166results about How to "Realize automated monitoring" patented technology

The invention discloses a crop information fusion method and a disease monitoring system, and relates to the technical field of agricultural information monitoring. The method comprises the following steps of: A, acquiring temperature, humidity and illumination information of a crop and acquiring an image of spots of leaves of the crop; B, performing weighted average on the acquired temperature, humidity and illumination information as environment information by using a weighted average method and processing the image of the spots of the leaves of the crop; and C, forming characteristic description with fusion property in combination with current environment information and the image of the spots of the leaves of the crop by using a multi-sensor information fusion technology. According to the crop information fusion method and the disease monitoring system, automatic monitoring of crop diseases can be realized, the information query speed is high, and the system has low application barrier.

The invention provides a drainage control system for a substation cable layer. The drainage control system mainly consists of a water level sensor, a control box and a drainage water pump, wherein the water level sensor is placed in the substation cable layer, can convert a water level signal into an electric signal and can be accessed to an MCU (microprogrammed control unit) processor in the control box through an AD (analog-to-digital) sampling circuit; the control box mainly consists of the MCU processor, a man-machine interface and a water pump control relay which composed of a relay contact point and an AC (alternating current) contactor; the MCU processor is connected with a man-machine interface which can set water level alarm and action fixed values, and is connected with the control relay which is connected with an automatic monitoring system and is mainly used for realizing the automatic water level alarm and control on the turn-on of the drainage water pump; and the drainage water pump is connected with the AC contactor of the control relay in series and can be used for connecting the water pump power supply and starting the water pump drainage when the control box determines the water level exceeding a drainage set value. The drainage control system provided by the invention has the characteristics of clever design, reasonable structure, convenience and reliability in use, interface and modular design, capability of greatly promoting the electric power safety production and the like.

The invention is suitable for the technical field of monitoring and provides a monitoring system for construction safety. The monitoring system comprises a data acquisition unit, a gateway node, a communication server and a monitoring center, wherein the data acquisition unit is used for utilizing a radar to collect a geological image, laser ranging data of a dangerous section, harmful gas concentration data of a detected section and various format data of an on-site visual monitoring video and also is used for collecting the data; the gateway node is used for transmitting the collected data in real time; the communication server is used for analyzing the data transmitted by the gateway node and storing the analyzed data into a database; and the monitoring center is used for analyzing the data and giving an alarm for the dangerous section and reasons. According to the monitoring system, a detecting interval is added through a sensor, more monitoring data is obtained, a construction risk system is more accurately foreknown, the construction risk is effectively reduced, the on-site measurement of detectors is reduced, the automatic monitoring is realized, the working risk of monitoring personnel is reduced, the cost is saved, and the efficiency is increased.

The embodiment of the invention discloses an automatic intelligent breeding system. Data information of a collection device is obtained by an obtaining module, the collection device comprises a camera, a sensor and an RFID smart card, and the corresponding collected data information comprises video data information, sensor data information and sign data information; a transmission module configures a corresponding transmission network according to a type of the data information obtained by the obtaining module and transmits the data information obtained by the obtaining module to a processing module according to the configured transmission network; parameter information input by a user is stored in the processing module in advance, and after the data information is received, the data information is matched with the corresponding parameter information; and alarm prompt is performed if the data information is not matched with the parameter information. Therefore, by adoption of the module, the breeding environment and the growth conditions of poultry can be automatically monitored, automation level and the intelligence level of the breeding industry are improved, and the problems of labor shortage and high labor cost can be solved.

The invention discloses a high-supported formwork deformation monitoring and early warning method. At least one vertical rod is selected as a high-supported formwork deformation monitoring object and a high-supported formwork deformation monitoring and early warning device is used for carrying out deformation monitoring on a deformation monitoring object; the high-supported formwork deformation monitoring and early warning device is provided with a data acquisition and processing server and deformation measurement components; each node position on the vertical rod corresponding to the deformation measurement component is fixedly provided with a pipe clamp; three universal joints and two rod pieces, corresponding to two adjacent pipe clamps on the vertical rod, are arranged on the deformation measurement component; a tilt sensor, corresponding to each rod piece, is arranged on the deformation measurement component; each tilt sensor is fixed on the corresponding rod piece; and the data acquisition and processing server can calculate the deformation condition of the high-supported formwork on each vertical rod as the deformation monitoring object. Thus, automatic monitoring on the high-supported formwork deformation can be realized on the premise of not influencing the high-supported formwork structure.

