7119results about How to "Improve management efficiency" patented technology

The system of the present invention comprises a personal Virtual Safety Deposit Box where users are able to enroll their identification methods, financial accounts and personal information. Once authenticated, this information is transferred to a master file within a central databank. Enrollment enables the user to link each item (collectively referred to as the “stored data”) to any one of the plurality of identification methods they enter. Thereafter, the user may employ their enrolled identification methods to select a desired one of the stored data fields. A secure intermediary uses the identification method and a selection method to determine which of the stored data fields the user desires to employ by accessing a database containing each of the stored data fields and the corresponding selection method. The selected field is activated and any relevant outside agencies are notified of the transaction and the transaction is concluded.

The invention relates to an on-line management method for an engineering project. According to the on-line management method for the engineering project, based on a remote interaction platform, through data transmission and data processing between a budget end computer device, a plurality of contracting enterprise end computer devices, a plurality of evaluation end computer devices, an application end computer device, a plurality of submission end computer devices, a plurality of checking end computer devices and a server end computer system, on-line bidding and tendering and bid evaluation of the engineering project are achieved, and on-line evaluation and on-line making of an engineering project progress plan of a contracting enterprise of the engineering project, on-line tracking of engineering project progress completion conditions, response and management of engineering project progress abnormal conditions, on-line generation of an engineering project quality acceptance report form, one-line application for engineering project progress payment, and on-line generation of engineering project budget by material and labor cost analysis are achieved.

System for updating an encrypted key, by means of which the WEP of IEEE 802.11 can be applied to a wireless LAN system having plural APs and a large number of STAs. A key management server is LAN-connected to the APs. A set of plural (k) encrypted keys used for wireless communication between the entire APs and STAs is provided and managed monistically. If an encrypted key is updated in the key management server, the updated key is delivered to each of the APs and the STAs.

The invention discloses an intelligent inspection system and an inspection method for an electric transmission line by an unmanned aerial vehicle. The intelligent inspection system comprises an inspection mission planning system, a dispatching system, a monitoring system, an inspection result processing platform and mobile branch stations, wherein the inspection mission planning system communicates with the inspection result processing platform and the dispatching system respectively; the inspection result processing platform and the dispatching system communicates with the monitoring system respectively; the monitoring system is connected and communicate with the mobile branch stations. The inspection method has the benefits that factors of the inspection unmanned aerial vehicle, inspection equipment, an inspector, and the like accessing the dispatching platform through a dispatching terminal can be dispatched effectively to realize equipped configuration of unmanned aerial vehicle inspection resource; the usage rates of personnel and equipment can be improved; the no-load rate and vacancy rate of the inspection equipment are reduced; through centralized monitoring of condition information inspected by the unmanned aerial vehicle, unmanned aerial vehicle inspection dispatching personnel can master unmanned aerial vehicle inspection in the large effectively; the service life of the unmanned aerial vehicle is prolonged.

The invention relates to a fault comprehensive processing platform and method of a distribution network, belonging to the technical field of power grid management. The fault comprehensive processing platform comprises a fault information acquisition system, a fault information judgment system and a fault repair power failure information pushing system. The fault comprehensive processing method comprises the steps of: acquiring information of repair faults, line faults and consumption faults in a distribution automatic management system and a power utilization information acquisition system, receiving and checking the information; carrying out equipment location, fault information screening, line topology analysis, equipment operation information analysis and line switch analysis; determining fault types, places and affected regions and showing in the traditional GIS (Geographic Information System); and guiding fault repair according to a determined fault result, and pushing fault power failure information and power supply recovering information to a user. The platform and the method realize concentrated acquisition and automatic pre-judgment on the traditional fault information, can also be used for actively pushing power failure and power supply recovering information to the user, and interact with the user.

