40results about How to "Realize remote intelligent monitoring" patented technology

The invention discloses a wholly artificial light type plant factory intelligent monitoring system based on the Internet of Things (IOT). The wholly artificial light type plant factory intelligent monitoring system includes a remote control network and a local control network. A user can log in a mobile control terminal using a smart phone, a tablet or a laptop to connect to a remote data service center to acquire real-time data of a local agriculture system, and achieve remote control of the local agriculture device, and when entering a local area network, a user can complete real-time monitoring of the agriculture system through an intelligent agent. The system can grow plants in a closed environment completely using an artificial LED light source, and provides a clean, pure and optimal growth environment for the plants by reasonably controlling the lighting, temperature, humidity, nutrient solution and other environmental factors. The invention has the advantages of low cost and low energy consumption, allows the plants to be free from the environmental restrictions of seasons, regions and the like, enables continuous production throughout the year without being affected by natural disasters, and achieves industrialized and intelligent agricultural production.

The invention relates to an automatic monitoring method and system for long distance pipeline safety. It uses the monomode optical fiber laid near the distant pipeline, or the backup monomode optical fiber in the measured cable as sensing element; when the pipeline has leakage or the pipeline is damaged, the transmission character of the optical fiber will be changed, the light path difference of the laser in the two fibers will be changed; the change can be acquired with light interference method; at the same time, uses the affection of exterior force to the monomode optical fiber, and locating the position of the exterior on the pipeline. The several monitoring systems can be assembled into a network, thus the high sensitive, remote, real-time and automatic monitor to the long distance pipeline can be realized.

The invention provides a GPRS remotely monitored intelligent box-type transformer substation. An intelligent control terminal is installed in the box-type transformer substation and comprises a DSP module, wherein the DSP module is connected with an electrical measurement parameter conversion input module, a GPRS module and a special switch control module for acquiring a switch state position signal. Operating parameters of the transformer substation, obtained through the electrical measurement parameter conversion input module, cannot be sent to a remote monitoring server through a GPRS network, the operating parameters of the transformer substation are displayed through a monitoring terminal, and the monitoring terminal remotely sends a control instruction to the intelligent control terminal of the box-type transformer substation and controls the work of the transformer substation. A GPRS wireless communication means is utilized to achieve remote intelligent monitoring of the power distribution network box-type transformer substation. The control instruction is remotely sent to the intelligent control terminal of the box-type transformer substation, and the work of the transformer substation is controlled, safe and reliable work of the transformer substation is ensured, and the requirement for intelligent automatic development of low-voltage power distribution network devices is met.

The invention discloses a real-time monitoring and analyzing system for a substation. The real-time monitoring and analyzing system comprises a data acquisition module, a data transmission module and a data processing module. The data acquisition module is mounted on an inspection vehicle and enabled to freely move for acquiring data of various devices in the substation. The data acquisition module transmits data to the data processing module through the data transmission module, and the data processing module performs real-time monitoring and intelligent analyzing to realize remote intelligent monitoring of power equipment. The real-time monitoring and analyzing system for the substation has the advantages that monitoring ranges and objects can be selected independently and flexibly, the defect of immovability of monitoring platforms mounted in fixed points is overcome effectively, monitoring ranges are widened, the problems of inaccuracy in temperature measurement of voltage heating equipment due to temperature errors resulted from remote monitoring are reduced, operation efficiency is improved, and manpower and material resources are saved. The invention further provides a real-time monitoring and analyzing method for the substation.

The invention discloses a mobile laboratory for analyzing atmosphere environment in an omnibearing and multilayered way, and relates to the technical field of atmosphere environment monitoring. The mobile laboratory is integrated in a power compartment and is arranged for quickly and continuously analyzing and monitoring multiple types of pollutants, including VOCs (Volatile Organic Compounds), conventional pollutants, inorganic / organic odor pollutants, inorganic acid and unknown pollutants to capture unexpected pollution events; high-concentration areas and pollution sources are subjected toon-line continuous monitoring and analysis; an infrared ultraviolet monitoring analysis system (1) of unexpected pollution source emergency monitoring is subjected to off-vehicle deepening, and onlinetrace high-accuracy analysis and offline sampling trace high-accuracy analysis of pollutants can be realized; the qualitative semi-quantitation of unknown trace species in the atmosphere environmentis carried out to truly figure out pollution factors in the environment air; a flight mass spectrum monitoring analysis system (2) and an auxiliary technical system (3) are used for the online quick and continuous analysis of the atmosphere environment and the capture of feature pollutant unexpected pollution. The mobile laboratory has the characteristics of integrated design, integral structure,complete functions, automated management and the like.

