295 results about "Distribution management system" patented technology

Systems and methods for managing video distribution to display devices including mobile devices capture video from one or more cameras and apply a selected compression strategy suitable to broadcast video over a computer network and cellular network to at least one mobile device only when requested by a user to improve security and reduce required bandwidth and usage. The system and method may include controlling broadcast bandwidth by dynamically changing the selected compression strategy or algorithm to facilitate management of the video stream and adapt to changing network conditions. In one embodiment, the system and method include dynamically modifying video image properties of captured video frames to generate video data packets of a size suitable for transmission over a low bit-rate channel to a hand-held device for viewing.

A network of collection, charging and distribution machines collect, charge and distribute portable electrical energy storage devices (e.g., batteries, supercapacitors or ultracapacitors). To charge, the machines employ electrical current from an external source, such as the electrical grid or an electrical service of an installation location. As demand at individual collection, charging and distribution machines increases or decreases relative to other collection, charging and distribution machines, a distribution management system initiates redistribution of portable electrical energy storage devices from one collection, charging and distribution machine to another collection, charging and distribution machine in an expeditious manner. Also, redeemable incentives are offered to users to return or exchange their portable electrical energy storage devices at selected collection, charging and distribution machines within the network to effect the redistribution.

The present invention is intended to allow distribution of personal information to be managed on the basis of not only a personal information management policy defined by a personal information producer but also management policies of all apparatuses which handle personal information when the distribution of personal information is managed between apparatuses. In its configuration, personal information generation apparatus 1 encapsulates personal information together with a transmission policy to generate a personal information capsule which is transmitted to personal information utilization apparatus 2. Personal information utilization apparatus 2 receives and holds the personal information capsule for utilization. In this event, personal information generation apparatus 1 transmits a transmission policy defined by the personal information producer. Personal information utilization apparatus 2 in turn transmits a reception policy defined by a personal information user. Then, personal information generation apparatus 1 and personal information utilization apparatus 2 determine a contractual coverage in regard to personal information to be distributed, and generate contract information. Eventually, the personal information is distributed from personal information generation apparatus 1 to personal information utilization apparatus 2 based on the generated contract information.

The invention discloses a mobile phone-based method for realizing logistics distribution, which comprises the following steps that: an owner of goods registers in a logistics management system on a logistics management website and releases goods source information; a vehicle owner uses a mobile phone terminal to release vehicle information including the vehicle position information uploaded by a positioning module of a global positioning system (GPS) to the logistics management system through a general packet radio service (GPRS) wireless network; the logistics management system automatically matches the goods source and the vehicle source according to the goods position registered by the owner of goods and the vehicle position information uploaded by the vehicle owner through the GPS positioning module of the mobile phone and recommends the optimal goods source or vehicle source to the vehicle owner or owner of goods. According to the method, the logistics distribution is realized by using the GPRS module and GPS module of the mobile phone, and restrictions of the conventional network are avoided and the successful rate and effectiveness of goods source matching is improved, so that a true 'mobile logistics' is realized in a true sense. The invention also discloses a mobile phone-based logistics distribution management system.

The invention provides a logistics distribution management system and a logistics distribution management method. The system comprises a data server, a logistics distribution monitoring module and a plurality of intelligent mobile terminals, wherein the logistics distribution monitoring module is used for dividing a distribution area into a plurality of distribution grids, determining the distribution grids corresponding to the addresses of customer orders, generating and sending the logistics distribution information to the intelligent mobile terminals corresponding to the distribution grids; the intelligent mobile terminals are used for receiving the logistics distribution information, generating signing information and delivery information of goods, and sending the signing information and delivery information of goods to the data server; the data server is used for acquiring the signing information and delivery information of goods in the logistics distribution process. According to the logistics distribution management system and the logistics distribution management method provided by the invention, the distribution areas are divided based on a grid mode, and the logistics distribution in each distribution area is subjected to intelligent route optimization, so that the distribution is more flexible and varied, the unnecessary distribution cost is greatly reduced, the logistics distribution efficiency is improved, and the customer experience is greatly promoted.

The invention discloses a power grid comprehensive visualization method based on multi-service system information fusion. On the basis of comprehensively organizing service flows and data models of links of an intelligent power grid, an information exchange bus crossing a production control region and a management information region is utilized to obtain relative operational and management information of systems such as a production management system (PMS), a distribution management system (DMS), an energy management system (EMS), an electric transmission and transformation equipment state monitoring system, a distribution network production quick-repairing commanding platform, a centralized video monitoring system, a marketing management system, an electricity consumption information acquisition system, a geographical information system (GIS), an intelligent district energy consumption management system, a residential area intelligent electricity consumption interaction and energy efficiency management system, an electric vehicle charging facility comprehensive monitoring and management system and a weather system, and furthermore, based on the relative operational and management information, the data is subjected to deep mining, analysis and comprehensive displaying. The power grid comprehensive visualization method based on multi-service system information fusion helps the production operational and management personnel to master the real-time running state of the power grid more comprehensively, visually and effectively.

