28 results about "Distribution management system" patented technology

The present application relates to the technical fields of power group control optimization distribution management, and is used to solve the problems that the traditional elevator system not only has low operation efficiency but also has large energy consumption, and cannot adjust the elevator operation according to the actual situation, thereby causing long waiting time and increased energy consumption, and particularly discloses a power group control optimization distribution management system based on intelligent elevator, which comprises a data acquisition unit, a server, an elevator operation analysis unit, a personnel distribution analysis unit, a power consumption prediction analysis unit, a power distribution management unit, a control execution unit and a display terminal; through the cooperative work of each component, the present application realizes reasonable power distribution of each elevator according to the actual operation condition of the elevator, and improves the elevator operation efficiency and the reasonable utilization of power energy.

The application relates to the technical field of intelligent distribution of educational resources, and discloses a dynamic distribution management system of educational teaching resources based on machine learning. The system comprises the following steps: collecting, through a data acquisition module, resource request time stamps, transmission rates and computing load data of learning terminals in real time; processing the data by a multi-resolution analysis module to generate a resource use mode atlas containing time, space and content dimensions; analyzing the atlas by a resource demand mapping module using a pre-trained deep belief network to output accurate resource quota suggestions; optimizing the suggestions based on network topology by a delay compensation module to form a delay-resistant distribution scheme; executing the distribution by a resource scheduling module and starting audit tracking; and updating network parameters according to the audit data by an adaptive optimization module. The system realizes accurate prediction and dynamic adaptive optimization of resource demand, and improves resource utilization efficiency and teaching service quality.

The invention relates to the technical field of power distribution systems, and particularly discloses a communication power supply capacity expansion and power distribution management system. The system comprises a hot plug capacity expansion unit, an intelligent power distribution unit and a system collaborative management unit, and the hot plug capacity expansion unit is used for completing online addition, deletion and replacement operation of a power supply module under the condition that the system is not powered off; the intelligent power distribution unit is used for monitoring the load state in real time and dynamically distributing power resources; and the system collaborative management unit is used for overall planning and coordinating the capacity expansion operation and the power distribution strategy and ensuring the stable operation of the system in the capacity adjustment process. According to the invention, through cooperation of online capacity expansion and dynamic power distribution, uninterruptible power supply module addition, deletion and replacement, load real-time monitoring and power resource optimization distribution, and global coordination of a capacity expansion process and a power distribution strategy are realized. The maintenance flexibility, the power supply reliability and the operation continuity of the communication power supply can be improved.

The invention discloses a session key distribution management method and system. The session key distribution management method is used for a service management platform, and comprises the following steps: in a first time window, counting the number of participating terminals which have obtained session keys; calculating a current access rate according to the number of the participating terminals and the total number of preset access terminals; and when the current access rate is greater than or equal to a preset access rate threshold and no new access information is received within a preset time threshold after the preset access rate threshold is reached, sending a closing instruction to the password management service platform. Therefore, through a mode of combining dynamic statistics of the key acquisition condition of the participating terminal with access rate judgment, timely closing of a key application channel is realized, the redundant opening time of a key application window is eliminated to a certain extent, the window attack period of an illegal user is shortened, the security risk that the key is illegally acquired is effectively reduced, and the user experience is improved. And the security of encrypted communication is improved.

The invention discloses a satellite internet data distribution management system, and belongs to the technical field of data distribution. An uplink classification user plane function ULCL-UPF is deployed on each ground station as a local data anchor point. A policy control function (PCF) dynamically generates a forced shunting policy based on an identifier of a ground station accessed by a user terminal, and a session management function (SMF) issues a data classification, identification and forwarding rule to the ULCL-UPF according to the policy, so that user traffic is directly locally accessed to the Internet at the ground station through an N6 interface, and is prevented from being transmitted back to a central core network. When a user terminal is switched across ground stations, a system pre-establishes a user plane session at a target station through atomic operation and instantly switches a data path, an address is kept unchanged, and seamless and continuous services are guaranteed. And finally, the optical fiber bandwidth occupation is obviously reduced, the end-to-end transmission delay is optimized, and the economical efficiency and the user experience of the satellite internet service are improved.

