383results about How to "Realize dynamic monitoring" patented technology

The invention discloses a regional water environment heavy metal monitoring system and an operating method. The regional water environment heavy metal monitoring system comprises a monitoring management system and a plurality of monitoring terminals, wherein the monitoring terminals are connected with the monitoring management system through general packet radio service (GPRS); a central processing unit of the monitoring management system is connected with a data transmitting and receiving module, a data analysis processing module, a database management module and a display or a user terminal; the data transmitting and receiving module is connected with a database storing global positioning system (GPS) information, information geographic information system (GIS) and correlated heavy metal concentration information detected by all the monitoring terminals; a master control module of each monitoring terminal comprises an embedded processor, a clock and a GPRS sub-module; a detection module comprises a temperature sensor and a heavy metal electrochemical sensor array. According to the operating method, the temperature and the heavy metal concentration, monitored by the monitoring terminals, of a water environment are transmitted to the monitoring management system to be stored and displayed, and are compared with standard values and historical data through the data analysis processing module; when the polluted water quality is determined or the concentration of certain heavy metal is suddenly increased to a higher level, an alarm is given. According to the regional water environment heavy metal monitoring system and the operating method, the pollution of a water body is timely found by real-time sampling analysis and dynamic monitoring; the monitoring terminals are simple to network and easy to expand.

The invention relates to a station passenger flow monitoring system, a station passenger flow monitoring method, a station passenger flow control system and a station passenger flow control method. The monitoring system comprises a data acquisition system and a data processing system, wherein the data acquisition system comprises multiple infrared mounting, video counting and gate counting equipment arranged in a station, and the equipment is respectively connected with the data processing system. The monitoring method comprises steps that, the station is divided into a non-charging zone, a charging zone and a platform zone, the three zones are further divided through setting security equipment and outgoing and incoming gates, acquired data is further transmitted through the infrared counting and gate counting equipment to the data processing system for processing, and outgoing and incoming two-directional passenger flows of the three zones are acquired. The station passenger flow control system is on the basis of a monitoring system added with a control decision making module; for the control method, a station passenger flow can be effectively controlled through the control decision making module.

The invention belongs to the abnormal monitoring field of cloud monitoring, in particular to log monitoring, and discloses a log file processing method and device, a computer device and a storage medium. The method comprises the following steps of obtaining log files generated by an application program and identifying a file format corresponding to the log files; determining a file parsing rule corresponding to the recognized file format; parsing the log file according to the determined file parsing rules to obtain a unified coding specification file, and analyzing the unified coding specification file through preset text parsing rules to obtain log fields; generating a data dimension statistical table according to the log field, and comparing the data dimension statistical table with a historical data dimension statistical table to obtain difference information; generating alarm information according to the difference information, and outputting the alarm information. The method improves the processing speed of log files in different formats and reduces the workload of developers.

The invention discloses a control system for biomass boiler combustion. The control system comprises a drum level information acquisition unit, a combustion control subsystem information acquisition unit, a signal transmission unit, a central control unit and an execution unit, wherein the drum level information acquisition unit and the combustion control subsystem information acquisition unit are used for acquiring information about a biomass boiler and sending the acquired information to the central control unit via the signal transmission unit; the central control unit sends a control signal to the execution unit after processing the acquired information; and the biomass boiler is kept always in an optimal combustion state via the control method of the central control unit, thereby saving energy and reducing pollution.

The invention provides a RFID(Radio Frequency Identification)-based confidential carrier intelligent monitoring system and a monitoring method of the same. The system comprises interconnected upper computer system and lower computer system, wherein the lower computer system is arranged in a confidential region (800); the upper computer system comprises an information center server (100); the lower computer system comprises a RFID identification system (200), an access control system (300), a warning system (400) and a photographing sensing device, which respectively keep network connection with the information center server (100); and the RFID identification system (200) is further contacted with a confidential carrier (700). The invention further provides a monitoring method of the system. The system and the method can establish a uniform confidential carrier centralized monitoring network for the confidential field, and realize automatic intelligent management on the confidential carrier in the whole life cycle.