The physical distribution management apparatus comprises a non-contact communication section for communicating out of contact with a non-contact IC tag, an information acquisition section for acquiring the information concerning a situation where it is placed, a control section for writing the information acquired by the information acquisition section into a prescribed storage section, and a portable power source section for supplying an electric power to each of the sections.

A system providing an optimized power delivery and management of USB power in a closed network, such as found on commercial aircraft. The system enables utilization of a limited number of AC-DC step down and isolation converters to support a multitude of USB power outlets. It provides a means of accounting for, and overcoming wire distribution losses, while also providing for voltages and power levels compatible with the USB Power Delivery Specification.

The invention discloses a general building indoor engineering intelligent robot. The general building indoor engineering intelligent robot is characterized by comprising a movable base part, a robot movable arm, sensing systems, and a central control part, wherein the robot movable arm is provided with at least two connecting rod arms and power supply parts for driving all joint parts; the adjacent connecting rod arms move by dint of the joint parts; the sensing systems are arranged on the movable base part and the robot movable arm; the sensing systems comprise detecting modules for realizingobstacle avoidance and distances and detecting relative coordinates of space of the movable base part; the central control part is connected with the movable base part, the robot movable arm and thesensing systems; and the central control part comprises a movable control module, a movable arm control module and a detecting control module. The general building indoor engineering intelligent robotis simple in structure and easy to realize large-scale production, and effectively improves the construction quality and the working efficiency through automatic work of the movable base part, the control part, a power distribution management system and multi-axis mechanical arms.

A distribution management system (DMS) includes an integrated volt / var controller (IVVC) that is configured to control operation of at least one corresponding renewable energy source or energy storage device power converter in response to IVVC commands generated via algorithmic optimization software integrated within the IVVC. At least one renewable energy source or energy storage device is controlled to operate alone or in coordination with one or more discrete step size reactive power (VAR) compensation devices to generate continuously varying reactive power required by a corresponding power distribution system.

The invention provides a power-distribution-network measurement effectiveness analysis practical calculation method based on multiple data sources. The method comprises the following steps that firstly, quasi-real-time data are corrected and analyzed statically, and non-real-time measurement data collected by other systems are verified and analyzed reasonably; secondly, real-time measurement complementing is conducted on the quasi-real-time data; thirdly, the measurement effectiveness of switches of a distribution network is analyzed. According to the method, the multiple data sources such as distribution network SCADA real-time data, distribution transformer quasi-real-time information and typical load characteristics are integrated for judging the effectiveness of telemetry data, positioning ineffective signal objects and detecting and identifying measurement of bad switches and the states of the switches, therefore, estimation of the state of the power distribution network has great significance to normal operation and management of the power distribution network and a guarantee that a power distribution management system gives play to the functions of the power distribution management system normally.

The invention discloses a quantum secrete key dynamic distribution management method, and the method comprises the steps that UU1 sends a request to KA1, so as to apply to carry out communication with KU2 through a secrete key; KA1 submits the request of KU1 to KMC; KU2 sends a request to KA2, so as to apply to carry out communication with KU2 through a secrete key; KA2 submits the request of KU2 to KMC; KMC passes the request, and enables the matching of KU1 and KU2 to be successfully, thereby forming a user pair which is put in a user pair list, and forming an updated user pair list; KMC enables the updated user pair list to be supplied to KA1 and KA2; KA1 and KA2 distributes the secrete keys according to the updated user pair list, and respectively provides secrete keys for KU1 and KU2; and KU1 and KU2 carry out data encryption communication through the obtained secrete keys. The invention also discloses a quantum secrete key dynamic distribution management system. The method and system are high in management efficiency of quantum secrete keys, and are good in practicality.

The invention provides a main network and distribution network integrated security power supply system. The main network and distribution network integrated security power supply system comprises an energy management system (EMS), a distribution management system (DMS) and a video monitoring system, wherein grid models of all stages of dispatching automatic systems are spliced among the EMS, the DMS and the video monitoring system in an extensible markup language (XML) format of a common information model (CIM); and graphs of all stages of dispatching automatic systems are shared among the EMS, the DMS and the video monitoring system in a scalable vector graphics (SVG) format. The main network and distribution network integrated security power supply system provided by the invention aims to integrate data and integrated application, is comprehensively interconnected with the conventional EMS, the conventional DMS and the conventional video monitoring system by using a uniform grid information model, a uniform encoding standard and a uniform showing way, can share data to the greatest extent, and can comprehensively monitor and control each stage of related grid information in real time.

