36results about How to "Comprehensive monitoring information" patented technology

This application discloses a method, system, device and storage medium for continuous security monitoring of network assets. The method includes: continuously monitoring the exposed shadow assets in the target Internet platform, and comparing the currently monitored shadow assets with the historical shadow assets. Assets are automatically compared and analyzed to obtain the changes in shadow assets; the security threats existing in the target Internet platform are continuously monitored, and the security threats are obtained through automatic comparison and analysis of the currently monitored security threats and historical security threats. Changes. The monitoring information obtained in this application is more comprehensive, and it can ensure that the obtained shadow assets and security threats are dynamically updated in real time, ensuring the timeliness of the information. In addition, the shadow can be determined through automatic comparison and analysis. Changes in assets and security threats enable users to be informed of new security risks in a timely manner.

The present invention relates to a joint monitoring method, device and system based on laser radar and video, which belongs to the field of radar monitoring systems. The present invention solves the shortcomings of existing radar and video monitoring systems, such as high maintenance costs and inaccurate intrusion detection. A joint monitoring method, device and system based on lidar and video is proposed. The method of the present invention includes: establishing TCP communication with the laser radar, sending a measurement request; receiving the original information returned by the laser radar, and storing it in the data temporary storage queue; parsing part of the messages in the original information to obtain the distance measuring point information; The ranging points are thinned to obtain the thinned ranging points; the depth image is drawn according to the thinned ranging points; the sensitive area is selected in the depth image according to the user's input information; the measured area in the selected sensitive area is detected Whether the number of distance points exceeds the preset threshold, if so, it is considered that there is a target intrusion, and the trajectory of the target is drawn according to the moving distance point, and an early warning signal is issued.

The invention discloses a calibrating method of a pump station information intelligent monitoring terminal based on power detection. The method includes the following steps of detecting the state of apump station unit to confirm that the pump station unit is in a halted state, starting the pump station information intelligent monitoring terminal and completing initialization, conducting information configuration, conducting zero-point detection, powering on the pump station unit, obtaining power and flow detection data of a plurality of detection points at time intervals by the pump station information intelligent monitoring terminal after it is confirms that the pump station unit is in a full-load state, running a parameter calibrating algorithm based on power detection, extracting calibrating parameters, powering off the pump station unit till the pump station unit is in a halted state again, conducting zero-point drift detection, and conducting storing, uploading and integrity detecting on the configuration information and the determined calibrating parameters. Comprehensive and effective real-time dynamic monitoring is realized, the reasonable calibrating parameters are extracted, the precision of the measurement process can be ensured, calculation is efficient, precise and reliable, and the monitoring of pump station information can be more precise.

The invention provides a gas production column for monitoring the carbon dioxide flux of the soil in the gas-entrained wellsite of the gas injection flooding well site, including a soil moisture sensor, a temperature sensor, a dynamic gas production box, a depth positioning rod, an emptying valve, a gas collection hood, Porous plate, pressure balance valve and recording module; the upper end of the dynamic gas collection box is connected to the depth positioning rod, and the inner lower part of the dynamic gas collection box is provided with a gas collection hood and a porous plate, and the porous plate is located below the gas collection hood. The soil moisture sensor, temperature sensor and pressure balance valve are all arranged at the lower part of the gas collecting hood, and the upper end of the pressure balance valve is connected to the emptying valve through a pipeline; the soil moisture sensor, temperature sensor and the recording module are connected through cables. By setting the pressure balance valve in the dynamic gas collection box, the formation of negative pressure is avoided during the gas collection process for measuring the carbon dioxide flux, and the monitoring accuracy is improved; the temperature and soil moisture information at the target point can also be measured simultaneously.

The invention discloses a complex dynamic compactor operation parameter collecting system and a working method thereof. The working method comprises the steps that the input end of a trigger is connected with a hammer hook; the output end of the trigger is connected with a GPS position information collecting module and a dynamic compactor operation parameter collecting module; the output end of the GPS position information collecting module and the output end of the dynamic compactor operation parameter collecting module are connected with a controller; the controller is further connected with a displayer, a memorizer and a timer; the timer begins timing automatically when the system is started; the trigger is started at the moment when the hammer hook is opened and closed, and shut down immediately after being started; and the GPS position information collecting module and the dynamic compactor operation parameter collecting module are triggered to work only at the moment when the trigger is started. The complex dynamic compactor operation parameter collecting system and the working method thereof have the beneficial effects that all or any one of a dynamic compaction construction quality parameter, a position parameter, a time parameter and other parameters can be automatically collected, and the dynamic compaction quality parameters are automatically collected and recorded.

