged on a third circuit board, comprising a transformer execution processor for executing a quantized transformer architecture for natural language generation, a context fusion circuit for merging the unified context representation with the semantic vectors to generate response conditioning data, and a hallucination suppression circuit for comparing the generated text with retrieved text segments and attenuating content divergence beyond a predetermined semantic threshold; a domain integrity check unit that is communicatively connected to the generative response unit, wherein the domain integrity check unit includes a regulatory restriction store that stores domain-driven rules, and a conformance assessment processor configured to check generated responses for conformance with the domain-driven rules, blocking non-conforming segments or replacing them using verified text content from the retrieval extension unit; a knowledge storage array comprising at least one static domain repository for storing commercial specifications, regulatory guidelines, product descriptions, and domain documents, a dynamic interaction buffer for storing anonymized conversation state data, and a vector storage partition for storing embedding vectors that can be retrieved by the vector indexing processor; and a multi-interaction device consisting of a touchscreen panel, an array microphone, a speaker structure and a contactless communication interface, each configured to receive multimodal user inputs or generate multimodal system outputs.

The invention belongs to the technical field of enterprise data management, and particularly relates to an enterprise data visual interaction management system fusing digital twinning and a BI board. Comprising an enterprise multi-source heterogeneous data adaptation access module, a data preprocessing output module, an enterprise entity twin dynamic construction module, a BI visual dimension data aggregation module, an enterprise operation anomaly multi-feature fusion recognition module and a fusion visual interaction presentation module. Influences of data chaos and deviation on analysis results are avoided from the source through an enterprise multi-source heterogeneous data adaptation access module, real-time synchronization of enterprise operation states and early warning of equipment faults are realized based on dynamic digital twinners, and a BI visual dimension data aggregation module meets requirements of users of different levels and reduces docking cost. And by distinguishing positive and negative features and calculating a directional anomaly deviation rate and a comprehensive anomaly degree, misjudgment caused by traditional single features or non-distinguishing directions is avoided, and enterprises are assisted to respond to risks in time and carry out targeted rectification.

The invention discloses a charging pile intelligent peak-valley period adjustment charging energy storage system and method, and relates to the field of charging piles. Comprising a charging pile region time-phased electrical load presetting module, a multi-power-supply-mode dynamic identification and division module, a to-be-charged vehicle demand analysis module, an execution charging queue intelligent scheduling module, an adjacent pile cooperative monitoring recommendation module and an interaction management platform. A charging pile group power supply mode rule base in peak, valley and tip three-level dynamic time periods is constructed, real-time analysis is performed on demands of to-be-charged vehicles in a charging pile group, an emergency charging demand identification and priority response mechanism is performed, the interiors of the tip and peak time periods are screened, the vehicle demands are responded preferentially, and through power supply load uniform distribution and a basic guarantee charging strategy, the charging pile group power supply mode rule base is established. The charging pile group can serve more low-electric-quantity vehicles in the same time period, meanwhile, the intelligent recommendation function guides the user to the adjacent charging pile with the low load, and the service fairness and the user satisfaction degree are improved.

The invention discloses an intelligent interaction management method and system for a coal-fired thermal power plant, and relates to the technical field of coal-fired thermal power plant management, and the method comprises the steps: collecting multi-source heterogeneous data of the coal-fired thermal power plant; generating a structured data asset library; building an intelligent interaction core module; a layered intelligent control system is constructed, a production intelligent control layer performs parameter prediction and closed-loop regulation and control on production core equipment based on production related data in a structured data asset library, and an environmental protection intelligent control layer performs parameter optimization and linkage regulation and control on environmental protection processing equipment through a mechanism-data hybrid drive model based on production data and environmental protection monitoring data. The technical problems that in the prior art, a coal-fired thermal power plant lacks a collaborative management linkage mechanism, so that the operation efficiency is low, the environmental protection standard reaching stability is poor, and the management intelligence level is insufficient are solved, and accurate collaborative management and control of the coal-fired thermal power plant are achieved. And the operation efficiency, the environmental protection standard reaching stability and the management intelligence level of the factory area are improved.