The invention discloses an orchard bactrocera dorsalis insect damage recognition system based on digital signal processing (DSP) and the internet of things. The orchard bactrocera dorsalis insect damage recognition system comprises an installation support, a novel insect trap fixed on the installation support, an industrial camera arranged above the novel insect trap and a casing fixed on the installation support. A photoelectric detection module is arranged in the novel insect trap; a DSP digital image processing module, a scanning tunneling microscope (STM) 32 functional circuit, a global system for mobile communications (GSM) / general packet radio service (GPRS) wireless communication module and a charging control module which are sequentially connected are arranged in the casing; a displayer and a touch screen are arranged on the surface of the casing; and the charging control module is further connected with a solar panel. According to the orchard bactrocera dorsalis insect damage recognition system, the DSP technology, the machine vision technology and the internet of things technology are combined, the machine vision technology is achieved on a DSP processor platform and applied to detection and recognition of orchard bactrocera dorsalis, and accordingly fast and accurate detection and recognition of orchard bactrocera dorsalis are achieved. Simultaneously, automatic real-time monitoring of orchard insect damage is achieved and cost of manpower and material resources in orchard insect damage monitoring is reduced.

The invention belongs to the field of automatic monitoring, particularly relates to a method for distinguishing and processing abnormal automatized monitoring data. The method includes: subdividing abnormal data in the monitoring data into accidental data, mutation data and slowly-varying data, wherein the accidental data are caused by abnormal construction factors and can be replaced by the average value of the monitoring data once the accidental data are determined; the mutation data and the slowly-varying data are caused by normal construction factors in projects, and high attention should be paid and corresponding processing measures should be taken once the mutation data and the slowly-varying data are determined. The method for distinguishing and processing the abnormal automatized monitoring data has the advantages that compared with ordinary data collection systems, an automatized data collection system adopted in the method can effectively distinguish, classify and correspondingly process abnormal data, automatized monitoring and reasonable construction guiding are realized truly.

The invention discloses a network attack tracing method. According to the network attack tracing method, attack events in a network can be automatically monitored, an attack source and an attack target are distinguished according to an intranet or an extranet, an attack direction of a security event is determined, then the attack direction, an IP address of the attack source and an IP address of the attack target are stored in a database, finally, information related to the attack event is matched from the database, and a network attack path is generated according to a matching result. The purposes of automatically monitoring the attack event and analyzing the network attack path related to the attack event are achieved, and the network security is remarkably improved. In addition, the invention further provides a network attack tracing device, equipment and a readable storage medium, which have the technical effects corresponds to that of the network attack tracing method.

An intelligent soil gas-flux monitoring system and monitoring method are disclosed. The system includes a host box and a data collection system. The data collection system includes a gas chamber, a carbon dioxide sensor, a humidity sensor and a temperature sensor. The gas chamber includes an insect-proof net cover, a cylinder provided with an automatically controlled functional gate plate, and a flange. The cylinder is mounted between the insect-proof net cover and the flange. The carbon dioxide sensor is mounted on the flange at the bottom of the gas chamber. A measuring end of the carbon dioxide sensor protrudes into the gas chamber. A measuring end of the temperature sensor is in the environment surrounding the gas chamber. A measuring end of the humidity sensor is inserted into soil surrounding the gas chamber. The carbon dioxide sensor, the humidity sensor and the temperature sensor are connected to the host box. A problem that air flow rate measurement is required for CO2 flux calculation is avoided. Connection between the gas chamber and the host box with an air pipe is not needed, thus avoiding air blockage in an air pipe aeration process and an air pressure balance problem in the gas chamber. Sealed gas measurement and opened air change and circulation are adopted, and long-term continuous automatic monitoring can be achieved.

