40results about How to "Realize centralized and unified management" patented technology

The invention discloses a method and system for achieving real-time recorded broadcasting in an education system. The system comprises student computer desks, a teacher platform, a plurality of position recognizers and a control server, wherein the student computer desks are used for conducting real-time recorded broadcasting on learning states of students, the teacher platform is used for conducting real-time recorded broadcasting on teaching states of a teacher, the position recognizers are used for recognizing orders of identity information and position information of users, and the control server is used for triggering the student computer desks or the teacher platform to complete real-time recorded broadcasting after the position recognizers recognize the identity information and the position information of the users, and storing the real-time recorded broadcasting learning state information, sent by the student computer desks, of the students and real-time recorded broadcasting teaching state information, sent by the teacher platform, of the teacher. By means of the embodiment, matched user information is stored through the position recognizers, real-time recorded broadcasting can be correspondingly carried out on the learning state information and the teacher state information, the learning state information and the teacher state information can be stored in the control server according to the corresponding relationship, corresponding access interfaces are provided by the control server, and accessing of the authorized users can be met.

The invention discloses a unified authentication system based on multi-service system integration, which can access all service systems by providing unified authentication management and logging in atone place to realize unified centralized identity authentication and single sign-on of the service systems. A service role grouping model of the authentication system manages identity authority information of each service system through a unified logic model based on an RBAC authorization model; the authentication system is based on a CAS framework and has two integration modes: authentication agency and service calling. An authentication agent is used as a unified management module, and analyzes whether the external HTTP request contains a service ticket or a login ticket through the authentication client-service system; and the service call is an authentication interface of an authentication platform called by the authentication client-service system to realize user identity authentication. According to the invention, unified account management can be provided for each business system, a high-quality, standard and authoritative identity database is formed, and full-life-cycle centralized and unified management of user identities is realized.

The present application provides a cloud-based multi-application managing method, the method including the following steps: online logging in a multi-application management platform; detecting whether a target application is installed or deployed, if not, determining, by a user, a selection of a type of the application, i.e., including a local application and an online application, installing and deploying the application according to the target application type, and generating a corresponding shortcut; and using the target application through the shortcut. Centralized and unified management of the online application and the local application is achieved by the user through a unified online entrance, and the challenge for the user to remember multi-application accounts are further solved; and classifying and sorting the shortcuts of all applications in a certain rule facilitates usage of the applications for the user, and improves the user experience.

The invention discloses a system and method for continuously monitoring the temperature and the humidity and belongs to the technical field of computer control. The system comprises an application server, a communication network, a main controller and a temperature and humidity transmitter, wherein the application server, the communication network, the main controller and the temperature and humidity transmitter are sequentially connected. The main controller comprises a transmitter communication unit, a server communication unit and a single-chip microcomputer. The system for continuously monitoring the temperature and the humidity is characterized in that the main controller further comprises a power source managing unit and a data cache unit; the power source managing unit comprises a storage battery and a supply circuit and is used for supplying electricity to the main controller and the temperature and humidity transmitter connected with the main controller in a concentrated mode, on the condition that commercial power is normal, the commercial power is adopted, and after the commercial power is stopped, the storage battery is used for supplying electric power; the data cache unit comprises a storage chip. According to the system and method, on the basis that a monitored power source is managed in a concentrated and unified mode, the function that monitored temperature and humidity data can be continuously stored on the conditions of commercial power failure and network breakage is further achieved, the monitored data are managed and applied conveniently, and the user experience is improved.

The invention provides a rural sewage treatment system and method. The treatment system comprises a sewage pipe network, a plurality of sewage treatment stations and a control subsystem, the pluralityof sewage treatment stations are distributed in all sewage collection wells in a rural area, rural sewage is collected through the sewage pipe network, intelligent sensing devices and valves are arranged on the sewage pipe network and the multiple sewage treatment stations, the intelligent sensing device is used for detecting operation information on the sewage pipe network and the multiple sewage treatment stations, the valves are used for controlling the operation state of the sewage pipe network or the multiple sewage treatment stations, and the control subsystem is electrically connectedwith the intelligent sensing devices and the valves and is used for controlling the operation of the sewage pipe network and sewage treatment stations through the valves according to the operation information provided by the intelligent sensing devices. By adopting the scheme, rural sewage can be efficiently, scientifically and uniformly treated.

