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45 results about "Wireless measurement system" patented technology

Wireless Value. measuring platform. WiSensys is a user-friendly, wireless measuring system developed by Wireless Value. It collects environmental data from a large variety of sensors used for monitoring, alarming, reporting and control.

Multi-channel wireless measuring system with separated sensor interface module

The invention provides a multi-channel wireless measuring system with a separate sensor interface module. A sensor interface module connected to a sensor is detachably coupled to a wireless data logger. The sensor interface module can be used in a multi-channel fashion by constructing a circuit corresponding to each sensor and the sensor interface module can be additionally coupled to the wireless data logger when measuring a structure using a plurality of sensors. The plurality of sensors is connected to one data logger to variously measure the structure.
Owner:KOREA MAINTENANCE & CONTROL

System and method for wireless measuring illumination

The invention discloses a system and a method for wireless measuring illumination. The wireless measurement system is characterized by comprising a plurality of Zigbee illumination measurement terminals, a Zigbee-general packet radio service (Zigbee-GPRS) gateway, a GPRS server and a plurality of clients. The Zigbee illumination measurement terminals acquire illumination by utilizing an illumination sensor and then wirelessly transmit illumination data to a remote Zigbee-GPRS gateway by utilizing a Zigbee technology; and the gateway remotely and wirelessly transmits the illumination data to the GPRS server by utilizing a GPRS technology, so that high performance remote transmission of the illumination data is realized. The plurality of clients can query the illumination data acquired by all Zigbee illumination measurement terminals through the Internet network.
Owner:厦门市产品质量监督检验院

Bandwidth management in a wireless measurement system using statistical processing of measurement data

A system and method is disclosed for managing bandwidth in a wireless probe measurement system that may include receiving an indicator at the wireless probe to begin taking measurements of one or more variables, measuring the one or more variables, calculating a set of statistical values at the wireless probe using the measured one or more variables, and transmitting the set of statistical values to a central station.
Owner:AGILENT TECH INC

Wireless measurement system for debugging power transmission lines

The invention discloses a wireless measurement system for debugging a power transmission lines. The wireless measurement system for debugging power transmission lines comprises a wireless voltage collecting and transmitting node, a wireless current collecting and transmitting node and a wireless center master station, wherein the wireless voltage collecting and transmitting node is connected with a low voltage side of a capacitive voltage divider of an outdoor field of a transformer substation, and is used for collecting a voltage signal of the low voltage side of the capacitive voltage divider; the wireless current collecting and transmitting node is connected with a hall current sensor installed on the secondary side of a current transformer, and is used for collecting a current signal of a hall current sensor; the wireless center master station comprises a center master station wireless communication module, a server and a client; the server is connected with a wireless communication module of the center master station; data collected by the wireless current collecting and transmitting node and the wireless current collecting and transmitting node are uploaded to the wireless center master station in real time. The wireless measurement system for debugging power transmission lines, which is provided by the invention, can prevent the complex wiring operation of a wireless circuit debugging field, reduces the working intensity greatly, improves the working efficiency, and can guarantee weak current equipment of a measurement system and personal safety of measurement workers.
Owner:STATE GRID CORP OF CHINA +2

System and method for wireless measurement of detection instrument

The invention provides a system and a method for wireless measurement of a detection instrument. The system for wireless measurement of the detection instrument comprises a control terminal and a terminal detection instrument, wherein the control terminal wirelessly communicates with the terminal detection instrument. According to the technical scheme, on the one hand, the instrument detection data can be acquired, and on the other hand, the instrument detection data can also be acquired by wireless equipment.
Owner:北京时代之峰佳亿科技有限责任公司

Wireless measurement and control network platform for metering home energy

The invention discloses a wireless measurement and control network platform for metering home energy. The network platform comprises a user meter, a household wireless gateway, a power optical fiber, a city fiber optic network and a control terminal, wherein the user meter is used for transferring information to the household wireless gateway, or receiving control information from the control terminal, and controlling an actuating mechanism to implement corresponding operation; the household wireless gateway is used for receiving information output by the user meter and sending the information to the control terminal, or receiving the control information from the control terminal and sending the control information to the user meter; and the control terminal introduces the information, processes the information, encrypts the related control information, and sends the encrypted information to the household wireless gateway. Compared with the prior art, the whole network measurement and control platform disclosed by the invention has the advantages that a two-way data communication manner is adopted, a wireless communication manner is adopted by a household interior network, and a wire communication manner is adopted after entering the power optical fiber; and different problems of self-organized networks of meter manufacturing enterprises are effectively solved, thereby being beneficial for extensive and smooth popularization and application of an automatic meter checking system in whole China.
Owner:NINGBO WATER METER +1