The invention provides a miniaturized embedded radio monitoring direction-finding station system, which comprises a folded vertical-polarization correlation interferometer direction-finding antenna array, an electrical rotation unit, an RF amplifier module, a card receiver, a direction-finding control processing module, an embedded computer system, an environmental monitoring alarming module, a remote control module, a concentrator, a wired network transmission module, a wireless network transmission module, a control center, a lightning rod, a five-cell vertical-polarization active direction-finding antenna array and a five-cell vertical-polarization active direction-finding antenna array. The system has the advantages that the remote and automatic monitoring of a vertical-polarization radio signal is implemented; the card receiver, the embedded computer system, the monitoring direction-finding processing module, the network transmission modules and the like are integrated into a cabinet, and the light folded antenna array is equipped, so that the structure is compact and portable, and the installation and the maintenance are convenient; the networking is flexible, and the safe transmission of various wired / wireless network data is supported; and the radio spectrum management, the monitoring, the direction-finding positioning and the statistical analysis are implemented.

The invention belongs to the technical field of hydrogeological parameter testing equipment and in particular relates to an improved range adjustable double-ring infiltration device and an in-situ soil permeability coefficient testing method for monitoring in-situ soil infiltration coefficients / permeability coefficients. The device comprises an integral Markov bottle, double rings and an adjustingmechanism, wherein a piston which is moved horizontally is arranged inside the integral Markov bottle; the integral Markov bottle is partitioned by the pisotn into an equivalent inner Markov bottle and an equivalent outer Markov bottle; the double rings comprise an inner ring and an outer ring; the inner Markov bottle is communicated with the area inside the inner ring; the outer Markov bottle iscommunicated with the area between the inner ring and the outer ring. By adopting the range adjustable double-ring infiltration device, in-situ monitoring on ground soil permeability coefficients isachieved, the testing precision of the device is greatly improved as compared with that of a conventional technique, the working efficiency and the in-situ testing data precision are improved, and thedevice is particularly applicable to situations of relatively slow infiltration and relatively long steady seepage and is worthy of popularization.

The invention discloses a glass curtain wall safety monitoring system and a monitoring method. Firstly, a glass plate is automatically and lightly knocked by an exciting device, an acceleration sensor and a temperature sensor automatically collect acceleration data and temperature data of the glass plate, and the acceleration data and the temperature data are transmitted out by a first wireless communication module and a second wireless communication module; then, the acceleration data and the temperature data are received through a data collection device, a data analysis device analyzes the acceleration data and the temperature data received by the data collection device, natural frequency change data and temperature change data of the glass plate are obtained, the data are displayed on a data display, the data can be observed by a monitoring and managing person to determine whether the natural frequency change data and the temperature change data of the glass plate exceed a set safety range, and a decision for whether to maintain a target glass curtain wall is made timely. Thus, automatic monitoring on glass curtain wall adhesive structure damages and temperature can be realized, the manpower is saved, and the cost is reduced.

The invention discloses a MEMS-based three-dimensional intelligent soil displacement monitoring device and method, and the device comprises a data collection server, an inclinometer tube, N stages of monitoring rods disposed in the inclinometer tube, and MEMS attitude angle sensors anchored at the lower ends of the interiors of each stage of monitoring rods through fixed installation supports, and the MEMS attitude angle sensors are connected in series through a multi-stage connection line. The MEMS attitude angle sensor at the top is connected with the USB expander through a multi-cascade connecting line, and the USB expander is connected with the data acquisition server through a data line; and four horizontal telescopic sliding mechanisms are uniformly arranged on the outer circumference of the monitoring rod. A monitoring rod is divided into a plurality of sections, a three-dimensional coordinate system is established for each section, deformation data of each monitoring section after collapse is obtained by combining the position of an original monitoring section and an MEMS attitude angle sensor, three-dimensional displacement of each monitoring section is calculated, large-range deep horizontal displacement monitoring of a karst area is achieved, and the non-linear monitoring requirement for monitoring the internal deformation of the soil body is met.

The invention discloses a pipeline blocking monitoring device and a pipeline blocking monitoring method for a paste filled pipeline. The pipeline blocking monitoring device comprises a monitoring pipeline, a resistivity testing device and an insulating gasket, wherein the monitoring pipeline is arranged on the paste filled pipeline; the resistivity testing device is arranged inside a circular groove in the inner wall of the monitoring pipeline. The resistivity of paste in different positions in the paste filled pipeline can be tested, if the pipeline is blocked, the resistivity of paste in front of and behind a blocking position of the monitoring pipeline is greatly different, and then precise positioning on the blocking position can be achieved. By adopting the pipeline blocking monitoring device and the pipeline blocking monitoring method, automatic monitoring on the paste filled pipeline is achieved; the pipeline blocking monitoring device is simple in structure, easy to disassemble and convenient to operate, multiple monitoring pipelines can be arranged on a paste conveying pipeline, and only one resistivity testing device needs to be connected, so that the cost is lowered.

