Forest hydrological regulation monitoring device

Abstract

The invention discloses a forest hydrological regulation monitoring device. The device comprises a base, ground gripping mechanisms, a monitoring box, a detector body, a rotation adjustment mechanism,an electric expansion link, a solar power generation device, a monitoring mechanism, an environment sensor, a laser liquidometer, a laser transmitter-receiver and a turbidimeter. According to the device, through the arrangement of the rotation adjustment mechanism, a motor drives a rotary shaft to rotate, a transmission shaft is driven to rotate in a meshing mode, and therefore the position of the solar power generation device is adjusted to guarantee that the solar power generation device faces the sun; the placement angle of the solar power generation device is adjusted through the electricexpansion link so that the position and angle of the solar power generation device can be adjusted, the solar power generation device can better absorb sunlight, and the utilization rate of the solarpower generation device is increased; and meanwhile the device also has the advantages that the ground gripping mechanisms are firm, theft prevention is realized, working reliability is high, and monitored data is comprehensive.

Description

technical field [0001] The invention relates to the technical field of hydrological monitoring equipment, in particular to a forest hydrological regulation and monitoring device. Background technique [0002] Forest hydrological regulation is one of the important service functions of forests. However, due to the unrestrained exploitation and utilization of forest resources, people continue to suffer from floods and droughts caused by forest destruction. Therefore, research on forest ecological hydrological functions has become an ecological It is one of the research focuses of hydrology and hydrology, and hydrological monitoring of forest slope water is one of the researches. When traditional monitoring devices are used to monitor slopes, they are often unstable due to rainy days, resulting in inaccurate monitoring data. At the same time, for slopes General liquid level gauge is used for surface water monitoring, and the real-time transmission of parameters is poor. In addit...

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Problems solved by technology

[0002] The hydrological regulation function of the forest is one of the important service functions of the forest. However, due to the unrestrained exploitation and utilization of forest resources, people continue to suffer from floods and droughts caused by the destruction of the forest. Therefore, the research on the ecological hydrological function of the forest has become an ecological It is one of the research focuses of hydrology and hydrology, and hydrological monitoring of forest slope water is one of the studies. When traditional monitoring devices are used to monitor slopes, they are often unstable due to rainy days, resulting in inaccurate monitoring data. At the same time, for slopes General liquid level gauges are used for surface water monitoring, and the real-time transmission of parameters is poor. In addition, the device is powered by solar energy outside, but the existing solar power generation devices are mainly installed and placed through supporting devices. However, most of the supporting devices in the prior art have structures Simple, single function, solar power generation devices are often fixed at an angle, or fixed at a certain position, poor adjustability, poor collection and utilization of sunlight, in addition, when the sun is not strong or the solar power supply will be affected in rainy days , is not conducive to energy supply, and the device is outside, prone to theft, but the existing device cannot play a preventive role

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