The invention discloses an intelligent label dynamic guidance interactive management system, and relates to the technical field of label management, a weak area identification module analyzes channel connectivity in a navigation grid, identifies an abnormal channel area and marks the abnormal channel area as a weak connection area, a parameter endowing module endowing each path node in the weak connection area with a guidance constraint parameter, and a parameter endowing module endowing each path node in the weak connection area with the guidance constraint parameter; the path optimization module calculates congestion coefficients of the weak connection areas, judges whether the congestion coefficients exceed a coefficient threshold value or not, performs iterative correction on weights of path nodes of the weak connection areas according to the guide constraint parameters if the congestion coefficients exceed the coefficient threshold value, and performs path optimization when the congestion coefficients of all the weak connection areas are detected to be not higher than the coefficient threshold value. And the output module outputs the current global path guiding scheme after iteration optimization to all the intelligent labels for display. According to the management system, an intelligent interaction management mechanism with people flow behaviors as the center is constructed, and transformation and upgrading of a label system from a static guiding tool to a self-adaptive guiding platform are achieved.

This application is directed to a method, an apparatus, and a system to, for example, enable a user to interact, manage, and control certain aspects of its own traffic by providing the user with controllable network functions and associated interfaces within the mobile network architecture. In an example method for a user equipment (UE) to control a network service obtained from a network, a control, management, and operation (CMO) function module instantiated in the network may receive from the UE, a request for the UE to control the network service offered by the network. In response to the request, the CMO function module can instantiate at least one network function (NF) configured to be controlled by the UE. The CMO function module can further configure the at least one NF to control the network service in accordance with instructions received from the UE.

1. Name of the product in this design: Voice-enabled module for voice interaction management graphical user interface of electronic device. 2. Application of this design: This design is intended for use in an electronic device. 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. Electronic devices are designed in a conventional way, so other views are omitted. 6. Purpose of the graphical user interface: The interface is mainly used for the interactive interface of voice interaction management in the vehicle system. The partial appearance of the interface is used for the voice and image interaction module. The main view is the initial interface, and you can interact with the voice avatar through voice commands or other interactive operations such as clicking. When the voice icon module in the main view receives the relevant "turn right" voice command and responds (or the voice icon module in the main view is swiped to the right), the interface will display the interface change state shown in Figure 1. When the voice icon module in the interface change state diagram 1 receives the relevant "turn right" voice command and responds (or slides the voice icon module in the interface change state diagram 1 to the right), the interface will be displayed as shown in the interface change state diagram 2. 7. This design is a partial design, and the partial design for which protection is sought is the voice image module shown in the non-gray covered area in the view (not the reference drawing) (as shown in the enlarged partial view). The appearance shown in the gray-covered area in the view does not require protection. The design for which protection is sought does not include color.

The invention discloses a laboratory environment monitoring data management system based on an Internet of Things platform, and relates to the technical field of data management. An interaction management module is arranged to periodically extract environment evaluation data of a target laboratory, a data cleaning unit selects to clean the environment evaluation data according to a first cleaning step or a second cleaning step according to whether retransmission parameters are stored in the data cleaning unit, and monitoring parameters with relatively long cleaning waiting duration are accurately identified through a sorting list; for the missing value of the retransmission parameter, the data waiting gap is utilized to trigger retransmission to obtain real data, so that resource waste caused by invalid waiting is avoided; meanwhile, the non-retransmission parameters are efficiently processed according to the preset cleaning strategy, the overall data processing period is greatly shortened, safety assessment can be started more quickly, and the timeliness of potential safety hazard checking is improved.

