Mine slope stability detection device based on fuzzy analysis

Abstract

The invention discloses a mine slope stability detection device based on fuzzy analysis. The mine slope stability detection device comprises a placement rack, a telescopic sleeve and a measuring rod; one side of the inner bottom wall of the placement rack is in threaded connection with a supporting plate; a motor box is installed at the top of the supporting plate; the motor box is internally provided with a driving motor a; the output end of the driving motor a is connected with an adjusting lead screw; and the surface of the adjusting lead screw is in threaded connection with a movable sleeve. Through the arrangement of the adjusting screw rod, the driving motor a, a driving motor b and the supporting plate, when a worker needs to determine the gradient of a slope, the driving motor a can be started firstly so that the movable sleeve can drive the supporting plate to move upwards, meanwhile, the worker can start the driving motor b again, and a push rod drives a box staff to be close to the surface of the slope; and when a touch panel is in contact with the surface of the slope, a warning lamp works, so that the worker can conveniently observe to turn off the driving motor b, and a detected structure is relatively accurate.

Description

technical field [0001] The invention relates to the technical field of slope detection, in particular to a mine slope stability detection device based on fuzzy analysis. Background technique [0002] Earth dams, embankments, river banks, excavated slopes, and hillsides may cause landslides due to stability problems. A large piece of soil slides down from above and accumulates in front of the slope foot. The sliding may also affect the deep layer. Uplifting and extruding outward, the entire sliding body is in the shape of rotation. The landslide will endanger the safety of the life and property of the landslide body and the people nearby. When a disaster occurs, landslides of earth dams and river embankments will also cause dam collapse, or even large floods, and the losses will be unimaginable. Therefore, it is of great significance to study the stability of slopes. [0003] The defective that existing slope stability detection device exists is: [0004] 1. The comparativ...

AI Technical Summary

Problems solved by technology

In the present invention, universal wheels are provided at the bottom of the box to facilitate the movement of the pushing device to the side slope, and control the operation of the cylinder. The drilling rig can be pushed to carry out the drilling operation through the push rod. After the drilling is completed, the control cylinder drives the drilling rig to return to the box. In the body, control the work of the first electric telescopic rod, which can drive the support plate to move to the right, and control the work of the second electric telescopic rod, which can drive the humidity sensor to move down through the drill hole. When the humidity inside the slope reaches the set value of the humidity sensor, The data can be transmitted to the control processor, and the control processor controls the warning lights to remind the staff that the humidity of the slope is too high, but the device does not have a structure for simulating the slope of the hill, and the analysis only based on the measured data is not accurate, so It is difficult to determine its stability and has limitations in actual use;

[0006] 3. The comparative document CN112211553A discloses a slope stability detection device, "comprising: a main body; a coiling part, which is coiled on a coiling wheel which is self-rotating inside the main body, and a drill pipe is fixedly installed at the bottom of the coiling part and sensors; wherein, the sensor is arranged in the internal installation cavity of the drill pipe; the coiling piece is composed of a plurality of connecting pieces connected in sequence; connecting rods are fixedly installed on both sides of the bottom of the connecting piece, and the bottom of the connecting rod Rotationally connected to the slider on the connected connecting piece, the slider is elastically mounted on the connected connecting piece; the bottom of the connecting piece is fixedly installed with a fixed block, and the lower end of the fixed block is connected to the connected connecting piece through an elastic rope above; the fixed block is set in the inner cavity of the connector, and there are vertical chute on both sides of the cavity, and the fixed block is provided on both sides of the fixed block for cooperating with the chute; the height adjustment assembly is used for Adjust the height of the drill pipe", but the device does not have a fixed structure. When the staff needs to fix the device, it is easy to make it difficult to keep the device level due to the influence of the terrain, thus affecting the measurement

Images