64results about How to "Monitoring intelligence" patented technology

A method for environmentally cognizant power management that gathers server, application and environmental information from different devices to compute an aggregate behavior model.

The invention discloses an elevator safeguard device based on image recognizing technology, which comprises the following parts: video sensor on the top of elevator wagon, monitor center computer, display mode to connect display device, wherein the video sensor connects wireless data of monitor center computer through wireless network exchanging equipment, which is the center of LAN in the building, the monitor computer contains safeguard microprocessor, which analyzes trapped person in the elevator through video information and detects accident of elevator.

An intelligent inspection robot for a power distribution station comprises a robot body, an in-station terminal and a remote terminal, wherein the robot body comprises a motion module and a detection module, and the motion module is suspended on a top rail to walk; the top rail is arranged along distribution control points in the power distribution station; the detection module is used for executing inspection, detection, monitoring, fault diagnosis and pre-warning and alarming tasks on the distribution control points; the in-station terminal is used for controlling walking, detection, storage and communication of the robot body; the remote terminal receives a real-time scene image video and detection data transmitted by the in-station terminal for concentrated monitoring. The manual inspection cost can be substantially reduced, and the inspection frequency is improved; the reliability, the authenticity and the accuracy of inspection result data are improved; various monitoring data is collected, and powerful data support is made for analysis and pre-judgement of big data.

The invention relates to an energy-saving system for fire disaster rescue and daily use of a high rise elevator. The system comprises a remote monitoring platform, a monitoring terminal and a mobile communication terminal; the monitoring terminal comprises a miniature unmanned aerial vehicle and network video cameras; the miniature unmanned aerial vehicle is provided with an airborne camera, flies and cruises in each floor of a high-rise building, carries out video surveillance, and transmits signals to the remote monitoring platform; the network video cameras are arranged on various sites of the high-rise building, carries out video surveillance, and transmits signals to the remote monitoring platform; and the remote monitoring platform is used for receiving the signals, sends commands to an elevator control cabinet after analyzing and processing the signals and controls an elevator car to execute the related commands. According to the system, the defect of elevator rescue in the prior art is overcome, and the elevator can be safely and efficiently used as a main tool for rescue in a fire disaster so that escape personnel can be rescued timely and effectively. During daily use, external energy is used for supplying power to the elevator and monitoring the daily operation of the elevator, and the operation efficiency is improved.

The invention discloses a greenhouse environment monitoring system and a greenhouse environment monitoring method capable of realizing self diagnosis and recovering remote firmware update. The greenhouse environment monitoring system at least comprises an environment monitoring unit, a core control unit and a remote network platform, wherein the environment monitoring unit is used for monitoring and outputting environment parameters needed to be monitored in a greenhouse; the core control unit is used for controlling the environment monitoring unit to run, receiving and processing the environment parameters and carrying out data interaction with the remote network platform through remote wireless communication; the remote network platform is used for remotely reading the environment parameters, receiving external commands and carrying out data interaction with the core control unit according to the external commands or built-in parameters; the core control unit comprises a master controller which is used for processing the environment parameters and a wireless communication module which is used for carrying out the remote wireless communication. The greenhouse environment monitoring method is a method which is applied to the greenhouse environment monitoring system. The greenhouse environment monitoring system and the greenhouse environment monitoring method, which are disclosed by the invention, have multiple advantages of high intellectualized degree, good network communication condition, accurate monitoring and the like.

The invention provides an offshore wind power plant electronic fence and acousto-optic early warning equipment, which at least comprises: electronic fence corollary equipment for establishing a virtual electronic fence in an offshore wind power plant and an electronic fence for construction ship patrol; and early warning equipment that performs early warning according to the target entering the electronic fences. Sensors such as radar, AIS, CCTV and the like are used for acquiring field information; all-around monitoring is achieved, and timely early warning is achieved through acousto-optic warning equipment when a ship intrudes into a wind power early warning area; compared with a real wind power water area warning sign, a navigation water area is not occupied, visual lookout is not affected, and the problems that the real warning sign is large in installation and construction difficulty, high in cost, difficult to maintain and the like are solved. The AIS, radar, CCTV, VHF and otherdevices are linked and subjected to information fusion, all mistakenly-entering ships can be effectively captured, early warned, called and expelled through the arrangement, and ship navigation safety and offshore wind power plant construction and operation safety are effectively guaranteed.