In an environment in which programs are executed on a plurality of computers connected to a network, a program distribution managing system facilitates, when a reference relationship exists between programs on mutually different execution computers, management for distribution and deletion of applications. The system includes a distribution information supplier to supply information indicating a status of distribution of a program to be executed on either one of the computers, a reference information supplier to supply information concerning a type of the execution program as a reference destination of the program, and a reference destination managing section to acquire a location to which the execution program as a reference destination of the execution program is distributed according to information from the distribution information supplier and information from the reference information supplier.

A stowage data preparation device is provided which can reduce transportation costs by improving the goods per shipping receptacle loading efficiency regardless of worker proficiency, and which permits transportation costs and schedules to be determined accurately at an early stage, and enables systematically planned transportation of shipping receptacles (especially containers of various kinds). A stowage data preparation device 1 includes: a pallet determination unit 2a determining a pallet P to be used per shipping receptacle, based on goods W to be stowed; a goods-stowed pallet display unit 2b displaying a goods-stowed pallet PW per shipping receptacle, by performing simulation of stowing goods onto a pallet determined by the pallet determination unit on a screen of a display device 3; and a stowage instruction data preparation unit 2c preparing stowage instruction data related to the goods-stowed pallet per shipping receptacle displayed by the goods-stowed pallet display unit.

The invention discloses an inventory and distribution management system based on cloud computing. A Hadoop software architecture is applied for achieving distributed processing of mass Web data of the inventory and distribution management system, so that the safety of the inventory and distribution management system with respect to mass data storage is improved; in the cloud computing technology, distributed data storage can achieve dynamic load balance and automatic takeover of a failure node, so that high reliability, high performance, high availability and high extendibility are achieved; the inventory and distribution management system is established on a cloud computing public technology service platform so that abundant enterprises on a supply chain can conduct inventory management and logistics distribution in a finer and dynamic mode, and informationized running cost of export-oriented enterprises is reduced; the system can be applied to intelligent terminals; by the adoption of a Redis database, the functions of cluster deployment dynamic expansion, real-time data analysis, real-time data query, real-time data collection, real-time uploading, real-time communication and the like can be achieved.

The invention discloses a task distribution management system and a method thereof. The system includes two modules of address book management and task transmit-receive management, and provides two access ways of mobile client and computer client software. The address book management module has two functions of structured address book management and custom address book table creation, for storing and managing personal information about members of an organization and for selecting task group members when tasks are distributed. The task transmit-receive management module is for the realization of task distribution, task reception and task statistics management, and includes eight main functions of task distribution, reception, statistics, check-in, confidentiality, revocation, modification and reminding. When the tasks are distributed, the task transmit-receive module calls the address book management module to implement the selection of the task group members. The system and method meet the demand of companies and other organizations for higher task transmit-receive management, security and coordination requirements, and can improve the efficiency of task distribution among members within the organization, so as to effectively improve the office efficiency and management level.

A distribution management system is provided which can have a high software distribution efficiency by using client terminals substituting for software distribution relay and can reliably collect distribution results without depending upon the statuses of client terminals. A distribution management server groups a plurality of representative clients in charge of software distribution relay, and changes assignment of software distribution target client terminals by monitoring the distribution execution status of each representative client terminal. Further, the client terminal can reliably notify the distribution result to the distribution management server in accordance with a list of grouped representative client terminals. Furthermore, for the client terminal not notifying the distribution result even if the notice term expires, a distribution result notice representative client terminal is set further so that the distribution result can be reliably notified to the distribution management server.

The physical distribution management apparatus comprises a non-contact communication section for communicating out of contact with a non-contact IC tag, an information acquisition section for acquiring the information concerning a situation where it is placed, a control section for writing the information acquired by the information acquisition section into a prescribed storage section, and a portable power source section for supplying an electric power to each of the sections.

Models of a distribution network grid are automatically updated in response to real-time location data of uniquely identified temporary devices. Current geographical coordinates are determined within a distance tolerance that is selected as a function of a type of device indicated by the identity indicia. The geographical information system model is updated with a location of a unique identity of the device at the determined current geographical coordinates within the distance tolerance if unique identity of the device not already present within the geographical information system model, or if it is present and a displacement distance from the determined current geographical coordinates of the temporary device to existing geographic coordinates that are stored in the geographical information system model in association with the unique device identity exceeds a specified distance margin.

