35results about How to "Implement remote configuration" patented technology

The invention provides a parameter configuring method, device and system for an ONT (Optical Network Terminal). The method comprises the following steps of: acquiring parameter configuring information which corresponds to the oNT and is used for configuring the ONT by the OLT; and sending the parameter configuring information to the ONT by the OLT so that the ONT configures parameters according to the parameter configuring information. In the parameter configuring method, device and system for the ONT, which are provided by the embodiment of the invention, the parameter configuring information is obtained through the OLT and sent to the ONT to be configured so that the ONT configures parameters according to the parameter configuring information, the ONT is remotely and flexibly configured through the OLT, operation cost is decreased when the ONT is configured, and the production cost for producing the ONT is reduced.

The invention discloses a network management method, a network system and a device. The method includes that a message is received; the message carries the data link layer information; the data link layer information carried in the message is verified; the message which passes the verification is processed by a network management protocol module. The network management method, the network system and the device realize the remote configuration management of two-layer network equipments conveniently.

This invention relates to a method and a system for configuring devices, in which, an information transmission end sends the information needed by a being configured device to an information receiving end applying radio communication mode, a configuring end uses the configured information got by the receiving end to configure the being configured device so as to realize remote configuration of communication network access devices can't be connected by wire communication mode and shorten the configuration time and reduce cost of arrangement.

The invention provides wide-area stable communication devices and method having an intelligent identification function. Special communication devices are deployed at plant station ends of a power system, unified access of wide-area stable control terminal equipment such as wide-area PMUs (phasor measurement units), stable control devices and the like is realized, and real-time reliable communication between the special communication devices and a stable control central station is realized through a special optical fiber network. Besides, the special communication devices can realize functions of real-time automatic finding and identification of the on-line or off-line state of the wide-area stable control terminal equipment and transmit information after identification to the wide-area stable control central station in real time. With the adoption of the devices and the method, complex programs that system configurations are required to be changed manually when access places of the stable control terminal equipment in the plant stations are changed and the equipment becomes online and offline are eliminated, data acquisition and unified access of control terminals are realized through the special communication devices, defects in data acquisition and control network separation of a wide-area stable system are effectively overcome, problems that data are acquired repeatedly and are difficult to share are solved, and the utilization efficiency of power acquisition data is improved.

The invention provides an optical fiber wiring device, which is provided with a base plate terminal and an execution terminal, and is characterized in that an initial zero point position of a measuring shaft is acquired at the base plate terminal, a base plate terminal motor driving module drives a motor, a base plate is driven to move to an initial slot position, the execution terminal acquires relative displacement that an execution terminal manipulator needs to run on the basis of data of a displacement detection module and an execution terminal photoelectric switch module according to a wiring instruction sent by the base plate terminal, and the motor drives the manipulator to implement insertion and extraction actions of optical fiber wiring under driving of an execution terminal motor driving module; the base plate terminal drives the base plate to the next slot position after receiving wiring completion information of the execution terminal, and then the execution terminal implements insertion and extraction. The whole process is of full automation configuration, and the optical fiber configuration efficiency is improved; and the optical fiber wiring device is provided with a wireless communication module, and an optical fiber wiring instruction is sent by an external management control terminal so as to realize remote optical fiber configuration.

Aiming at the condition that the prior IP sound video equipment does not have a universal method for collocation, management and maintenance, the invention discloses a control method for the IP sound video equipment. A controller controls the IP sound video equipment through the network, and the controller and the IP sound video equipment both contain equipment standard protocols as follows: the IP sound video equipment is classified according to types of the equipment and the provided service, and an excusive equipment identifier is arranged for each type of IP sound video equipment; the information sent by the IP sound video equipment to the controller is prescribed to be equipment describing information, and the information sent by the controller to the IP sound video equipment is equipment controlling information; and the equipment describing information and the equipment controlling information are expressed in extensible markup language (XML) formats and are transmitted through hypertext transfer protocol (HTTP). The invention comprises remote collocation, automatic upgrade, real-time operation and preconcerted monitoring for the IP sound video equipment so as to enable the IP sound video equipment to realize uniform collocation, maintenance and management.

The invention provides a configuration method of a management engine and a computer. The configuration method of the management engine is applied to a computer, and the computer comprises a basic input output system and a management engine. The method comprises steps as below: the basic input output system obtains configuration information of the management engine, the basic input output system transmits the configuration information to the management engine, and the management engine accomplishes inertial configuration according to the configuration information. The configuration method of the management engine and the computer are capable of achieving automatic configuration of the management engine, and improving configuration efficiency.

The invention discloses a proxy authority management device, terminal equipment and a storage medium, and the device comprises an obtaining module which is used for obtaining the authority information of a target proxy server cluster, wherein the target proxy server cluster is one of a plurality of proxy server clusters managed by the target proxy server cluster, each proxy server cluster corresponds to one cache server, and the authority information is a basis for processing the received access request by the proxy server in the target proxy server cluster. According to the embodiment of the invention, when the proxy server proxy authorities of multiple sets of proxy clusters are managed by using the terminal equipment, the authority information of a certain proxy server cluster is obtained through the obtaining module, and then the authority information is written into the cache server corresponding to the proxy server cluster through the first writing module; the remote configuration of the authority information of the proxy server cluster is realized, the unified management of the proxy authority of all the proxy server clusters is realized, and the management efficiency of the authority information is improved.

According to the UPnP-based universal substation IED self-discovery and self-configuration method and device, aiming at the problems of low access and manual configuration efficiency, large workload and the like of a large number of IEDs in an existing intelligent substation, a UPnP protocol is adopted, so that the universal IED can be identified in a network, and automatic discovery of the IED isrealized through a substation UPnP network; automatic configuration of the equipment is realized through UPnP control; through self-discovery of the equipment, the equipment can be quickly discoveredand identified and is automatically configured, remote configuration of the equipment is realized, controllability of the equipment can be efficiently realized, and reliability and consistency are ensured while efficiency is improved.

The invention relates to a network setting method, device and system, and the method is used for a first terminal, and comprises the steps: configuring a first network parameter for network setting for a second terminal; generating a network setting request, wherein the network setting request comprises the first network parameter and an equipment identifier for representing the second terminal; and sending the network setting request to a server, and sending the first network parameter to the second terminal by the server. Therefore, remote configuration of the network parameters can be realized, the application range of network setting is expanded, and the flexibility of network setting is improved.

The invention discloses a network-based electromechanical equipment operating system and method. The network-based electromechanical equipment operating system comprises a subsystem defining module, adata filling module, a project receiving module and a configuration control module, the subsystem definition module is used for defining a function module of each subsystem; the data filling module is used for configuring a port and a protocol of a field equipment detection and control point location; the project receiving module is used for receiving the uploaded functional equipment parametersof each subsystem; and the configuration control module is used for acquiring functional equipment parameters of each subsystem and calling the data filling module so as to acquire monitoring data anda control state of the field equipment and remotely configure the field equipment. By defining the function modules of the subsystems, monitoring the field equipment of the function modules of the subsystems in real time and remotely configuring the field equipment through the network, the purposes of improving the pertinence of a project, not depending on local hardware devices and systems, achieving flexible remote control and improving the expansibility and the adaptability to various working conditions are achieved.