The invention provides a remote control interaction management method and system for an unmanned surface vehicle, electronic equipment and a storage medium. Belongs to the technical field of ship navigation control. The system comprises an input module, a processing module, a communication module and a display module. The method comprises the following steps: establishing two-way wireless communication, converting physical operation of a user into a bottom layer control instruction, sending the bottom layer control instruction to the unmanned ship, and receiving state information such as longitude and latitude, navigational speed, engine rotating speed and oil and electricity quantity fed back by the unmanned ship; and displaying the analyzed data on a display module in real time. The switching logic that the priority of the remote control mode is higher than that of the autonomous mode is specially designed, and the take-over safety under the emergency condition is ensured; an ARM framework and an OLED screen are adopted in hardware, and a full-watertight engineering plastic shell is matched, so that the problems of poor visibility under outdoor strong light and marine environment corrosion are solved. According to the invention, the real-time performance, the accuracy and the environment adaptability of unmanned ship control are effectively improved.

This invention relates to the field of data processing technology, specifically including an interactive management method and system for cross-digital spaces in research and learning, comprising: setting up a knowledge graph and an application scenario network; establishing multi-level associations between the knowledge graph and the application scenario network to set up cross-knowledge links; and setting up a cross-digital space for digital interactive management. It addresses the technical problems of a lack of connection and interaction between science and technology exhibitions, science and technology learning, science and technology research and development, and application, resulting in low research and learning efficiency, disjointed understanding of the entire process of science and technology products, and an inability to meet the core needs of integrating theory and practice in digital research and learning. It achieves the technical effect of setting up a cross-digital space to accurately map theoretical knowledge to practical cases, meeting the research and learning needs of the entire process from basic learning to scientific research exploration, connecting and interacting between science and technology exhibitions, science and technology learning, science and technology research and development, and application, improving knowledge transfer efficiency and interactive experience, and providing research and learning groups with a coherent and three-dimensional cognitive path for science and technology products.

The invention discloses an information interaction management method based on multi-modal fusion, and relates to the technical field of data management, and the method comprises the steps: collecting the historical structure, semi-structured and non-structured data of an enterprise, setting a tracing period, screening out the data which is out of time and has an archiving value, and combining the enterprise data which is collected in real time and is subjected to the desensitization processing. Constructing a knowledge precipitation library with a retrieval function, formulating a precipitation knowledge sensitivity level, and constructing a sensitivity level adjustment model based on a knowledge call log and polynomial fitting; then dynamically adjusting the sensitivity level of the precipitation knowledge according to the model, enabling the employee levels to correspond to the sensitivity level so as to set a data access permission, then labeling the precipitation knowledge with a multi-dimensional label, and matching and pushing accessible precipitation knowledge with the department to which the employee levels belong in combination with the employee levels; and finally, a matching result is calculated according to the number of times and duration of accessing the precipitated knowledge by the employees, and model optimization is performed according to the result to form closed-loop management, so that efficient management and safe management and control of enterprise knowledge assets are realized.

This invention relates to the field of battery management system technology, and discloses a power battery system and method based on user interaction upgrades. The system includes: S1, constructing a deeply coupled architecture between an interaction management unit and a battery management unit; S2, constructing a dynamic database; S3, dynamically adjusting the liquid cooling pump power and PTC heating threshold based on driving habits and ambient temperature and humidity data; S4, constructing a two-layer architecture of local edge computing nodes and a public cloud; S5, using an LSTM neural network to analyze historical charge-discharge curves and predict cell lifespan; S6, displaying a degradation degree map through an IMU interface, supporting user scanning to replace degraded cells and automatically configuring topology parameters; and S7, establishing a three-dimensional decision matrix of user settings, environmental perception, and battery status to dynamically optimize charging strategies. This application solves the problems of traditional systems such as lag in interaction, insufficient intelligence, maintenance difficulties, and data synchronization bottlenecks, reducing maintenance costs, extending battery pack lifespan, and achieving collaborative full-cycle management.

