458results about How to "Realize intelligent monitoring" patented technology

The invention discloses a wisdom skynet video behavior analyzing system which comprises a plurality of front end video collecting systems and a central monitoring system. The central monitoring system comprises a plurality of video behavior analyzing servers, a storage server, a monitoring server and a client side, wherein each video behavior analyzing server receives video information of one front end video collecting system respectively, automatically analyzes all kinds of exception behaviors by the adoption of an advanced image analyzing processing technology, a computer vision technology, a computer network technology and an artificial intelligent technology and generates alarming signals, the video behavior analyzing servers are respectively connected with the storage server, the monitoring sever and the client end through an interchanger, and the monitoring server is further connected with a third party alarm linkage server. The wisdom skynet video behavior analyzing system is provided with multiple detection modules, users can selectively install certain modules according to actual needs, installation is convenient, the operation is simple, and video behavior analysis can be carried out automatically. A distribution type structure is adopted by the wisdom skynet video behavior analyzing system, and data transmitting and processing speed can be improved.

The invention provides an intelligent monitoring method and an intelligent monitoring device. The method comprises the following steps of: A, selecting a video camera used for monitoring a monitored position; and B, determining a regulation parameter required by the monitored position monitoring of the video camera, and transmitting the regulation parameter to the video camera, so that the video camera is automatically regulated according to the regulation parameter to monitor the monitored position. By the method and the device, an available video camera is automatically regulated to realizemonitoring intellectualization.

The invention discloses a water quality purification device intelligent monitoring and management system based on the cloud. The water quality purification device intelligent monitoring and management system comprises a plurality of monitoring terminals, a cloud server and an operating terminal, wherein the monitoring terminals are in communication with the cloud sever through gateway devices, the cloud server is connected with the operating terminal through a wired or wireless network, each monitoring terminal is installed on one water quality purification device and used for collecting water quality data of the water quality purification device and controlling all mechanisms of the water quality purification device, the cloud server is used for collecting and storing the water quality data of the water quality purification devices through the monitoring terminals, and the operating terminal is used for reading the water quality data, stored in the cloud server, of the water quality purification devices and conducting analyzing and displaying. The water quality monitoring result is transmitted to a monitoring center and a mobile phone end application management system in real time through the wireless network technology, and the water quality is monitored in real time. The manual monitoring workloads can be effectively reduced, and the water utilization safety can be obviously improved.

The invention discloses an access control system for automatic grading identification based on a license plate, a human face and fingerprints. The system comprises a processor, an image collection recording module, a license plate positioning module, a face positioning module, a fingerprint identification module, a motor control module, an anti-pinch module, a power supply monitoring module, a prompting and alarming module, a telephone and short message reminding module, and an elevator, family access and garage access communication and control module. The invention aims at providing an intelligent district access control system which is advanced in function, flexible to control and high in reliability. By adopting the system, an area to be monitored is divided into a vehicle access and a pedestrian access; high-reliability identity recognition is achieved by grading identification of the license plate, the human face and the fingerprints; entering of a criminal offender is avoided; the phenomenon of stealing a car is reduced; the safety of the district is enhanced; the life and property security of a proprietor is also ensured.

The invention relates to a power supply station safety apparatus cabinet warehouse intelligent management system. The power supply station safety apparatus cabinet warehouse intelligent management system includes a safety apparatus cabinet, an apparatus cabinet access control module, an apparatus position identification module, an RFID warehouse entering and exiting automatic identification module, a main control terminal and a man-machine interaction interface, wherein the main control terminal can be in communication connection with the apparatus position identification module, the RFID warehouse entering and exiting an automatic identification module and the man-machine interaction interface. According to the power supply station safety apparatus cabinet warehouse intelligent management system of the invention, specific unique positions where apparatuses are stored are determined through the apparatus position identification module, and the unique identities of the apparatuses are marked through the RFID warehouse entering and exiting automatic identification module, and therefore, when the apparatus position identification module and the RFID warehouse entering and exiting automatic identification module are used in combination, wrong taking and wrong arrangement of the apparatuses can be effectively prevented; the power supply station safety apparatus cabinet warehouse intelligent management system can be connected with an original GPMS through a GPMS interface, so that the power supply station safety apparatus cabinet warehouse intelligent management system and a two-ticket system can form a locking linkage management mode, so that a management layer can effectively and quickly understand the use situation of the safety apparatuses, and the abuse and non-standard use of the safety apparatuses can be completely eradicated, and the apparatuses can be managed and monitored more safely, and the intelligent monitoring and management of an apparatus warehouse can be realized.