Grounding resistance data acquisition and analysis system based on wireless measurement modules

A grounding resistance data acquisition and analysis system based on wireless measurement modules belongs to the technical field of power measurement. In order to solve the problem in the prior art, the technical scheme as follows is adopted: the system is composed of a plurality of separate measurement modules and a central processing platform based on cloud computing; the separate measurement modules are respectively placed at points to be measured; the central processing platform based on cloud computing is placed in a measurement center; and the separate measurement modules transmit data to the central processing platform based on cloud computing by means of wireless communication. Separate measurement is adopted in the invention. Through measurement at multiple measurement points, the measurement error caused by a clamp meter measuring method can be avoided, and the management level of the smart grid can be improved. The grounding resistance can be monitored in real time, and trend analysis and early warning can be carried out. The workload of artificial measurement is reduced, and the work efficiency is improved.
Owner:CHANGCHUN INST OF TECH +1

Wireless measurement and control system for grain condition based on multiple networks

The invention discloses a wireless measurement and control system for a grain condition based on multiple networks. The system comprises wireless sensor nodes, a detecting and controlling sub-machine, a coordinator, a monitoring PC machine, a printer, a monitoring mobile phone and a remote PC machine, wherein the detecting and controlling sub-machine comprises a CC2530 core board, a WCDMA network module (MC8781) and a power supply; and each wireless sensor node comprises a CC2530 core board, two temperature cable groups, a temperature and humidity sensor (SHT15) and a power supply. Acquired grain condition data is transmitted to the detecting and controlling sub-machine on the outer wall of a granary via a ZigBee network by the wireless sensor nodes in the granary; the detecting and controlling sub-machine reports the data to a WCDMA network base station via the WCDMA network module (MC8781); the WCDMA network base station directly communicates with the monitoring mobile phone or reports the data to the remote control PC machine via the Internet; simultaneously, the detecting and controlling sub-machine transmits the grain condition data to the coordinator via the ZigBee network; and the coordinator transmits the data to the monitoring host via RS232 serial ports. The wireless measurement and control system provided by the invention has the characteristics of multi-network communication, reasonable nodes distribution, low system power consumption, low cost and fast data transmission rate.
Owner:YANCHENG INST OF TECH

Temperature/humidity sensor-based in-situ wireless soil suction value measurement system

The invention discloses a temperature / humidity sensor-based in-situ wireless soil suction value measurement system which comprises a measurement probe, a wireless transmission module and a data processing terminal, wherein the shell of the measurement probe is formed by assembling a main body tube, a package tube and a conical tube; a temperature / humidity sensor, a power module, a control circuit board and a wireless sending module are arranged in the shell of the measurement probe; the wireless transmission module is used for receiving the data signals sent by the wireless sending module and is connected with the data processing terminal; the data processing terminal is used for displaying and processing the measurement data. The temperature / humidity sensor-based in-situ wireless soil suction value measurement system provided by the invention is capable of acquiring the temperature and humidity in the outdoor soil body in real time and sending the acquired data to a receiving terminal in the laboratory through the wireless sending device so as to measure the suction value in the soil.
Owner:CHINA THREE GORGES UNIV

Transmission shaft torque calibration method

The invention discloses a transmission shaft torque calibration method, comprising steps of installing a transmission shaft to be measured on a test stand, installing a strain gauge wireless measurement system on the transmission shaft, applying a torque on the transmission shaft, outputting a corresponding voltage value through a strain gauge wireless measurement system, establishing a transmission shaft torque calibration model and obtaining a calibration coefficient through calculation. The transmission shaft torque calibration method can conveniently, fast, accurately and reliably calibrate the torque of the transmission shaft.
Owner:CHONGQING UNIV OF TECH

