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118results about How to "Realize reporting" patented technology

Waste gas purification real-time monitoring system and method

The invention discloses a waste gas purification real-time monitoring system which comprises a sensor, a signal conditioning circuit, a microcontroller, a waste gas processing module, an alarm module, a wireless communication module, a monitoring center PC and a mobile terminal; the sensor is connected with the signal conditioning circuit; the signal conditioning circuit, the waste gas processing module, the alarm module and the wireless communication module are all connected with the microcontroller; the microcontroller is in wireless connection with the monitoring center PC through the wireless communication module; the monitoring center PC is in wireless connection with the mobile terminal through a GSM module. The invention further discloses a waste gas purification real-time monitoring method. Compared with the prior art, the system and the method, provided by the invention, have the advantages that emission and purification of industrial waste gas can be monitored and reported in real time, and purification of waste gas can be controlled automatically at the same time; besides, in case of abnormal situations, related persons in charge can be reminded promptly for handling through alarming or short messages, so that the effect of being more convenient, rapid and humanized can be achieved; the invention can be widely applied to the field of environmental monitoring.
Owner:JIANGSU UNIV OF SCI & TECH

Railway passenger service integrated management system

The invention discloses a railway passenger service integrated management system which comprises a railway bureau level passenger service integrated management platform and a station level passenger service integrated management platform, wherein the railway bureau level passenger service integrated management platform and the station level passenger service integrated management platform are communicated with each other through a railway data specific communication network. The railway bureau level passenger service integrated management platform is used for managing and controlling passenger transport production of stations within the jurisdiction and finishing manufacturing, issuing, transmitting of audio and video data and information sharing. The station level passenger service integrated management platform is used for arrival and departure management and finishing daily management, comprehensive direct, intelligent supervising and integrated management and control of passenger transportation production. Based on a people-oriented design and service concept, in combination with practical conditions of existing railway lines being used, the invention provides the passenger railway transport intelligent passenger service integrated management system which is integrate, intelligentized, humanized, efficient, safe, and appropriate for a modern railway production management system, guarantees coordination and distribution of responsibilities of staff and enables passengers to enjoy all-round information service.
Owner:INST OF COMPUTING TECH CHINA ACAD OF RAILWAY SCI +1

Report set measurement and trigger measurement report based method, system and user terminal (UE)

InactiveCN101965024AReporting is accurate and timelyRealize reportingWireless communicationComputer scienceUser equipment
The invention discloses a report set measurement and trigger measurement report based method. The method comprises the following step of: after user equipment (UE) receives a measurement control parameter from a network element (NE) of a network side, establishing a report set according to the measurement control parameter and measuring a cell in a monitoring set. The invention also discloses a report set measurement and trigger measurement report based system which comprises a report set establishing unit and a measuring unit, wherein the report set establishing unit is used for establishing the report set according to the measurement control parameter, and the measuring unit is used for measuring the cell in the monitoring set according to the measurement control parameter. The invention also discloses UE applying the method, which comprises a report set establishing unit and a measuring unit, wherein the report establishing unit is used for establishing the report set according to the measurement control parameter, and the measuring unit is used for measuring the cell in the monitoring set according to the measurement control parameter. By adopting the method, the system and the UE, UE measurement and UE trigger measurement reports can be accurately reported in time.
Owner:深圳市恒程汇文化科技有限公司

Low-voltage power distribution network topology identification system based on pulse characteristic current signals

The invention discloses a low-voltage power distribution network topology identification system based on pulse characteristic current signals. A bus current centralized controller is installed on a low-voltage incoming line switch layer, a plurality of branch current detectors are installed on the low-voltage outgoing line switch layer, a plurality of branch current detectors are installed on thebranch line switch layer, a plurality of branch current detectors are installed on the metering box user switch layer, and a pulse characteristic current generator is installed at the tail end of a user. On the premise that an original circuit is not changed, a bus current centralized controller is arranged at a main switch;, a branch current detector and a pulse characteristic current generator are respectively arranged on each branch and the power distribution network user tail end; and the topological structure of the low-voltage power distribution network is obtained, the change of the topological structure of the power distribution network can be monitored online in real time, the topological structure of the low-voltage power distribution network is monitored and reported in real time, and the power supply reliability and the power grid operation and maintenance management level are improved.
Owner:SHANDONG ELECTRIC VIVID INFORMATION TECH CO LTD

Low-voltage power distribution network topological relation online identification and monitoring method

