External inspection instrument data real-time transmission method and system
A technology for real-time transmission and detection of data, applied in the direction of signal transmission systems, instruments, etc., can solve the problems of remote construction projects, large sites, unfavorable control of risk factors in the construction process, etc., to ensure accuracy, stability, and speed up timeliness effect
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Embodiment 1
[0054] refer to figure 1 , a method for real-time data transmission of an external inspection instrument disclosed by the present invention, comprising the following steps:
[0055] Set up multiple testing terminals 1 for testing field instruments and generating testing data. Multiple testing terminals 1 are wirelessly connected to the same management background 2 through one-to-one corresponding first channel 3, and each testing terminal 1 is independently connected through its first A channel 3 sends detection data to the management background 2 in real time. The detection terminal 1 can adopt the control center composed of smart devices of Android system or IOS system, MCU microcontroller, PLC or FPGA and their peripheral circuits. The data connection of the control center has communication modules such as 433Mhz, NRF24L01, GPS, Bluetooth, WIFI and GPRS. The control center is equipped with pins for receiving communication signals, and is connected to sensors compatible wit...
Embodiment 2
[0062] refer to figure 2 , which is a real-time data transmission system for external inspection instruments disclosed by the present invention, comprising:
[0063] A plurality of detection terminals 1 are used to detect field instruments and generate detection data.
[0064] The management background 2 is used to communicate with the detection terminal 1. The detection terminals 1 are wirelessly connected to the same management background 2 through the one-to-one corresponding first channel 3, and each detection terminal 1 communicates with the management background 2 through its first channel 3 independently. Send detection data in real time.
[0065] A second channel 4 is established between adjacent detection terminals 1 , and communication is carried out through the second channel 4 , and each detection terminal 1 communicates with at most two adjacent detection terminals 1 at the same time. The communication frequency of the first channel 3 is lower than that of the ...
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