Wireless measuring system for real-time torque of machine tool spindle

ActiveCN104504877AAvoid contact fatigue wear problemsResolve interferenceTransmission systemsHandling systemContact fatigue
The invention provides a wireless measuring system for a real-time torque of a machine tool spindle. The system comprises a signal acquiring and transmitting part and a remote monitoring part, wherein the signal acquiring and transmitting part comprises a knife handle assembly, a torque sensor and a locking hood which are installed on the machine tool spindle; the remote monitoring part comprises a wireless signal receiving device and a computer processing system. The wireless signal receiving device is used for receiving signals sent by the signal acquiring and transmitting part and transmitting the signals to the computer processing system for data management and storage and display. According to the system provided by the invention, the problem of contact fatigue wear is avoided and a measuring circuit is protected. By adopting a wireless signal transmission mode based on GPRS, the transmission distance is long and the transmission data rate is high; change of the torque signal in the technical process is monitored by a remote monitoring system in real time, so that the state management, control and safe pre-warning of the technical process are achieved.
Owner:SHANGHAI JIAO TONG UNIV

Wireless measurement system for ultra-high voltage DC voltage divider

The invention provides a wireless measurement system for an ultra-high voltage DC voltage divider, which comprises a high-voltage side wireless data acquisition device and a low-voltage side wireless terminal, and is characterized in that the high-voltage side wireless data acquisition device comprises a first measurement input end, a second measurement input end, an overvoltage protection circuit, an impedance matching circuit, a data acquisition module and a wireless transmission module, wherein the overvoltage protection circuit, the impedance matching circuit, the data acquisition module and the wireless transmission module are sequentially connected; and the first measurement input end is connected between series connected measuring resistors in two voltage transformers, and the second measurement input end is connected between series connected shielding resistors in the two voltage transformers. Compared with the prior art, the wireless measurement system provided by the invention for the ultra-high voltage DC voltage divider is small in size, light in weight, low in cost, extremely convenient in installation and wiring, applicable to installation, debugging and testing occasions of an ultra-high voltage transformer, and also applicable to other low-voltage application environments at the same time.
Owner:CHINA ELECTRIC POWER RES INST +3

Wireless measurement system for internal and surface temperature fields of tire in rolling state

InactiveCN105711354ASolve the problem of low measurement accuracyThe solution accuracy is not highTyre measurementsRadio frequencyInternal temperature
The invention discloses a wireless measurement system for tire internal and surface temperature fields in a rolling state, which includes a system host, system software, a control module, a temperature sensing module, a host radio frequency transceiver system and a control module radio frequency transceiver system, and the system software is installed on In the system host, the control module is installed on the motor shaft, and the temperature sensing module is installed in the tire or on the tire surface; the temperature sensing module is connected to the control module, the system host is connected to the host radio frequency transceiver system, and the control module is connected to the control module radio frequency transceiver system . The invention can be used for real-time measurement of the temperature field inside the tire and on the tire surface in the rolling state, which solves the technical problem that the existing technology cannot measure the internal temperature field of the tire under dynamic conditions, and also solves the problem of ordinary infrared temperature measurement on the tire surface temperature measurement The problem of low value accuracy.
Owner:贵州天控自动化信息工程有限公司

Inductance type wireless ball rod instrument

The invention provides an inductance type wireless ball rod instrument. The inductance type wireless ball rod instrument is mainly composed of a ball rod instrument main machine, a center support assembly, a center cup assembly and a set ball assembly. The ball rod instrument main machine comprises an inductance measuring head assembly, a battery assembly, a circuit board assembly and a ball rod instrument main body. A wireless measuring system composed of the ball rod instrument main machine, the center support assembly and the center cup assembly is used for comprehensively detecting the precision of a CNC machine tool motion shaft. The instrument is simple to operate, high in precision, low in cost and capable of quickly detecting the precision of the CNC machine tool motion axis.
Owner:CHOTEST TECH INC

Dynamic node identity implementing method and system for wireless measurement and control network based on ZigBee

InactiveCN102664962ASolve the phenomenon of high energy consumption and premature death nodeReduce transmission delayTransmission systemsTransmissionTransmission congestionData information
The invention discloses a dynamic node identity implementing method and a dynamic node identity implementing system for a wireless measurement and control network based on ZigBee. The method comprises the following steps of: (1) customizing serial port commands of an upper computer, wherein the serial port commands comprise C / EX**** and C / CH****; (2) storing information of other nodes in a structure form by each node in an application layer of a protocol stack; (3) if a router node receives a node identity changing command, stopping a routing forwarding function and starting acquiring data; if a terminal mode receives the node identity changing command, stopping acquiring the data and starting the routing forwarding function; and (4) respectively storing the received data information according to different source addresses through router nodes specified by the serial port commands, and when the data information from the same source address reaches for 10 times, sending the 10 pieces of data information to a coordinator at one time. By the method and the system, the reliability of the network is improved, the transmission congestion phenomenon of the network is relieved, transmission delay of the data is reduced, and energy of the nodes is saved.
Owner:QILU UNIV OF TECH