The invention discloses a low-voltage power distribution network topological relation online identification and monitoring method. The method comprises the following steps of 1, using an integrated controller to send a turn-on instruction to an identification current generator at a user terminal, and enabling each branch current detector to monitor the current state information of a branch in realtime and upload the current state information to the integrated controller; 2, when the centralized controller senses that a characteristic current flows through the branch current detector of the branch, recording an address code; turning on other identification current generators one by one in a time-sharing manner; 3, enabling the centralized controller to complete the transformer area topology on-line identification and monitoring through the logic calculation and according to the address code. According to the method, on the basis of not changing an original circuit, and by installing the centralized controller, the branch current detectors and the identification current generators, the low-voltage power distribution network topology structure is obtained, and the change of the powerdistribution network topology structure can be monitored on line in real time, the low-voltage network topology structure can be monitored and reported real-timely, and the power supply reliability and the power grid operation and maintenance management level are improved.
Owner:SHANDONG ELECTRIC VIVID INFORMATION TECH CO LTD

Large-capacity telecommunication network management system as well as setting and application methods thereof

ActiveCN103051478AReduce technical complexity and implementation difficultyEasy to implementData switching networksNetwork managementNetwork element
The invention discloses a large-capacity telecommunication network management system. The large-capacity telecommunication network management system comprises a network management main body function module, a network element accessing adaptive agent pool module and a database node array module, wherein the network element accessing adaptive agent pool module comprises a plurality of adaptive agent nodes; the database node array module comprises a plurality of special database anodes and one public database node; and the network element accessing adaptive agent pool module and the database node array module are combined to realize the accessing of a plurality of network elements and message interaction under a large-capacity scene, the report and the storage of network management data can also be realized and inquiry operation of the network management data is realized. The invention further discloses a setting method and an application method of the system; with the adoption of the system and the methods disclosed by the invention, under the precondition of not lifting the configuration level of system software and hardware, the system bottleneck problem under the telecommunication network large-capacity scene is solved, the system cost is saved and the realization is simple.
Owner:ZTE CORP

E-RUCCH (Enhanced-Random-Access Uplink Control Channel) data transmission method in multi-carrier HSUPA (High Speed Uplink Packet Access) system

The invention discloses an E-RUCCH (Enhanced-Random-Access Uplink Control Channel) data transmission method in a multi-carrier HSUPA (High Speed Uplink Packet Access) system, which comprises the following steps: setting different E-RUCCH formats respectively for single-carrier HSUPA UE (User Equipment) and multi-carrier HSUPA UE; when E-RUCCH access is carried out, selecting one carrier by UE to carry out the E-RUCCH access; selecting corresponding E-RUCCH formats according to the number of HSUPA carriers supported by the UE so as to organize SI (System Information); initiating the E-RUCCH access by using one SYNC-UL (Synchronous Code-Uplink) sequence; determining expected received power by a Node B according to the E-RUCCH format selected by the UE, or determining the expected received power of a reference E-RUCCH format under a blind detection state, and feeding the expected received power to the UE; and determining the transmitting power of the corresponding E-RUCCH format by the UE according to the expected received power, and then, encoding and processing the organized SI, and sending the processed SI to the Node B through E-RUCCH. By means of the method disclosed by the invention, the SI report of the UE in the multi-carrier HSUPA system can be realized and the compatibility with the single-carrier HSUPA UE can be realized.
Owner:TD TECH COMM TECH LTD

4G communication unit with transformer area topology identification function and identification method

The invention discloses a 4G communication unit with a transformer area topology identification function and an identification method, and belongs to the technical field of transformer area acquisition terminals. The invention discloses a 4G communication unit with a transformer area topology identification function of an acquisition terminal. The 4G communication unit comprises a power supply module, an Ethernet management module, a topology analysis module, a 4G remote communication module and an MCU module; the topology analysis module is used for analyzing the data information acquired from the MCU module and transmitting an analysis result to the MCU module; the 4G remote communication module receives the information of the MCU module, then sends the information to the acquisition master station in a wireless communication mode, and sends the information of the acquisition master station to the MCU module. According to the invention, the 4G remote communication module and the topology analysis module are utilized to realize old terminal 4G remote communication and transformer area topology analysis and reporting. The method is especially suitable for the old acquisition terminal, can solve the 4G online problem of the old terminal, can also carry out transformer area topology analysis, is low in application cost, and is convenient to popularize and use.
Owner:STATE GRID ZHEJIANG ELECTRIC POWER CO MARKETING SERVICE CENT +1
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