2014results about How to "Realize remote monitoring" patented technology

The invention provides an electric water heater. The electric water heater comprises a controller, an electric heating device and a water tank. The electric heating device is arranged in the water tank. The electric heating device comprises a left pipe box, a right pipe box and floating pipe coils. The floating pipe coils communicate with the left pipe box and the right pipe box to form sealed circulation of heating fluid. The left pipe box, the right pipe box and the floating pipe coils are filled with the heating fluid. One or more floating pipe coils are arranged. Each floating pipe coil comprises multiple arc-shaped pipe bundles. The center lines of the multiple pipe bundles are arcs of concentric circles. The end portions of the adjacent pipe bundles communicate so that the end portions of the pipe bundles can form free ends of the pipe bundles. The concentric circles are circles with the center of the left pipe box as the circle centers. The pipe diameter of the left pipe box is larger than the pipe diameter of the right pipe box. A first electric heater is arranged in the left pipe box. A second electric heater is arranged in the right pipe box. The first electric heater and the second electric heater are in data connection with the controller. The controller determines the ratio of the heating power of the first electric heater to the heating power of the second electric heater according to the pipe diameter of the left pipe box and the pipe diameter of the right pipe box. According to the electric water heater, automatic distribution of the heating power is achieved through the controller, energy is saved, and intellectualization of the water heater is improved.

The invention discloses an intelligent tree trunk white painting robot and belongs to the related fields of urban and garden greening equipment. The intelligent tree trunk white painting robot comprises a machine frame system, a robot traveling system, a lime slurry supply system, an automatic white painting execution system and a real-time detection system. Adopting a spray painting mode for white painting of tree trunks, the robot can automatically walk along a side pavement and quickly and efficiently spray lime solution onto trees along the side pavement. In a real-time detection system, a digital compass, a laser sensor and a vision system are adopted to realize the semi-automatic searching of tree trunks and tree trunk automatic positioning, an ultrasonic transducer is adopted to realize automatic obstacle avoidance, and the whole-process real-time monitoring with a personal computer (PC) and a programmable logic controller (PLC) is realized. When the intelligent tree trunk white painting robot is used, coating is saved and the painting effect is optimized; and the robot automatically performs white painting of trees along the side pavement, the working efficiency is improved, labor force is saved, and the goals of intelligent control and green environmental sanitation are fulfilled.

The invention discloses a machine room server remote monitoring method and system. The system comprises a plurality of IP cameras, a switch and a machine room monitoring center, wherein the IP cameras are used for receiving a shooting data acquisition command, and performing shooting on equipment state indicator lights in a machine room to generate a group of modeling image data; and the machine room monitoring center is used for acquiring and saving the group of modeling image data in advance, controlling each IP camera to perform shooting on server cabinets monitored by each IP camera according to a set shooting data sampling period, acquiring a group of real-time image data, comparing the chromatic value of each equipment state indicator light in the group of real-time image data with the chromatic values of corresponding equipment state indicator lights in the saved modeling image data one by one, checking abnormal servers in the machine room according to comparison results, and executing alarming. Through adoption of the machine room server remote monitoring method and system, accurate history image data which can be inquired is provided in order to perform server fault analysis and processing, and the server fault checking efficiency can be increased greatly.

The invention discloses a building information total management system and method. The system comprises a fire control linkage monitoring unit, a public infrastructure monitoring unit, a security monitoring unit, a water and gas leakage monitoring unit, an environment quality monitoring unit, a management controlling unit, a core processing unit and an alarm managing unit, wherein the fire control linkage monitoring unit is used for obtaining smoke and fire detection information; the public infrastructure monitoring unit is used for obtaining working state information of public infrastructures; the security monitoring unit is used for obtaining monitoring data of security monitoring equipment; the water and gas leakage monitoring unit is used for obtaining detection information for representing water / gas leakage of water / gas supply equipment; the environment quality monitoring unit is used for obtaining environment quality detection information; the management monitoring unit is used for receiving a control command of a user and sending the control command to the core processing unit; the core processing unit is used for forwarding the detection information of the monitoring / detection unit and alarm information to the management monitoring unit and forwarding the control command of the management controlling unit to an appointed monitoring / detecting unit to control corresponding building equipment to operate; and the alarm managing unit is used for selecting an alarm mode according to the event grade of the alarm information.