The invention relates to a heptamethine indocyanine dye containing N-fatty esters or N-fatty amide side chains, a synthetic method thereof and applications thereof in tumor targeting imaging and treatment. The heptamethine indocyanine dye which possesses or individually possesses near infrared absorption, fluorography and antineoplastic activity allows present research and development ideas and treatment levels of tumor targeting treatment medicaments to be greatly improved, and has great significances to aspects of early discovery, control and the like of various tumors.

The invention relates to a reflecting photometer of golden mark immunity test tape that includes scanning platform, optical system, phototranslating and signal multiplication system and data gathering and control system. The scanning platform is used to locate tested golden mark immunity test tape, and the optical system includes plural illuminating optical paths and a receiving optical path. Each illuminating optical path contains a light source and an illuminating condensing lens. The receiving optical path is made up of collimating mirror, filter, condensing lens and slit diaphragm. The phototranslating and signal multiplication system is made up of phototranslating components and pre-amplification circuit, the data gathering and control system is made up of multifunction data gathering card and computer. The invention could accurately judge the tested object and the thickness. It also has the advantages of high sensitivity, objective testing result and flexible to use.

The embodiment of the invention discloses a mine geological disaster dynamic identification and monitoring method based on multi-source remote sensing data. An optical remote sensing technology, an unmanned aerial vehicle airborne laser radar technology, an artificial corner reflector technology and a satellite-borne synthetic aperture radar technology are fused; an airborne laser radar can effectively remove ground vegetation; an accurate deformation profile and a ground fracture steep ridge distribution condition are obtained; archived high-precision optical image data are utilized to comprehensively analyze and describe a deformation development history, high-resolution remote sensing image change detection and feature recognition are utilized to search disaster signs, the airborne laser radar is introduced to acquire high-precision dem data, and topographic effect influence in InSAR data processing is effectively removed; an artificial corner reflector array is arranged, the numberof coherent points in a key area is increased, the coherent point distribution is optimized, and the interference phase unwrapping effect is improved; a traditional time sequence InSAR data processing technology is optimized, and a high-precision time sequence deformation curve is obtained by using CR-InSAR.

The invention relates to a soil heavy metal migration and transformation simulating device. The device comprises a leaching column, a liquid storage system, multiple collection and detection units and a data acquisition and control system, variation of soil water potential in the leaching column is controlled through the liquid storage system, and thereby migration and transformation of heavy metal in soil are achieved. Leaching solutions in the leaching column are collected and detected through the collection and detection units, and leaching solution parameters and soil parameters can be acquired, stored and controlled through the data acquisition and control system. The simulating device integrates the functions of leaching solution storage, collection and detection and data acquisition, the structure is compact, the operation is convenient, a parameter optimization means is provided for establishing a migration and transformation model of heavy metal ions in soil, the test cycle is shortened, test precision is improved, a research result is more scientific and reliable, and the simulating device is a tool for conducting experimental research such as soil heavy metal ion migration.

The invention provides a control system trusted architecture-based TPCM (Trusted Platform Control Module). The TPCM comprises an internal bus, a TPM (Trusted Platform Module) processing module, a program memory, a configuration memory, a data memory and an integrity detection unit connected with the internal bus, and a bus arbitration management unit. The invention also provides a TPCM-based trusted detection technology. The technology comprises trust chain generation and transfer of trusted equipment, integrity trusted detection of basic information of a trusted process in a trusted operation system and integrity and trustiness detection of an executable file loaded by the trusted process. The control system trusted controllable architecture and the trusted detection technology which combine functional safety and information safety, combine external defense and internal defense, and cover the design, operation and service full life cycle of hardware configuration, software programming, network communication, real-time operation, engineering maintenance and the like are provided, and the reliability, the safety, the real-time property, the usability and the maintainability of an industrial control system are guaranteed.

The invention discloses a cluster framework capable of realizing cloud computing flexible service. The cluster framework comprises a service registering system, a configuration center, a load balancer and a management system. The service registering system is used for registering service information; the configuration center collects the service information and resources and stores the service information and resources, and carries out dynamic update through monitoring service running state and expected state; the management system obtains the service information and resources from the configuration center, establishes a resource-service data table, and obtains the running state of the current service from the configuration center regularly; and the load balancer realizes load balance of the service according to the resource-service data table. Through the mode above, the cluster framework can integrate components with different functions, and realizes service discovery and optimal resource utilization and load balance of the service.

