Slope erecting platform for manually simulated rainfall unit

Abstract

The invention discloses a slope erecting platform for a manually simulated rainfall unit. The slope erecting platform for the manually simulated rainfall unit mainly comprises platform foot stools, a horizontal carrying surface, a fixed fastener, rotatable bearings, foot stool fixing locks, triangular metal drill bits and baffles, and is characterized in that the three openable / closeable fixed fasteners which are distributed to form a Chinese character 'pin' are arranged on the horizontal carrying surface; the three platform foot stools are arranged below the horizontal carrying surface; each platform foot stool is connected with the horizontal carrying surface through the corresponding rotatable bearing and is provided with the corresponding two foot stool fixing locks, the corresponding triangular metal drill bit and the corresponding anti-insertion baffle. Two slope erecting platforms are needed to build the manually simulated rainfall unit and can be used for erecting the manually simulated rainfall unit on different slopes to carry out field test. The manually simulated rainfall unit is easy to erect, the disturbance to the slopes is low, and human input and material input are saved; meanwhile, the problem about erection of the manually simulated rainfall unit on the slopes is solved, and a manually simulated rainfall test can be more convenient and reliable.

Description

technical field [0001] The invention is an auxiliary device for artificially simulating rainfall in the field, especially for field experiments of artificially simulating rainfall on different slopes, which can satisfy the erection of different artificially simulated rainfall slope test platforms, specifically an artificially simulated rainfall slope Build the platform. Background technique [0002] Due to the natural uncontrollability of natural rainfall events, there are certain limitations in the study of soil erosion mechanisms and laws under rainfall conditions, making it impossible to further carry out related soil erosion research work. With the continuous update of new technologies and methods in the field of soil erosion research, artificial simulated rainfall experiments have gradually become an important means for scholars at home and abroad to carry out research on soil erosion laws. The types of experiments are mainly divided into indoor artificial simulated rai...

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Problems solved by technology

[0003] In view of this, the present invention aims at the defects of the current field artificially simulated rainfall device slope erection, and selects high-quality stainless steel material to make a field artificially simulated rainfall device slope erection platform. The platform adjusts the angle and length of the tripod, and Fixed horizontally, a horizontal bearing platform can be erected on the slope for artificially simulating the slope erection of the rainfall device

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