237results about How to "Monitoring data is accurate" patented technology

The invention discloses a system for monitoring complicated oil deposit flooding conditions, comprising an input unit, a multi-level processing unit and a display unit, wherein the input unit is used for inputting well point geologic parameters; the multi-level processing unit is used for building hidden geologic characteristic parameters according to the well point geologic parameters input by the input unit, finishing multi-layer, multi-well, multi-phase and multi-driving power energy balance analysis and calculation of a block, further building an injecting and extracting correspondence relationship among wells and carrying out comprehensive inversion treatment on the layered and partitioned flooding conditions by using improper functions to obtain distribution data of various sucking sections and layered flooding conditions of the block and a single well in different periods; and the display unit is used for displaying the injecting and extracting correspondence relationship amongwells, built by the multi-level processing unit, and the obtained diagram result data of the distribution of the various sucking sections and the layered flooding conditions of the block and the single well in different periods. The system can obtain accurate layered flooding condition data and different levels of section analyzed result data, improve the extracting precision, and save the manpower and material resources.

The invention discloses a data information acquisition intelligent managing and controlling system based on the Internet of things, which belongs to the field of data information acquisition intelligent managing and controlling systems based on the Internet of things. The system comprises a remote background managing center, a TCP/IP (Transmission Control Protocol/Internet Protocol) network system and a terminal machine system, wherein a terminal machine comprises terminal managing software and terminal data acquiring equipment; the terminal managing software is communicated with the remote background managing center through a network; the terminal data acquiring equipment comprises an intelligent main control terminal and the like; one path of the intelligent main control terminal is connected with a protocol converter; the other path of the intelligent main control terminal is connected with a data transmitter and an equipment controller; the protocol converter is connected with the terminal managing software through a serial port line, and is connected with the background managing center through a network system; a distribution box is connected with an equipment controller; and the equipment controller is communicated with the intelligent main control terminal through a CAN (Controller Area Network) bus. The data information acquisition intelligent managing and controlling system has the advantages of high intelligent degree, high stability and easiness for operating equipment; and a diverse and open Internet of things information acquisition system capable of realizing intelligent identification data acquisition, processing and management is provided.

The invention belongs to the technical field of failure simulation test equipment for a coal mine working face floor, and relates to a mining failure simulation test device for a mine working face floor. Lateral loading fixers fixedly connected with lateral fixing plates are arranged at the two ends of a platform base; stress monitoring points are uniformly distributed on a tested rock mass at same depth in the horizontal direction; the stress monitoring points are connected with a stress acquisition system; an unloading and loading plate is fixedly installed at the upper end of the tested rock mass; detachable side edges are respectively installed on the two sides of the unloading and loading plate; a hydraulic servo unloading and loading unit is arranged between a top loading body and the unloading and loading plate; a main hydraulic servo loader is installed at the upper part of the top loading body; the main hydraulic servo loader is communicated with a top hydraulic pipeline; a hydraulic control servo system is connected with the main hydraulic servo loader, the hydraulic servo unloading and loading unit and the lateral loading fixer respectively. The mining failure simulation test device for the mine working face floor is simple in structure, scientific in principle, convenient to maintain, accurate in monitored data and convenient to operate.

The invention provides a power distribution network lightning disaster failure prediction method. The method comprises the steps that a lightning partition is determined based on multiple times of forecasts of lightning ranges; the direct stroke ground lightning probability and the lightning induction overvoltage occurrence probability of circuits where poles and towers are located are determined; the lightning stroke tripping probability is determined according to the lightning shielding failure tripping probability and the beat back tripping probability of the circuits where the poles and towers are located; the lightning induction overvoltage tripping probability of the circuits where the poles and towers are located is determined according to the induced overvoltage maximum value of wires, the lightning induction overvoltage failure rate of the circuits where the poles and towers are located is obtained by establishing a fuzzy mathematical model, and therefore the lightning induction overvoltage tripping probability of the circuits where the poles and towers are located is obtained, wherein the lightning current intensity is taken into consideration; by establishing a power distribution circuit temperature model, the instantaneous failure probability of a feeder section in an area to be detected is determined according to the service duration of power distribution circuits; a power distribution circuit lightning disaster power distribution circuit failure probability model with aging failure and correction taken into consideration is established; the failure probability of the feeder section in the area to be detected is predicated.

The invention relates to a health life behaviour management system and method based on a mobile terminal. The health life behaviour management system comprises wearable equipment and further comprises the mobile terminal, a data receiving server, a data management server, a data processing server, an information publishing server and a database, wherein the data receiving server, the data management server, the data processing server and the information publishing server are at a cloud side; a narrow-band wireless data link is established between the wearable equipment and the mobile terminal through short-distance wireless transmission; a broadband wireless data link is established between the mobile terminal and the data receiving server through long-distance wireless transmission; a bidirectional data link is established between the database and each server respectively; an original data transmission link is established between the data receiving server and the data processing server; a processing data transmission link is established between the data processing server and the information publishing server; and a control data transmission link is established between the data management server and the data receiving server. Numerous individual users can be served when the efficiency is high; and abundant functions, such as an online doctor consulting function, a relative and friend binding function, an emergency call function, a real-time locating and tracking function and a health product purchasing function, can be provided.