The invention provides a wind generating set remote on-line multi-mode health state monitoring and fault diagnosis system. The system comprises a wind speed / generated energy monitoring device, a temperature / vibration monitoring device, a voice frequency monitoring device and video monitoring device. The system is characterized by further comprising a lower computer and an upper computer, wherein the lower computer is connected with a wind generating set, and the upper computer is connected with a network client. Meanwhile, the audio and video technique is utilized, and remote observation of the operation state of the set is achieved. The system has the advantages of being simple in operation, and capable of achieving remote monitoring and remote diagnosis of faults.

The invention discloses a digital twinning intelligent monitoring system for an unmanned fully mechanized excavation face of a mine. The system is composed of a physical entity, a digital twinning body, an intrinsic safety type intelligent gateway, a cloud server, a cloud database, an intrinsic safety type 5G base station, a machine vision device, a communication interface, a network switch and avideo display terminal. According to the method, a digital twinning model is constructed, and perception analysis, analogue simulation, iterative optimization and decision control are carried out by utilizing a deep learning algorithm based on machine vision and edge calculation; based on data twinning and data driving, real-time monitoring, intelligent sensing, accurate positioning and health prediction of the remote physical space mine unmanned fully mechanized excavation face are achieved through the virtual space digital twinning unmanned fully mechanized excavation face. According to theinvention, the problems of non-uniform communication interfaces, weak equipment integration capability, poor video monitoring real-time performance, fuzzy video images and the like of the existing monitoring system are solved, and the real-time performance, accuracy and robustness of the intelligent monitoring system for the unmanned fully mechanized excavation face of the mine are improved.

The invention belongs to the technical field of intelligent fire monitoring, providing a system and method for assisting fire escape. The system and method monitor a fire condition by using various monitoring nodes in a wireless monitoring network; a monitoring centre locates the position of the fire when the monitoring nodes monitor the fire, calculates escape paths according to position information of a mobile terminal transmitted by a mobile location network and returns the escape paths to the mobile terminal so as to achieve a purpose of helping people in a fire zone to escape. The system and method collect position sensing data by the mobile terminal of the system without presetting sensor nodes so as to simplify the system architecture and reduce the system construction cost. Meanwhile, the system and method achieve intelligent fire monitoring by using the wireless monitoring network and help users to escape when the wireless monitoring network monitors the fire so as to increase intellectuality of the system.

The invention relates to an embedded type state monitoring information adaptor capable of operating under complex working conditions of a numerically-controlled machine tool and a method thereof. Theembedded type state monitoring information adaptor mainly comprises three modules of a PLC communication module, a standard information output module and a configuration module. The embedded type state monitoring information adaptor communicates with a monitor computer by the Modbus based transmission control protocol / internet protocol to realize the receiving and the transmission of the data information; the embedded type state monitoring information adaptor communicates with the control PLCs in real time and receives and transmits the data; and the embedded type state monitoring informationadaptor detects the communication states with all control PLCs in real time, and if errors occur, the embedded type state monitoring information adaptor stores the diagnostic information in a designated buffer memory area. In the adaptor, the isomorphism of the equipment in an isomerical environment is realized as the signals of equipment from different enterprises are uniformly converted, and the'data rather than people are transmitted' is realized by intelligently monitoring and diagnosing the numerically-controlled machine tool by the network, so the passive situation that the maintenancepersonnel is busied at maintaining the equipment is changed when the equipment is out of work.

The invention relates to an Internet of Things based intelligent IDC (Internet data center) computer room monitoring system which is composed of a sensing layer, a converging layer, a scheduling layer and a corresponding feedback control portion. Data are acquired through various sensors to be transmitted to the converging layer for checking and filtering processing through the sensing layer prior to being transmitted to a control center through a GPRS (general packet radio service) network or an Ethernet network; after the control center receives the environmental data and server status information inside a computer room, the data are analyzed and subjected to periodic processing; if environmental parameters and deviating thresholds are found, a control instruction is sent to the feedback control portion to regulate a computer room environment and server status inside the computer room. Since the control instruction can be accurately issued and processed by means of accurately acquiring, uploading and processing the environment and equipment data information inside the IDC computer room in real time and dynamically regulating the computer room environment and the server status inside the computer room, intelligent monitoring of the environment and equipment inside the IDC computer room is realized, and third-party equipment is enabled to be integrated into an existing system by additional arrangement of a wireless module.