The invention discloses an integrated cloud service monitoring method. The integrated cloud service monitoring method is implemented in the form of a descriptive language through extension of a conventional dynamical monitoring system. On the basis of universality, accurate description of the correlation among monitoring objects is provided, and a monitoring system complete customization strategy is adopted, so that required design of a cloud service monitoring system can be finished. Meanwhile, the integrated cloud service monitoring method can be in seamless joint with a cloud service management system, so that the aims of comprehensively and intelligently monitoring and managing cloud services are fulfilled.

The invention discloses an intelligent monitoring system convenient to maintain. The intelligent monitoring system comprises a background monitoring center and a monitoring terminal. The monitoring terminal comprises an upright pole, a guide rail assembly, a camera and a conductive cable, wherein an electric winder and a power supply are arranged in the upright pole and connected with each other;the conductive cable is wound around the electric winder; the guide rail assembly comprises guide rails, a slide plate and multiple slide blocks matching with the guide rails; the guide rails are arranged on the side wall of the upright pole; the slide plate is connected with the slide blocks and can slide on the guide rails; the camera is detachably arranged on the slide plate; one end of the conductive cable is connected with the power supply, and the other end of the conductive cable is connected with the camera; the conductive cable is wrapped with an armored mooring rope, and an outer layer for protecting the conductive cable is formed; the armored mooring rope is connected with the slide plate; and the slide blocks are driven to move by the winding of the electric winder. The intelligent monitoring system is convenient to use and can avoid the risk caused to workers by working aloft. Meanwhile, the electric winder can be controlled to adjust the height of the camera as needed tomake the monitoring more intelligent.

The invention discloses an intelligent fastener. The intelligent fastener comprises a hook, a tension sensor, a communication module, a screw and a hook lock element. The tension sensor is set below the hook. The communication module is set below the tension sensor. The communication module is a circuit board. A CPU, a battery, an antenna and an indicator lamp are set on the circuit board. The tension sensor is connected with the CPU. The battery is connected with the CPU and the tension sensor. The antenna is connected with the CPU. The indicator lamp is connected with the CPU. The indicatorlamp is used for carrying out flicker alarm when tension collected by the tension sensor is greater than a set threshold. The screw is set at the lower end of the communication module. The hook lock element is set on the screw. According to the intelligent fastener, all-directional, real-time and intelligent monitoring can be carried out on the fastener at a background.

The invention discloses a monitoring method, a set top box, a monitoring system and a memory medium. The monitoring method is applied to the set top box in the monitoring system composed of a network camera, a display device and the set top box. The set top box is connected with the display device and at least one network camera. The method comprise the steps of receiving a monitoring video signal output by the network camera; judging whether preset scene information is contained in the monitoring video signal or not according to a preset judgment rule; and if the preset scene information is contained in the monitoring video signal, outputting the monitoring video signal to the display device, thereby enabling the display device to play a monitoring video in a preset picture-in-picture form at a current normal playing state. According to the embodiment of the invention, the technical problem that in the prior art, a television screen needs to be monopolized when the monitoring video is displayed through a television.

The invention discloses an intelligent sample keeping refrigerator based on a data governance function. The intelligent sample keeping refrigerator based on the data governance function comprises a sample keeping refrigerator body, wherein a display screen and an alarm are inlaid at the top end of a side wall, hinged with a tank door, of the sample keeping refrigerator body; a door magnetic detector is fixedly inlaid on a side wall of the sample keeping refrigerator body; a controller and a timer are fixedly placed in an empty chamber; and sample supporting plates are clamped in an inner cavity of the sample keeping refrigerator body. According to the intelligent sample keeping refrigerator based on the data governance function provided by the invention, the sample keeping refrigerator canbe intelligently monitored, so that kept samples cannot be opened and operated by illegal operators, and the root causes of food safety incidents can be quickly searched; by utilizing an intelligentdoor lock, the controller can conveniently control the tank door to open and close; meanwhile, by utilizing the door magnetic detector, whether the tank door is opened illegally or not can be detected, so that the safety of the kept samples is further ensured; and by utilizing a microswitch sensor, a signal can be transmitted to the controller when the illegal operators touch the kept samples, andthe controller controls the alarm to sound, so that people can be warned conveniently.

The invention provides a belt conveyor monitoring method and system, a medium and an electronic terminal. The belt conveyor monitoring method comprises the steps that a real-time image of a belt conveyor is collected; according to the real-time image, the state of the belt conveyor is subjected to first detection, a first detection result is obtained, and the first detection at least comprises one of the following steps of tearing detection, foreign matter detection, slipping detection and deviation detection; according to the real-time image, the material state on the belt conveyor is subjected to second detection, a second detection result is obtained, and the second detection at least comprises one of the following steps of material granularity detection and material flow intensity detection; and the belt conveyor is monitored according to the first detection result and / or the second detection result. According to the belt conveyor monitoring method, the first detection and the second detection are carried out on the state of the belt conveyor, the belt conveyor is monitored according to the first detection result and / or the second detection result, and intelligent and visual monitoring can be conveniently carried out on the abnormal state possibly occurring to the belt conveyor and the material state.