The invention relates to the technical field of intelligent logistics management, and discloses an EWTMS full-link intelligent warehouse distribution management system. According to the system, digital mirror image mapping composed of a storage physical space mirror image and a distribution process network mirror image is established, and historical data is used for driving dynamic twinborn evolution of the system. And based on an evolution result, coupling the identified physical efficiency bottleneck region and the flow delay sensitive node, and generating a full-link dynamic vulnerability topological graph. The system further drives the topological graph to perform instant reconstruction according to real-time cargo movement data and equipment state signals, and dynamically generates a warehouse allocation instruction by analyzing reconstruction differences. According to the scheme, deep collaboration and overall vulnerability visualization of storage and distribution links are realized, adaptive strategy adjustment based on real-time data is supported, and the overall efficiency and response agility of a full-link warehouse distribution system are improved.

This invention belongs to the field of gateway management, and particularly relates to an intelligent distribution management system and method for multi-channel SMS gateways. It includes a status acquisition module, a semantic parsing module, and a matching decision module. The status acquisition module receives receipt messages from M heterogeneous SMS gateways, locates the original status code field, and extracts key symbol strings containing return code values. The semantic parsing module, based on a gateway-corresponding mapping rule base, determines the logical distance between the return code value and the auxiliary symbol string, generating a standardized status semantic vector. The matching decision module matches the vector with a standard semantic template library and executes corresponding management actions based on the actual sending result type. This invention achieves unified parsing of heterogeneous gateway status codes, eliminating the need for hard-coding adaptation to new gateways, accurately triggering end-to-end management, and improving SMS delivery rate and system stability.

The invention discloses an intelligent storage and distribution management system based on the Internet of Things, and particularly relates to the technical field of intelligent storage and distribution. The number of power grid metering assets in an original warehouse is checked in real time, and a first transportation scheme is formulated when the number of the remaining power grid metering assets to be supplemented in the original warehouse is zero; a brand-new warehouse-in and warehouse-out verification and arrangement transportation method is provided, the transportation process of the power grid metering assets is divided into a first transportation link, a second transportation link and a third transportation link, a transportation scheme of each transportation link is formulated, and the actual transportation process is monitored. The quality control capability coefficient of each transportation link is calculated based on related data records of an actual transportation process, so that standardized transportation management is realized, the transportation reliability and the transportation efficiency are improved, a system collaborative management effect evaluation method is provided, the collaborative management capability of the system can be intuitively displayed through data, and the management efficiency of the system is improved. And data support is provided for optimization and adjustment of subsequent links.

The present application relates to a delivery management system, comprising: a delivery unit provided with a sensor that detects information of a tray inserted into each insertion unit; a delivery robot having a sensor that detects an object on a tray inserted into an insertion unit of the delivery unit; a terminal that transmits information of a user's pick-up and arrangement of a cargo; a storage unit that stores delivery status information indicating a state of an insertion unit of the delivery unit; an information updating unit that updates the delivery status information of the storage unit based on information of a tray of an insertion unit detected by the sensor of the delivery unit, information of an object detected by the sensor of the delivery robot, and the pick-up and arrangement information transmitted from the terminal; and an instruction unit that instructs the delivery robot to deliver a tray arranged with a cargo and to collect a tray arranged with a cargo based on the delivery status information.

To provide a physical distribution management device, a physical distribution management system, a physical distribution management method, and a program for more surely suppressing the shipping error or destination error of merchandise without increasing manpower.SOLUTION: The logistics management apparatus 10 includes a first reception unit 11, a second reception unit 12, and a determination unit 14. A first reception part 11 receives ordered article information D1 for specifying one or a plurality of ordered articles 60 and destination information D2 for specifying destinations of the articles 60. The second reception unit 12 receives a reading result of the commodity slip 71 which is attached to the commodity 60 and can be optically read and in which information for specifying the commodity 60 is stored. When there is ordered article information D1 for specifying the article 60 matching the article 60 specified by the reading result of the article slip 71, a determination part 14 outputs destination information D1 associated with the ordered article information D2.SELECTED DRAWING: Figure 1

The utility model relates to a power distribution management system and CT imaging equipment thereof. The power distribution management system is arranged on a rack of the CT imaging equipment; the power distribution management system comprises a rotation driving unit which is arranged on the stator side of the rack and used for driving the rotor side of the rack to rotate; the power supply and distribution module is arranged on the stator side of the rack and used for supplying and distributing power to the CT imaging equipment; the high-voltage module is arranged on the rotor side of the rack, the high-voltage module comprises an electric energy storage unit and an inversion and high-voltage multiplication unit, and the electric energy storage unit is arranged in the high-voltage module. The electric energy storage unit is integrally designed in the high-voltage module component on the rotor in the CT rack, so that high integration of the internal components of the CT is realized, the whole machine is compact and miniaturized, the requirement on a site is reduced, and the system cost is reduced.