The invention features the physical engine of an Intrusion Detection System that virtualizes multi engines, by which the classified protection can be made according to the network condition of client, VLAN TAG information, IP address information or MAC address information. On each virtual engine, different detection strategy and security strategy standard can be executed and set in order to implement the object-oriented intrusion detection.

The invention discloses a multifunctional intelligent smart home remote controller. The multifunctional intelligent smart home remote controller comprises a single-chip microcomputer, a storage module, an infrared communication module, a wireless communication module, a GSM module, a power module and a touch display screen. The touch display screen is connected with the infrared communication module through the single-chip microcomputer. The GSM module is connected with the wireless communication module through the single-chip microcomputer. An LED display screen is adopted as the touch display screen and used for displaying and sending instructions. A lithium battery and charging equipment are arranged in the power module. According to the multifunctional intelligent smart home remote controller, home appliances are controlled through the infrared communication module in a short distance mode; meanwhile, the home appliances are remotely controlled through the wireless communication module; by means of the multifunctional intelligent smart home remote controller, concentrated unified management of the home appliances is achieved, higher user-friendliness is achieved through the design of the touch display screen and the chargeable battery, and the good characteristics of energy conservation and environment protection are achieved.

The invention discloses a heterogeneous security mechanism oriented centralized management and control system. The system is composed of a registration authentication module, a policy extraction module, a policy correlation module and a uniform interface and fusion conversion module. According to the centralized control scheme, through establishment of an effective and secure system, the securityof user configuration is ensured in a resource access process; security policies of the whole system are uniform; and security mechanisms of different secure devices are uniformly managed and controlled.

The invention discloses a campus safety protection platform, which comprises a user service module, a safety application module, a protection host module and a data storage module, the protection hostmodule is arranged and comprises a set of complete software and hardware interface standard specifications, and heterogeneous software and hardware functions are organically integrated according to the set of complete software and hardware interface standard specifications, so that effective linkage of all equipment subsystems is realized, and centralized and unified management of the basic services is realized; the campus safety management system is provided with a safety application module. The safety application module comprises a video display unit, a campus safety management unit and a safety education unit; the monitoring range of the safety application module covers places such as campus perimeter, entrances and exits, dormitory buildings and the like to form a campus safety application combination, so that campus safety can be comprehensively protected; and the platform is provided with the user service module, and the user service module can provide three-dimensional campus safety protection data for students, parents and schools through three-dimensional software modeling, thereby enabling the perception and display of campus safety information to be more visual.

The invention discloses a railway station escalator monitoring system and method. The railway station escalator monitoring system is characterized by comprising an escalator monitoring center, a communication network, switches, monitoring devices and field controllers, the escalator monitoring center is connected with one or more monitoring devices in the mode that the switches have access to the communication network, and the monitoring devices are connected with the field controllers through protocol converters. Railway station escalators are managed in a concentrated and unified mode and are controlled in real time, the escalators stop working when no person is on the escalators, energy and electricity are saved effectively, and as the video monitoring function is provided, real-time video data and historical video data are provided for the system. The system can achieve monitoring at different times and can also achieve monitoring at different areas, the service life of an escalator unit is prolonged, the maintenance cost is lowered, and energy and electricity are saved more effectively. In the operating process, the escalators are started firstly, then the escalators operate at nominal speed, and passengers can have a better experience while electricity is saved.

The invention features the physical engine of an Intrusion Detection System that virtualizes multi engines, by which the classified protection can be made according to the network condition of client, VLAN TAG information, IP address information or MAC address information. On each virtual engine, different detection strategy and security strategy standard can be executed and set in order to implement the object-oriented intrusion detection.

