Rock land detection equipment

Abstract

The invention provides rock land detection equipment. The rock land detection equipment comprises a ground auger and a protection pipe, wherein the ground auger is arranged on the end part of the protection pipe, a test pipe and an induction pipe are arranged in the protection pipe, an inverted communication bottle is arranged in the test pipe, an overflow port is formed in the side wall of the communication bottle, the lower end of the overflow port is provided with an overflow bottle which is used for receiving water flowing out from the overflow port, a bottleneck of the communication bottle is provided with a rubber plug, a water guide pipe and an air guide pipe are respectively inserted in the rubber plug, a humidity sensor is arranged in the induction pipe, a pipe plug is arranged on the tail part of the humidity sensor, one end of the water guide pipe and one end of the air guide pipe are connected with the communication bottle through the rubber plug, and the other ends of the water guide pipe and the air guide pipe are connected with the humidity sensor through the pipe plug. The rock land detection equipment is additionally provided with the protection pipe, so that the rock land detection equipment can be arranged in a deeper underground position when in use; the induction pipe and the test pipe are used as two independent accommodating spaces for respectively accommodating corresponding parts, so that when the detection equipment moves in the soil, and the positions of parts inside the detection equipment are not greatly affected.

Description

technical field [0001] The invention belongs to the field of geological detection, and in particular relates to rock and soil detection equipment. Background technique [0002] Landslide refers to the phenomenon that the soil and rock mass on the slope slides down the slope in whole or in part along a certain weak surface or belt under the action of gravity due to the influence of various factors. Landslide disasters are the most harmful One of the geological hazards, so its detection is of great significance. [0003] There are many landslide detection methods and means at home and abroad. Due to the complex geographical conditions of the landslide detection area and the harsh natural environment in most areas, it has caused many shortcomings such as high cost of the detection system, difficult maintenance and low reliability. At present, the main detection methods of landslides are: rainfall detection method, displacement detection method, empty inclinometer method and pr...

AI Technical Summary

Problems solved by technology

[0003] There are many landslide detection methods and means at home and abroad. Due to the complex geographical conditions of the landslide detection area and the harsh natural environment in most areas, it has caused many shortcomings such as high cost of the detection system, difficult maintenance and low reliability.

At present, the main detection methods of landslides are: rainfall detection method, displacement detection method, empty inclinometer method and precision geodesy method, etc. These detection methods all have shortcomings such as long measurement period and complex data processing.

Moreover, the existing detection methods and equipment have single functions, can only detect displacement or only water content, and the production cost is high and the process is complicated

Images