The invention relates to a tunnel ground surface settlement monitoring device based on distributed optical fiber sensing and a monitoring method. The tunnel ground surface settlement monitoring device based on distributed optical fiber sensing comprises distributed optical fibers, a datum point arranged at the position 3-5 times of the tunnel hole diameter away from the horizontal distance of the tunnel axis and multiple monitoring points which are symmetrically distributed at equal intervals by taking the tunnel axis as an axis; the datum point and the monitoring points are each provided with an installation base, the distributed optical fibers are arranged in the installation bases of the datum point and the monitoring points and communicate the datum point with the monitoring points. The tunnel ground surface settlement monitoring device based on distributed optical fiber sensing and the monitoring method are simple in step, high in operability and lower in cost.

The invention discloses a power distribution terminal defect diagnostic system and a power distribution terminal defect diagnostic method. A power distribution terminal defect measurement index is established, a measurement index standard value is set, and the power distribution terminal defect diagnostic system is established based on an existing DMS (Database Management System). The diagnostic system comprises a system database, a data importing module, an index calculation module and an intelligent analysis module, real-time data of the terminal is imported from the DMS through a data module and is stored in the system database, the index calculation module calls the data in the system database and calculates the actual value of the defect measurement index of the power distribution terminal according to the set time period, the intelligent analysis module inspects that whether the actual value exceeds the range of the standard value or not according to the actual value, so as to diagnose a suspicious defect terminal, form a defect terminal set, realize automatic monitoring of the power distribution terminal defects, reduce labor force for manual inspection, improve the management efficiency of the power distribution system and shorten the terminal defect eliminating period.

The invention discloses a level test system and method based on OFDR optical fiber sensing. The level test system comprises a level test component, a heating sensor optical cable, an inclinometer dataacquisition instrument, a photoelectric conversion module, a DTS demodulator, and an OFDR optical fiber data acquisition instrument, an optical fiber data processing and analysis system and a monitoring result display and early warning system. During the test, an inclinometer equipped with a distributed optical fiber strain sensor, a temperature compensation optical fiber and an acceleration sensitive element is connected in series through an optical cable, the heating sensor optical cable is laid on an inclinometer tube, and the inclinometer is lowered along the inclinometer tube, to obtainthe horizontal displacement, strain and seepage field change information of a monitoring point; and after the test data is processed and analyzed by a data processing system, showing that the horizontal displacement of a soil body changes with the depth and the seepage flow graphically. A method of combining optical fiber sensing and traditional inclination measurement is adopted to monitor the horizontal displacement of the soil body. The monitoring method is comprehensive and high in accuracy, and can fully understand the trend of the horizontal displacement of the soil body, and judge the early warning sliding surface in advance.

The invention discloses a skating rink monitoring method and device based on behavior detection. The method comprises the following steps of: subtracting two adjacent video frames of a real-time monitoring video of a skating rink to obtain a video difference image, and forming a video difference image sequence by a plurality of video difference images; performing human body key point detection andsubset division on the video difference image sequence based on a human body recognition model to obtain a human body target in the video difference image and a key point set of the human body target; based on a three-dimensional convolutional neural network, performing behavior identification on each human body target and key points thereof in the video difference image to obtain a behavior typeof the human body target;and triggering a prompt when the behavior type is judged as a dangerous behavior. According to the method, the behaviors of the skating person can be analyzed by processing the monitoring video, and the dangerous behaviors are prompted, so that the automatic monitoring of the skating field is realized, the manpower is saved, and the monitoring effect of management personnel is also improved.