This utility model discloses a core structure for a splitter connector, including an integral core assembly and a shielding assembly. The integral core assembly includes an inner core body and inner core body fixing shells. The inner core body fixing shells are snap-fitted onto both sides of the inner core body surface. Copper busbars are fixedly sleeved between the inner core body and the left and right inner core body fixing shells. The copper busbars have positioning holes on their surfaces, and the copper busbars are fitted onto the inner core body through the positioning holes. The left and right inner core body fixing shells are fastened to the inner core body with snap-fit ​​mechanisms to press the copper busbars into a wire harness assembly. This utility model simplifies the installation process of the copper busbars and shielding structure through snap-fit ​​and locking design, improves assembly efficiency, and ensures the structural stability and electrical performance reliability of the connector core. It is suitable for wire harness connection scenarios in new energy high-voltage connections and power distribution management systems.

The present invention determines an appropriate presentation destination medium for content. Provided is a server comprising: a content acquisition unit that acquires a media page including information to be distributed, and information related to presentation content that is information to be presented on the media page; an index value calculation unit that selects a plurality of different evaluation axes, acquires a plurality of scores corresponding to the plurality of evaluation axes, respectively on the basis of the similarity between the information related to the presentation content and the media page, and calculates an index value that is an average value based on the plurality of scores and bias between the plurality of evaluation axes; a presentation destination determination unit that determines the media page corresponding to the index value exceeding a predetermined value as a presentation destination for the presentation content; and a presentation destination output unit that outputs information indicating the media page determined as the presentation destination for the presentation content.

To provide a power grid system and method using zone autonomous control.SOLUTION: A power grid system including an advanced distribution management system (ADMS) and distribution zone measurement devices for measuring zone distribution operational parameters of a plurality of distribution zones, the distribution zones having associated distribution zone measurement devices and a distribution zone controller in communication with the distribution zone measurement devices and the ADMS. The power distribution zone controller receives power distribution zone operation data for the assigned power distribution zone from the power distribution zone measurement device, determines a power distribution zone orchestration index based on the power distribution zone operation data, communicates the power distribution zone orchestration index to the ADMS, and determines an adaptive control action for one or more power distribution controls within the assigned power distribution zone based on the power distribution zone orchestration index.SELECTED DRAWING: Figure 1

SOLUTION: A personal data distribution management system (1) has supplier data management apparatuses (11), (12), ... connected on a network (50), a data distribution management apparatus (30), and a relay processing apparatus (40). The supplier data management apparatus (11) has a database (1103) for storing, as original data associated with the individual true name information, the individual personal data measured by a measurement device (21) and attribute information relating to the individual and the measurement. The data distribution management apparatus takes in the original data excluding the personal data to generate a data catalog. The relay processing apparatus, based on a request for data use accepted from an external device, outputs data excluding the individual true name information from the database such as the supplier data management apparatus and so on to a data user terminal (100).EFFECT: To allow data distribution management which reduces risk of information leakage of personal data and individual true name information.SELECTED DRAWING: Figure 1

The invention relates to the technical field of digital management, and discloses a vegetable industry chain distribution management system, which comprises a data acquisition and block chain evidence storage module used for acquiring multi-source data of a vegetable planting end, a transportation end and a sales end in real time, and constructing a distributed data warehouse through a block chain and a lightweight encryption technology; and the industrial chain digital modeling module is used for constructing a loss prediction fitting model of the vegetables at the transportation end and a waste prediction fitting model of the vegetables at the sales end based on the historical data in the distributed data warehouse, and the loss rate of the vegetable transportation end can be dynamically predicted according to the loss prediction fitting model and the waste prediction fitting model. According to the method, the loss and waste prediction model constructed by using historical data can be combined with multi-dimensional factors such as real-time climate, regions and seasons to dynamically estimate the transportation loss rate and the sales end hidden waste rate, so that all parties of an industrial chain can identify a risk region and a high loss link before a problem occurs; and the effective pre-control on the loss and waste of the vegetables is realized.

