In modern network deployments, traditional wired connections are often costly, difficult to construct, or even impossible when crossing physical obstacles such as rivers, roads, hills, or historical buildings.
In the vast waters of rivers, lakes, and seas, accurate underwater topographic mapping has long relied on traditional manned survey vessels. This method is not only costly and risky, but also limited by human resources and environmental conditions.
The acoustic doppler flowmeter was developed to address this need. Instead of relying on mechanical rotation, it "listens" to the echoes of sound waves in the water flow, cleverly utilizing the Doppler effect to silently decode the secrets of water flow.
While wireless communication stations may no longer be the trendiest medium, they remain the most reliable audio channel. In this age of information overload, their value lies not in vying for attention, but in safeguarding ethical boundaries, conveying w
In modern hydrological monitoring, municipal drainage, industrial circulating water, and environmental remediation, accurate acquisition of liquid velocity and flow rate is crucial.
Through power control technology, the device can maximize communication efficiency within compliance limits and avoid being required to reduce frequency or be shut down due to excessive radiation.