The embodiment of the invention discloses a lake information management system. The system comprises a cloud server which is used for identifying received lake monitoring video data, determining lakesurface existence objects and sending early warning information to a terminal and / or a mobile terminal according to the lake surface existence objects, and using the early warning information for indicating a user to take early warning measures according to the lake surface existence objects; using the cloud server for receiving the lake water quality monitoring data, analyzing the lake water quality, and determining an evaluation result of the lake water quality by combining lake surface existence; and using the terminal and / or the mobile terminal used for receiving the early warning information. According to the embodiment of the invention, the lake information can be automatically monitored, the lake information management efficiency is improved, and the labor cost is reduced.

The invention discloses a non-intervention type paster filling pipeline block monitoring device and method. The device includes an ultrasonic wave monitoring device, a PLC and a computer. An ultrasonic wave emitting probe and an ultrasonic wave receiving probe of the ultrasonic wave monitoring device are arranged on two ends of a filling pipeline to be monitored. The ultrasonic wave emitting probe is connected with the ultrasonic wave emitting device. The ultrasonic wave emitting device is connected with a single-chip microprocessor. The ultrasonic wave receiving probe is connected with an ultrasonic wave receiving device. The ultrasonic wave receiving device is connected with the single-chip microprocessor. The other end of the single-chip microprocessor is connected with the PLC and automatically controls a paster filling pump system through the PLC. According to the invention, by mounting the above device provided by the invention in the middle of the filling pipeline to be monitored, wave speeds of different positions in the ultrasonic wave pipeline can be measured. When pipeline block occurs, the wave speed difference of ultrasonic waves in front of a pipeline block position and behind the pipeline block position is distinct, so that accurate positioning of the pipeline block position is realized. According to the invention, automatic monitoring and damageless monitoring of the paster filling pipeline block is realized.

The invention discloses an intelligent refrigerator used for zonal management. The intelligent refrigerator comprises a warehouse body and a control system, wherein the warehouse body comprises a plurality of cold storage areas; the control system comprises an intelligent warehouse unit and a plurality of first cold storage control units which correspond to a cold storage area; and each first coldstorage control unit comprises a temperature sensor, an RFID card-reading module and a control module. With the adoption of the technical scheme, temperature monitoring and temperature regulating foreach cold storage area of the intelligent refrigerator used for the zonal management can realize automatic independent control, so that local cooling and like are realized, and therefore, the purposeof saving energy and reducing consumption is achieved. Compared with the prior art, the intelligent refrigerator does not need manually measuring the temperature and the like in the warehouse; and while the temperature in the warehouse needs to reduce, a machine room does not need to manually control to open and close a manual valve. The intelligent refrigerator only needs to remotely control.

The invention relates to an offshore type automatic system for deep sea aquaculture net cages, and belongs to the technical field of marine fishery aquaculture. The offshore type automatic system for the deep sea aquaculture net cages overcomes the defects of manual operation in traditional deep sea net cage aquaculture and mainly comprises a deep water net cage managing mechanism, a floating wireless transmitting and receiving mechanism and a platform managing mechanism, wherein the deep water net cage managing mechanism is connected with the floating wireless transmitting and receiving mechanism through underwater cables, and the floating wireless transmitting and receiving mechanism is connected with the platform managing mechanism through wireless communication. The offshore type automatic system for the deep sea aquaculture net cages achieves the purposes of intensification, industrialization, mass production and automation of the deep sea fishery aquaculture, greatly improves aquaculture quality and lowers aquaculture cost.

A testing system capable of dynamically testing features of water content of soil in the dehumidification / freezing process comprises a pressurization dehumidification system, a temperature control system and an automatic data collecting system. According to the testing system, through the combination of the pressurization dehumidification system and the temperature control system, the constant-temperature dehumidification drying process and the constant-pressure cooling freezing process of a soil sample are achieved. By means of the testing system, the whole dehumidification process is conducted in a temperature-adjustable constant-temperature control box, testing of soil water content features is completed, error influences caused by potential factors such as temperature change, water evaporation, soil volume change and manual operation in the dehumidification process of soil are fundamentally reduced, and on the other hand, the cooling freezing process of soil under different pressure conditions is achieved through a pressurization device and effective methods and means are provided for soil freezing experimental investigation under the high pressure condition. The system can be used for the dewatering drying process of the soil sample under the set temperature condition and can also be used for the cooling freezing process of the soil sample under the set pressure condition, and the automatic real-time monitoring and collecting in the soil sample dynamic changing process are achieved.

