412results about How to "Real-time management" patented technology

Methods and system of sharing information among network servers coupled to a data communication network for providing services to a user via a client on the network and data structure for use therewith. Related services provided by the network servers are grouped into service groups. A database stores user-specific information, including operational information to be shared within the service groups. A central server coupled to the network receives a request from the user for a selected service and determines whether the selected service belongs to one of the service groups. In response to the request, the central server retrieves user-specific information identifying the user with respect to the selected service. The retrieved information includes operational information to be shared within each of the service groups to which the selected service belongs.

The invention provides a system and a method for safe filtering of an industrial control network. The system comprise a module docking station, a protocol processing module and a user interface subsystem that are sequentially connected, wherein the module docking station is connected with a network interface and used for achieving network communication, module monitoring and management and bottom layer preprocessing of a communication protocol; the protocol processing module is used for deblocking, analyzing, filtering and packaging an industrial control protocol based on a TCP / IP (Transmission Control Protocol / Internet Protocol); and the user interface subsystem is used for achieving module management configuration and status display. With the adoption of the system and the method, safety protection measures capable of being flexibly customized, expanded on line, and managed and maintained in real time can be provided for a user on the premise that the network structure of an industrial enterprise is not changed and the daily production is not affected, and the potential threat can be blocked according to the demand of an enterprise strategy, so that the network safety level of an industrial control system is raised greatly at a lower cost.

A packaging condition for packaging a product using a film roll is stored in a recording medium, and the packaging condition is read by a recording medium reading device in a rotator of a support shaft. In this case, an operator can set an optimum packaging condition at the time of exchange of packaging rolls regardless of his / her skill. Therefore, even an unskilled operator would not set an erroneous packaging condition which may result in additional time loss and film loss.

The invention discloses an intelligent operation and maintenance visual integration management system, which comprises an intelligent monitoring case of the Internet of Things, an Internet palm operation and maintenance terminal and an intelligent operation and maintenance management platform;. Wherein, the intelligent monitoring case of the internet of things collects the status data of the equipment managed in the area in real time, filters, temporarily stores and uploads the collected equipment to the database server of the intelligent operation and maintenance management platform, and is responsible for receiving, analyzing and distributing the instructions issued by the intelligent operation and maintenance management platform at the same time; The invention adopts an automatic and unified resource management mode, so that the management is comprehensive, real-time and accurate. So that the overall performance status and key indicators are clear at a glance; The whole system is visualized and can be updated dynamically to show the real-time performance of network devices and the connectivity status of links.

The invention provides a robot welding manufacturing producing line wireless network monitoring system which comprises a welding robot, a welder connected with the welding robot, a robot controller connected with the welding robot and the welder respectively, a welding power supply connected with the robot controller, an intelligent data collecting module connected with the welder, the robot controller and the welding power supply respectively, a wireless router in communication with the intelligent data collecting module, and a main control computer in communication with the wireless router. The robot welding manufacturing producing line wireless network monitoring system can achieve long-distance centralized collection processing, displaying, real-time adjusting and managing of welding currents, welding voltages and wire feeding speed of the welder in a welding dynamic process, the position of a welding gun of the welding robot in a world coordinate system, and signals of the state of the welding power supply.

The invention discloses a method for real-timely monitoring automobile fuel quantity and processing statistic on automobile fuel consumption via wireless network, comprising: using calibration method to obtain the corresponding relation between the fuel quantity of an automobile oil tank and the output value of a fuel level sensor; using an automobile terminal to obtain actual measured value via real-time data collection and data filter algorithm, to real-timely, accurately and reliably report prior fuel quantity to an automobile management center; based on the corresponding calibration relation between the fuel quantity of the oil tank and the output value of the fuel level sensor, using the management center to convert prior fuel quantity reported by the automobile terminal to actual fuel quantity, and display various application fuel quantity relative statistic reports according to the history data. The method has low cost, and automobile managers can real-timely and effectively monitor the real-time operation state and fuel consumption of automobiles, and find out the effect on fuel consumption via fuel consumption statistic, thereby realizing real-time management and effective distribution on the fuel consumption of automobiles.

The present invention relates to a computer-aided geological survey system based on portable machine. It adopts the multiple S integration technique including GIS, GPS, DBS, RS, CADS, ES and ANNS systems and method oriented towards object to make design and development. The data collected by said system are fed into unified space data base and attribute data base, and the data base technique can be used to make effective connection and information extraction. The system includes front-stage material collecting and reduction, wild data acquisition and indoor data comprehensive reduction three subsystem platforms.