The invention discloses a digital management system for project construction processes. The system comprises a data layer, a platform layer and application layers, wherein the data layer comprises a BIM construction module which is created via a division principle of a construction quality management unit; the data layer comprises system attribute data, BIM model data and business management data;the platform layer consists of a B/S architecture-adopted PC platform and a mobile platform; the PC platform application layer consists of a project board module, a BIM board module, a business management module and a statement center module; a business management module comprises a progress management module, a quality management module, a safety management module, an expense management module and a document management module; and a mobile platform application layer is a mobile office layer which consists of a project dynamic module, a model display module and a digital construction site module. The system has the advantage of improving the management precision and efficiency of project construction processes.

The invention relates to the technical field of wireless communication networks, in particular to an indoor and outdoor integrated high-precision positioning and navigation system as well as a positioning method thereof. The system comprises a map data construction unit, an indoor ultra-wideband positioning and navigation unit, an outdoor BD/GPS positioning and navigation unit, an indoor and outdoor positioning data fusion unit, a central server unit and a terminal display unit, wherein the indoor ultra-wideband positioning and navigation unit is used for performing indoor space positioning in a ranging mode, the outdoor BD/GPS positioning and navigation unit is used for performing outdoor space positioning through a Beidou satellite navigation/GPS satellite navigation system, the indoor and outdoor positioning data fusion unit is used for judging whether a positioning label is indoor or outdoor and can intelligently switch positioning modes according to the judgment result and fuse indoor and outdoor positioning manners. Problems that positioning and navigation of personnel and objects in a large-range area are difficult to realize, not high in precision and the like at present are solved, and large signal interference and positioning deviation caused by mutual interference among signals can be avoided in the ranging mode.

The invention relates to a parallel data processing method based on a distributed structure. The storing comprises steps as follows: (1) a data master key value is extracted from master nodes according to types of master key values, directed slave nodes distributed by data are determined according to data attribute values and a section comparison result in the master nodes, and simultaneously, a global keyword B+ tree index is established; (2), the data are distributed to the slave nodes corresponding to the master key values according to the global keyword B+ tree index on the basis of a share-nothing principle; and (3), the slave nodes receive a data distributing request, and the data are stored in child nodes locally on the basis of the share-nothing principle. According to the method, an effective index mechanism is combined, and the storage and management efficiency of system data is improved; on one hand, the reasonable data distribution is guaranteed, the storage throughput of the slave nodes is reduced, the local query performance is improved, and the system flexibility is guaranteed by utilizing high expandability of the slave nodes; and on the other hands, local transcript safety is guaranteed through local duplication of multiple transcripts.

The invention belongs to the field of network security, and particularly relates to a data resource security control method in a thin client mode. The data resource security control method in the thin client mode comprises eight subsystems, namely the identity authentication subsystem, the remote application service subsystem, the security label subsystem, the file access control subsystem, the security communication subsystem, the security audit subsystem, the security storage subsystem and the management platform subsystem. Storage and control of files are mainly performed on a background server, the files are stored in different partitions according to user types or security levels of the files, the files are stored and protected, and a server side can not recognize the content of the files. When a user needs to have access to and process the files, the user logs in on a browser, identity authentication is conducted between the user and a server, and then file access connection is established. The files of a thin client are processed on the server side (provided by a physical application server or a virtual application server), no application or agent needs to be installed on the thin client, and interface interoperability is supported by related services released by remote application services.

Integrated circuits are disclosed which implement multiple channel media access control devices for controlling network communications. The integrated circuits include multiple channel slices which output data for transmission through the network. Each of the channel data are input to a single data memory, which reduces the size of the integrated circuit. Since only one data memory is used to buffer data from multiple channels, the data are first retimed from individual media access control circuit clock domains to a common host clock domain and then scheduled for output to the host. By retiming the data, integrated circuit signal throughput is enhanced. Deeply embedded transmit and receive FIFOs are provided to receive the channel data and implement shared memory access.