The invention provides a parking garage monitor system integrating a ZigBee sensor network. The system is characterized by comprising a video monitor network, a ZigBee sensor network, and a cloud server. The video monitor network is provided with one or a plurality of network monitor cameras. The ZigBee sensor network is provided with one ZigBee gateway and a plurality of ZigBee sensor nodes. The ZigBee sensor nodes and the ZigBee gateway communicate with each other through a ZigBee wireless manner. The ZigBee gateway is connected with each network monitor camera and the cloud server through an interconnection network. Each network monitor camera is connected with the cloud server through the interconnection network. The ZigBee gateway and the ZigBee sensor nodes form a sensor network for a parking garage, the video monitor network and the sensor network are combined organically, thereby making video monitor more intelligent.

The invention relates to a fire disaster rescue positioning helmet. The fire disaster rescue positioning helmet comprises a helmet body, a power supply bottom plate is arranged on the helmet body, the power supply bottom plate is connected with a decomposition function module, a communication module, a positioning module and a helmet face mask, the decomposition function module comprises a node function module, a wireless communication module, a data collecting module and a behavior recognition module, an output end of the node function module is connected with the wireless communication module, an input end of the node function module is connected with the data collecting module and the behavior recognition module, the wireless communication module is connected with an upper computer, the communication module is formed by a video communication module and an anti-interference language recognition module, the video communication module is an infrared ray device, the anti-interference language recognition module is a language communication device, the anti-interference language recognition module is connected with the upper computer through radio signals, the positioning module is connected with the upper computer through radio signals, and the helmet face mask is arranged on the helmet body. The fire disaster rescue positioning helmet has the advantages that the structure is simple, operation costs are low, intelligent positioning is performed, real-time monitoring is achieved, and functions are complete.

The invention relates to the field of power technology, and discloses an electric energy monitoring method and system based on a switch performer and a switch performer. The switch performer includes a KNX communication unit, a logic control unit connected with the KNX communication unit, and a plurality of control loops connected with the logic control unit. Each control loop includes a switch control unit and an electric energy detection unit that are connected with the logic control unit. The electric energy detection unit is further connected with the switch control unit to receive the electric energy detection instruction from the logic control unit, the control loops can be detected according to the electric energy detection instruction, so that the target electric energy parameters of the control loops can be obtained. The logic control unit is configured to transmit the electric energy detection instruction to the electric energy detection unit and performs the corresponding processing operation based on the target electric energy parameters obtained by the electric energy detection unit. The fine-grain electric energy intelligentized monitoring and the effective strategy control can be realized, the safety and reliability of the whole KNX system can be improved, the installation is convenient, and the cost is low.

The invention relates to a risk monitoring method and apparatus for insurance acceptance information. The method comprises the following steps: a monitoring object identifier and a corresponding rating score are obtained, and whether the rating score is lower than a preset rating score is determined; when the rating score is lower than a preset rating score, at least one insurance acceptance identifier corresponding to the monitoring object identifier is obtained as an insurance acceptance identifier to be investigated; insurance acceptance information to be investigated corresponding to the insurance acceptance identifier to be investigated is obtained, a questionnaire is generated according to the insurance acceptance information to be investigated and preset questionnaire template information and sent to a terminal, questionnaire reply information returned from the terminal is received, and whether the questionnaire investigation on the insurance acceptance information to be investigated is passed is determined according to the reply information; if not, the insurance acceptance information to be investigated is sent to an investigation system, and the insurance acceptance information to be investigated is subjected to exception investigation via the investigation system. The insurance acceptance information can be monitored in an intelligent and accurate manner, and therefore risk rates can be lowered.

