Crack recognizing device based on bridge images

Abstract

The invention discloses a crack recognizing device based on bridge images. The crack recognizing device based on bridge images comprises a camera, a display screen, a push rod, an oblique rod, a vertical rod, a roller, an alarming lamp, an adjusting box, an operation table, a numerically controlled box, a control module, an intelligent alarming module, an image processing module, a data transmission module and a crack recognizing module. The crack recognizing device based on bridge images has the beneficial effects that the crack recognizing device based on bridge images is provided with the alarming lamp, when the inside of the device has running faults, an alarming sound can be made in time under the regulation and control of the intelligent alarming module, thus, the device can be repaired and treated favorably in the first time, the camera can capture images of a bridge with cracks in all directions, the captured images are treated by the various modules in the numerically controlled box, and obtained data are displayed on the display screen. In addition, the device is provided with the push rod and the roller, movement of the device is facilitated, the time and labor are saved, the recognition precision is high, the working speed is also high, and the images can be treated clearly.

Description

technical field [0001] The invention relates to a crack recognition device, in particular to a crack recognition device based on bridge images, and belongs to the technical field of building detection equipment applications. Background technique [0002] Bridge cracks refer to a phenomenon that the bridge surface is cracked due to many reasons such as load, its own materials, and external conditions. The damage caused by bridge cracks is huge, so it is necessary to regularly and comprehensively inspect the bridge surface and interior Whether cracks appear, eliminate safety hazards in time, and ensure the safety of pedestrians. Therefore, it is necessary to provide a device that can independently identify whether there are cracks in the bridge and determine the cause. [0003] At present, the detection and identification of bridge cracks in engineering are mostly carried out through human judgment and instrument detection. Many bridge crack identification devices still have s...

AI Technical Summary

Problems solved by technology

[0003] At present, the detection and identification of bridge cracks in engineering are mostly carried out through human judgment and instrument detection. Many bridge crack identification devices still have some shortcomings, such as the device itself is easy to damage, there is no alarm function, and it cannot be timely. Whether the operation of the reaction device is normal, and then the device cannot be repaired at the first time, resulting in inaccurate data, insufficient accuracy of crack identification, inconvenient movement and portability of the device, poor stability, slow information and data processing, complex structure, and difficult operation. troublesome and overpriced

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