The present invention relates to a distributed optical-fibre sensing detection method for cast-in-place pile foundation. It is characterized by that it utilizes the sensing property of optical fibre for strain, so that the optical fibre can be implanted in the cast-in-place pile. When the concrete is solidified or loaded externally, said concrete and its peripheral concrete can produce synchronous deformation, its produced strain extent is the strain valve of said pile-body concrete. The invented sensing technique is a distributed data acquisition, namely, it can obtain the strain data of every point of pile-body. Said invention can utilize these data to implement detection and analysis of cast-in-place pile.

The invention relates to a high-speed train running gear fault diagnosis and remote monitoring system based on Internet of Things (IOT). The system provided by the invention comprises vehicle-mounted sensors, a signal conditioning and filtering device, a central processing system, a data input and output interface device, a vehicle depot information collection system, a nationwide train maintenance system and a man-machine interaction device. With the arrangement of a plurality of the vehicle-mounted sensors, accurate fault identification and positioning of key equipment of running gears are realized, prediction of faults is realized, train operational risks are reduced, remote diagnosis of faults is achieved, fault diagnosis cost is lowered, and fault diagnosis cycle is shortened.

The invention discloses a wireless routing-inspection system and a routing-inspection management method. The system comprises passive radio frequency cards arranged on fixed points, intelligent mobile terminals and a system platform, wherein each intelligent mobile terminal comprises an NFC module and a control module, each NFC module is used for collecting ID codes of the corresponding passive radio frequency card, each control module is used for receiving the collected ID codes, generating routing-inspection information and sending the routing-inspection information to the system platform, and the system platform outputs the routing-inspection information in real time. According to the wireless routing-inspection system and the routing-inspection management method, front-end field work information collection is conducted through the intelligent mobile terminals, information transmission is conducted through a GPRS / WIFI network, the system is simple in configuration, real-time routing-inspection supervision without distance limit is achieved, meanwhile, wiring is not demanded, and the disadvantages that wiring is large in work amount and high in cost are improved.

The invention relates to a direct power-spectral method-based all-weather long drainage basin water quality monitoring and early-warning system, belonging to the technical field of water quality monitoring. The system comprises a plurality of water quality monitoring devices, a cloud data processing platform and a remote monitoring platform; the water quality monitoring devices are placed at a shoreside of a water body, a water surface buoy or other water surface platforms according to needs, used for extracting water quality data of the long drainage basin, use a direct power-spectral method to acquire an absorption spectrum of a monitored water body and sends the monitored data and water quality information to the cloud data processing platform in a wireless transmission manner; the cloud data processing platform summarizes and analyzes the received data and stores into a database; the remote monitoring platform inquires and displays the data stored in the database and realizes the real-time monitoring and early-warning for an all-weather long drainage basin water quality environment. The system can realize the online measuring, real-time monitoring, emergent early-warning, drainage basin analyzing and water environment monitoring of all weathers of the water body in the drainage basin, thus reducing the loss caused by pollution to the water body and ensuring drinking water safety.

The invention discloses a comprehensive advance geological detection system carried by a tunnel boring machine. The comprehensive advance geological detection system comprises a multifunctional combination main frame, an induced polarization detection device, an earthquake wave detection device, an integrated junction device, a drilling geological radar detection device and a comprehensive interpretation decision system. The multifunctional combination main frame comprises a time division multiplexing control module, an excitation source control module and a parallel data collecting module. The excitation source control module outputs trigger signals to the three detection devices respectively, the three detection devices respectively output measurement data and feedback signals to the time division multiplexing control module through the parallel data collecting module. The comprehensive interpretation decision system supports geological interpretations and decisions through the inversion / migration imaging joint inversion of three detection methods. The detection system greatly improves the automation degree and detection speed of detection equipment on the tunnel boring machine, and multiple kinds of detection equipment can be carried by the tunnel boring machine.

Smart home perception and control system. The system builds an embedded platform with DSP chip as the core, connects with a large number of sensors, collects temperature and humidity, smoke concentration and noise, as well as human body temperature, heart rate, blood pressure and other health conditions. The system uses wireless radio frequency modules to wirelessly control specific home appliances in the family, connects to the network data cloud through home broadband or 3G communication, captures images through analog cameras, processes the collected information on the DSP platform, and responds accordingly according to the results. This system can intelligently control the work of home appliances according to the statistical rules of the owner's life, and can automatically control the opening and closing of the door according to the situation in front of the door; it can automatically sense the abnormal situation of the home and automatically alarm; Information, to achieve remote control, or stay at home, so that doctors can check their own health status through the network data cloud thousands of miles away.