The invention relates to a solar-powered field geoelectric and geomagnetic high-density dot matrix measurement and acquisition big-data system, which is composed of a data acquisition system, a data transmission interaction system, a data processing system and a terminal display system by connection in sequence, wherein the data acquisition system comprises more than two 1-to-n data acquirers, which are arranged in a dot matrix; the data acquirer is composed of a measurement sensor, an analog circuit signal processing module and a main control CPU; the data transmission interaction system is composed of a GPRS transmission module, a Bluetooth module and a WiFi module; a cloud server and a district management server are installed in the data processing system; and a solar power supply device is configured on the data acquirer installed in a field depopulated zone. The solar-powered field geoelectric and geomagnetic high-density dot matrix measurement and acquisition big-data system in the invention is wide in stationing range, free from maintenance, long in service life, accurate in data, low in maintenance workload, simple and reliable in field production operation and intelligentin monitoring, and has wide application prospect in the fields of geological structure study, underground and geothermal resource survey, exploration of mineral resources and petroleum and natural gasresources and the like.

The invention provides a management system based on an intelligent street lamp cloud platform, wherein the management system comprises a cloud platform, a control system, a sensor group, a street lamp controller, an image acquisition device, a video vehicle detector, background server monitoring equipment and a street lamp, and the image acquisition device acquires vehicle operation condition image data in a area; the video vehicle detector analyzes and obtains vehicle flow and vehicle speed data according to the vehicle operation condition image data; the background server monitoring equipment issues a first street lamp adjustment instruction to the control system according to the traffic flow and vehicle speed data; the sensor group collects environmental information of an area where the street lamp is located and transmits the information to the control system; the control system converts the first street lamp adjusting instruction into a second street lamp adjusting instruction in combination with the environment information; and the street lamp controller controls on-off and brightness of the street lamp according to the second street lamp adjustment instruction. The problems that an existing street lamp management method is simple, energy is wasted, a flexible operating system and functions are lacked, and the requirement for modern lighting cannot be met are solved.

A device fueling status monitor and alarm includes: a portable powered device; a refueling energy source adapted to refuel the portable powered device; a monitor associated with either the portable powered device or the refueling energy source, wherein the monitor monitors conditions of the portable powered device or the refueling energy source to detect alarm conditions, wherein the monitored conditions include the proximity of the portable powered device to the refueling energy source and whether the portable powered device is being refueled; an alarm condition transmitter associated with the monitor and adapted to transmit an alarm signal when alarm conditions are recognized by the monitor; and an alarm condition receiver adapted to receive signals from the alarm condition transmitter and signal an alarm condition to a user.

The invention discloses a heat supply metering monitoring system which comprises a valve rod of a valve and a driving motor. The heat supply metering monitoring system further comprises a magnet arranged on the valve rod of the valve, a Hall element, a Hall element accessory circuit and a monitoring module used for monitoring the motor. The Hall element and the Hall element accessory circuit are used for sensing the position of the valve rod of the valve and transmitting a signal to the monitoring module. According to the heat supply metering monitoring system, a contact sensing mode is not needed, so that the disadvantages of high mechanical wear, serious mechanical hysteresis, proneness to external vibration, low measurement accuracy, short structural service life and the like caused by a contact sensing mode are avoided, monitoring is more intelligent, and performance is better.

The invention provides a method for intelligently arranging and indicating inspection tasks of power equipment. The method comprises the following steps of: 100, setting inspection periods of different pieces of power equipment, storing names and inspection periods of the different power equipment, and storing names of inspection personnel; 200, sorting all the power equipment according to a sequence required to be required according to the latest inspection date and the inspection period of each power equipment; 300, sorting the inspection personnel from a sequence from lower to higher according to the number of inspection tasks according to the number of inspection tasks of each inspection personnel; and 400, arranging the inspection personnel sorted prior to inspect the power equipment which is sorted prior according to an inspection control command, feeding back the inspection information and returning to the step 200. Due to the technical scheme, related inspection personnel can be effectively and intelligently monitored and reasonably arranged to inspect the power equipment required to be inspected.

In order to provide an intelligent security and protection monitoring service with a high safety identification level for a channel, the invention provides a channel monitoring system, wherein people pass through the channel one by one. The system comprises an identity card identification unit, a video image acquisition unit, a visual changing unit, an expression capturing unit and an analysis early warning unit. The above technical scheme possesses the following advantages that (1) based on personnel identities and actual expression changes when people pass through the channel, early warning for a potential risk is given and a security and protection level is increased from a plurality of angles; (2) static image information collected by a static image acquisition subunit is compared to preset static image information, and when a comparison result exceeds a preset threshold, alarm information is provided for an analysis alarm unit; (3) a distinguishing capability for potential dangerous personnel is increased and an intelligent channel monitoring characteristic is possessed.