The invention belongs to the technical field of lung adenocarcinoma prediction, and specifically relates to an identification of early diagnosis markers of lung adenocarcinoma based on co-expression similarity, and a constructing method of a risk prediction model. The constructing method includes the steps of: data remodeling and grouping, data standardization, phase specific gene extraction, geneco-expression correlation analysis, unsupervised cluster analysis, specific and non-specific co-expression network analysis, functional pathway gathering, significant variation pathway identification, screening of early screening marker genes by using an REE algorithm, establishment of a classification model based on early screening risk genes, survival analysis verification, and the like. The identification of early diagnosis markers of lung adenocarcinoma based on co-expression similarity, and the constructing method of a risk prediction model can realize the early diagnosis of lung cancer,and can identify gene markers which change significantly with the progress of lung cancer at the same time.

A system and method for monitor that construction and service phases of an assemble building is disclosed, Taking the BIM construction operation control module as the core, by establishing the three-dimensional BIM model of prefabricated building components, the whole process of prefabricated component fabrication, construction, operation and maintenance can be monitored dynamically, and the decision makers and managers can master the whole process, and the electronization and informationization management of prefabricated building can be realized based on the BIM model. BIM-based three-dimensional model of prefabricated components and related information, to achieve the information management of the quality, size and assembly accuracy of prefabricated components, to improve the manufacturing level of assembled building prefabricated components; Based on BIM technology, it can improve the construction level of assembled building and ensure the safety, rationality and effectiveness of the construction process. It can dynamically monitor the operation period of assembled buildings, timely discover relevant diseases and effectively prevent and treat them, and invoke relevant documentsto find out the crux and attribution, so as to achieve efficient management of the operation period of assembled buildings.

The invention discloses a method for dynamically measuring distribution density of city population in real time.The method specifically comprises the steps that firstly, real-time data of signaling cell ranges of base stations in a city and the number of base station service mobile phone terminals is acquired through anonymous mobile phone signaling data provided by a mobile phone communication service provider; secondly, building area and land usage of all blocks of base station signaling cells are acquired through a city space database based on a geographical information system; thirdly, space population density in all buildings of all the blocks is obtained by converting the number of real-time service mobile phone terminals of the signaling cells and the building area of the blocks of the cells.The method solves the problem that in a traditional population density calculation method, interference is caused by a building scale factor; the precision of population density distribution calculation of a city, especially a center area and other public building agglomerations is increased, and the method can achieve early warning for traffic jams, crowd trampling, group confliction and other city disasters.

The present invention discloses an urban community vacancy rate dynamic monitoring method based on mobile phone location data. The method comprises: firstly, performing cleaning processing of the mobile phone location data of a target city, and distributing the signaling community land area to an urban plot unit based on the mobile phone signaling community; secondly, performing calculation through a geography information system processing module, and obtaining the covered area and the population capacity of the urban community; and finally, calculating and obtaining the urban community vacancy rate. The urban community vacancy rate dynamic monitoring method based on mobile phone location data is able to perform continuous tracking analysis of long-time mobile phone location data of a target city and realize the dynamic monitoring and quantitative analysis of the urban community vacancy rate so as to perform urban performance evaluation. The urban community vacancy rate dynamic monitoring method based on mobile phone location data realizes the dynamic monitoring of the urban community vacancy rate, is short in time consuming and fast in operation, updates at any time, and effectively save the manpower and the time cost spent at the site reconnaissance investigation.

The present invention discloses a two-dimensional code intelligent entrance guard system and an implementation method thereof. The two-dimensional code intelligent entrance guard system comprises a two-dimensional code intelligent entrance guard lock, an intelligent mobile terminal and an information comprehensive processing server, wherein the intelligent mobile terminal and the information comprehensive processing server form wireless mobile communication connection, the intelligent mobile terminal is used for identifying and reading the information of the two-dimensional code intelligent entrance guard lock, and the two-dimensional code intelligent entrance guard lock is connected to the information comprehensive processing server through a network. According to the present invention, with the two-dimensional code intelligent entrance guard system, the intelligent management of the entrance guard in enterprises, schools, hospitals, governments, banks, prisons, commercial areas, residential communities, elevators and the like can be achieved, the entry of miscellaneous personnel can be prevented, and the entry of owners and invited personnel can be allowed; and with the two-dimensional code intelligent entrance guard system, the intelligent property management can be achieved, the automatic operation starting and the management mechanism of the entrance guard under the unattended condition can be achieved, the whole range information tracking management function of the property management can be achieved, the safety and the convenience of the property management are greatly improved, and the property management cost can be reduced.