The invention provides a power supply system remote monitoring system. A transformer equipment data acquisition module acquires the analog quantity of field transformer equipment and the current, voltage, active power, reactive power, coil temperature and oil temperature at each side of the transformer. A power supply circuit data acquisition module acquires the current, active power and reactive power of a power supply line, the voltage and frequency of a bus, and the three-phase voltage, three-phase current, zero-sequence voltage and zero-sequence current of the power supply line. A circuit breaker data acquisition module, an isolating switch data acquisition module and a grounding switch data acquisition module are respectively used for acquiring the switching quantity of the field equipment. Through a monitoring platform, systematic data storage is performed, monitoring clients can be connected to share data information, and grid maintenance personnel can exchange knowledge and accumulate data. Typical cases are formed based on stored maintenance process logs, maintenance process cases and related standard or specification files. Related standards, specification documents and operation procedures are provided. Knowledge and experience sharing and management are realized.

The invention relates to an assembly type building component intelligent management system based on BIM (building information modeling). The assembly type building component intelligent management system comprises public Internet, wherein the public Internet is respectively connected with a BIM work station, a BIM and RFID (radio frequency identification) display terminal, a factory BIM and RFID work station, a BIM and RFID moving work station, an in-site BIM and RFID work station and a logistics BIM and RFID reading terminal, a BIM server is arranged between the public Internet and the BIM work station, the factory BIM and RFID work station is connected with a high-capacity active RFID anti-metal label, the BIM and RFID moving work station is connected with the in-site BIM and RFID reading terminal and an in-site BIM and RFID writing terminal, and the in-site BIM and RFID reading terminal and the in-site BIM and RFID writing terminal are connected with the in-site BIM and RFID work station. Compared with the prior art, the assembly type building component intelligent management system has the advantages that the information chain is complete, the informationization degree is high, the advantages of the BIM technology is sufficiently realized, the work efficiency and the accuracy of the component management in the assembly type building construction can be obviously improved, the remote component monitoring and the construction schedule monitoring can be realized, the component information collection is convenient, and in addition, the component installation efficiency can be improved.

The invention discloses an internet of things gas meter communication system based on the NB-IoT communication technology and an internet of things gas meter communication method thereof. The system comprises a master control module, a storage module, an infrared communication module, an alarm module, a power supply detection module, a display module, a metering module, a valve control module, a real-time clock module, a key module and an NB-IoT module. The master control module is simultaneously connected with all other modules. Wireless network data transmission is realized by using the NB-IoT module, the system has the extranet access capacity, remote monitoring of the gas meter metering, valve and meter state data can be realized and the objectives of remote meter reading, tiered gas price real-time adjustment, remote valve control and big data collection and analysis can be realized without manual visiting for meter reading.

The embodiment of the invention relates to the medical monitoring field and provides a medical monitoring system, and the system comprises a parameter acquiring device, a wireless data communication unit and a remote monitoring center, wherein the parameter acquiring device is used for acquiring various physiological parameters and position information of a monitored person; the wireless data communication unit is used for sending physiological parameters and position information acquired by the parameter acquiring device to the remote monitoring center; and the remote monitoring center is used for receiving physiological parameters and position information and analyzing and recording the physiological parameters so as to learn the physiological state of the monitored person and realize medical monitoring on the monitored person. The medical monitoring system in the embodiment of the invention can send the acquired physiological parameters and position information by a wireless communication mode, realizes remote monitoring, acquires various physiological parameters, overcomes the problem of single physiological parameter measurement in the prior art, and can be worn at the waist of a user; and the medical monitoring system in the embodiment of the invention can lead medical monitoring equipment to be convenient to carry and facilitate behaviors of the monitored person due to portable design thereof.

The invention relates to a method for monitoring pig growth by utilizing a binocular vision technology, and the method comprises the following procedures that: a system is established and calibrated; a pig body image is obtained; the pig body image is transferred; the pig body image is processed; the height of the pig body and the area of the pig body back are measured; and the weight of the pig body is pre-estimated. The growth of the pig is monitored though the method of the invention, the stress to the growth of the pig can not be caused, the operation is easy, the labor strength is reduced, the efficiency is high, the real time is good, the realization of the automation and the network transfer are beneficial, and the remote monitoring can be realized.