The invention discloses a carbon emission monitoring device and monitoring system adopting block chaining. The monitoring device comprises a greenhouse gas monitoring and assisting module, a carbon emission and / or carbon transaction management module and a communication interface module, wherein the carbon emission and / or carbon transaction management module is connected with the greenhouse gas monitoring and assisting module and is connected with an external monitoring terminal through the communication interface module. According to the carbon emission monitoring device and monitoring systemadopting the block chaining disclosed by the invention, the advantages of decentralization, transparency, no-tamper property, unforgeability, system self-controllability and the like of a block chaining technology can be effectively utilized, safe and transparent storage of carbon emission data or carbon transaction data of a carbon emission unit is realized, and transaction of multilateral pointto point of carbon assets and carbon emission rights is realized at the same time.

The invention discloses a public real-time attendance management system and method. The method disclosed by the invention is as follows: a public platform (website) with complete attendance management functions and openable data communication interfaces is established, any enterprise or public institution can apply an attendance account for registration on the public platform, an attendance terminal device or related attendance software which can be accessed to the Internet or a mobile communication network is used or a manual mode is adopted to send the attendance data of the unit to the attendance account of the public platform; and an attendance manager uses a computer or mobile phone which can access the Internet, to log in the attendance account of the public platform at any time and perform attendance management, statistical analysis, report exporting and other works in real time. Meanwhile, the public platform also has the function of sending attendance notices, reminding and reports to the attendance manager in real time through short messages and multimedia messages. By utilizing the system and method disclosed by the invention, the enterprise or public institution does not require to establish an attendance management system by self; the enterprise or public institution can send the attendance data of the unit to the public platform to have an attendance management system which is powerful and can perform real-time management and automatic upgrade, thus the operating cost and maintenance cost of the attendance management system can be reduced and the level of attendance management can be improved.

The invention provides a foggy day detecting method based on an image color spatial feature. The method comprises the following steps of first step, obtaining a background picture through a video image or a single image; step 2, performing color space conversion for the background picture, and extracting the color space feature: firstly performing color space conversion for the background picture, converting from an RGB (red-green-blue) color space into an HSV (hue, saturation, value) color space, and extracting the features of various components of the HSV according to the information included image; and step 3, dividing the weather information included image into a non-foggy day, a little foggy day and a dense foggy day according to the identification conditions: at first, if the identification condition 1 is met, the weather is the dense foggy day, otherwise the identification is continued; secondly, if the identification condition 2 is met, the weather is the non-foggy day, otherwise, the identification is continued; and finally, if the identification condition 3 is met, the weather is the little foggy day, otherwise, the weather is the dense foggy day. The method provided by the invention is suitable for being used for monitoring the foggy day in expressways, particularly pre-warning the emergency of agglomerate fog in partial road segments, thus, the safe road driving can be ensured.

The invention discloses a cloud platform-based combined safety lock system and a control method thereof. The system comprises a cloud platform, a mobile terminal and an intelligent lock connected to cloud; an unlock APP is installed in the mobile terminal and used for receiving a locking password and transmitting it to the intelligent lock or for encrypting the unlocking password and modulating it into an acoustic signal transmitted to the intelligent lock, and the unlocking password is characteristic values of the face of an unlocking user or user information and password entered by the unlocking user; the intelligent lock comprises a control module and the following items connected with the control module: an electronic control module, a fingerprint acquirer, an IC (integrated circuit) card reader, a sound acquisition module, a Bluetooth module, a communication module, a storage and a judging module; the cloud platform comprises a comparison module, a safety level correcting module, a key management module and a storage module. The safety level herein may be adjusted in real time, the system is applicable to places with different safety level requirements or requiring frequent safety level adjustment, and the system enables real-time management for all intelligent locks connected to the cloud platform.

The invention discloses an off-site supervisory method used for catering enterprises. The off-site supervisory method used for the catering enterprises includes the following steps: providing various original bills when raw material suppliers supply materials for the catering enterprises; collecting information on the original bills by the catering enterprises, and enabling the collected information to be transmitted to a data server and to be stored; collecting information of the catering enterprises, and enabling the collected information to be transmitted to the data server and to be stored; carrying out real-time tracking on all the information by a food supervisory organization, and generating pre-alarms or alarms; constructing a corresponding catering enterprise credit or credit information platform according to daily law enforcement situations by the food supervisory organization; and carrying out related query operations on credit or credit information of the catering enterprises by consumers. According to the off-site supervisory method used for the catering enterprises, competent departments are enabled to be capable of carrying out real-time data collection and real-time video monitoring and timely knowing situations of food on-site production, processing and storage environment of the catering enterprises and timeliness is enabled to be effectively improved.