The invention relates to an intelligent parking lot method and system. The intelligent parking lot method comprises the steps of: when detecting that a vehicle is parked in a current parking lot, driving a movable camera device to move to a position corresponding to the current parking lot for shooting the parked vehicle; recognizing license number information of the parked vehicle from the shot image; and storing after the current parking lot is bound with the license number information, and updating a state of the current parking lot into a using state. The scheme of the invention realizes automatic storage of the license number information of a vehicle owner and the parking lot under the condition that the owner does not need to make any action, thus the efficiency of the management of the parking lot is increased.

The embodiment of the invention discloses clustering method and device, routing method and device of a cluster head and a base station, belonging to the technical field of wireless sensor networks. The clustering method comprises the steps of: carrying out logic region division on a target region and determining a region ID of the target region; selecting one agent node in each region, wherein a node in an agent node notification region is used as an agent; sending node state information by the node in an agent node receiving region; and selecting one node in the region by the agent node according to the information as the cluster head, wherein the region becomes one cluster. The routing method comprises the steps of: selecting one base station in which a link has lower load when transmitting data from two base stations; determining the gradient of the cluster head according to the region ID in the cluster to transmit the data to the selected base station along the diminishing direction of gradient; selecting N cluster heads with gradient less than that of a source cluster head as a next hop cluster head to transmit the data along the direction of the selected base station by the source cluster head; and selecting N cluster heads with gradient less than that of a middle hop cluster head as a next ho cluster head to transmit the data along the direction of the selected base by the middle hop cluster head.

The invention relates to an on-line intelligent system for safety emergency based on multiple communication networks and sensing equipment, and belongs to the technical field of remote intelligent safety supervision equipment. The system consists of an on-line supervision module, a safety production cloud data center, and an emergency rescue module. The system is characterized in that the input end of the safety production cloud data center is in parallel connection with the on-line supervision module and an early-warning analysis auxiliary decision module; the output end of the safety production cloud data center is in parallel connection with a monitoring early-warning module, a video re-check intelligent control module, the emergency rescue module, and an information push module; and a data transmission and sharing switching module connected with the monitoring early-warning module is connected with a business subsystem. The system integrates on-line dynamic monitoring of safety production, alarm and management, hidden danger removal and intelligent law enforcement into one body, is well targeted, is high in applicability, and is high in efficiency of safety control and management. The system solves a problem that a conventional mode of segmented and manual monitoring is difficult in information integration and rectification, cannot achieve the real-time monitoring and quick processing of accidents, and is low in management efficiency.

The invention disclosed a shop purchase-sell-stock management system and a shop purchase-sell-stock management method. The method comprises the following steps of: presetting commodity attribute information for commodities to be distributed to each shop in the shop purchase-sell-stock management system at a service management platform, distributing shop logo information for a shop POS (point-of sale) terminal, and building a mapping relationship between shop logos and the commodity attribute; synchronizing the set commodity attribute information and the shop logo information to each corresponding shop POS terminal; and transmitting an access authentication request to a communication service access platform from the shop POS terminal, and synchronizing the commodity attribute information with the service management platform after the access authentication is passed. Due to the system and the method are applied, the management process can be simplified, and the management efficiency can be improved.

The invention relates to a monitoring and evaluation method of driving behavior risk degrees and belongs to the technical field of automobile active safety. The method includes that steering wheel rotating angles, vehicle speed, longitudinal acceleration and transverse acceleration are real-timely collected; the real-timely collected data are arranged to form a data sequence in chronological sequence; driving risk degrees of acceleration, braking, overspeed, lave maintaining and lane changing are monitored and evaluated respectively according to vehicle state parameter and driver operation parameter information; comprehensive monitoring and evaluation of total driving risk degree at current moment is performed according to each risk degree index that is obtained in time window wide range so that a comprehensive monitoring and evaluation value at the current moment is obtained. Communication of the obtained comprehensive monitoring and evaluation value with a driver is achieved through an on-line real-time early warning man-machine interaction mode, and thereby, purposes of improving driving safety qualities and reducing road traffic accidents can be achieved.