The invention provides an intelligent monitoring alarm system based on the Internet of Things. An alarm collection fusion module is used for employing the alarm data information of all subsystems, andenabling the subsystems with different functions to be fused to a unified monitoring platform. An alarm processing module is used for realizing alarm compression and shielding. When a clear internalassociation relationship exists in the multiple parts of alarm information, the cross-resource association is carried out. A fault source is automatically associated and positioned, and redundant alarms are shielded. An alarm shielding condition setting port is further provided, alarm shielding conditions preset by the port are set according to the alarm shielding conditions, and alarm informationis shielded. The alarm source is positioned. An alarm record display and query module is used for displaying alarm information. Alarm logs and various subsystem running logs are collected, and the collected logs are stored in a log information base. The setting of a log query port according to the log level, the log generation time period and the log receiving time is also supported.

The invention relates to a power grid remote intelligent monitoring system based on Beidou short message communication and a monitoring method. The monitoring system comprises a power grid online monitoring sensor, a control processing module based on an FPGA, a monitoring end Beidou short message communicator, a Beidou satellite, a monitoring end Beidou short message communicator and a power grid monitoring center host. The monitoring method comprises the steps of (1) obtaining power grid online monitoring data; (2) online monitoring and controlling system monitoring the working status of an end device; and (3) a remote configuration and monitoring system monitoring parameters of the end device. The invention, without the transformation of an existing power grid online monitoring sensor and a power grid monitoring and control host, the invention makes use of the dual communication function of a Beidou short message for real-time remote monitoring of a power grid in plateau regions, mountainous areas and the like where communication is inconvenient, and the invention has the advantages of being easy to operate and user-friendly and facilitating the saving of manpower, material and financial resources.

The invention belongs to the technical field of stockbreeding machines, and particularly relates to a living thing and environment monitoring intelligent robot. The living thing and environment monitoring intelligent robot comprises a ball screw control mechanism, a knocking mechanism, a reversing mechanism, a walking mechanism, a temperature and humidity environment monitoring system and a dead or sick chicken recognition system. The situation that in the poultry cage breeding mode of China, the dead or sick chickens have to be recognized through manual work and the environment has to be monitored through manual work becomes history, the labor intensity of breeding workers can be greatly lowered, the working conditions and animal welfare of the workers are improved, the intelligent and automation level of the livestock industry is increased, the comprehensive economic benefits of the large-scale chicken breeding industry are improved, the technical guarantee is provided for the sustainable and healthy development of the laying hen breeding industry, another bottleneck in the intensive breeding field is broken through, and the extremely-high industrial value and the extremely-high application value are achieved.

The present invention discloses a monitoring method based on a heterogeneous network. The public network segment of the heterogeneous network contains an independent public network server with a fixed IP address, a router with the function of network port mapping, which can send UDP data packages back and forth among client ends, a front-end server and the public network server, and the monitoring method applying callback technology and transcoding technology to realize direct transmission of monitoring data in the heterogeneous network. Meanwhile, the present invention also discloses a monitoring system based on the heterogeneous network, the public network server is connected with the front-end server system and the client-end systems via an IP network, and the front-end server system and the client-end systems are connected with one another via the UDP network protocol. The front-end server in which an embedded media processor and an embedded realtime multitask operating system are built is used to process the received front-end system data that is then sent to client ends, and therefore the system is enabled to support spot management and automatic alarming and support multiple platforms, network protocols, devices and access mothods and multi-point simultaneous access.

The invention provides an orchard ecological environment intelligent monitoring system, comprising an orchard ecological environment monitoring module, an orchard data processing center and a user terminal. The orchard ecological environment monitoring module and the user terminal are in communication connection with an orchard data processing center. The orchard ecological environment monitoring module, is used for collecting orchard ecological environment data through a wireless sensor network and sending the orchard ecological environment data to the orchard data processing center. The orchard data processing center is used for storing the orchard ecological environment data and other orchard information data and analyzing the orchard ecological environment data. According to the system, an orchard ecological environment is intelligently monitored.