Draught fan wireless velocity measurement system

The invention relates to the field of rotational speed measurement, in particular to a draught fan wireless velocity measurement system. The draught fan wireless velocity measurement system comprises a plurality of draught fan rotational speed data acquisition devices and a master control station, wherein each draught fan rotational speed data acquisition device comprises a rotational speed measurement sensor, a microcontroller 1, a power module and a wireless transceiver module 1, and the master control station comprises a microcontroller 2, a display module and a wireless transceiver module 2. According to the draught fan wireless velocity measurement system, the wireless transmission is adopted, the input is low, the wiring is not necessary for transmission, the transmission speed is fast, the anti-interference performance is higher, the adaptability is good for working environment, and the special production environment is applicable. By means of a non-contact switch-type Hall sensor, the consistency is good, the sensitivity is high, the circuit power is low, and the Hall sensor can be connected with various logical circuits directly.
Owner:YANCHENG INST OF TECH

Train equipment wireless measuring system and method

The invention provides a train equipment wireless measuring system and a method. The system comprises a data acquisition device, a bluetooth device and a monitoring device; the data acquisition device is connected to the device to be measured and the bluetooth device on the train for collecting the data to the device to be measured, and processing the collected data to obtain a first data and sending the first data to the bluetooth device; the bluetooth device is connected to the monitoring device for sending the received first data to the monitoring device in a bluetooth transmission mode; and the monitoring device is used for receiving the first data transmitted by the bluetooth device, and monitoring and controlling the first data. The train equipment wireless measuring system and method are characterized in that the data measured in the device to be measured is transmitted through a bluetooth transmission mode, because that the transmission scope angle of the bluetooth transmission mode is 360 DEG, the transmission mode has no special requirement to the position of the reception apparatus, and the transmission mode is not easily interfered by the obstacle object during the transmission process, and the flexibility and stability of data while transmitting are increased.
Owner:CHINA CNR CORPORATION

Method for realizing wireless measurement based on human body data measuring instrument and set top box

The embodiment of the invention discloses a method for realizing wireless measurement based on a human body data measuring instrument and a set top box. The method comprises the steps that the set top box based on an Android system receives measurement data sent by the human body data measuring instrument through a wireless communication technique; the set top box based on the Android system stores the received measurement data; the set top box based on the Android system converts the stored measurement data from a digital signal format into a data signal format supported by an intelligent display terminal; the set top box based on the Android system transmits the measurement data subjected to format conversion to the intelligent display terminal through a data wire for displaying. According to the embodiment of the invention, the data of the intelligent human body data measuring instrument can be transmitted in a wireless way and can be stored and recorded, and the family medical demands of users are met.
Owner:软通动力信息系统服务有限公司

Wireless measuring system and method forrotating speed of waterproof agricultural machine crawler driving wheel

The invention discloses a wireless measuring system and method for a rotating speed of a waterproof agricultural machine crawler driving wheel. The wireless measuring system comprises a wireless rotating speed measuring device, a waterproof box, and a display device; the wireless rotating speed measuring device is installed in the waterproof box and is in wireless communication with the display device, the wireless rotating speed measuring device comprises a photoelectric encoder, a single chip microcomputer, and a single chip microcomputer wireless transmission module, QI wireless charging module capable of charging a rechargeable lithium battery, and measured data of the photoelectric encoder are transmitted to the display device through the single chip microcomputer wireless transmission module to be displayed; and the wireless measuring method comprises the steps that after data initialization, the frequency of the photoelectric encoder and the rotational direction of the driving wheel are measured, and the measured data is transmitted to the display device through the wireless transmission module through the set communication protocol to be displayed. According to the wirelessmeasuring system and method, the rotating speed of the driving wheel can be measured in a high accuracy mode, data transmission is completed through wireless communication, effective transmission isprovided, the waterproof capability is relatively high, and thus the measuring system is capable of being used for a long time in paddy fields.
Owner:SOUTH CHINA AGRI UNIV

Wireless measuring system and method for measurement of a device under test with an antenna-array, considering maximum gain direction of the antenna array