1. Name of the product in this design: Graphical User Interface with Voice Interaction Management for Electronic Devices. 2. Purpose of this design: An electronic device. 3. The key design feature of this product is its graphical user interface. 4. The picture or photo that best illustrates the key design points: Design 1 front view. 5. Design 1 is designated as the basic design. 6. Uses of graphical user interfaces: for human-computer interaction and to implement the functions of electronic devices, manage voice interaction, and display the application status of voice assistants. 7. Human-Computer Interaction Method of Graphical User Interface: The main views 1-7 are the default interface. When the user issues a voice command for "idiom chain" in the main view 1, the interface will switch to the interface state shown in the design 1 interface change diagram; when the user issues a voice command for "app store" in the main view 2, the interface will switch to the interface state shown in the design 2 interface change diagram; when the user issues a voice command for "horoscope" in the main view 3, the interface will switch to the interface state shown in the design 3 interface change diagram; when the user issues a voice command for "stock market situation" in the main view 4, the interface will switch to the interface state shown in the design 4 interface change diagram; when the user issues a voice command for "flight inquiry" in the main view 5, the interface will switch to the interface state shown in the design 5 interface change diagram; when the user issues a voice command for "movie information" in the main view 6, the interface will switch to the interface state shown in the design 6 interface change diagram; when the user issues multiple voice commands occupying the home screen in a short period of time in the main view 7, and an application automatically exits, the interface will switch to the interface state shown in the design 7 interface change diagram. The coated area represents the content screen; the X in the view indicates replaceable content.

The invention discloses a multi-thread message interaction control method and device, equipment, a medium and a product, and relates to the technical field of data processing, and the method comprises the steps: splitting a to-be-processed message according to a service type, and transmitting the split to-be-processed message to different queues of a TopicA; extracting messages of different queues of the TopicA, splitting the extracted messages according to the third-party channel type, and sending the split messages to different queues of the TopicB; extracting messages of different queues of the TopicB, and sending the extracted messages to the corresponding channel adaptation agents; sending a message to a corresponding third-party channel through the channel adaptation agent; judging whether the message flow sent by each channel adaptation agent in the set time window triggers flow limiting or not; if the current limiting is triggered, a message is sent to a corresponding delay queue through a channel adaptation agent; according to the method and the device, message management and control are carried out according to different channel characteristics, and the continuity and the stability of services are guaranteed.

The invention discloses a spatial multi-user XR cooperative interaction method and a position synchronization system. The spatial multi-user XR cooperative interaction system comprises a user terminal module, a positioning base station module, a data processing center module, a synchronization control module and an interaction management module, the user terminal module comprises a plurality of XR devices, and each XR device is provided with a positioning sensor, a motion capture unit and a communication interface. According to the invention, high-precision position synchronization and real-time data processing of multi-user XR cooperative interaction are realized through modular design, network delay and positioning errors are remarkably reduced, and through the multi-source fusion positioning module and the dynamic synchronous calibration module, the position consistency and interaction real-time performance of users in a shared virtual space are ensured, and the positioning accuracy of the users is improved. Meanwhile, concurrent operation of large-scale users is supported, in addition, the anti-interference capacity and expansibility of the system are enhanced through optimization design of the interaction management module and the data processing center, and the users can still obtain smooth collaborative experience under different equipment performance and network conditions.

The application discloses a man-machine interaction system based on virtual reality 、 Interaction management module 、 Fatigue management module, the data management module is used for collecting eye data, position data of virtual articles in a virtual environment, eye movement data, user data, storing the collected data in a database after pretreatment; the interaction management module is used for judging whether the user interacts or not through the eye data, and determining the virtual article that the user interacts through calculation, analyzing the eye movement data of the user, and interacting through the interaction behavior corresponding to the eye movement data, the fatigue management module is used for calculating the fatigue index of the user through the user data, judging whether the user is in a fatigue state or not, collecting fatigue data, deriving a fatigue prediction model through historical fatigue data, predicting a time period in which the user is prone to fatigue, and warning the user, the application has the characteristics of improving user experience and predicting fatigue.