The invention provides a wide-area oil field infrared panoramic imaging radar reconnaissance, command and control system. The system comprises one or more control towers arranged at preset positions of an oil field working area and a monitoring center. Each control tower is equipped with an infrared surrounding scanning imaging unit which is used for carrying out horizontal 360-degree scanning on surroundings of the control tower, thereby obtaining an infrared panoramic picture; a moving target detection unit which is used for judging whether a moving target exists in the current infrared panoramic picture or not and determining measurement angle data when the moving target exists; a remote partial picture / video collection unit, wherein a servo direction of the remote partial picture / video collection unit is determined according to the measurement angle data, thereby collecting partial high-definition picture / video data; and a sending unit which is used for sending the partial high-definition picture / video data collected by the remote partial picture / video collection unit to the monitoring center in a wire or wireless mode. The technology of the invention can be used for day and night monitoring of an oil field, is high in monitoring and alarm accuracy and has the advantages that report failures are few, misinformation is little and the engineering is highly simplified.

The invention relates to a monitoring mechanism and particularly relates to a six-degree-of-freedom monitoring mechanism. The invention solves the technical problem of providing the six-degree-of-freedom monitoring mechanism which is large in monitoring angle, can reduce the monitoring blind points and is clear in monitoring video. In order to solve the technical problem, the invention provides the six-degree-of-freedom monitoring mechanism. The six-degree-of-freedom monitoring mechanism comprises a bottom plate, a first motor, a first bevel gear, a bearing pedestal, a second bevel gear, a rotary shaft, a first bracket, a second bracket, a second motor, a disc, a first connecting rod, a second connecting rod, a sliding sleeve, a rack, a guide rod, a first gear, a supporting rod, an arc-shaped block, a sliding shaft, a fixed rod, a first swinging rod, a camera, a reel, a first pull rope and a first elastic element. The first motor and the bearing pedestal are arranged on the top of the bottom plate. The six-degree-of-freedom monitoring mechanism provided by the invention achieves the effects that the monitoring angle is large, the monitoring blind points can be reduced and the monitoring videos are clear, and the monitoring mechanism can be remotely controlled to be switched on and off.

The invention relates to a remote optical fiber door cover switch monitoring system. The remote optical fiber door cover switch monitoring system includes an optical time domain reflectometer, a transmission optical fiber and switch sensing devices; one end of the transmission optical fiber is connected with the optical time domain reflectometer; the transmission optical fiber is provided with at least one switch sensing device; the switch sensing devices are correspondingly installed on door cover switches to be monitored; each switch sensing device structurally comprises an optical fiber ring, a spring, a spring protective frame, a mobile adjustment component and a limiting protection box; the optical fiber ring, the spring and the spring protective frame are all arranged in the protection box; one optical fiber is wound by a plurality of turns so as to form the optical fiber ring; one end of the mobile adjustment component is arranged in the limiting protection box, and the other end of the mobile adjustment component extends out from the top end of the limiting protection box; and two ends of the optical fiber ring extend out from the limiting protection box and are connected with the transmission optical fiber. The switch monitoring system of the invention has the advantages of simple structure and far detection distance, and is not subjected to electromagnetic interference and can detect a large number of door covers.

The invention discloses a method for remotely and intelligently monitoring an animal robot in the open. A backpack and a handheld control terminal are wirelessly connected with a base station respectively. The base station, a general packet radio service (GPRS) gateway server and the Internet are sequentially connected in a wired way. A desktop control terminal and a monitoring center are in wired connection with the Internet respectively. Control instructions are input by the terminals, transmitted to the monitoring center for temporary storage by the connection, and transmitted to the backpack after the data of the backpack is transmitted to the monitoring center to finish monitoring the animal robot. The method has the advantages of 1, remotely monitoring the animal robot; 2, realizing remote indoor master control by utilizing a computer terminal; 3, realizing remote indoor-outdoor mobile master control by utilizing the handheld control terminal; 4, displaying monitoring data by utilizing an electronic map; and 5, realizing long-term monitoring in the open. In brief, the method is wide in monitoring coverage area, flexible in control ways, suitable for all-weather, wide-area and long-term monitoring; and the animal robot can be operated to detect danger zones or applied to military scouting so as to achieve huge economic and social benefits.