The invention discloses an Internet surfing log recording system and method capable of protecting personal privacies of users. The system comprises a general management unit responsible for general management operation, a privacy management unit responsible for authorization and operation, a background safety management unit connected with the general management unit and the privacy management unit and responsible for safety of a monitoring system, and a data storage unit used for storing data. Therefore, the method is good in safety and less prone to data leakage of the personal privacies of the users, and can achieve joint administration by administrators in different levels through combination of software encryption and hardware encryption.

The invention discloses an intelligent high-pressure vacuum circuit breaker, which is provided with an intelligent observing and controlling device. The intelligent observing and controlling device is provided with an intelligent core device as a microprocessor; an operating mechanism and a vacuum circuit breaker body are of an integral structure; the operating mechanism and a vacuum arc extinguish chamber are arranged in front and back; and the vacuum arc extinguish chamber is longitudinally arranged in a tubular insulating cylinder. Through the technical scheme of the invention, dynamic monitoring on various parameters of current, voltage, operating positions, working environment, states and the like is realized, on-line state detection is carried out on a device, intelligent diagnosis, control and protection are carried out on the core control device, and analysis and process can be carried out on monitored data; maintenance is little or free; functions of automatic protection, automatic regulation, running state monitoring, intelligent operation, communication and the like are achieved; and a comprehensive solution is provided for the intelligentization of the high-pressure vacuum circuit breaker.

The present invention relates to a method for monitoring the deformation of a tunnel pipe-roof. The method includes the steps of (1) distributed optical fiber strain sensors laying: attaching distributed optical fiber strain sensors to the upper and lower ends of a steel cage, pushing the steel cage into a steel pipe to be measured, and filling cement mortar in the steel pipe to form a joint force bearing deformable body, (2) Data collection: selecting n measurement sections from the steel pipe to be measured with the measurement section distance being delta xi, monitoring vertical deformation of each section under the effect of vertical loads on a real-time basis by a data acquisition instrument and transmitting the vertical deformation to a monitoring host, and (3) deformation calculation and stability judgment: the monitoring host using Brillouin mediation technology and material mechanics theory to calculate the longitudinal strain difference of each cross section and obtain the deflection wi of the steel pipe to be measured. The monitoring method is quick and easy, the monitoring data is high in precision, and temperature is self-compensating. Monitoring equipment is connected with a data acquisition instrument, through which data is transmitted to a monitoring host, to realize real-time on-line monitoring of the pipe-roof deformation.

The invention provides a monitoring method of application program in a Docker container and a publishing platform. The method comprises the following steps: establishing the Docker container of the application program on a physical machine via the publishing platform, and starting the Docker container; acquiring monitoring configuration information, monitoring items and alarm rule information via the publishing platform; establishing monitoring objects and monitoring items corresponding to the Docker container on a Zabbix master server of a Zabbix monitoring system according to the monitoring configuration information via the publishing platform, acquiring corresponding monitoring data from the physical machine via the Zabbix master server of the Zabbix monitoring system, displaying an alarm according to the monitoring data and the alarm rule information, destructing the Docker container of the application program in the physical machine if determining that the Docker container of the application program meets a destruction condition, and destructing the monitoring objects, the monitoring items and the alarm rule information corresponding to the Docker container in the Zabbix master server of the Zabbix monitoring system according to the monitoring configuration information. Through the monitoring method, the monitoring objects can be dynamically monitored when a monitoring object deployment mode is an elastically-telescopic deployment mode.

The invention discloses a surface defect cavity photonic crystal refractive index sensor containing absorption medium graphene. The sensor consists of a surface defect cavity (1), a periodic photonic crystal (2) and a coupling prism (3), wherein the periodic photonic crystal is formed by periodically alternatively arranging a high refractive index material (A) and a low refractive index material (B); the surface defect cavity consists of absorption medium graphene (C) and the low refractive index material (B), and the structure of the surface defect cavity is (B)-(C)-(B). The defect cavity is used for substituting a gold membrane (or silver membrane) in a traditional SPR sensor, and the absorption medium graphene is introduced into the defect cavity, so that a resonant optical signal formed in the defect cavity is gradually absorbed to form ring down, and a defect peak corresponding to the resonant wavelength is acquired in a reflective spectrum. A relationship of the resonant peak wavelength and the refractive index of a sample to be detected is established, and the refractive index of the sample to be detected is dynamically monitored by defecting the drifting of the resonant peak wavelength.