A distribution management device, a distribution management method, a program storage medium and a distribution management system are disclosed. The client order data of the merchandise 4 of the sales channel utilized the internet 3 and the store order data of the merchandise 4 for the quantity sold of the sales channels excluding the Internet 3 are received by the sales managing server 20 via the internet 3. The stock of merchandise 4 is controlled by the settlement / delivery instructing server 21 based on the client and store order data. The actual sales condition of merchandise in each sales channel is grasped by the shipment control server 55 based on the storage data and the delivery condition data obtained from the client and store order data and the storage data and delivery condition data obtained from the settlement / delivery instructing server 21, and the supply of merchandise 4 to the manufacturing factory will be instructed based on the actual sales condition. Thus, the distribution stocks to each of sales channels can be one-dimensionally controlled and can be efficiently distributed in the market based on the actual sales information. And thereby, the stocks can be constantly and certainly secured to various sales channels.

The invention relates to a distribution system and method, belongs to the field of information management, and particularly relates to an intelligent logistics distribution information processing system and method. According to the logistics distribution management system capable of being applied to goods distribution of a company, standardized management of logistics distribution is realized, system management of goods orders and distribution is realized, vehicle management and route management are facilitated, resource conflicts are avoided, and the usage rate is increased; and systematized personnel management distribution and a perfect permission management mechanism effectively control responsibility distribution in a goods distribution process.

The invention relates to an integrated distribution management system and method, applied in Internet environment. And the management system comprises website platform management subsystem, telephone service management subsystem, distributor management subsystem, tradesman management subsystem, logistics man management subsystem and seller management subsystem, where they can make electronic transaction and data information exchange with one another. And the management system can make electronic transaction and data exchange with different providers, distributors and tradesmen; therefore it is a solution of integrated distribution management of B2B2B electronic transaction system structure.

This invention provides a cargo distribution management system, a pallet management system, and a computer readable recording medium capable of facilitating reducing time required for distribution using containers by marine transport or the like, acquiring information for time reduction, and decreasing distribution cost. A cargo distribution management system program executed by a server computer 1 of the system includes storage means 102, distribution status instruct means 103, distribution status output means 104, procedural document creation means 107, container packing information generation means 108, stock calculation means 109, stock planning means 110, distribution period calculation means 112, pallet information storage means 121, pallet information update means 122, transport scheduling means 123, and reference information transmission means 113.

An integrated video service peer to peer network system, includes: a media source system, configured to divide video service data into one or more segments and each of the one or more segments into a plurality of blocks, and to generate a media description file based on segment dividing information and media format information, wherein, each of the plurality of blocks is of a self-description type and comprises a block head and a block body, the block body including media data; a media distribution management system, configured to store media distribution information, wherein, the media distribution information represents the information of the storage status of divided video service data segments at a peer source node and the information of the serving capability status of the peer source node; and a plurality of the peer source nodes, configured to store the video service data, and to transmit the video service data to a service requesting node. With the present invention, the range of sharing can be effectively extended, the usage of the client resources can be optimized, while the provider system and the client system are significantly simplified, so the cost of the operation and maintenance are reduced.

In one embodiment, a product distribution management system includes a product management center. The product management center includes a management device to receive product security data on a product from a distribution site and a product management database to store the data received from the distribution site for use in a product authentication process. The data includes product identification information and security information used to authenticate the product.

The invention provides a power distribution management system and a management method for a special electric power vehicle, and relates to the field of electric automobile control. A first charger is connected with a first BMS (battery management system) through a third CAN (controller area network) bus, the first BMS is connected with an energy storage battery pack, the first charger transmits data to the first BMS of the energy storage battery pack through the third CAN bus, a second charger is connected with a second BMS through a first CAN bus, the electric quantities of the second BMS and a driving battery pack are managed and distributed, and the second BMS and the driving battery pack supply power for an upper electric device and a chassis electric device. Therefore, power of a dual-power electric automobile is distributed and managed, battery management system data positioned at different CAN bus networks can be forwarded in a bus routing manner, and BMS power can be managed.

The invention discloses an internet-of-thing-based power distribution management system and an on-line monitoring method thereof. The system is formed by four parts, that is, an intelligent distribution box terminal, a remote upper computer management system, an acousto-optic alarm and a mobile terminal. On one hand, the intelligent distribution box terminal is in bidirectional connection with theremote upper computer management system, and is used for sending distribution box operation electrical parameters to a remote upper computer and receiving a control instruction sent by the remote upper computer; and on the other hand, the intelligent distribution box terminal is in one-way connection with the acousto-optic alarm, and is used for starting the acousto-optic alarm for alarming onceabnormal operation occurs. The remote upper computer management system receives the data sent by the intelligent distribution box and carries out corresponding processing on the data, and once the data is abnormal, on one hand, immediately starts an alarm module thereof and pushes alarm information to the mobile terminal, and on the other hand, immediately sends an instruction to the intelligent distribution box to starts a control loop to ensure electrical safety, and starts the acousto-optic alarm controlled thereby.