The invention provides an intelligent old people monitoring system which comprises a vehicle-mounted monitoring module, a cloud server and an intelligent mobile terminal in mutual connection, whereinthe vehicle-mounted monitoring module comprises a movable vehicle body; a camera, an image processor, a temperature and humidity measuring unit, a body temperature measuring unit, a heart rate measuring unit and a master controller are arranged on the movable vehicle body; the camera is connected with the image processor; the image processor, the temperature and humidity measuring unit, the body temperature measuring unit and the heart rate measuring unit are connected with the master controller separately; and the master controller is further connected with the cloud server. According to theintelligent old people monitoring system, real-time following and acquisition of related parameters of a monitored object are realized through the vehicle-mounted monitoring module, and the acquired data is uploaded to the cloud server, so that the monitored object and children thereof can interact with the cloud server through the intelligent mobile terminal to extract the data for reference, andthe inconvenience that the monitored object wears acquisition equipment for a long time is eliminated.

The invention provides a police-enterprise linkage air-ground integration command platform, which comprises a wide area and oil field infrared panoramic imaging radar reconnaissance command and control system, a ground mobile radar scout car system and an unmanned aerial vehicle open space prevention and control system, wherein a central system is the wide area and oil field infrared panoramic imaging radar reconnaissance command and control system; the three systems are integrated through hardware and software, a TCP / IP network protocol is used to carry out control and linkage command, so that the human and the machine are effectively combined, the scheme is really deployed on scene and the police strength is quickly deployed to severely punish threatening people and cooperate with an unmanned aerial vehicle to carry out arrest and counter. The technology of the invention can be used in the fields, such as public security prevention and control of petroleum and petrochemical industry and urban security key units, terror prevention of anti-terrorist key target units and unmanned aerial vehicle control of public security organizations, and has practicability, advancement and popularization replicability.

The invention relates to a dustbin monitoring system based on the internet of things. The dustbin monitoring system based on the internet of things comprises a monitoring unit arranged on the side ofa dustbin and a management unit arranged on a management center; the monitoring unit comprises a weight acquisition module, a volumetric state detection module, a temperature acquisition module, a radio frequency identification module, a voice reminding module, a smoke acquisition module, a GSM message sending module, a first wireless communication module and a first processor; the first processoris connected with the weight acquisition module, the volumetric state detection module, the temperature acquisition module, the radio frequency identification module, the voice reminding module, thesmoke acquisition module, the GSM message sending module and the first wireless communication module respectively; the management unit comprises a second processor, a display module, a voice input module and a voice broadcast module; and the second processor is connected with the display module, the voice input module and the voice broadcast module respectively. According to the dustbin monitoringsystem based on the internet of things, remote intelligent monitoring of the dustbin can be realized, and the maintenance efficiency of the dustbin by a maintainer can be improved conveniently.

The invention discloses an intelligent inflatable cushion system based on human comfort level and an application method thereof. The system comprises a biological characteristic identification module,an intelligent inflatable cushion module and a controlled equipment switch which are in communication connection with one another; and the biological characteristic identification module monitors theuser state in real time and sends the user state to the intelligent inflatable cushion module and the controlled equipment switch in real time, so that the inflation and deflation states of a controlled electric appliance and an inflatable cushion are adjusted in time, and intelligent control over the inflatable cushion according to the actual situation of a user is realized. According to the system in the invention, physical damage caused by improper sleeping postures can be avoided while the comfort level of people is ensured, and the waste of resources can be reduced.

