Transmission line monitoring data transmission system
A technology for monitoring data and transmission lines, applied in signal transmission systems, electrical components, wireless communications, etc., to achieve the effects of reducing equipment energy consumption, convenient networking, and ensuring compatibility
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Embodiment 1
[0038] like figure 1As shown, this embodiment discloses a power transmission line monitoring data transmission system, the system includes a central server and a number of first-layer data acquisition units, the number of first-layer data acquisition units are in series structure, adjacent to the first-layer data The acquisition units are communicated and connected through the first type of transmission protocol and / or the second type of transmission protocol, and the end nodes of the first layer data acquisition units are connected with the central server through the third type of transmission protocol; each first layer data acquisition unit is connected through The fourth type of transmission protocol is respectively connected with several second-layer data acquisition units (the number of second-layer data acquisition units connected to each first-level data acquisition unit may be different); the second-level data acquisition unit is used to collect data, and send the coll...
Embodiment 2
[0044] Taking a second-level data acquisition unit connected to a first-level data acquisition unit as an example, this embodiment discloses the networking mode among the second-level data acquisition units: the second-level data acquisition unit that supports the same type of near-field communication protocol Data acquisition unit, configured as a normal node, relay node, gateway node, router node, friend node or low power node (LP node) One or more node attributes of the same type of near-field communication protocol, and the second-layer data acquisition unit that supports the same type of near-field communication protocol completes the formation of the data acquisition subnetwork of this type (that is, the supported near-field communication protocol type) according to the configured node attributes .
[0045] In one embodiment, each first-layer data collection unit is connected with a second-layer data collection unit that supports three types of near-field communication p...
Embodiment 3
[0077] This embodiment discloses a power transmission line monitoring data transmission system, which includes a central server and a plurality of first-layer data acquisition units. WiFi protocol or LoRa transmission protocol communication connection; the end node of the first layer data acquisition unit is connected to the central server through 4G or Ethernet protocol; each first layer data acquisition unit is respectively connected to several nodes for data collection through Bluetooth, ZigBee or radio frequency protocol sensor.
[0078] In a specific embodiment, the total number of data collection units on the first layer does not exceed 5. To control the signal-to-noise ratio of big data after multi-stage relay, and prevent the collected data from being distorted.
[0079] In one embodiment, the second-layer data collection unit uses an optical sensor. In another embodiment, various types of low-power sensors (corresponding to different near-field communication protoco...
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