The invention discloses a tide staff water level measurement method based on dual-waveband imaging, and belongs to the technical field of water level measurement. A camera with a dual-waveband imagingfunction is adopted, and visible light and near-infrared images are used for system calibration and water level measurement links respectively. During the system calibration link, firstly, a measurement system is arranged and a tide staff image of the visible light is obtained; secondly, according to a standard pattern of a tide staff to be measured, a template image is designed; finally througha selected matching control point, a perspective projection transformation relation between the tide staff image and the template image is built; during the water level measurement link, firstly, a near-infrared tide staff image is obtained and then matched with the template image for rectification, binarization processing is conducted on the rectification image, waterline coordinates are measuredin a horizontal projection curve of the binarization image, and according to the physical resolution of the template image, the waterline coordinates are converted into an actual water level value. According to the tide staff water level measurement method based on dual-waveband imaging, the scales and characters on the tide staff do not need to be measured and identified, and the robustness of low-resolution images photographed under a complex site condition is high.

The invention belongs to the technical field of a transport control system of road vehicles, and discloses a highway vehicle behavior semantic analysis and abnormal behavior monitoring system and method. By detecting a video and and tracking a moving vehicle target, vehicle speed detection and vehicle behavior semantic analysis are achieved, whether a vehicle has traffic offence behaviors or not is judged, and then the function of alarming the traffic offence behaviors is achieved; a multi-hybrid Gaussian model is utilized to detect the moving target from the video, a Kalman filter is utilizedto track the moving vehicle target to obtain the track in the vehicle driving process and three major motion characteristics, namely, the position, the direction and the speed, detection is conducted, the vehicle behavior semantic analysis is conducted, through the further utilization of a road driving regulation, whether the vehicle has the traffic offence behaviors or not is judged, and if yes,the vehicle is snapshot and alarmed. Vehicle driving and semantic analysis can be accurately detected in real time in a highway, abnormal behaviors and the traffic offence behaviors of the vehicle are alarmed and snapshot, and the purposes of automatic detection, quick alarming and timely processing are achieved.

The invention discloses a power tunnel cable running state comprehensive monitoring method which comprises the steps of 1) collecting data by a monitoring terminal installed in a power tunnel; 2) uploading the data collected by the monitoring terminal to a monitoring host computer; and 3) transferring the data received by the monitoring host computer to a monitoring platform through a mode of a TCP (Transmission Control Protocol) / IP (Internet Protocol) Ethernet interface, analyzing and treating monitoring data collected in real time by the monitoring platform, and displaying the state of a monitoring equipment in real time through an analysis result so as to supply effective monitoring data for a manager to analyze a fault reason or previous early-warning, wherein various detection data is used as a basis for judging the health condition of a cable. With the adoption of the method, the health condition of the cable can be analyzed and judged any time, thus achieving beforehand protection or adopting effective measures to prevent a fault.

The invention provides an intelligent tracking cradle head having a radar monitoring function. The intelligent tracking cradle head comprises a cradle head body and a radar monitor, wherein the radar monitor is arranged on the cradle head body; the cradle head body is used for supplying a working power supply to the radar monitor through a power line; and the cradle head body is communicated with the radar monitor through a communication line. A monitoring method is further provided. Compared with the prior art, the intelligent tracking cradle head having the radar monitoring function and the monitoring method have the advantages that I, by using the active monitoring function of the radar monitor, intelligent monitoring and automatic tracking functions of the cradle head can be rapidly realized; II, the radar monitor is carried by using the cradle head, so that all-dimensional coverage of a monitoring region can be realized; III, by using the active monitoring effect of the radar monitor, monitoring dead corners and monitoring dead zones of a visible light camera can be effectively avoided, and meanwhile the application effect of the cradle head under severe weathers or in special environments is ensured; and IV, The intelligent tracking cradle head is wide in application, and can be widely applied to various monitoring fields.

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.

The present invention provides a method of robot remote control. The robot is interconnected with an intelligent terminal, and the robot has a video monitoring module. The robot is in communication connection with the intelligent terminal in the local area network or Internet; the video monitoring module of the robot obtains the environment video information and sends the environment video information to the intelligent terminal; the intelligent terminal displays received environment video information, receives a user's control instruction and sends the control instruction to the robot; and the robot executes the corresponding motion according to the control instruction. The method of robot remote control is able to monitor all the images in the vision range of the video monitoring module of the robot in real time and remotely control the behavior of the robot so as to realize monitoring and control the robot to execute the related motions according to the real conditions, and therefore, the monitoring intelligence is really realized, and the method of robot remote control has a wide market prospect.

