36results about How to "Powerful data processing function" patented technology

The invention provided an energy storage device with failure detection and automatic reconstruction function and a reconstructing method. The energy storage device with failure detection and automatic reconstruction function comprises m*n modular energy storage units with same structures, a standby energy storage unit, a first output bus, a second output bus, a first reconstruction bus, a second reconstruction bus, a central processing unit, a man-machine conversation device, a data bus and a control bus. Aiming at energy storage devices formed by the serial connection and parallel connectionof a plurality of energy storage elements, such as a storage battery pack, a super capacitor pack and the like, the adverse effects brought by singled damaged energy storage element on the whole device is eliminated, and the operation reliability of the energy storage device can be improved.

The invention relates to an electronic mobile training and test system of hygienic knowledge for public service staff. The electronic mobile training and test system of the hygienic knowledge for the public service staff comprises a main test room system and a mobile test system. The main test room system comprises a main server, a first network exchanger and a touch type computer or a desktop computer. The mobile test room system comprises a subordinate server, a second network exchanger and a tablet personal computer. After the mobile test system is applied, a test can be organized by only one person. Testing on main test room and mobile test rooms can be started simultaneously and do not interfere. All test data are automatically collected, organized and undergo statistical analysis. Working efficiency is improved and office resources are saved. Knowledge training study materials for the public service staff can be installed on the electronic mobile training and test system in advance. The mobile test rooms can be converted into mobile classrooms as required at any time and at any places so that the employed staff can be conveniently trained.

The invention discloses a wastewater treatment process monitoring system based on a wireless network. The wastewater treatment process monitoring system based on the wireless network comprises an industrial wireless sensor network, an industrial wireless local area network and a wireless wide area network. The industrial wireless sensor network is responsible for collecting information of field devices of each process of the wastewater treatment. The industrial wireless local area network is responsible for processing the information which is sent by the industrial wireless sensor network and returning the processed data to the field devices at the same time. The wireless wide area network is responsible for transmitting and replying remote monitoring application and sending stoppage information to appointed technical people automatically at regular intervals during the period from stoppage occurrence to stoppage resolution. A traditional distributed collecting and distributing control system is updated to a network control system through different wireless networks, and therefore wireless remote real-time monitoring is truly realized.

The invention discloses an electric energy monitoring data optimizing device and an optimizing method thereof. The electric energy monitoring data optimizing device can monitor electric energy quality of non-linear load user circuits in real time, can display, analyze and optimize data in real time, effectively saves data storage space and improves transmission efficiency. The optimizing device comprises a voltage / current transformer, a collecting and analyzing module, a data processing and optimizing module, a main memory database, a central processing unit, a displaying module and an alarming module, wherein the voltage / current transformer is used for collecting basic signals of a power grid, the basic signals are converted into digital signals through an analog-digital converter installed in the collecting and analyzing module to calculate all electric energy quality index data, the data processing and optimizing module is used for receiving all electric energy quality index data and compressing and optimizing all electric energy quality index data to be stored in the main memory database, the displaying module can display monitored electric energy quality index data, and the alarming module is used for giving out alarm.

The invention relates to an anhydrous hydrazine engine test control system, which includes an engine, a falling pressure liquid propulsion system for delivering raw materials to the engine through a raw material delivery channel through high-pressure nitrogen; data acquisition equipment for collecting data information of the engine, and Send the data information of the engine to the data acquisition card; the temperature control device is used to control the heating or cooling of the engine according to the engine data information received from the data acquisition card; the ignition control device is used to control the industrial computer according to the received data acquisition card Command, control the raw material delivery of the engine through the ignition control solenoid valve; the data acquisition card is used to send the data information of the engine sent by the data acquisition device to the industrial computer. The invention is mainly applied to the ignition test of the aviation attitude control liquid engine, and its specific functions include data collection, data storage, data analysis and ignition control.

A distribution control system with layered controllers includes a plurality of layer control units, with each of them monitoring a plurality of function groups of controlled devices divided by function or process respectively, wherein each function group of controlled devices includes a plurality of controlled devices cooperating with each other with the control parameters thereof associated with each other, and a plurality of subsidiary controlled devices at a lower level are provided under each controlled device. The layer control unit includes a plurality of main control units (MCU) and a plurality of field control units (FCU). Each of the main control units is connected to a plurality of field control units via a sub-network. The layered distribution control system clarifies the correlation between the control units and the controlled devices, thereby effectively reducing the data transfer load rate over the backbone network, distributing the control risk, and increasing the response speed.

A device is featured as the follows: analog-digital converter connected with angle measurement transducer is set on bus of microprocessor, data output card which is I / O card containing timer / counter, 422 / 232 card of serial data output mode, net card of network data output mode or D / R card of restoring to be angle rotary conversion analog is set on bus of microprocessor, data output card which its driving program contains programs of data collection, data composition and data transmission, signal of angle measurement transducer is received by microprocessor which outputs data through data output card.

The invention relates to a digitization power quality monitoring device. The device comprises a power supply module, a data collecting module, an operational amplifier, an Analog to Digital (A / D) shifting chip, a control chip and a monitor, wherein the output end of the data collecting module is connected to the operational amplifier, the operational amplifier is connected to the control chip through the A / D shifting chip, the control chip is connected to the monitor, the data collecting module collects external current and pressure data, the data are transmitted to the A / D shifting chip through the modulation of the operational amplifier, the A / D shifting chip transmits the data to digital signals and transmitted the digital signals to the control chip, the control chip calculates received data, power quality data are obtained, and when the monitor is required to display, the control chip transmits corresponding power quality data to the monitor for displaying. Compared with the prior art, the device has the advantages of being high in data monitoring accuracy, good in adapting ability, high in function, low in power consumption and convenient to install.