A layered coordinate network virus and vicious code recognizing method. The characteristics are: use strong self-protection mechanism of biological immunity for reference, correspond the network virus and vicious code recognizing method to the multi-level protective mechanism of biological immunity system, judge the dangerous degree of the stand-by detected script through statistically analyzing the word frequency of the key words, based on the point view of 'self-collection' of register form operation analyze and judge the exceptional behavior of the register form written in the form route, and recognize non-self the executing sequence of the programming interface of the applied program, at last send all the exceptional behavior information to the network control station through the network. It well solves the problem of the identification of the unknown network virus and vicious code, and has good capacity of identification, realizes the monitoring and management of the network virus and vicious code of single system and the whole sub-network.

The invention discloses a parking lot management method. The method comprises the following steps of acquiring the information uploaded by a handheld terminal; judging whether the uploaded informationis the control information of field equipment or not; if yes, based on the uploaded information, determining corresponding field equipment and an operation instruction, and sending the operation instruction to the field equipment so as to control the field equipment to execute an operation corresponding to the operation instruction. The invention further discloses a parking lot management device,a parking lot management system and a computer readable storage medium. According to the invention, the comprehensive management of a parking lot is realized.

The invention discloses an intelligent remote monitoring system of a power transmission line on the basis of internet of things. The intelligent remote monitoring system comprises a main control system and a station control system, wherein the main control system comprises a human-computer interaction application end (1), a central controller (2) and a data processor (3); the station control system comprises a human-computer interaction dispatching end (10), a monitoring center (20) and a remote-control system terminal (RTU) (30); and the remote-control system terminal (RTU) (30) comprises a telemetering system (301), a tele-signaling system (302), a remote control system (303) and a human-computer interaction auxiliary system (304). The intelligent remote monitoring system disclosed by the invention has the advantages that human-computer interaction is applied to the terminal, the dispatching end and the application end of the system to carry out remote monitoring and management on a power transmission line system on the basis of various sensing technologies and communication means of the internet of things, so that the positioning is accurate, the reaction is fast, the cost for labor and materials is reduced, and automation and intelligentization of the power transmission line system are realized.

The invention provides a culturing farm informationzied management system based on a social platform and a method thereof. The culturing farm informationzied management system comprises the components of culturing farm data uploading equipment which uploads culturing farm data to a database; the social platform through which database information is acquired; a client which corresponds with the social platform and is used for connecting with the social platform, wherein a user establishes and manages a pig farm on a social public number platform; and an intelligent precise feeding system which calculates the required feeding amount of a pig in one day according to the data that are received by the data base and then transmits the feeding amount to feeding equipment quantitatively in different time points for preparing food for the animal. The account number of the culturing farm is bond with a social account number, and a user does not require setting and memorizing any password. The user can use just through logging-on by the social account number himself. The culturing farm informationzied management system and the method thereof have advantages of real-time management for culturing farm information, etc.

The invention provides an automatic test platform and a test method for a blade type server. The test platform comprises a plurality of types of test equipments, a monitoring computer, a controller, aclient and a computer product under test. The devices are connected with each other through local area network. The corresponding tested modules of the tested computer products are respectively connected with the corresponding interfaces of the corresponding test equipments of various types; The controller controls the testing process of all computer products under test, and executes test flow instructions edited by the user, The instructions arrive at the monitoring computer through the network, the corresponding test equipment is parsed and controlled, the corresponding test items are executed, the instruction information is recorded in the database, the test data fed back by the test equipment is forwarded to the monitoring computer through the network, the monitoring source code is parsed by loading different parsing files, and the test data is stored; users use clients to log on to query the corresponding working status and test information status, and carry out query, return visits and analysis on the data as required.

The invention provides an airport ground vehicle tracking management system which comprises multiple vehicle information collection devices, one or more ground substations and an upper computer. All ground vehicles are provided with the vehicle information collection devices respectively, the ground substations are arranged on an airport tower or the ground, and the upper computer is arranged on a monitoring center. The ground vehicle information collection devices are connected with the ground substations through wireless transmission networks, and the ground substations and the upper computer are connected through a cable transmission network. The airport ground vehicle tracking management system has the advantages that firstly, real-time and automatic monitoring and management can be conducted on the positions, the running states and the work states of the airport ground vehicles, and the management efficiency of the ground vehicles by the airport is greatly improved; secondly, measuring of the service life of the ground vehicles can be achieved, and a basis is provided for airport and airline measuring and charging; thirdly, statistic data are provided, comparison with the airport flight operation guarantee standard is conducted, and a basis for airport ground service evaluation is provided.

