Highway engineering supervision and inspection equipment

Abstract

The invention relates to highway engineering supervision and inspection equipment, and effectively solves the problems that the process is relatively tedious, the efficiency is relatively low and the accuracy is not high during acceptance and inspection of highway piers in the prior art. According to the technical scheme, the device can correspondingly adjust the shooting position of a camera according to the position of a bump on the surface of a bridge pier, and enables the camera to be close to the position of the bump as much as possible for shooting, so that detection personnel can clearly observe the conditions of the bump and cracks; moreover, the position of the detected bump can be marked, so that subsequent highway constructors can rectify the bump conveniently, the detection personnel can clearly and accurately complete detection, subsequent rectification of the highway constructors is facilitated, the highway acceptance efficiency is improved, and the overall efficiency of the constructors is also improved.

Description

technical field [0001] The invention relates to the technical field of road inspection and acceptance, in particular to a road engineering supervision inspection equipment. Background technique [0002] With the development of the civil engineering industry, high piers and super high piers have become a common form of bridge piers in order to overcome the complex terrain conditions in areas such as crossing rivers, seas, and mountains. The load from the superstructure is reliably and effectively transmitted to the foundation, and its safety directly affects the entire bridge; [0003] When the road construction is over, there will be special supervisors to check and accept the road to judge whether the construction quality is up to standard. Especially for roads with bridge sections, it is more necessary to detect the bridge piers. The monitoring of bridge piers mainly focuses on stress and deformation. For example, diseases such as bulges and pockmarks, these diseases that...

AI Technical Summary

Problems solved by technology

[0004] Through manual observation, the detection accuracy is greatly reduced and only the condition of the lower part of the pier can be observed. For the higher part, the naked eye cannot see it and the cycle is longer and the risk is greater. It is carried out by hydraulically extending telescopic arms or crawling robots. The detection can only capture the condition of the pier surface in a wide range, and it cannot take targeted photos according to the specific position of the bulge and bulge on the pier surface, which makes it impossible for the inspectors to clearly and intuitively see the bulge Moreover, the existing inspection methods cannot mark the defective and unqualified locations while performing inspections, so that subsequent construction personnel can make rectifications, resulting in low efficiency and prolonging the delivery period of the road ;

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