The invention discloses a measurement method of a protected layer swelling deformation quantity. The method comprises the steps of (a) using a drilling machine to drill a hole, (b) using the drilling machine to carry out reaming operation on the drill hole, (c) sending a top plate displacement measuring device to the top of the drill hole, and then sending a bottom plate displacement measuring device to the top end of an expanded hole, (d) fixing a hollow rod to the opening of the drill hole, (e) recording top plate displacement measuring device initial data d1 and bottom plate displacement measuring device initial data d2, (e) after the protection layer working surface is pushed, reading top plate displacement measuring device initial data d3 and bottom plate displacement measuring device initial data d4, (g) substituting the data collected in two times into a formula D=(d4-d2)-(d3-d1) to calculate and obtain the protected layer swelling deformation quantity. According to the method, the displacement measuring devices are arranged at the top plate and the bottom plate of a protected layer, the factors of unstable drill hole and unstable collapse holes are overcome, the swelling deformation of the protected layer can be timely captured, and the measurement is more accurate.

The invention discloses a water quality automatic monitoring floating platform which belongs to the technical field of water quality monitoring equipment and is used for water quality monitoring of large-area and flowing water. The technical scheme is that: the water quality automatic monitoring floating platform consists of a floating platform, monitoring boxes, a monitoring sensor, data acquisition and transmission devices and solar energy power supply devices; the monitoring boxes are arranged on the floating platform; the data acquisition and transmission devices are arranged in the monitoring boxes; the monitoring boxes are arranged in a water body; the monitoring sensor is connected with the data acquisition and transmission devices in the monitoring boxes through transmission wires; and the solar energy power supply devices are arranged on the floating platform and the monitoring boxes and are connected with the data acquisition and transmission devices and the monitoring sensor respectively. The water quality automatic monitoring floating platform can finish the water quality automatic monitoring task under the unattended condition in a field, can realize in site measurement of the water quality of the preset water area, perform vessel-mounted water quality automatic monitoring, and realize the long-distance, wide-section and multi-point water quality monitoring.

The invention discloses a system and a method of intelligently monitoring a dangerous rock collapse and a rockfall hazard. The system comprises a falling rock intercepting sensing system, a signal transmission system and a rockfall hazard information processing center, wherein the falling rock intercepting sensing system is composed of multiple sub falling rock intercepting sensing system; each sub falling rock intercepting sensing system is composed of a rock intercepting net device and a signal acquisition and analysis device fixed on the rock intercepting net device; the signal acquisition and analysis device can acquire vibration information of the rock intercepting net and the information is transmitted to the rockfall hazard information processing center via the signal transmission system; the server of the rockfall hazard information processing center can judge whether the vibration is from a falling rock according to features of the signal and whether to send warning information is thus judged. The system has the advantages of accurate monitored data, high system operation reliability and low error rate. The method provided by the invention is realized according to the system. Thus, intelligent and real-time monitoring on the dangerous rock collapse and the rockfall hazard can be realized.

The invention discloses a road vehicle type identification method and a system thereof, belonging to the technical field of identification. The method comprises the steps: a distance measuring deviceis arranged above the driveway of the road; the distance measuring device transmits distance measuring signals to the driveway according to a certain frequency to monitor the vehicle passing through the driveway, and a monitoring device obtains a plurality of monitoring points with distance change by monitoring under the influence of the passed vehicle appearance; and the appearance features of the vehicle passing by are formed by the obtained monitoring points, and the formed appearance features of the vehicle and the stored basic appearance features of all the types of the vehicles are matched so as to identify the type of the vehicle passing by. The vehicle type identification method has higher monitoring reliability, can comparably accurately identify the type of the vehicle passing byand provide accurate monitoring data for the road monitoring, can realize 24-hour monitoring and not be influenced by light and climate change, and can transform the monitoring facility in the existing traffic roads with lower transform cost.

The invention relates to an external circulation animal cell culture bioreactor which comprises a tank body, an external circulation pipeline, a heater, a peristaltic pump and a control system, wherein the tank body comprises a large tank and a small tank; the small tank is sheathed in the large tank and is clamped and fixed with the large tank respectively through ducts D, A and G; the external circulation pipeline comprises a tank external circulation pipeline and ducts A, B, E and D; on the upper part of the outside of the tank body, the ducts A and B are connected with the tank external circulation pipeline through a tee joint; on the lower part of the outside of the tank body, the ducts E and D are connected with the tank external circulation pipeline through a tee joint; the tank external circulation pipeline penetrates through the peristaltic pump; and the lowest position of the duct D is connected with a drainage pipe. The invention fully displays the characteristics of the animal cell large-scale culture technique, has the characteristics of thorough sterilization, simple operation, low pollution rate of cell culture, good quality and high yield, has favorable functionality and economical efficiency, and can be widely used for animal cell microcarrier suspension culture and animal cell suspension culture.