The invention discloses a wireless sensor network data transmission method based on pilotless vehicle monitoring. A pilotless vehicle provided with sensor nodes enters into an area covered by a sensor network from a certain entrance to an exit. The method comprises the following steps of: firstly, performing node clustering networking to form an efficient communication backbone network; then, finding a shortest path with low energy consumption from a source node to a destination node for the pilotless vehicle, and simultaneously determining the shortest path of monitoring message transmission; and collecting monitoring messages by the vehicle while passing through the path, and returning the monitoring messages to a base station by the wireless sensor network. The invention realizes dynamic monitoring on a pilotless dangerous environment, and better solves the problem that the netwrok life cycle is shortened because a certain nodes are frequently used for transmitting data during datatransmission to cause unbalanced node energy in the network and thus the excessively used nodes die too early by forming the backbone network by residual nodes with high energy.

A magnetic source ground-tunnel transient electromagnetic advanced detection method can be applied to underground coal mining. Steps of the method are as follows: a coordinate and a dimension of a large loop coil trasnmitted by a magnetic source are determined, and the large loop coil is laid on the ground of a to-be-detected area; quartz clock synchronization is performed on a transmitting machine and a receiving machine; a plurality of receiving probes are arranged in a tunnel until tunnel detection ends; a step current is supplied to a transmitting coil, a secondary eddy current field is inducted under the ground, and the receiving probes receive a signal of the secondary field; the above steps are repeated, receiving probes are arranged along the tunnel according to the same distance, and each receiving probe increases, all the receiving probes perform detection once again until tunneling is completed; and data detected by the receiving probes are made into related drawings, an abnormal response area is obtained through a comparison with preset information, and a front water inrush range is determined. The method has the advantages of high construction efficiency and high expandability, the method adopts large loop emission observation and has best coupling with a detection target, and the method also has the advantages of high detection performance and a high resolution capability.

The invention relates to a water utilization monitoring and management system for hydrants in a city. The system comprises a unified information management platform, information collection terminals mounted on the hydrants respectively, and monitoring terminals arranged in water companies and police and firefighting departments; each information collection terminal collects the hydraulic pressure value, the water utilization state and the geographical coordinate of the corresponding hydrant, and sends information to the information management platform via wireless network; the information management platform monitors and stores the water utilization states and the hydraulic pressure values of the hydrants as well as the working states of the information collection terminals, and displays related information in an electronic map; and the monitoring terminal makes data interaction with the information management platform via wireless and wired network, and checks the related information of the hydrants in real time. The hydrants are improved under the condition that original hydrants are not changed destructively and parts are not changed, the hydrant water utilization monitoring platform which covers the whole city is established, and information including water utilization information, state, flow and position of the hydrants is monitored comprehensively.

The invention discloses a phased array radar monopulse high-resolution angle measurement system and method. The system includes at least one transmitting antenna for transmitting monopulse signals, atleast two receiving antennas with the same configuration for receiving the monopulse echo signals reflected by the target to form a beam scanning angle, a signal processor for processing the monopulse echo signals received by the receiving antennas, calculating information of the target and the echo power sum value of the receiving antennas under the action of the target, and also for weighting of received / transmitted monopulse signals, correction of amplitude and phase and storage or loading of working parameters, and an upper computer for receiving the information transmitted by the signalprocessor through a network interface. The system has the advantages that the system adopts a mode that the transmitting antenna and the receiving antenna are separated, formation of low sidelobe transmitting and receiving beams is easy to realize, the scanning range is increased, the problem that the traditional monopulse angle measurement cannot be detected when the difference between two targetangles is very small is solved by the method, and the super-resolution of targets with adjacent angles is realized.