This application discloses a networked command and interaction system for distribution networks, relating to the field of distribution network control technology. It includes a plant terminal, an operation and maintenance terminal, a dispatch terminal, and a network command issuing terminal communicatively connected to each of the plant terminal, operation and maintenance terminal, and dispatch terminal. The dispatch terminal receives command information input by the dispatcher and generates pre-commands and positive commands based on the command information, then uploads the pre-commands and positive commands to the network command issuing terminal. The network command issuing terminal receives the pre-commands and positive commands generated and uploaded by the dispatch terminal, and simultaneously issues the pre-commands and positive commands to both the plant terminal and the operation and maintenance terminal. The plant terminal executes the pre-commands and positive commands issued by the network command issuing terminal. The dispatch terminal receives the pre-commands and positive commands issued by the network command issuing terminal. This application effectively realizes the construction of a networked dispatch command information interaction management mode, improves the real-time performance and quality of on-site operation and maintenance dispatch control operations, promotes close collaboration between dispatch and operation and maintenance, and enhances the efficiency of distribution network control work.

This invention relates to the field of expense reimbursement management technology, and in particular to a centralized management system and method for expense reimbursement documents based on financial sharing. The management system includes a financial sharing module, an interaction management module, and an expense reimbursement document interaction module. The financial sharing module pushes expense reimbursement document data to the interaction management module in real time. The interaction management module controls and monitors the entire interaction process of expense reimbursement documents. The expense reimbursement document interaction module implements the entire interaction process of expense reimbursement documents. A first machine learning model is established in the financial sharing module as its generator network; a second machine learning model is established in the interaction management module as its generator network; a discriminant network for the interaction management module is established in the financial sharing module; and a discriminant network for the financial sharing module is established in the interaction management module. This management system and method effectively solve the problems of risk and time-consuming / labor-intensive processes in expense reimbursement document interaction.

The invention relates to the technical field of agricultural data management, in particular to a regional farm product data interaction management method and platform based on multi-source heterogeneous data fusion, and the method comprises the steps: obtaining the multi-source data of regional farm products from a plurality of heterogeneous data sources, the multi-source data comprises production data, market data, environment data and user generation data; performing data fusion processing on the multi-source data to generate a fused data set; receiving an interaction request input by a user in real time, executing interaction management analysis based on the fused data set and the interaction request, and generating personalized interaction response data; and generating a user interaction result according to the personalized interaction response data, and feeding back the user interaction result to the user side. The method has the effect of improving the interaction efficiency and decision support capability of the regional farm product data platform.

The invention relates to the technical field of call centers, and discloses an intelligent voice robot non-intrusive call center system. Comprising a non-intrusive docking module, an intelligent voice robot core module, a call scheduling module, an interaction management module, a data acquisition and analysis module, an authority control module, a fault-tolerant backup module, a terminal adaptation module, a knowledge base module and a visual operation and maintenance module. According to the invention, non-intrusive docking is realized, codes and architecture of an original business system of an enterprise do not need to be transformed, seamless data intercommunication with the original business system of the enterprise is realized through interface adaptation, data isolation and protocol conversion technologies, the system deployment difficulty and transformation cost are reduced, and the stability and data integrity of the original system are prevented from being damaged; meanwhile, a one-way data reading and encryption transmission mechanism is adopted, the data transmission safety is improved, and the method is suitable for various old and novel service systems and high in compatibility.

The invention discloses an intelligent interaction method, system and device for a vehicle display terminal, and belongs to the technical field of vehicle intelligent interaction management, and the method comprises the following steps: monitoring an abnormal condition sensed by a vehicle state and an information priority dynamic conflict condition; whether monitoring, optimization processing and notification mode selection are carried out on abnormal conditions in the pushing process of the vehicle-mounted intelligent terminal or not is determined, the accuracy of dynamic adaptation of a pushing strategy, a driving state and an information demand is improved, and then the transmission timeliness and the execution accuracy of key scheduling information are improved. The problem of low interaction management efficiency of the driver and the vehicle in the prior art is solved.

The invention provides a pumped storage power station 5G + BIM intelligent interaction management system, and the system comprises a sensing layer which is used for collecting earthwork vehicle transportation data, dam rolling data, underground cavern construction data and monitoring data, and achieves the dynamic data updating of a BIM model through a 5G camera, a sensor and construction data; the network layer transmits dynamic data of the BIM model through a 5G private network, and allocates communication resources according to service requirements by adopting a network slicing strategy; the data layer is used for fusing dynamic data of the BIM model, including BIM geometric data, sensor real-time parameters and construction data, and constructing a dynamic digital twinborn database; and the application layer performs construction state early warning and construction scheduling based on design parameters and sensor parameters and a BIM model, generates a decision instruction through a deep learning algorithm, and realizes data deep fusion, network resource optimization and emergency capability improvement by fusing 5G high-reliability communication, BIM dynamic modeling and AI intelligent decision.