The invention relates to a power work monitoring method and device, a storage medium and computer equipment. The method comprises real-time image data of a power work site is collected, a safety characteristic is extracted from the real-time image data of the power work site, real-time image data corresponding to a preset scene of the work power site can be obtained by screening according to the safety characteristic; and the screened real-time image data is used by a preset characteristic identification model to determine whether the preset scene of the work power site includes abnormity. Thus, the power work site can be monitored automatically, a worker can know whether the preset scene of the work power site includes abnormity needless of reaching the site to carry out inspections, theworking efficiency can be improved effectively, and the method and device can assist in completing construction of power facilities in a quality and quantity guaranteeing way.

The invention discloses a rock-fill dam panel deformation monitoring device and method. The device comprises a concrete panel (2) located on the upstream side of a rock-fill dam (1); a pipeline (3) is arranged in the concrete panel (2); an array type three-dimensional measuring system (6) is installed in the pipeline (3); the array type three-dimensional measuring system (6) is connected with a data acquisition module (7), and the data acquisition module (7) is arranged in a protection pier (8); a surface deformation observation pier (9) is arranged at the same position of the protection pier (8). By means of the device, deformation of the panel can be monitored by arranging the array type three-dimensional measuring system in the panel, so that the purpose of continuous and automatic monitoring of deformation of the panel is achieved in the whole process.

The invention discloses a novel insect trap which comprises a bottle body and a bottle cover which are connected in a threaded mode. The bottle cover comprises a first component used for driving and adjusting an industrial monitoring camera lens, a second component used for getting light, a third component used for being shot by the industrial monitoring camera lens, a fourth component used for fitting with the third component, a fifth component used for letting in insects and installing a circuit board and a photoelectric sensor, a sixth component used for connecting the bottle body and the fifth component, and a seventh component used for packaging the bottom of the bottle cover and fixing the circuit board. The novel insect trap effectively solves the problem that an insect trap in the prior art can only be used for catching and killing injurious insects and basically cannot be used by reasonably combining with modern insect pest monitoring equipment so that the requirement for automatic monitoring cannot be met. The novel insect trap has the advantages of being simple in structure, convenient to operate, and capable of catching and killing injurious insects and meanwhile matching with monitoring equipment to achieve automatic insect pest monitoring.

A method for monitor that quality of a construction project DEVICE AND STORAGE MEDIUM, wherein the method comprises: at that quality monitor point of the construction project to be monitored, buildingengineering images are obtained and input to a defect monitoring model to obtain a defect monitoring result, wherein the defect monitoring model is obtained by training the historical building engineering images, and finally, according to the defect monitoring results and the preset safety information, it is determined whether there are safety problems in the building engineering to be monitored.The technical scheme can realize the automatic monitoring and supervision of the construction quality, save the human cost of manual monitoring and obtaining monitoring data, and has high monitoringefficiency.

The invention provides a detection system and method for a memory bank installation failure. The system comprises a memory bank and a corresponding memory slot, wherein the memory slot is welded on a motherboard; a ground signal pin I and a ground signal pin II at the two ends of the memory slot are connected with the anode end of a power supply respectively through a signal lamp and a resistance wire which are connected in series; other ground signal pins of the memory slot are connected together, and are connected with the cathode end of the power supply; the ground signal pins at the two ends of the memory slot are connected with a monitoring chip respectively. The system and the method are used for judging the fitting tightness of the memory bank and the memory slot. In case of a connection failure, the failure can be located qualitatively, quantitatively and vividly, and remote alarming can be performed.

The embodiment of the invention provides a mold state monitoring method and device, an industrial personal computer, a storage medium and a system, and the method comprises the steps of obtaining a template image of a target mold and a to-be-detected image, the template image being an image of the target mold in a normal state, and the template image comprising a region of interest of the image of the target mold; according to the region of interest of the template image, adopting a pyramid template matching algorithm to identify and position the to-be-detected image to obtain a target region of the to-be-detected image; determining sensitive sub-regions contained in the target region according to a pixel difference between the target region and the region of interest; and according to the area of the sensitive sub-region, determining whether the target mold is abnormal, so that automatic monitoring of the mold quality is realized, the real-time performance and the accuracy of mold abnormality detection are considered, and the mold monitoring quality and the production efficiency are improved.