The invention discloses a ship or offshore mobile platform watertight equipment monitoring and fault diagnosis system. The ship or offshore mobile platform watertight equipment monitoring and fault diagnosis system includes a watertight equipment monitoring local monitoring system, a ship industrial Ethernet and a bridge remote monitoring alarm diagnosis platform, wherein the watertight equipment monitoring local monitoring system is used for acquiring the state signals of watertight equipment so as to generate monitoring signals, carrying out fault diagnosis on the state signals so as to generate corresponding real-time monitoring signals, and generating corresponding pre-diagnosis information according to diagnosed non-real-time complex faults; the bridge remote monitoring alarm diagnosis platform is connected with the watertight equipment monitoring local monitoring system through the ship industrial Ethernet; the pre-diagnosis information is inputted into the bridge remote monitoring alarm diagnosis platform through the ship industrial Ethernet so as to be applied to final fault diagnosis; and when a fault occurs, shutdown control signals are emitted, so that maintenance information can be further obtained. With the ship or offshore mobile platform watertight equipment monitoring and fault diagnosis system of the invention adopted, two-stage fault diagnosis can be carried out on a whole ship and an offshore mobile platform, and comprehensive monitoring and operation maintenance of watertight integrity and the watertight equipment can be realized.

The invention discloses a device and method for monitoring tube push bench head deviation in real time and belongs to the technical field of tube push bench construction. The device and method are used for solving the problem the monitoring of the tube push bench head deviation is either low in efficiency or high in cost. The device comprises a laser light source arranged on a working well, a light target arranged on a bench head, a clinometer arranged on the bench head, a data collecting module arranged on the bench head and a control center. The connecting line of the center position of the light target and the laser light source is parallel to the horizontal axis of a tube push bench. The data collecting module comprises an image collecting module and a data transmitting module, wherein the image collecting module and the data transmitting module are connected in sequence. The control center comprises a data receiving module and a data processing module, wherein the data receiving module and the data processing module are connected in sequence in a wireless or wired mode, and the data processing module is connected with a display device. By means of the method for monitoring the tube push bench head deviation through the device, operation is easy and convenient, the monitoring efficiency is high, and the monitoring result is accurate.

The invention discloses an aquaculture multi-parameter intelligent monitoring system based on Internet-of-things and a method thereof. The system comprises the modules of an acquiring and controllingunit, a communication transmission unit, a data service center, etc. The acquiring and controlling unit comprises a water quality acquiring node, a video monitoring unit, a controller and field equipment. The communication transmission unit utilizes an NB-IoT and ZigBee combined communication mode. The data service center comprises a database server, a communication server and an application server. The monitoring method comprises the steps of 1, setting a water quality parameter standard value according to a culturing animal; 2, performing real-time acquisition of the water quality data by the controller, and eliminating suspicious data by means of a multi-sensor fusion method; 3, uploading the data to the data service center according to a preset data frame format; 4, controlling the field equipment by the controller by means of a threshold; and 5, adjusting the field equipment according to an artificial intelligence algorithm, and realizing intelligent culturing monitoring. The aquaculture multi-parameter intelligent monitoring system and the method thereof have advantages of realizing accurate measuring and controlling in aquaculture, remarkably improving aquaculture benefit and promoting aquaculture development.

The invention belongs to the technical field of monitoring, and provides a refuse landfill intelligent management system which comprises a control center, a vehicle monitoring sub-system, a landfill monitoring sub-system, an admission amount monitoring sub-system and a leachate treatment station monitoring sub-system, wherein the vehicle monitoring sub-system, the landfill monitoring sub-system, the admission amount monitoring sub-system and the leachate treatment station monitoring sub-system are connected and communicated with the control center. Each monitoring sub-system is used for monitoring each process area in a refuse landfill in real time and giving an early alarm when abnormal conditions occur. The control center is used for receiving information sent by each monitoring sub-system, displaying the running condition of each area in real time, processing the information, displaying the processed information in forms of a table, a graph and / or an image, receiving control instructions, regulating and controlling each monitoring sub-system, and conducting remote monitoring in an Internet issuing mode as well. According to the refuse landfill intelligent management system, the refuse landfill is intelligently monitored, and the running management level and safety of the refuse landfill are improved.