The invention relates to a work-state storing and safety protecting system used for a jib crane. The system comprises a lower computer, an upper computer, sensors and a data transmission module. The lower computer comprises an RF identification module, a CPU, a data collecting module, an output control module, a main-control system locking module, a keyboard, a storage, a display, an indicator and a buzzer. The lower computer is arranged in a cab. The upper computer comprises a computer, a control program module and an RF solidifying module. The upper computer is arranged in a ground-based office. The sensors are arranged on the key positions of the jib crane and the signals of these sensors are collected and calculated by the lower computer and then the upper computer communicates with the lower computer through the data transmission module, thus realizing the timely monitoring and data storing to the work state of the jib crane and carrying out safety protection by the judgement on the detection data.

The invention discloses a multifunctional all-terrain bio-robot which belongs to bio-robots. The multifunctional all-terrain bio-robot achieves the functions of terrain recognition, all-terrain movement, movable surveillance, remote monitoring, bi-directional voice communication, real-time video recording, wireless intelligent home appliance management and wireless alarm. A wireless network card arranged in the robot is connected with a household router, alternatively, access can be achieved on a far-end intelligent mobile phone or a computer through the internet by means of a 3g module arranged on the robot, the robot can conduct security and protection monitoring according to an indicated travelling route through the fact that terminal equipment gives a control command or achieves route setting, terrain recognition can be achieved through a camera, and the multifunctional all-terrain bio-robot walks up and down stairs, steps over obstacles, and conducts other complex actions in complex terrains by being matched with an automatic balancing structure which is a multi-shaft accelerated speed gyroscope sensor arranged on the multifunctional all-terrain bio-robot. According to the technology of the robot, the functions of real-time video monitoring, voice communication, video recording, photo taking, sending relative data to an assigned mailbox, and the like are achieved.

The invention provides an overheat detecting electric water heater which comprises a controller, an electric heating device and a water box, wherein the electric heating device is arranged in the water box; an electric heater comprises a left tube box, a right tube box and a heat exchange tube for communicating the left tube box with the right tube box; the electric heater is arranged in the left tube box and / or the right tube box; the heat exchange tube, the left tube box and the right tube box form a heating fluid closed cycle; a pressure sensor is also arranged on the electric heating device, and is used for detecting pressure in the electric heating device; the electric heating device and the pressure sensor are connected with the controller in a data manner; the controller judges whether a temperature is overheated or not according to the detected pressure to automatically control the running of the electric water heater; the controller is connected with a cloud server; the cloud server is connected with a water heater client, wherein the controller transmits measured pressure data to the cloud server, and afterwards, transmits the measured pressure data to the client through the cloud server; the client is a mobile phone; an APP program is installed in the mobile phone; a user can obtain the pressure data through the client. The intelligent overheat detecting electric water heater can intelligently detect the overheat of a heating device of a water heater, moreover, carries out intelligent control, and improves safety.

The invention provides a device for monitoring heart rate and physical state. Sensors are mounted on a waistband, and the device comprises a data acquisition module, an FPGA (Field-Programmable Gate Array) control module and a DSP (Digital Signal Processor) data processing module. When the heart rate and the physical state of a subject change, the sensors collect body dynamic signals generated from the changes; the body dynamic signals generated from heartbeat after being processed by an analog, amplification and filter circuit and the body dynamic signals generated from changes of the physical state are output to the FPGA respectively through A / D (Analog / Digital) conversion circuits; the FPGA sends the body dynamic signals to the DSP to perform body dynamic signal processing by selectingone or multiple paths sensors, so as to calculate the heart rate and judge the physical state, and obtained data are fed back to the FPGA; and the FPGA sends the data to a monitoring center workstation by externally connecting a serial port with a communication module according to the information fed back by the DSP. The device provided by the invention can complete real-time, quick and accurate acquisition of multi-path signals to obtain physiological information of human body, and is combined with the wearing technology to realize long-term dynamic monitoring and identification of physiological information.

The invention relates to a method for realizing a radio frequency identification cargo positioning management system in an IOT (internet of thing) environment. The system is composed of five parts, namely an RFID (radio frequency identification) reader-writer, an RFID label, terminal equipment, system software and terminal software. All the information of a cargo is transmitted to computer terminal equipment by virtue of the RFID labels and then is written into a database server in a local area network; and a history record of the cargo getting in and out of a warehouse is recorded by a door control RFID reader-writer; and then the database server transmits the record to the terminal equipment by virtue of infrastructure networks, namely Ethernet and a local area network, and a warehouse manager can conveniently use related terminal equipment to monitor stock quantity in the current warehouse and the history record of the cargo which gets in and out of the current warehouse as long as the history record is in the coverage of the network, thus a warehouse cargo positioning management system based on the IOT is finally realized. The system can be practically applied to daily work management of an enterprise, and the manager can conveniently remotely monitor, find and position the information of the cargo in the warehouse.

