IOT-based hydrological measuring and forecasting system device

Abstract

The invention discloses an IOT-based hydrological measuring and forecasting system device. The IOT-based hydrological measuring and forecasting system device comprises a hydrological measuring and forecasting system body, a guard bar, a cabin body, a cable rope, a generator set, a gearbox, a storage battery, a transmission structure, a floating plate and a transmission rod; the hydrological measuring and forecasting system body, the a storage battery, the gearbox and the generator set are arranged in the cabin body in a sealed manner; furthermore, the cabin body is downwardly pressed into water to suspend; one end of the cable rope is fixedly connected with the bottom surface of the cabin body; the other end of the cable rope is fixedly connected with the bottom of a riverway; therefore, the position of the cabin body is fixed; a containing groove is formed on the top of the cabin body; the transmission structure is arranged in the containing groove; furthermore, the transmission structure and the gearbox are in transmission connection; one end of the transmission rod is in transmission connection with the transmission structure, passes through the upper hole of the containing groove, and is fixedly connected with the floating plate floating on the water surface; the floating plate performs up and down motion along with wave; and thus, the transmission rod is driven to slide from top to bottom. The IOT-based hydrological measuring and forecasting system device in the invention generates power by utilizing lumpy power; and thus, the IOT-based hydrological measuring and forecasting system device is relatively clean and small in occupation space.

Description

technical field [0001] The invention relates to the technical field of hydrological surveying and reporting devices, in particular to a hydrological surveying and reporting system device based on the Internet of Things. Background technique [0002] The automatic system of hydrological data acquisition and transmission is composed of various sensors, communication equipment and computers that collect, transmit and process real-time hydrological data. It is divided into three parts: telemetry station, information transmission channel and central control station (abbreviated as central station). Mainly used for flood control and water conservancy dispatching. It only takes a few minutes to complete data collection and processing within a small watershed, and provide timely information on the rainfall and water conditions of key river sections and reservoirs. [0003] In the past, telemetry stations were set up around the river for monitoring. Because this kind of remote stat...

AI Technical Summary

Problems solved by technology

[0003] In the past, telemetry stations were set up around the river for monitoring. Because this kind of remote station is separated from the river, it cannot go deep into the middle of the river to detect the quality of the river. How to use the method of laying lines is too expensive

Although it is feasible to set up a remote control station in the river, the power resources cannot be supplied in time, which makes the cost of setting up a remote control station too high

Images