The invention relates to the field of soilless culture conveying equipment, and particularly discloses intelligent nutrient solution conveying equipment for soilless cultivation of fruits and vegetables. The intelligent nutrient solution conveying equipment comprises a loading box and a planting plate mounted in the loading box, a water tank is placed at the bottom of the loading box, a plurality of water bags are mounted on the inner walls of the two sides of the loading box, and a plurality of water spraying openings are formed in the upper portions of the water bags; each turbulent flow mechanism corresponds to the two water bags on the two sides, and the turbulent flow mechanisms can extrude the water bags. According to the equipment, by arranging a rotating shaft, in the vegetable growth process, water entering from a water inlet can impact impeller plates outside the rotating shaft, and then the rotating shaft is driven to rotate. The plurality of impeller plates rotate along with the rotating shaft to mix and stir a nutrient solution in the loading box, so that the vegetables can uniformly obtain nutrient substances in the growth process, the vegetables on the planting plate can grow more uniformly, the appearance is better, and subsequent selling is facilitated.

The invention discloses a vision-based user specific behavior analysis method and a self-service medical terminal, and is characterized in that video images of a plurality of human body posture samples are sampled, corresponding comparison feature data of each human body posture is obtained through calculation and learning, and the comparison feature data is stored as a comparison feature database; the method comprises the following steps: calculating user space-time characteristic data of a human body posture in an image, comparing the data with data in a comparison characteristic database, and searching comparison characteristic data with a minimum difference value with the user space-time characteristic data in the comparison characteristic database; and when the difference value between the space-time characteristic data of the user and the found comparison characteristic data is smaller than a preset threshold value, judging that the current user belongs to a human body posture corresponding to the comparison characteristic data. Specific behaviors of users are taken as priori knowledge through training, and user behavior analysis is realized based on comparison of the prioriknowledge. Through the system, monitoring is more intelligent, user interaction is more user-friendly, and development of man-machine interaction is promoted.

The invention discloses an LNG industrial chain integrated management system based on big data, and relates to the technical field of LNG management. The system comprises an LNG energy server which is used for carrying out LNG energy data collection, data storage, data access and data analysis; a data monitoring management end which is used for accessing the LNG energy service end to extract data information, predicting the gas consumption trend of the LNG energy, providing networked transport capacity scheduling for transportation, and predicting stock information at the same time; a distribution management end which is used for accessing the data monitoring management end to carry out tank car dispatching management; and an operation and maintenance server which is used for carrying out operation and maintenance service support. On the basis of big data, gas consumption monitoring, plan prediction, transportation and distribution and the like are carried out, the plan prediction accuracy is expected to be improved, the integration degree of informatization data is enhanced, the accuracy of a logistics distribution link is improved, intelligent and real-time monitoring and allocation of an LNG industry chain city are achieved, and manpower and time are saved.

The invention provides an intelligent operation platform. The intelligent operation platform comprises a base for fixing a platform, a housing which is connected to the base and of which the upper part is equipped with an opening, a bracket which is positioned in the opening and used for clamping a terminal device, a first driving mechanism, a second driving mechanism, a third driving mechanism and a control unit; the first driving mechanism, the second driving mechanism, the third driving mechanism and the control unit are positioned in the housing; the first driving mechanism is used for driving the housing to rotate in the plane of the base; the second driving mechanism is used for driving the bracket to swing within a certain included angle range in the direction vertical to an axis of the bottom plane; the third driving mechanism is used for driving the bracket to clamp the terminal device. The invention further provides an intelligent operation system comprising the intelligent operation platform. The intelligent operation platform and the intelligent operation system have the advantages of being low in cost, simple to mount and operate, and monitoring in 360 degrees without dead angles.

The invention discloses an air purifier with a wind speed detection function. The air purifier comprises a box body. An air inlet pipe and an air outlet pipe are installed on the left side and the right side of the box body correspondingly. An air extracting pump is fixedly installed inside the air outlet pipe. An installing base is fixedly installed at the bottom of the box body. An inner cavity of the box body is divided into a purifying box body and a machine box body through a partition plate installed inside the inner cavity. The purifying box body is located under the machine box body. A telescopic device is installed on the top of the inner wall of the machine box body. Testing devices are movably connected to the bottom of the telescopic device. According to the air purifier with the wind speed detection function, the testing devices and wind speed testing devices are arranged for monitoring and testing the wind speed of the interior of the purifying box body in real time; in addition, the testing devices and the wind speed testing devices are matched with the telescopic device so that the testing devices and the wind speed testing devices can move up and down, and thus testing is made to be more comprehensive; a dial plate and a display screen are arranged for displaying the wind speed, the dial plate and the display screen are matched with an operation panel, monitoring is made to be more intelligent, and accordingly the purifier is more conveniently monitored by a user.