The invention discloses an integrated system for monitoring, management and remote meter reading of a power distribution network. The integrated system is oriented to a large amount and a wide range of power substations of various levels such as small and medium-sized cities, towns and countries. The integrated system comprises a field apparatus and a system main station connected with the field apparatus. The integrated system is characterized in that the field apparatus comprises a remote power distribution terminal and a communication module which is connected with the remote power distribution terminal and in data communication with a communication device. The remote power distribution terminal comprises a power distribution switch monitoring terminal FTU, a power distribution transformer monitoring terminal TTU and an intelligent electric energy meter; the system main station comprises a front end communication unit which is in the data communication with the communication module, a main service system which is in the data communication with the front end communication unit, as well as a database platform, a remote meter reading unit, a monitoring unit and a management unit which are respectively connected with the main service system.

The embodiment of the invention provides a state updating method and apparatus, and an interaction system. The method relates to the Internet of Videos, the Internet of Videos comprises a protocol conversion server and one or more Internet of Videos terminals, the protocol conversion server communicates with a gateway server, the gateway server is a node device of the Internet of Videos or a non-Internet of Videos, the protocol conversion server comprises directory information, the directory information at least comprises identifiers and state information of one or more network cameras, and the method comprises the following steps: receiving a state updating message sent by the gateway server; updating the directory information based on the state updating message; and sending the updated directory information to the one or more Internet of Videos terminals. By adoption of the state updating method and apparatus provided by the embodiment of the invention, the Internet of Videos terminal can obtain the directory information, and the directory information can be updated in time when the state of the network camera changes, so that real-time access and management of the network cameracan be achieved.

The invention discloses a method and a device for management of a virtual machine. The method for the management of the virtual machine includes that information about the state of the virtual machine of a server can be collected, and the information, reported by the server, about the state of the virtual machine is received; and then the state of the virtual machine is determined based on the collected and received information about the state of the virtual machine, and the virtual machine is managed based on the determined state. Through the method, the information about the state of the virtual machine can be collected in a real-time mode, operational problems caused by inconsistency between the server and virtual machine states are avoided, and the effect that the server can effectively manage the virtual machine in real time is achieved. Warning messages can be sent out when various types of anomalies show up in a system, so that a user can be prevented from misoperation without knowing about a situation; and based on an intermediate state, a series of judgments and processing tasks can be performed to attempt to restore the virtual machine to be back in the state before a failure.

The method includes steps: using layered encoding algorithm, the video server compresses video stream codes into basic data stream and expanded data stream, and assigning them corresponding priorities; video server builds up multicast group; sending all basic data stream and expanded data stream to the multicast group; based on application for admission from users, router of multicast node creates information of admission, and the information is reported stage by stage through router of upstream multicast node or reported directly; based on reported information, router is added to multicast group, and receives data stream in highest speed required by output port of the router. The invention also discloses system of carrying video stream media in multiple velocities of using the disclosed method.

The invention discloses a distributed crawler management system. The distributed crawler management system comprises a homepage presenting module, a project management module, a crawler management module, a data management module, a node management module and an agency management module, wherein the homepage presenting module is used for system logging in and data presenting, the project management module creates projects and manages the projects, the crawler management module conducts deployment and management on project crawlers, the data management module performs monitoring and managing on crawler data, the node management module performs management on crawler nodes and the agency management module performs agency management on crawlers of a user. The crawler nodes are virtual machines applied from a cloud platform. Besides, the invention further provides a distributed crawler management method. The distributed crawler management system can provide anti-crawling schemes and management and analysis of the crawlers and the data, and thus safe and efficient data crawling solving schemes are provided for enterprises and individuals.