The invention discloses a radio-frequency-technique-based self-power-generating intelligent water meter which comprises a power supply module, at least two water quantity detection modules and a control alarm device, wherein the power supply module is connected with the control alarm device, and both the power supply module and the control alarm device are arranged in the shell; the water quantity detection modules are connected with the control alarm device, and embedded in the shell on the lower side of the control alarm device; a water inlet of each water quality detection module is connected with a user water main pipe port arranged on the shell through a branch pipeline; the control alarm device comprises a processor, and a liquid crystal display module, a radio-frequency receiving module, a heater and an ultraviolet sterilizer which are connected with the processor; the power supply module comprises a hydroelectric generator and a battery; and each water quantity detection module comprises a mechanical water meter and a dry reed pipe. The invention implements water quantity detection and electronic display on the basis of the original mechanical water meter, implements centralized management on a plurality of water meters, has the functions of self power generation and alarming, implements the functions of meter reading and water quantity recharging in combination with the radio-frequency technique, has the functions of water heating and disinfection, and is convenient for people to use.

The invention discloses a railway station escalator monitoring system and method. The railway station escalator monitoring system is characterized by comprising an escalator monitoring center, a communication network, switches, monitoring devices and field controllers, the escalator monitoring center is connected with one or more monitoring devices in the mode that the switches have access to the communication network, and the monitoring devices are connected with the field controllers through protocol converters. Railway station escalators are managed in a concentrated and unified mode and are controlled in real time, the escalators stop working when no person is on the escalators, energy and electricity are saved effectively, and as the video monitoring function is provided, real-time video data and historical video data are provided for the system. The system can achieve monitoring at different times and can also achieve monitoring at different areas, the service life of an escalator unit is prolonged, the maintenance cost is lowered, and energy and electricity are saved more effectively. In the operating process, the escalators are started firstly, then the escalators operate at nominal speed, and passengers can have a better experience while electricity is saved.

The invention discloses an Internet of Things control system, method and device, belonging to the technical field of communication. The IoT control system includes a master IoT device and at least one non-master IoT device, the non-master IoT device collects and uploads sensing information, and the master IoT device receives the sensor information information, and convert the sensing information into target data according to the preset data format, the master IoT device analyzes the target data, and sends instructions to the corresponding non-master IoT devices according to the analysis results , based on the instruction, the non-master IoT device takes a response action. The present invention selects one Internet of Things device as the main control device in the Internet of Things device group, and performs centralized and unified management on other Internet of Things devices, the control process is simple and convenient, and no additional management cost is required.

A method, apparatus and system for controlling multicast bearer resources are disclosed, which employ a resource and admission control subsystem (RACS) to control the multicast bearer resources. The method includes: a network entity in a RACS receives a request for controlling multicast bearer resources from a bearer-layer network entity; and controls the multicast bearer resources according to the request for controlling multicast bearer resources. The network entity in the RACS includes: a receiving unit adapted to receive a request for controlling multicast bearer resources from a bearer-layer network entity and a control unit adapted to control the multicast bearer resources according to the request for controlling multicast bearer resources received by the receiving unit.

The invention discloses a method and system for achieving real-time recorded broadcasting in an education system. The system comprises student computer desks, a teacher platform, a plurality of position recognizers and a control server, wherein the student computer desks are used for conducting real-time recorded broadcasting on learning states of students, the teacher platform is used for conducting real-time recorded broadcasting on teaching states of a teacher, the position recognizers are used for recognizing orders of identity information and position information of users, and the control server is used for triggering the student computer desks or the teacher platform to complete real-time recorded broadcasting after the position recognizers recognize the identity information and the position information of the users, and storing the real-time recorded broadcasting learning state information, sent by the student computer desks, of the students and real-time recorded broadcasting teaching state information, sent by the teacher platform, of the teacher. By means of the embodiment, matched user information is stored through the position recognizers, real-time recorded broadcasting can be correspondingly carried out on the learning state information and the teacher state information, the learning state information and the teacher state information can be stored in the control server according to the corresponding relationship, corresponding access interfaces are provided by the control server, and accessing of the authorized users can be met.