The invention discloses a method for staring and monitoring processes. The method comprises the following steps that: a server opens a monitoring process after startup and initializes a current process list; after receiving a startup process message sent by a client, the server inquires whether the process exists in the process list and starts the process if no; a monitoring child process corresponding to the newly started process is created so as to monitor the running state of the newly started process; the server writes the information of the currently started process into the process list and returns a message of successful process creation to the client. The method realizes that: the server starts the new process by receiving the startup process message sent by the client, and can carry out remote monitoring to the newly started process.

The invention discloses a forging press machine operation condition information acquisition and analysis system based on the internet of things technology. According to the system, the operation condition analog quantity is obtained through a sensor; the forging press machine operation condition switching values are obtained through acquiring the PLC signal points; the information contents are processed by a data acquisition terminal interface circuit and then transmitted to processor chips of the data acquisition terminal; then the information contents are transmitted to a cloud server through a GPRS (General Packet Radio Service) communication module for the convenience of data sharing. By means of the server built-in software, the cloud data is analyzed in real time; on one hand, machine tool users can obtain the machine tool operation reports or pre-warning information through PC so that they can monitor the machine tool condition at any time, and obtain fault diagnosis reports from machine tool seller technical staff; on the other hand, the seller technical staff can inquire the machine tool operational efficiency and working curves through PC at any time to acquire the machine tool physical condition in real time and to estimate faults in time.

The invention relates to a system for realizing remote monitoring of integrity of a train and a method, and relates to an onboard device and a ground control center. The system comprises a train tail device and a locomotive device, a GPRS wireless communication module, a microprocessor, a GPS satellite positioning module, a safety monitoring module, a microprocessor, a GPS satellite positioning module, an alarm device, a communication controller and a ground database server. The train tail device is used for monitoring the working state and train tail position information of a train tail wind pressure detection device; the microprocessor is connected with a wireless communication device by an interface; the safety monitoring module comprises the wireless communication device; the communication controller is used for acquiring the data transmitted by the onboard device by GPRS and forwarding instructions sent by a console to the onboard device; and the ground database server stores the data received by the communication controller so as to supply data to user software of the console for use. The system can realize remote monitoring of integrity of the train, and also can utilize the GPS information to assist the integrity inspection of the train, thus achieving the purpose of guaranteeing driving safety.

The invention provides a solid-liquid separation toilet bowl and a solid-liquid separation treatment system comprising the solid-liquid separation toilet bowl. The solid-liquid separation toilet bowl comprises a panel and a toilet bowl body, wherein the middle part of the panel is provided with a seat hole; the toilet bowl body is provided with a urine collection cavity and an excrement collection cavity; and the urine collection cavity and the excrement collection cavity are arranged with one in front of the other in longitudinal direction of the panel, are positioned below the seat hole and are opposite to the seat hole. Through the urine collection cavity and the excrement collection cavity formed in the toilet bowl body and by arranging the urine collection cavity and the excrement collection cavity with one in front of the other in the longitudinal direction of the panel, the urine collection cavity arranged at the front end is used for collecting urine, the excrement collection cavity arranged at the rear end is used for collecting the excrement, so that the urine and the excrement are effectively prevented from being mixed in the toilet bowl body; and thus, separation and recovery of the urine and the excrement are realized, further recycling of the excrement and the urine is realized respectively, and premise is provided for realizing the value of full utilization of the excrement and the urine.

The invention discloses a real-time monitoring and analysis system for a distribution circuit. The system comprises a circuit load real-time acquisition module, an intelligent model analysis module and a data displaying module, wherein the intelligent model analysis module is connected with the circuit load real-time acquisition module; the data displaying module is connected with the intelligent model analysis module; the circuit load real-time acquisition module is used for distribution loads and current data which are acquired from a load control and distribution transformation monitoring terminal system and the network topologic relationship data of a distribution network geographical information system; the intelligent model analysis module is used for automatically monitoring the loads of distribution mains and distribution branches in real time and intelligently analyzing the operation states of the distribution mains and the distribution branches on the topological structure chart of the distribution network geographical information system through a preset calculation model; and the data displaying module is used for displaying the real-time load monitoring information of the mains and the branches, and the current information and the load information of monitoring spots on a single line diagram. By using the real-time monitoring and analysis system for the distribution circuit, the load data of corresponding spots can be displayed on a circuit structure diagram, and the safe operation of the circuit is powerfully ensured.