The invention provides a power distribution inspection robot. The robot comprises a walking mechanism used for moving the robot, a lifting mechanism used for controlling lifting of a detection mechanism and a mechanical arm, the mechanical arm used for controlling the displacement of the detection mechanism, and the detection mechanism used for detecting instruments and meters in a power distribution cabinet, and a control unit used for controlling movement and rotation of the robot, wherein rotary movement of the mechanical arm drives the detection mechanism to move to a preset angle, moreover, the lifting mechanism moves up and down to enable the detection mechanism to move to a preset height, the instruments and the meters in the power distribution cabinet can be inspected, a walking mechanism is provided with non-equidistant springs so that vibration of the robot in the operation process is effectively reduced, the mechanical arm is adopted to be combined with a scissor frame lifting platform to improve a detection range of the robot, impact on the bottom of a scissor frame is reduced to the maximum extent, and reliability of the robot is improved. The robot is advantaged in that real-time management of the power distribution inspection robot can be achieved through a mobile phone or a PC terminal, and the effects of personnel reduction and efficiency improvement are achieved.

The invention provides a pre-estimation medical consumable replenishment system and a calculation method thereof. The system can build a dynamic sample database according to an input operation name, a name of a surgeon, variety of consumables and specifications of the consumables and calculates the consumable demand forecasting probability to obtain the replenishment quantity of the medical consumables corresponding to the variety and the specifications of the consumables based on optimized replenishment cost. Therefore, the system can conclude and summarize the demand law of related medical consumables according to the characteristics of various clinical operations and preferences of different surgeons and obtains the replenishment quantity of a certain medical consumable specifically, so that a zero-inventory management manner can be realized more efficiently in a hospital, the efficiency of capital can be developed more efficiently, the medical department cost is reduced, the space of a storeroom is saved, the flexibility and the convenience of management of the consumables are improved, and the pre-estimation medical consumable replenishment system has a great significance in standardization of the management process of the medical consumables of a medical department, accurate pricing, effective tracking and better risk avoidance.

A monitor system of a whole car controller for CAN bus fuel battery vehicles includes three parts: an upper bit set, CAN card and its bus and a lower bit set, in which, the PCMCIM interface of the upper bit set is connected with CAN interface of the lower bit set via the CAN card and CAN bus, the upper bit set sends request words and control parameter address to calibrate the parameters of the controller on line, the lower bit set whole car controller realizes on-line program of CAN bus communication by imaging the executing code, realizing site monitor and management for high rate of data transmission by CAN bus technology and Matlab software platform.

The invention provides a novel bridge safety detection device, and relates to the technical field of safety detection. A monitoring in-place station is connected with a monitoring data center through a GPRS wireless communication transmission device. The monitoring in-place station comprises an acquisition water flow sensor, a supporting vibration string sensor, a voltage current type sensor, a pulse type sensor, and a single-chip microcomputer. The acquisition water flow sensor, the supporting vibration string sensor, the voltage current type sensor, and the pulse type sensor are connected with the single-chip microcomputer through data lines. The device is simple in structure, and can rapidly and automatically acquire, store, transmit, and manage data in real time, and safety conditions of a bridge can be observed at any time, thereby preventing unnecessary negligence, reducing potential safety hazard, and reducing risk and economical loss. The device has profound significance for social stability.

The invention discloses a vehicle information management method and system as well as an internet-of-vehicles system. The method is applied to a background server. The method comprises the steps of receiving a vehicle information management request from a mobile terminal, wherein the vehicle information management request carries a vehicle identifier and management request contents; sending the management request contents to a vehicle end corresponding to the vehicle identifier, and receiving vehicle information fed back after the vehicle end performs a corresponding management operation according to the management request contents; and sending the received vehicle information to the mobile terminal. Data transmission, processing and interaction are carried out through the mobile terminal, the background server and the vehicle end, so that the problems of regional limit and poor timeliness in an existing management process are effectively solved and a user can remotely manage the vehicle information in real time.

The invention belongs to the technical field of civil engineering, and provides a theoretical basis and a feasible, effective and practical method for an engineering decision, meanwhile, assists managerial staff of an engineering project in managing and controlling dam body filling construction; besides, the balancing-optimalizing method performs consideration from the whole life cycle of the engineering to comprehensively consider the important influence from the project time limit and the quality on the cost, and provides a construction scheme which more meets practical construction requirements and is more economical for decision makers. Therefore, the technical scheme adopted by the invention is that a balancing-optimalizing method, for the project time limit, the quality and the cost, used in the concrete faced rockfill dam construction builds a balancing-optimalizing model which is based on quality cost and decision preference, and gives a non-dominated sorting genetic algorithm which is used for optimizing model solution and based on fuzzy project time limit and fuzzy quality; a built mathematical model is a built objective function; a fuzzy measure Me method is adopted to calculate the project time limit, the quality, the construction cost and the total cost of each general scheme. Thus, the balancing-optimalizing method provided by the invention is mainly applied to the civil engineering.