A measuring system for measuring a communications device comprising an antenna-array. The measuring system comprises a controller, a measuring device, a measuring antenna and a device mount. The measuring device performs measurements with regard to the communications device. The device mount rotates the communications device about at least one axis. The controller sets a maximum gain direction of the antenna-array. The controller (i) controls the device mount to rotate the communications device, compensating for the set maximum gain direction, until the set maximum gain direction meets a direction of the measuring antenna with respect to the communications device, and (ii) determines an actual maximum gain direction of the antenna-array by iteratively rotating the communications device and determining a respective gain for each iteration, and determines the actual maximum gain direction as a rotation of the device mount that corresponds to the iteration of maximal gain.
Owner:ROHDE & SCHWARZ GMBH & CO KG

Method for eliminating outburst risk of two regional coal seams by using long bedding directional drilling holes

InactiveCN110529176AImprove drilling coal penetration rateAnti-sudden avoidanceGas removalCoalWireless measurement system
The invention discloses a method for eliminating outburst risk of two regional coal seams by using long bedding directional drilling holes. The method comprises the following steps of directionally constructing a plurality of long bedding directional drilling holes in a return-air gate of the coal working face by adopting a drilling rig, wherein each long bedding directional drilling hole penetrates through a stoping area coal seam and a to-be-excavated coal roadway strip coal seam of the coal working face; and then extracting gas in the stoping area of a sectional coal seam and the to-be-excavated coal roadway strip coal seam by using multiple groups of long bedding directional drilling holes. The method disclosed by the invention has the advantages that directional drilling is realized by using a wireless measurement system while drilling and a pneumatic screw motor, so that the coal exposing rate of bedding drilling is greatly improved, and the outburst elimination effect of drilling is ensured; the long bedding directional drilling holes are constructed in the return-air gate of the coal working face, and the outburst of the stoping area coal seam and a to-be-excavated coal roadway strip coal seam of the coal working face is simultaneously eliminated, so that high-cost gas control rock roadway construction is avoided.
Owner:HUAINAN MINING IND GRP +1

Distributed wireless measurement system and method for transient electromagnetic environment

The invention discloses a distributed wireless measurement system and method for a transient electromagnetic environment. The system comprises a front-end measurement device and rear-end monitoring operation equipment, wherein the front-end measurement device comprises a plurality of measurement nodes; each measurement node comprises an electromagnetic transient sensor, data acquisition equipment,an industrial personal computer, data storage equipment, a router, a power supply module and a shielding shell; the rear-end monitoring operation equipment is used for monitoring and controlling eachmeasurement node, checking the measured electromagnetic transient waveform of each measurement node, carrying out human-computer interaction with the industrial personal computer in each measurementnode, controlling the data acquisition equipment of each measurement node, and drawing a transient electromagnetic distribution diagram in the measurement area according to the corresponding relationbetween the measurement result and the measurement position. Each measurement node and the rear-end monitoring operation equipment are in communication through a 4G or 5G network of a telecom operator, and the plurality of measurement nodes are managed in an account mode. According to the invention, distributed wireless measurement of a transient electromagnetic environment can be realized.
Owner:STATE GRID CORP OF CHINA +2

UWB-based wireless measurement system

The invention belongs to the field of wireless measurement systems, and relates to a UWB-based wireless measurement system. The system comprises sensor nodes, aggregation nodes and a measurement and control center, wherein the sensor nodes are connected with the aggregation node through a UWB network, and the aggregation node is connected with the measurement and control center through a wirelessnetwork; the aggregation nodes and the sensor nodes adopt a low-power-consumption design, the aggregation nodes acquire electric energy through solar energy, and the sensor nodes acquire electric energy through an alternating magnetic field formed by power line current; the aggregation node obtains standard time and position information through a GPS, the sensor nodes do not contain the GPS, and time synchronization between the aggregation node and the sensor nodes is achieved in the data communication process through a time synchronization mechanism; the sensor nodes stamp a timestamp and a sampling period on sampling data and send the sampling data to the aggregation node, the aggregation node forwards the sampling data of the sensor nodes to the measurement and control center, and meanwhile, the aggregation node temporarily stores the sampling data locally. According to the invention, time synchronization is realized in the data communication process, and the power consumption and the implementation cost are low.
Owner:SOUTH CHINA UNIV OF TECH