The invention provides a ship power station fault diagnosis method based on data fusion. The method comprises the steps of respectively adopting different data fusion algorithms on different levels of a fault diagnosis, using a plurality of sensors for detecting fault messages in multiple aspects, conducting stage treatment on multi-source messages, accurately and timely judging the state of a system, and giving the correct judgment on whether the system fails or not and the correct judgment on the fault mode. According to the ship power station fault diagnosis method based on the data fusion, intelligent monitor of a ship power station unit is effectively achieved, the reliability and safety of the operation of the unit are improved, and the phenomena of false alarms, misinformation and information missing are reduced. The sensors respectively monitor parameters of the fault messages and integrate the monitored data to conduct a first-stage fusion to detect layer data, a second-stage fusion is carried out on the data passing through the first-stage fusion, a third-stage fusion is carried out on the data passing through the second-stage fusion, the data after the three-stage fusion are matched with data inside a fault diagnosis knowledge database, and the fault diagnosis result is output.

The invention discloses a ship-shore data communication system based on 3G wireless network, which comprises at least one ship end server, a communication control device and a shore end server, wherein the ship end server is connected with the shore end server through the communication control device in a wireless mode. A video acquisition module at the ship end acquires video data; the video data is subjected to analog-to-digital conversion, analysis and processing; the video data is subjected to coded compression and storage according to the analysis and processing result, and transmitted to the shore end by using the communication control device through the 3G wireless network; and a video decoding and play module of the shore end server decodes and plays the video data, thereby implementing real-time transmission of video data. The invention solves the bottleneck of small data transmission bandwidth between the ship and the shore by using the 3G wireless transmission technology, implements the intelligent monitoring of the ship end by using the digital video processing technology, and implements intellectualized management on monitoring, thereby enhancing the work efficiency and greatly lowering the operating cost of the monitoring system.

The invention discloses a monitoring system used in an open radiation place with a radiation source. The monitoring system comprises a plurality of sub-stations and a main station. The sub-stations are arranged at the periphery of the radiation place; each sub-station comprises a radiation detector, an alarming module and an infrared detector, wherein the radiation detector is fabricated to be used for detecting the amount of radiant rays at the periphery of the radiation place and is fabricated with the detecting coverage thereof covering the periphery of the radiation place, the alarming module is fabricated to be used for sending an alarming signal in the case that the amount of the radiant rays at the periphery of the radiation place exceeds the preset amount, and the infrared detector is fabricated to be used for detecting a movable object entering the radiation place. The main station is used for controlling the amount of the radiant rays emitted from the radiation source according to the detecting result received from the radiation detectors of the sub-stations.

The invention relates to a well-drilling early overflow loss ground monitoring device. The well-drilling early overflow loss ground monitoring device comprises a data acquiring device, a data processor and a drill floor displayer connected with the data processor, wherein the data acquiring device is respectively connected with inlet and outlet flow sensors, a bit pressure sensor, a drill disc rotating speed sensor, a drill disc torque sensor, a mud pit liquid level sensor, a sleeve pressure sensor and a vertical pipe pressure sensor and is connected with the drill floor displayer through the data processor. The well-drilling early overflow loss ground monitoring device adopts a structure mode recognition method, automatically adjusts sensitivity, recognizes the type of well kick media, adopts pictorial chart outputting, achieves intelligentized monitoring, is high in monitoring accuracy, greatly shortens time for finding well kick, facilitates timely adoption of a well control measure, avoids safety accidents, is suitable for various well drilling working conditions, makes up the limitations of traditional monitoring methods, is simple in system structure, simple and convenient to maintain, low in monitoring cost and wide in application range and facilitates large-scale popularization.

The invention discloses a three-phase electric energy meter based on wide-area synchronous measurement. The three-phase electric energy meter comprises a central processor, a synchronous measurement electric energy metering module, a memory, a constant temperature crystal oscillator and a clock chip, and the synchronous measurement electric energy metering module, the memory, the constant temperature crystal oscillator and the clock chip are connected with the central processor; the central processor is used for externally being connected with a clock synchronization system, a second pulse of which is a benchmark, or an IEEE 1588 protocol clock system and for checking and keeping the time with the clock system, and the central processor is also used for sending an automatic synchronization sampling command to the synchronous measurement electric energy metering module and processing sampled data; the synchronous measurement electric energy metering module is used for metering electric energy and for synchronously collecting a plurality of continuous voltage current instantaneous data of each path in a whole net and storing the continuous voltage current instantaneous data; the memory is used for storing data processed by the central processor; the constant temperature crystal oscillator is used for cooperation with the central processor to carry out time keeping; and the clock chip is used for providing a work clock for the central processor. The invention further discloses a measurement method of the three-phase electric energy meter based on the wide-area synchronous measurement. Instantaneous values of electrical parameters can be synchronously measured, and requirements of the wide area measurement can be met.