The invention belongs to the technical field of interaction management, and particularly relates to a multi-scene digital human interaction management method based on artificial intelligence, which comprises scene semantic analysis, interaction intention prediction, interaction strategy generation, digital human driving and interaction quality evaluation. A standardized strategy instruction set is dynamically adjusted and generated, a digital human is driven to complete a multi-dimensional interaction behavior based on the standardized strategy instruction set, an interaction quality intelligent evaluation module comprehensively and objectively evaluates an interaction effect, and an interaction adjustment management early warning module judges whether to generate an adjustment early warning signal based on interaction quality data in a period. Full-link intelligent management and control from scene adaptation to interaction optimization are achieved, intellectualization, individuation and reliability of digital human interaction in multiple scenes are greatly improved by relying on the artificial intelligence technology, interaction requirements of multiple scenes such as office, entertainment and service are effectively met, and user experience and interaction efficiency are remarkably improved.

The application discloses an intelligent interaction method, system and device for a vehicle display terminal, belongs to the technical field of vehicle intelligent interaction management, and comprises the following steps: monitoring abnormal conditions of vehicle state sensing and information priority dynamic conflict conditions, and determining whether to monitor, optimize and process and select a notification mode for abnormal conditions of a vehicle-mounted intelligent terminal pushing process, so that the accuracy of dynamic adaptation of a pushing strategy to a driving state and information demand is improved, the timeliness of key dispatching information transmission and the execution accuracy are further improved, and the problem of low interaction management efficiency of drivers and vehicles in the prior art is solved.

The invention discloses a logistics subpackage intelligent interaction management method, and belongs to the technical field of logistics subpackage intelligent interaction management, and the method comprises the following steps: constructing a digital platform covering the transport capacity of all subpackages, collecting and integrating the dynamic position, the planning route and the shipping space of the carrier vehicle in real time, and predicting the time of arriving at each preset transfer decision point; according to the method, the cargo transportation route and related information of the subpackage carriage vehicle are integrated, the direct and hitchhiking cargos are classified, the loading position is planned, multiple relay paths are simulated for the hitchhiking cargos in combination with the global network state after subpackage storage loading, and an optimal transportation scheme marked with transfer decision points and containing relay vehicles is obtained through evaluation. According to the invention, intelligent planning, dynamic connection and closed-loop management of logistics subpackage transportation are realized, the transportation timeliness, the resource utilization rate and the management refinement level are improved, and the problems of blind traditional logistics routes, unsmooth transfer, difficulty in abnormal tracing and the like are solved.

1. The name of the design product: voice image module of voice interaction management graphical user interface of electronic device. 2. The use of the design product: the design product is used for an electronic device. 3. The design points of the design product: the graphical user interface. 4. The picture or photo that best indicates the design points: front view. 5. The electronic device is a conventional design, and other views are omitted. 6. The use of the graphical user interface: the interface is mainly used for the interactive interface of voice interaction management in the car machine system. The local appearance of the interface is used for the voice image interaction module. The front view is the initial interface, which can interact with the voice image through voice instructions or other interactive operations such as clicking. When the voice image module in the front view interface receives the relevant "turn right" voice instruction and responds (or slides the voice image module of the front view interface to the right), the interface presents as interface change state figure 1. When the voice image module in the interface change state figure 1 receives the relevant "turn right" voice instruction and responds (or slides the voice image module of the interface change state figure 1 to the right), the interface presents as interface change state figure 2. 7. The design is a local design, and the local appearance requested to be protected is the voice image module shown in the non-gray coverage area in the view (non-reference figure) (as shown in the local enlarged view). The appearance shown in the gray coverage area in the view is not required to be protected. The appearance design requested to be protected does not contain color.