The invention provides a management system of data processing for flow, which comprises an interface module, a service module of working flow, a representative module of working flow, an engine of working flow, a working flow module and at least a task processing module, wherein the interface module is used to change the request of the user interface to business event and notice the service module of working flow, the service module of working flow is used to provide uniform working flow service for the various users and call the representative module of working flow when receiving the notice from the interface module, the representative module of working flow is used for the engine of working flow which provides various specific working flows and complete the data conversion between the service module of working flow and the engine of working flow, the engine of working flow is used to deliver task case to the working list of the task executor according to the model of working flow, the model of working flow is used to record the relative information of the business flow, the task processing module, which is linked with the working list, is used to receive activation and complete relative processing procedure of task data. The invention can support large-scale and complex working flow management which is cross organization and quickly adapt for the need of changed business.

The invention provides a public information intelligent analysis platform based on big data analysis and mining. The public information intelligent analysis platform comprises a big data preprocessing module, an intelligent analysis module and an information presentation module. The big data preprocessing module is used for storing and preprocessing enterprise information via a clouded mode. The intelligent analysis module is used for performing event cause and effect analysis, assessment of the overall situation of the company and future trend prediction and returning analysis results to an upper layer by comprehensively utilizing the preprocessed data according to data analysis tasks transmitted by the upper layer. The information presentation module is used for generating the data analysis tasks to the intelligent business analysis module and receiving the returned results, presenting the analysis results of the intelligent analysis module and providing an operation interface to a user. Intelligent analysis is performed on mass data in enterprise operation by adopting a clustered computing method via flexibly establishing and configuring analysis models so that problems of poor real-time performance, high effectiveness and interactivity of a conventional data processing method are solved, the user is assisted to perceive the enterprise situation in real time and thus enterprise management efficiency and business processing level are enhanced.

The invention provides a queue prompt control method based on a mobile terminal, which comprises the following steps: a, receiving a queue request message from a user; b, carrying out reservation processing according to the queue request message; and c, sending a queue prompt message to the user. The invention also provides a corresponding control device. The control system provided by the invention can be used for receiving the queue request message from the user, then carrying out reservation processing according to the queue request message, and sending the queue prompt message to the user in due time. The method and the device provided by the invention are especially suitable to be used in the application scenarios such as restaurant reservation, hospital registration and the like which need to queue up, and can significantly improve the management efficiency of queuing.

The level meter of this sewage pumping station monitoring system accesses PLC through the simulated volume input module, and PLC links with electric valves of different water pumps and electric switches of grating machines through the output module. The pump outlet is installed with the flow meter linking PLC. PLC reads the level data on real time, and starts or closes one or multiple pumps when reaching the set level, which initiates the pumps on sequence and the sequence regular rotation, and starts up the delay dislocation sequence when starting multiple pumps. According to the set time, PLC starts and stops grating machine regularly. PLC connects the server computer, and transmits the operating data of equipment, which can be started and stop manually without the impact of level. The server computer remotely connects the monitoring system computer, transmitting the operation data and alarming when abnormity happens.

The invention relates to a spare part assembling demand forecasting information processing method applied to inventory management, comprising the following steps:1) take one part of historical sales data as method learning data and take the other part of the historical sales data as weight building data; 2) use the method learning data to practice an ARMA (Autoregression and Moving Average) method, a multiple linear regression method and a BP (Back Propagation) neural network approach respectively for each spare part; 3) apply the above three methods respectively by using the weight building data, so as to obtain forecasting relative error values for different methods; 4) calculate the weights of the above methods; 5)construct an assembling demand forecasting model; 6) forecast the future sales demands of all spare parts. Compared with the prior art, the method is suitable for the spare parts with different demand features, and has the advantages of strong objectivity, high forecasting precision, and can greatly reduce the inventory cost on the premise of having a certain service level and improves the supply chain management efficiency and customer satisfaction.