The invention relates to an electronic weigher which comprises a weight sensor used for obtaining a weight analog signal of a weighed object, an A / D conversion circuit used for converting the analog signal into a digital signal, a processor used for calculating the weight of the weighed object according to the digital signal, an identity recognition module that is connected with the processor as well as can obtain and send user identity information of the weighing operator, a weighed object information input module used for inputting parameter value information of the weighed object, and a wireless communication module used for receiving the information sent by the processor and sending the information into a terminal server, wherein the weight sensor, the A / D conversion circuit, the processor, the identity recognition module, the weighed object information input module and the wireless communication module are connected with each other; the processor is also used for sending the user identity information, the weight value of the weighed object and the parameter value information thereof into the wireless communication module after receiving the user identity information sent by the identity recognition module. The identity recognition module of the electronic weigher can be used for distinguishing the identity of operators, and the electronic weigher can print a two-dimensional bar code label of the products in the course of dealing, thus providing hardware support for setting up an agricultural product traceability system.

The invention provides a vehicle-mounted system and a bidirectional communication method. The vehicle-mounted system comprises vehicle-mounted equipment and an intelligent mobile phone, and realizes direct communication between the vehicle-mounted equipment and the intelligent mobile phone by adopting a WiFi (Wireless Fidelity) / Bluetooth technology. The vehicle-mounted system also comprises a portable card, and the vehicle-mounted equipment indirectly communicates with the intelligent mobile phone by a low-power RF (radio frequency) communication technology via the portable card. The vehicle-mounted system provided by the invention also can realize switching between the WiFi / Bluetooth communication mode and the RF communication mode; when a user is closer to a car, the vehicle-mounted equipment directly communicates with the intelligent mobile phone, and the portable card is in a sleeping state; when the user is farther away from the car and the vehicle-mounted equipment cannot detect a WiFi / Bluetooth signal, the vehicle-mounted equipment is activated to connect with the RF of the portable card, and the portable card is notified to establish a connection with the WiFi / Bluetooth of the intelligent mobile phone at the same time, so that bidirectional communication of the vehicle-mounted equipment and the intelligent mobile phone is realized. According to the vehicle-mounted system provided by the invention, a rich man-machine interface and powerful service functions which are difficultly realized by a REK (remote electronics kit) are provided by using an intelligent mobile phone.

The invention provides an intelligent vehicle monitoring system, comprising a server, a vehicular terminal, a user terminal, a CAN (controller area network) analysis module and a second alarming module, wherein the server comprises a route module, a position acquisition module, a distance calculation module and a first alarming module, wherein the route module is used for setting a preset route; the position acquisition module is used for acquiring the current position of a vehicle; the distance calculation module is used for calculating the distance between the current position of the vehicle and the preset route, and judging whether the distance reaches a deviation distance threshold value; the first alarming module is used for sending a vehicle deviation alarm when the distance reaches the deviation distance threshold value; the CAN analysis module is used for analyzing CAN bus information uploaded by the vehicular terminal in real time, and judging whether the CAN bus information reaches a preset parameter threshold value; and the second alarming module is used for sending a vehicle operation abnormal alarm when the CAN bus information reaches the parameter threshold value. Therefore, the intelligent vehicle monitoring system has the capabilities of monitoring the vehicle position, the operation route and the vehicle operation state in real time, alarming under vehicle deviation and abnormal operation parameter conditions, and improving the management level of vehicle transportation.

The invention is a fixed measuring method and system for earth deep distortion, the measuring system is made up of slant pipe, distributed fiber sensing channel, data collecting device, computer control model, and data processing model. It uses distributed fiber sensing technology based on self Brillouin dispersion theory, the sensing fibers are pasted on the external surface of the slant pipe, and then the slant pipe is embedded in the earth for measuring the distortion and shift of earth. When the deep earth moves, the earth drives the slant measuring pipe to generate distortion, the strain capacity of the external wall of the slant measuring pipe is changed, then uses BOTDR to measure the strain distribution of the fiber on the external wall of the slant measuring pipe directly, the collection process of data can be realized by computer control model, the data is induced into the data processing model by the computer control model, and the distortion quantity can be worked out according to a certain arithmetic, thus the distortion or shift of earth can be acquired.