Piezoelectric self-energizing-based rotated mechanical rotor vibration wireless measurement system

A piezoelectric self-energizing-based rotated mechanical rotor vibration wireless measurement system belongs to an energy power industry. In existing rotor vibration measurement, a rotor support structure is compact and a structural space is insufficient so that wiring on the rotor support structure is difficult. In the invention, the above problem is solved. A bearing sleeves an outer portion ofa rotor, a ring-type elastic support sleeves the outer portion of the bearing, a support pedestal sleeves the outer portion of the ring-type elastic support, and a piezoelectric body is fixedly installed on the ring-type elastic support. Each piezoelectric body is connected to a voltage conversion vibration module and a piezoelectric energy distribution module through two leads. A signal output end of the voltage conversion vibration module is connected to a signal input end of a wireless signal transmission module through the lead. The piezoelectric energy distribution module is connected tothe wireless signal transmission module through the lead, and a wireless signal receiving module is connected to a vibration signal collecting and analyzing module through the lead. The system is mainly used for measuring rotor vibration.
Owner:中国船舶重工集团公司第七0三研究所

A Wireless Measuring System for Transmission Line Debugging

The invention discloses a wireless measurement system for debugging a power transmission lines. The wireless measurement system for debugging power transmission lines comprises a wireless voltage collecting and transmitting node, a wireless current collecting and transmitting node and a wireless center master station, wherein the wireless voltage collecting and transmitting node is connected with a low voltage side of a capacitive voltage divider of an outdoor field of a transformer substation, and is used for collecting a voltage signal of the low voltage side of the capacitive voltage divider; the wireless current collecting and transmitting node is connected with a hall current sensor installed on the secondary side of a current transformer, and is used for collecting a current signal of a hall current sensor; the wireless center master station comprises a center master station wireless communication module, a server and a client; the server is connected with a wireless communication module of the center master station; data collected by the wireless current collecting and transmitting node and the wireless current collecting and transmitting node are uploaded to the wireless center master station in real time. The wireless measurement system for debugging power transmission lines, which is provided by the invention, can prevent the complex wiring operation of a wireless circuit debugging field, reduces the working intensity greatly, improves the working efficiency, and can guarantee weak current equipment of a measurement system and personal safety of measurement workers.
Owner:STATE GRID CORP OF CHINA +2

Shield tunneling machine assembly machine angle wireless measurement system and measurement method and application

PendingCN112709584ASolve the troubles of rotating wiringSave rotation tensionUnderground chambersTransmission systemsControl engineeringMachine
The invention provides a shield tunneling machine assembly machine angle wireless measurement technical scheme, and belongs to a technology of shield tunneling machine assembly machine angle wireless measurement. A position signal of an assembly machine is fed back to a control center PLC by using a transmission device of a Bluetooth signal, and the control center PLC limits or controls various actions of the assembly machine to act within a safe range according to the current position signal. A single-axis inclinometer is connected with a first Bluetooth module group through a measurement cable and rotates along with the assembly machine, thereby saving a special cable for rotation and tensile resistance, and solving the trouble of rotation wiring of the assembly machine. The scheme provided by the invention does not need to arrange a control cable or a communication cable passing through a winding drum or a tank chain, thereby simplifying the mechanical structure design, saving the cost, and being convenient to install. The assembly machine does not need to disassemble and assemble the control cable, thereby reducing the labor, and improving the efficiency. The scheme is very suitable for the concept of efficient assembly and fast tunneling of the shield tunneling machine, and has great popularization values.
Owner:JIANGSU KAIGONG TUNNEL MACHINERY

Distributed wireless measurement system

The invention relates to a distributed wireless measurement system, belonging to the field of wireless measurement and control. The distributed wireless measurement system is characterized by comprising an intelligent sensor, a wireless transmission network and a central control terminal which are distributed; the intelligent sensor is arranged at a position required for monitoring acquired data; the intelligent sensor comprises a sensor and a controller; and the intelligent sensor is connected with the central control terminal by the wireless transmission network. According to the distributed wireless measurement system, the wireless intelligent sensor is arranged in a wide area to carry out data monitoring and collecting, then the data is transmitted in a wireless transmission mode, and finally, the data is processed in a unified manner. The distributed wireless measurement system has a simple structure, can be distributed in a severe geographical environment, and is suitable for promotion and application in the related fields, and the labor cost is saved.
Owner:李建新
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