Bridge rope detection equipment

Abstract

The invention discloses bridge rope detection equipment. The bridge rope detection equipment comprises a plurality of fixing rings, and the fixing ring is of an annular structure. An inner ring is rotationally arranged in the fixed ring, a ring inner cavity penetrating left and right is formed in the inner ring, a plurality of cameras are arranged on the inner wall of the annular inner cavity, a gear ring is fixedly arranged on the right end surface of the inner ring, a through gear ring inner cavity is formed in the gear ring, a side driving motor is fixedly arranged in the right end surfaceof the fixed ring, a transmission gear is arranged on one side of the side driving motor in a power connection manner, the transmission gear is meshed with the gear ring, and a rope is arranged in thefixing ring. The equipment is simple in structure, by the adoption of the clamping detection device and the moving device, and the rope can be detected and shot in an all-around mode through the equipment; and meanwhile, by means of the structure of the equipment, the function of resisting severe weather is achieved while the requirement for equipment moving is met, and due to the fact that the equipment does not need to be carried to the bridge rope by people, good safety is achieved.

Description

technical field [0001] The invention relates to the technical field of logistics sorting equipment, in particular to bridge rope detection equipment. Background technique [0002] Bridge ropes often use steel rope structures to suspend the bridge deck and bridge piers. The existing bridge rope detection methods often use manual detection. This method is not only dangerous, but also has extremely low detection efficiency, which is very unfavorable for batch detection. At the same time, because the detection process will be affected by harsh conditions such as strong wind and heavy rain, it will make the equipment and personnel unable to perform efficient measurement, which will not only waste a lot of time for measurement and detection, but also reduce the safety factor of equipment and personnel. Some testing equipment monitors and shoots the rope by floating in the air, which is very unfavorable for observation and measurement in heavy wind and heavy rain, which reduces the...

AI Technical Summary

Problems solved by technology

[0002] Bridge ropes often use steel rope structures to suspend the bridge deck and bridge piers. The existing bridge rope detection methods often use manual detection. This method is not only dangerous, but also has extremely low detection efficiency, which is very unfavorable for batch detection. At the same time, because the detection process will be affected by harsh conditions such as strong wind and heavy rain, it will make the equipment and personnel unable to perform efficient measurement, which will not only waste a lot of time for measurement and detection, but also reduce the safety factor of equipment and personnel. Some testing equipment monitors and shoots the rope by suspending in the air, which is very unfavorable for observation and measurement in heavy wind and heavy rain, which reduces the continuous working ability of the equipment and is very unfavorable for large-scale testing and promotion

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