Provided herein is a power grid system comprising an advanced distribution management system (ADMS) and a distribution zonal measurement device configured to measure zonal distribution operational parameters for an assigned distribution zone of a plurality of distribution zones. Each of the plurality of distribution zones has an associated distribution zonal measurement device and a distribution zonal controller in communication with the distribution zonal measurement device and the ADMS. In some aspects, the distribution zonal controller is configured to receive distribution zonal operational data for the assigned distribution zone from the distribution zonal measurement device and determine a distribution zonal orchestration index based on the distribution zonal operational data. The distribution zonal controller is further configured to communicate the distribution zonal orchestration index to the ADMS and determine an adaptive control action for one or more distribution control devices in the assigned distribution zone based on the distribution zonal orchestration index.

The invention discloses an article distribution management method and device, and relates to the technical field of intelligent logistics. According to one specific embodiment of the invention, the method comprises the steps: receiving the article demand information, sent by a set region terminal, of a user in a set region through an e-commerce platform server contained in an article delivery management system, and generating an article order of the set region; obtaining user information of the user from the article demand information to determine an associated person of the user, sending a payment message to a user terminal used by the associated person, and generating a delivery task for the article order when it is determined that the payment of the article order is completed; and monitoring and sending the delivery state to the set area terminal or the user terminal. According to the embodiment of the invention, intelligent process management for article distribution in the set area is realized through the article distribution management system, so that the distribution task can meet the distribution strategy of the set area, and the distribution efficiency and the distribution management refinement degree for the set area are improved.

The subject application provides a video overlayer (100), a distribution management system and a computer-implemented method (600) of overlaying a video (200) with product data.The inventors have found that the use an interactive video overlay makes it easy and convenient for viewers to purchase products seen in videos.In particular, the inventors propose to draw the viewer's attention to certain products in a video and to allow the viewer to interact to buy the product directly in the video.The proposed solution saves time as it eliminates the need to search for products viewed in videos.Also, the proposed solution allows for the sense of immediacy that comes with online shopping by providing fast and efficient service to viewers.Indeed, when viewers see a product that they like in a video, they can simply click a link or button to purchase it right away.

The utility model relates to a kind of vehicle-mounted power distribution management system and vehicle-mounted shelter, belong to power distribution management technical field. Including: power module, with external power supply connection;Power module includes conversion module, bypass unit and power distribution monitoring unit;Conversion module is connected with bypass unit and power distribution monitoring unit;Bypass unit is connected with power distribution monitoring unit;Power distribution monitoring unit is connected with electric equipment;Power distribution unit is connected with power module;Power distribution unit includes uninterrupted switching device and digital signal processor, and uninterrupted switching device is connected with digital signal processor;Centralized controller is connected with power module and power distribution unit.The utility model provides a kind of vehicle-mounted power distribution management system and vehicle-mounted shelter, realizes the centralized power distribution control to each equipment, optimizes space layout, improves system integration, and then reduces the waste of human resources.

The invention discloses a railway accessory material distribution system. The whole machine is composed of a logistics distribution management system (1), a maintenance workshop collection and distribution disc management terminal (2), a maintenance workshop intelligent material cabinet management terminal (3), a material warehouse scheduling display system (4), a locomotive depot material warehouse (5), a maintenance workshop collection and distribution disc material warehouse (6) and a maintenance workshop intelligent material cabinet (7). According to the railway accessory material distribution system provided by the invention, automatic distribution and automatic storage of multi-category and multi-specification accessories between the railway locomotive depot maintenance workshop and the material library are realized according to different demand conditions of different maintenance workshops, the material distribution efficiency is effectively improved, and the railway locomotive vehicle maintenance efficiency is further improved.

The invention provides an electric energy management system and an electric energy management method for multi-region intelligent regulation and control of power generation and utilization, and relates to the field of electric energy allocation. Comprising an energy management system, a power distribution management system and a power utilization information acquisition system, monitors power generation and power utilization and sends the power generation and power utilization to an electric energy distribution system, and the electric energy distribution system combines power generation and power utilization monitoring data and configures execution of a plurality of coordination programs to implement power generation and power utilization intelligent coordination of a plurality of set areas. Through coordination of a plurality of set areas and a plurality of power generation direct supply and standby supply routes, setting of a plurality of power generation devices based on a shortest power supply route is implemented, and power generation procedures of the power generation devices are controlled through a PLC, so that cross-area power supply is realized; a power generation and utilization adaptation implementation program such as power input and output implements multi-region comprehensive power utilization continuous adaptation and multiple power generation devices are matched with peak-valley characteristics of different power utilization ends to intelligently generate and supply power; configuring a modular power supply deployment program and an updating program, and implementing automatic coordination and updating adjustment of power generation and utilization in multiple periods of days; intelligent application of electric energy allocation is realized through an electric energy management method.