The invention provides a multi-parameter on-line monitoring system and method of composite material hot-press curing process, wherein the monitoring system includes a temperature sensor, a fiber grating sensor, a fiber grating demodulator, a pressure sensor, a data recorder and a host computer. The multi-parameter monitoring module is operated to perform monitoring, wherein the online monitoring method includes a step of measuring temperature, a step of monitoring pressure, a step of monitoring strain and a step of monitoring stress. The monitoring system and method provided by the invention can realize multi-parameter real-time cooperative online monitoring, and have high accuracy, good sensitivity, and can continuously and truly reflect the actual conditions of various parameters of the composite material in the entire curing process.

The invention discloses a power transmission line online monitoring system adopting distributed power supply. The system includes a field monitoring terminal, a communication network and a control center. The field monitoring terminal is intended for real-time acquiring operation state of a power transmission line, transmitting the acquired operation state of the power transmission line to the control center through the communication network. The control center is intended for computing, analyzing and storing the received operation state of the power transmission line. The field monitoring terminal includes a field monitoring mainframe, a monitoring unit and a power supply unit. The field monitoring mainframe includes a data acquisition circuit, a micro-processor, a storage unit, a first wireless communication module, a second wireless communication module, a communication switch module and a power supply interface circuit. According to the invention, by monitoring the operation state of the power transmission line through the field monitoring terminal and transmitting the acquired operation state of the power transmission line to the control center through the communication network, the system realizes remote monitoring of the power transmission line, lowers labor intensity, and ensures safe operation of the power transmission line.

The invention discloses a vacuum state cleanliness class test system and a method thereof. The system comprises a cleanliness monitor and a moving device, wherein, a controller of the cleanliness monitor is connected with the moving device; the moving device comprises a plurality of drive caster wheels for driving a plurality of drive motors corresponding to the drive caster wheels, and a motor controller; the drive motors are connected with the drive caster wheels and the motor controller; and the motor controller sends a control signal for controlling the rotation direction, the speed and the arrival position of the drive caster wheels to the drive motors so as to control the drive motors to drive the drive caster wheels to reach the position designated by the control signal with the set direction and speed according to the control signal sent by the motor controller. The cleanliness monitor comprises a sensor, a dust particle counter and the controller, which can achieve more convenient and flexible environment cleanliness detection, avoid new pollution and influence on air current and obtain more accurate monitoring data.

The invention relates to a rolling construction monitoring system and a rolling construction monitoring method. Construction sections are divided in a construction area according to a design requirement, at least one construction section is set according to the design requirement, at least one construction roller is configured in each construction section, an RTK base station and a construction data processing mechanism are arranged in the construction area, a vehicle GPS mobile station is arranged on each construction roller, the RTK base station, the vehicle GPS mobile station and a GNSS satellite form a positioning system, and the rolling construction monitoring system is formed by the positioning system, the construction rollers, vehicle displays, vehicle controllers, the construction data processing mechanism, operation monitoring clients, and rolling degree detectors. According to the system and the method, the structure is simple, the design is scientific, the usage is convenient, the cost is low, the grasp is easy, monitoring data is accurate, the transmission is fast, the usage of equipment is long and durable, continuous, real-time and accurate rolling construction monitoring and rolling degree detection can be performed, and comprehensive control of the rolling process and the rolling quality is achieved.

The invention relates to an anesthesia and consciousness deep monitoring system, which comprises a single chip microcomputer, a data analysis module, a data processing module, a filter, an operating display screen, a wireless radio-frequency receiving and transmitting module and a cloud server, wherein the single chip microcomputer is in wired connection to a heart rate sensor, a blood pressure sensor, a respiratory gas monitoring sensor, an electroencephalogram monitoring sensor, an analgesia/noxious stimulation indicator sensor and a muscle relaxation monitor and is used for analyzing and processing monitoring signals; the data analysis module is used for analyzing monitoring data; the data processing module is used for further processing the monitoring data; the filter is used for eliminating interference noise; the operating display screen is used for displaying and operating the monitoring signals; the wireless radio-frequency receiving and transmitting module is used for receiving and transmitting wireless network signals; and the cloud server is in wireless connection to the wireless radio-frequency receiving and transmitting module by virtue of a GPRS wireless network and is used for conducting data transmission and exchange. The anesthesia and consciousness deep monitoring system is comprehensive in monitoring, precise in data analysis and safe in storage.