Bearing force detection device of road bridge

Abstract

The invention discloses a bearing force detection device of a road bridge, and relates to the field of a bridge detection device. The bearing force detection device comprises a lifting platform, wherein a rotation platform is arranged at a top end of the lifting platform, a connection disc is connected with a top end of the rotation platform, a first connection frame is connected with a top end ofthe connection disc, a first stepping motor is arranged at one side of the first connection frame, a first connection column is connected with the interior of the first connection frame, a second roller is connected with a top end of the first connection column, a rack is connected with a position, arranged at one side of the first stepping motor, of the first connection post, and a first telescopic post is movably connected with the interior of the first connection post. By arranging an image mechanism at one end of the device and by multiple groups of lifting mechanisms in the control device, the image mechanism can be moved to a bottom end of the bridge by the device, a detector is convenient to comprehensively observe details of a bridge structure, the detection accuracy is improved,and the dangerous coefficient of the detector is reduced.

Description

technical field [0001] The invention relates to the field of bridge detection devices, in particular to a detection device for the bearing capacity of highway bridges. Background technique [0002] The bridge detection device is a detection device that observes the stress-bearing parts of the bridge, the degree of deformation of the bridge deck and the flatness of the bridge deck connection. [0003] The traditional bridge inspection is manual inspection, and the inspectors need to observe the structure of the bridge body at the bottom of the bridge to evaluate the state of the bridge body. This inspection method makes it difficult for the inspectors to inspect the bridge body due to the distance between the inspectors and the bridge body. Comprehensive observation of the details of the structure reduces the accuracy of the detection and increases the risk factor of the detection personnel. The existing bridge detection mechanism is not equipped with a mechanism for easy tra...

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Problems solved by technology

[0004] The purpose of the present invention is: in order to solve the problem that the traditional bridge detection is manual detection, the existing bridge detection mechanism is not provided with a mechanism for easy transportation, and the existing bridge detection mechanism is not provided with a support frame that is convenient for adjusting the image mechanism. A testing device for bearing capacity of highway bridge

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