The invention relates to a bolt load wireless monitoring system and monitoring method. The system comprises a fiber bragg grating sensor, a demodulation system and a user data processing system; the system has the characteristics of distributed measurement and integrated wireless transmission, can measure the load change conditions of a plurality of bolts on a component in real time, uploads monitoring information and issues a control instruction in a wireless communication mode, realizes long-distance intelligent monitoring, and solves the problem of real-time quantitative measurement of thebolt load. According to the method for calculating the axial force information and the shearing force information of the measured bolt, the setting position of the fiber grating sensor is combined, real-time calculation of the ground can be carried out, and the axial force information and the shearing force information of the measured bolt can be accurately and comprehensively obtained. The systemsolves the problem of real-time quantitative measurement of the bolt load in the spaceflight measurement field, can also be popularized and applied to other national defense and industrial fields formeasuring the bolt load, and has high practicability.

The invention relates to an agricultural environment information acquisition control device. The device comprises a control circuit and a sensor interface circuit which are electrically connected with each other. The control circuit comprises an STM32F107 microprocessor U1 and a shifting register U16. A pin 23 of the microprocessor U1 is connected with a wake-up circuit. The wake-up circuit comprises a resistor R3, a capacitor C6 and a switch K1. The pin 23 of the microprocessor U1 is further connected with one end of the resistor R3, one end of the capacitor C6 and one end of the switch K1, the other end of the resistor R3 is connected with a power supply, and the other end of the switch K1 and the other end of the capacitor C6 are grounded. The shifting register U16 is electrically connected with the sensor interface circuit. Environmental parameters of an agricultural site can be monitored in real time through the device; the device has wireless access to the Internet and is convenient and flexible to use; by the adoption of distributed management of sensor nodes, various sensors can be freely combined, and therefore the system flexibility is improved; all sensor node power supplies are independently controlled, and therefore the system power consumption can be effectively reduced and the requirement for working in the field for a long time can be met.

The invention discloses an intelligent wireless monitoring management system. The system includes a sensor, which is used for collecting a signal; an MCU, which obtains communication information; a wireless communication module, which is used for transmitting the communication information to a cloud-side server; and a back-end database, which acquires the communication information from the cloud-side server, and stores the same. The sensor, the MCU, the wireless communication module, the cloud-side server and the back-end database are in sequential communication connection. According to the system, a combination of Internet-of-things technology, single chip microcomputer control technology and wireless communication technology is adopted, remote intelligent monitoring on a monitoring pointis realized through interconnection and intercommunication among the sensor, the MCU, the wireless communication modules, the cloud-side server and the back-end database, and an informationization level of monitoring and management is greatly improved. The system is accurate in a design, saves energy, is environmentally friendly, is lower in costs, also overcomes the shortcomings that according to traditional monitoring, efficiency is low, accuracy is low, monitoring data are liable to loss, monitoring cannot be sustained, work intensity and workloads are high, time and labor consumption is high, and environments are polluted, and has a very high market promotion value.

The invention discloses an automatic control system for fully biodegradable environment-friendly bag film-blowing and ink printing bag making. The system comprises an integrated complete set of equipment of fully biodegradable environment-friendly bag film-blowing and ink printing bag making, a monitoring system, a control system, a background data service platform and a server. The monitoring system, the control system, and the background data service platform are connected with the server in a communication mode. According to the system, the networking of the integrated complete set of equipment of fully biodegradable environment-friendly bag film-blowing and ink printing bag making in all workshops of factories can be realized, the remote intelligent monitoring of production processes is realized, intelligent factories are achieved, the labor cost is saved, and the enterprise production efficiency is improved. In addition, according to the system, through the background data serviceplatform of an enterprise, the functions of enterprise system management, production statistics, equipment status monitoring, and production information management are realized, and the intelligent management of the enterprise is achieved.

The invention discloses an intelligent building management system, which comprises a monitoring center and a house theft prevention module, an access control module, a smoke detection module, a fire extinguishing module, a mobile terminal, a sound-light alarm and a monitoring video display screen connected with the monitoring center, wherein the monitoring center is arranged in a property management office for managing the whole building; the house theft prevention module is arranged in each room for monitoring the room and preventing a theft in the room; and the access control module comprises a radio frequency card reader and an automatic door connected with the radio frequency card reader. According to the intelligent building management system provided in the invention, the modules inthe building monitoring system can be connected to form an all-direction coverage monitoring network, and besides, through connecting the house theft prevention module and the monitoring center, whentheft happens, the theft information can be timely transmitted to the monitoring center, and necessary household losses can thus be avoided.