The application belongs to the technical field of intelligent power distribution and discloses an intelligent power distribution management system and method based on high-low voltage integrated control. The system realizes synchronous acquisition of high and low voltage side operation parameters through a homologous acquisition module, can intelligently correct the influence of environmental factors on data, and uses a dual-mode communication mode to ensure efficient data transmission and compatibility with existing power distribution system data standards. A collaborative control module realizes integrated regulation and control of high and low voltage systems through local rapid analysis capability, dynamically optimizes control parameters in combination with a self-adaptive learning mechanism, and quickly responds to voltage fluctuations, load mutations and other situations. A new energy grid-connected module optimizes new energy power generation efficiency through a power tracking algorithm, ensures grid connection stability based on voltage adaptive regulation and wide voltage ride-through capability, can link energy storage or switch power supply modes according to power generation power, and improves new energy consumption capacity.

The invention discloses a distributed energy intelligent power distribution management system and method based on an ant colony algorithm, and relates to the technical field of power distribution management, and the system comprises a data acquisition unit, an optimal path generation unit, an operation monitoring unit and a data updating unit. Power grid data and distributed energy big data are collected, the power grid data comprise power flow data, regional power grid load data, line load data and the like, the distributed energy data comprise user identity information, existing electric quantity, geographic position information, daily charging time duration, online power supply and sale frequency and other information, a corresponding ant colony algorithm is added, and the power grid data and the distributed energy big data are integrated. The distributed energy is subjected to intelligent power distribution according to the regional power grid load data, intelligent management of the system under the condition of unmanned supervision is ensured, line loss can be reduced through the design, the power distribution speed is higher, and resource allocation is more scientific and reasonable.

The invention relates to the technical field of intelligent distribution of educational resources, and discloses a dynamic distribution management system for educational teaching resources based on machine learning. According to the system, a data acquisition module collects a resource request timestamp, a transmission rate and calculation load data of a learning terminal in real time; the multi-resolution analysis module is used for processing the data to generate a resource use mode graph containing time, space and content dimensions; the resource demand mapping module analyzes the map by using a pre-trained deep belief network and outputs an accurate resource quota suggestion; the delay compensation module optimizes the suggested value based on the network topology to form an anti-delay distribution scheme; the resource scheduling module executes allocation and starts auditing tracking; and the adaptive optimization module updates network parameters according to the audit data. According to the system, accurate prediction and dynamic adaptive optimization of resource demands are realized, and the resource utilization efficiency and the teaching service quality are improved.

The invention discloses a business distribution management system based on data analysis, and the system comprises a business data center module which is used for receiving original business data from a plurality of heterogeneous business systems, and generating a structured core business data table which is stored in a unified format through data cleaning and standardization processing; the intelligent task dispatching module is connected to the business data center module and is used for automatically identifying a to-be-processed task through a task identification model based on the core business data table and dynamically distributing the task to the most appropriate execution unit by utilizing a dispatching algorithm based on resource matching degree calculation; and the cross-department collaborative triggering module is connected to the business data center module and used for monitoring specific events in the core business data table. According to the invention, more intelligent business distribution management can be carried out.

The application belongs to the field of power system grid protection, and provides a distribution network section fault positioning method and system under the condition of incomplete alarm information, which comprises the following steps: establishing a grid element connection tree by using the grid topology structure of a distribution management system, and determining key nodes of the grid; comprehensively analyzing a distribution automation system, a use system, a marketing management system and a weather forecast system according to the importance of fault alarm information, and determining the priority of the comprehensive judgment of multiple systems; sorting the fault possibility of the key nodes of the grid based on the real-time obtained alarm information according to the priority of the comprehensive judgment of multiple systems; and based on the sorting result of the fault possibility of the key nodes of the grid, the key nodes of the grid are repaired one by one to determine the position of the section fault of the distribution network. The application is based on the grid topology after the fault of the distribution network, and fully considers various certain and uncertain information to position the section fault of the distribution network.