The invention belongs to the general aviation field of air traffic management and provides a network-oriented low-altitude flight dynamically monitoring system. The system comprises a map service module, a data processing pushing module and a monitoring page module. The map service module provides a map, and the data processing pushing module comprises a data analysis sub-module, a flight path cache sub-module and a message pushing sub-module. The data analysis sub-module is used for receiving, analyzing and processing ADS-B message data, constructing a message data object, and sending the message data object to the flight path cache sub-module. After the flight path cache sub-module receives the message data object, a cached flight path identification and the flight path object are respectively stored and updated, and the current flight path object is sent to the message pushing and processing sub-module. The message pushing and processing sub-module displays the page map and adds or updates a flight path primitive according to the current flight path object. The network-oriented low-altitude flight dynamically monitoring system is applied to low-altitude flight dynamically monitoring oriented to a public network.

The invention discloses a medical facility performance management and control information integrated platform. The medical facility performance management and control information integrated platform comprises a facility purchasing management module, a fixed asset information management module, a medical facility quality control and management module, a large-medical-facility performance management module and a system maintenance management module. By means of the medical facility performance management and control information integrated platform, a digitized and informationized data exchange platform is provided for quality control over and quality management on medical facilities, the management functions of different departments are fused, the summarized information of the facilities in the whole service life is provided, and the information extracting and contact strength of managers is improved. The medical facility performance management and control information integrated platform has the advantages that related permission of management departments is set according to the management content and the management requirements of the facilities in different stages of the full service life and different aspects, the different management functions and the different analysis inquiry functions are achieved, the effect of information sharing is sufficiently developed, paths are unified, repeated working doing or information non-correspondence is avoided, the inquiring work efficiency is improved, and data foundations are provided for decision makers.

The invention discloses an educational equipment management platform, comprising the following functional modules: a visual pre-warning monitoring module, a Class-Access-to-ICTs equipment monitoring module, an external terminal monitoring module, a report management module, an equipment ledger management module, an equipment purchasing management module, a laboratory management module, an equipment maintenance management module, a campus safety monitoring module, a network equipment monitoring module, a report generating module, a mobile management module (cellphone App), a monitoring auditing module, a system setting module and a log management module. The educational equipment management platform of the invention, which is a simple and powerful service platform and is easy to use, is provided for users to realize dynamic equipment monitoring, assessment and evaluation and decision-making analysis and to enable the administrative department to know the use state and the use efficiency of school education equipment, thereby improving the education management efficiency, optimizing the education management and service process, making the equipment fully used and taking full advantage of the education equipment.

The invention discloses an implantable type low-consumption wireless blood glucose monitor. The implantable type low-consumption wireless blood glucose monitor comprises an in-vivo implantable assembly and an in-vitro assembly, wherein the in-vivo implantable assembly comprises an implantable type glucose sensor, the implantable type glucose sensor is connected with a signal processing circuit, the signal processing circuit is connected with a microprocessor, the microprocessor is connected with a first wireless communication module, the implantable type glucose sensor, the signal processing circuit, the microprocessor and the first wireless communication module are all connected with a power supply module, and the signal processing circuit, the microprocessor, the first wireless communication module and the power supply module are all coated in a shell; the in-vitro assembly comprises a second wireless communication module and an upper computer, and the second wireless communication module is connected with the upper computer. By adopting the technical scheme disclosed by the invention, the continuous real-time detection problem of glucose is solved, the dynamic monitoring of the blood glucose level of a diabetic patient is realized, and great assistance can be provided for treating the diabetic patient.

A transformer substation tour inspection unmanned aerial vehicle flight safety system includes an unmanned aerial vehicle and a ground measurement and control system, the unmanned aerial vehicle is provided with a central control module, a navigation positioning module, an audible and visual alarm, an electromagnetic detection module and a plurality of UWB modules, a holder is arranged on an unmanned aerial vehicle support, and a visible light camera and an infrared thermal imager are arranged on the holder; the ground measurement and control system includes a UWB positioning base station, a server and a monitoring computer; the visible light camera, the infrared thermal imager, the navigation positioning module, the audible and visual alarm, the electromagnetic detection module and the UWB modules are connected with the central control module; the UWB modules and the UWB positioning base station adopt UWB communication; and the USB positioning base station and the monitoring computerare connected with the server. The transformer substation tour inspection unmanned aerial vehicle flight safety system provided by the invention is high in positioning precision and anti-interferencecapability, realizes automatic tour inspection of transformation substation equipment and automatically stores tour inspection information to the server, and is high in degree of automation.