The invention discloses an equipment monitoring method which comprises the following steps: acquiring idle information of single equipment, and determining control equipment in the single equipment based on the idle information; if it is monitored that a main network mode is started, monitoring the operation states of the single equipment through the control equipment, wherein the operation statescomprise operation parameters; if a remote control instruction is received, determining controlled equipment corresponding to the remote control instruction, and obtaining a first operation parameterof the controlled equipment from a preset cloud through the control equipment; and controlling the controlled equipment to operate according to the first operation parameter through the control equipment. The invention further discloses an equipment monitoring device and system and a computer readable storage medium. According to the method, the computing pressure of the original mobile phone terminal is shared by the idle single equipment, and the optimal operating parameters are obtained at the preset cloud, so that the remote intelligent monitoring of the single equipment is realized.

The invention relates to an agricultural environment information acquisition and control device with an evaporation capacity sensor interface circuit. The agricultural environment information acquisition and control device comprises a control circuit, the evaporation capacity sensor interface circuit and a GPS and GPRS communication interface circuit, wherein the control circuit, the evaporation capacity sensor interface circuit and the GPS and GPRS communication interface circuit are electrically connected, the evaporation capacity sensor interface circuit is connected with the control circuit, and the GPS and GPRS communication interface circuit is connected with the Internet in a wireless mode through a GPRS communication module so that data can be sent to a remote server. Due to the fact that a GPRS wireless network is connected with the Internet, remote intelligent monitoring and remote data analysis are achieved; according to the agricultural environment information acquisition and control device, real-time monitoring and long-term monitoring of agriculture site environment parameters are achieved, the agricultural environment information acquisition and control device can be connected with the Internet in a wireless mode, and use is convenient and flexible; according to the scheme, distributed management is adopted for sensor nodes, various sensors can be combined at will, and system flexibility is improved.

The invention relates to pile body dynamic load simulation, in particular to a pile top dynamic load simulation device and method. The device comprises a case shell, a disc type loading mechanism, a gear set force transmission mechanism and an outer supporting mechanism, wherein the disc type loading mechanism and the gear set force transmission mechanism are arranged in the case shell, and the case shell is placed at the top of a pile body. The disc type loading mechanism can achieve load stage changing through an internal mass block of the disc type loading mechanism, magnetic poles can be changed through an electromagnet, attraction force and repulsive force are generated between the disc type loading mechanism and a permanent magnet, pile pulling force is eliminated in a radius changing mode in the upper semicircle loading process, and meanwhile downward loading force is provided in the radius changing mode in the lower semicircle loading process. Therefore, the device realizes that no pulling force is generated and only vertically downward loading force is generated in the pile top loading process. Through changing the size of the mass block and the frequency of a variable frequency motor, different loading forces and different loading frequencies are simulated, and the situation of the pile body in an actual load is simulated.

The invention discloses a method for remotely and intelligently monitoring an animal robot in the open. A backpack and a handheld control terminal are wirelessly connected with a base station respectively. The base station, a general packet radio service (GPRS) gateway server and the Internet are sequentially connected in a wired way. A desktop control terminal and a monitoring center are in wired connection with the Internet respectively. Control instructions are input by the terminals, transmitted to the monitoring center for temporary storage by the connection, and transmitted to the backpack after the data of the backpack is transmitted to the monitoring center to finish monitoring the animal robot. The method has the advantages of 1, remotely monitoring the animal robot; 2, realizing remote indoor master control by utilizing a computer terminal; 3, realizing remote indoor-outdoor mobile master control by utilizing the handheld control terminal; 4, displaying monitoring data by utilizing an electronic map; and 5, realizing long-term monitoring in the open. In brief, the method is wide in monitoring coverage area, flexible in control ways, suitable for all-weather, wide-area and long-term monitoring; and the animal robot can be operated to detect danger zones or applied to military scouting so as to achieve huge economic and social benefits.