The invention discloses a device and a method of using a line-shaped pulse laser to simulate ballistic impacts and carrying out real-time monitoring. The device includes a laser output module, a material testing simulation module and a monitoring module. The laser output module is used for outputting a needed laser, and shaping the same into the line-shaped laser to use the same to excite a line-shaped acoustic source on a surface of sample material. The material simulation testing module is used for using the laser to simulate ballistic impact testing of the material. The monitoring module isused for carrying out real-time monitoring on a propagation process of an impact wave generated after laser impacts on the sample material and a damage situation of the material. The device and the method improve anti-ballistic-impact testing simulation capability of armor material, and compared with traditional ballistic impact testing based on bullets and the like, the device and the method have the advantages of fastness, economy, high experimental repeatability, collection of micro transient process information and the like, can enable the armor material to iterate design phases in an early period of designing and development, and reduce reliance on actual ballistic impact testing.

The invention relates to a narrow-band wireless signal monitoring method and a device thereof for detecting a load management terminal. The method comprises the following steps of: 1) a master control unit selects a broadcasting station channel, sets a broadcasting station working mode and sets the frequency deviation of a modem; 2) the broadcasting station carries out space exploration to a narrow-band wireless signal, captures a message signal transmitted between a master station and the load management terminal, and transmits the message signal to the modem for analysis; and 3) the modem transmits the analyzed signal to the master control unit, and the master control unit monitors and stores the analyzed message information according to the broadcasting station working mode, and transmits the analyzed message information to a display. The device comprises the broadcasting station, the modem, the master control unit and the display, wherein the master control unit is respectively connected with the broadcasting station, the modem and the display, and the broadcasting station is connected with the modem. Compared with the prior art, the method and the device are characterized by that the communication technology is combined with the computer software and hardware technology, and the signal can be effectively monitored without interference in real time in the detection process.

The invention discloses a monitoring and feedback system for server cabinet production, which includes a data acquisition system, a process tracking system, a fault reporting system and a feedback processing center; the invention uses the data acquisition system to monitor line on-off information and equipment operation in the production system through the data acquisition system. The parameters and network quality data are monitored in real time, and can be automatically switched in case of circuit or network failures as needed; at the same time, early warning reminders are given when equipment changes abnormally, which is convenient to provide a stable production system; The dynamic flow of production and the status of production progress can be grasped in real time, and the quality inspection data of each link can be obtained at the same time, which is convenient for generating macro quality inspection reports, and grasping the production trend, progress and production quality of products in real time; it is convenient to provide timely and effective feedback information, Provide producers with comprehensive monitoring information to facilitate macro-control of the production system.

The invention discloses a method for calibrating a pumping station information intelligent monitoring terminal based on current detection, which comprises the following steps: checking the state of the pumping station unit to determine that the pumping station unit is in a shutdown state; starting the pumping station information intelligent monitoring terminal and completing initialization; Perform information configuration; perform zero point detection; after powering on the pumping station unit and confirming that the pumping station unit is in a fully loaded state, the pumping station information intelligent monitoring terminal obtains the current and flow detection data of several detection points at intervals, and runs the current detection based Parameter calibration algorithm to extract calibration parameters; power off the pump station unit to stop state, and perform zero drift detection; store, upload and completeness check the configuration information and determined calibration parameters. Realize comprehensive and effective real-time dynamic monitoring, and extract reasonable calibration parameters, which can ensure the accuracy of the measurement process, efficient calculation, reliable accuracy, and contribute to more accurate monitoring of pumping station information.

The invention belongs to the technical field of monitoring and relates to a photoelectric monitoring system and a monitoring method. The system includes a turntable, a turntable motor, a scanning mirror, a scanning mirror motor, a lens and a sensor; the scanning mirror is located on the turntable; there are two lenses and two sensors respectively located on the left and right sides of the scanning mirror Both sides, and symmetrically distributed, are fixed on the turntable; the turntable motor is arranged on the horizontal rotating shaft of the turntable to drive the turntable to rotate around its horizontal rotating shaft; the scanning mirror motor is arranged on the scanning reflector On the horizontal rotation axis of the mirror, the scanning mirror is driven around its horizontal rotation axis to cooperate with the turntable to perform periodic swing scanning. Therefore, the technical problem of insufficient monitoring efficiency of the photoelectric monitoring system in the prior art is solved, and the technical effect of efficient monitoring is achieved.

The invention provides a flexible intelligent inclination measuring rope. The flexible intelligent inclination measuring rope comprises a flexible protection pipe, a transmission cable, a plurality of inclination modules, a data collector and a data processing and application service system. The data collector is arranged at the top part of the inclination measuring rope. The plurality of inclination measuring modules are arranged on the inner wall of the flexible protection pipe in sections and are capable of measuring changes of included angles of the locations. The inclination measuring module is an inclination measuring member with an electronic compass or without the electronic compass. The plurality of inclination measuring modules are mutually connected through the transmission cable in a bus mode and are connected with the data collector. The data collector is capable of uploading monitored information to the data processing and application service system for storage and management. When a monitored value exceeds an engineering early-warning value, the data processing and application service system issues an early-warning signal. By adopting the flexible intelligent inclination measuring rope, real-time monitoring over horizontal displacement of an underground assigned depth range is realized, the monitored information is processed in real time, and the early-warning signal is sent out when the monitored value exceeds the engineering early-warning value.