The invention relates to an agricultural environment information collection and control device with a sensor interface circuit. The device comprises a control circuit and the sensor interface circuit which are electrically connected, the control circuit comprises a microprocessor U1 and a shift register U16, the model of the microprocessor U1 is STM32F107, a pin 23 of the microprocessor U1 is connected with an awakening circuit, the awakening circuit comprises a resistor R3, a capacitor C6 and a switch K1, the pin 23 of the microprocessor U1 is connected with one end of the resistor R3, one end of the capacitor and one end of the switch K1, the other end of the resistor R3 is connected with a power source, the other end of the switch K1 is grounded, and the other end of the capacitor C6 is grounded; the shift register U16 is electrically connected with the sensor interface circuit, agricultural on-site environment parameters can be monitored in real time, the Internet is in wireless connection, the device is convenient and flexible to use, sensor nodes are managed in a distributed mode, various sensors can be freely combined, and system flexibility is increased. All sensor node power sources are independently controlled, system power consumption can be effectively reduced, and the requirement for long-time work in the field is met.

The invention discloses a method for high-yield culture of weever based on intelligent internet of things. The method is characterized by comprising the first step of selecting a reservoir with an area of 50-300 mu, and constructing an internet aquaculture monitoring platform, remotely querying water quality and dissolved oxygen parameter information through a mobile phone, a tablet computer or acomputer information terminal, analyzing and processing data, remotely controlling an aerator, and viewing dissolved oxygen parameters by a user to implement remote intelligent monitoring and control.According to the method, the data is analyzed and processed, the aerator is remotely controlled, and the user views the dissolved oxygen parameters through the mobile phone to implement remote intelligent monitoring and control.

The invention provides a wireless digital thermometer which comprises a transmitting circuit and a receiving circuit, wherein the transmitting circuit comprises a temperature sensor; the output end of the temperature sensor is connected with the input end of a first singlechip microcomputer, and the output end of the first singlechip microcomputer is connected with a wireless transmitting module; the receiving circuit comprises a wireless receiving module; the output end of the wireless receiving module is connected with the input end of a second singlechip microcomputer, and the output end of the second singlechip microcomputer is connected with a display module; the temperature sensor transmits a measured digital temperature signal to the first singlechip microcomputer for processing; then the wireless transmitting module transmits a wireless signal, the wireless receiving module receives the signal, the second singlechip microcomputer processes the signal, and then the display module is driven to perform digital temperature display, so that temperature measurement and wireless transmission can be performed, and long-distance intelligent monitoring is realized. The wireless digital thermometer has the characteristics of accuracy measurement, high sensitivity and wire application range.

The invention discloses a real-time monitoring and analyzing system for a substation. The real-time monitoring and analyzing system comprises a data acquisition module, a data transmission module and a data processing module. The data acquisition module is mounted on an inspection vehicle and enabled to freely move for acquiring data of various devices in the substation. The data acquisition module transmits data to the data processing module through the data transmission module, and the data processing module performs real-time monitoring and intelligent analyzing to realize remote intelligent monitoring of power equipment. The real-time monitoring and analyzing system for the substation has the advantages that monitoring ranges and objects can be selected independently and flexibly, the defect of immovability of monitoring platforms mounted in fixed points is overcome effectively, monitoring ranges are widened, the problems of inaccuracy in temperature measurement of voltage heating equipment due to temperature errors resulted from remote monitoring are reduced, operation efficiency is improved, and manpower and material resources are saved. The invention further provides a real-time monitoring and analyzing method for the substation.

The invention discloses an automobile storage battery intelligent monitoring method based on the car networking big data technology. The automobile storage battery intelligent monitoring method based on the car networking big data technology comprises the following steps that firstly, data flow is obtained, specifically, data items of the automobile storage battery voltage, the automobile storage battery current and the automobile storage battery charging state are acquired from an automobile to be stored in a car networking big data platform through the car networking data acquisition technology; secondly, the health state of an automobile storage battery is monitored, specifically, data acquired in the first step are substituted into an automobile storage battery service life calculation model for automobile storage battery service life calculation; and thirdly, intelligent reminding is conducted, specifically, automobile storage battery health state data and information obtained in the second step are sent to a user. The automobile storage battery intelligent monitoring method based on the car networking big data technology has the advantages that remote intelligent monitoring on the automobile storage battery is achieved while the health state of the automobile storage battery can be known online in real time through monitoring on the working state of the automobile storage battery, and accordingly intelligent reminding can be achieved so as to achieve advanced prediction of automobile storage battery faults.