Bridge detection trolley

Abstract

The invention discloses a bridge detection trolley, which comprises an industrial personal computer, a frame, an ascending and descending mechanism, an operating mechanism, horizontal wheels, a data acquisition device, a pitching mechanism, a remote controller, a local area network control station and a monitoring center. The horizontal wheels for guiding are arranged at the front and rear ends below the frame and the lower end of the frame; a power machine drives the operating mechanism to realize advance and retreat on a bridge railing serving as a running track; the power machine drives the ascending and descending mechanism to realize ascending and descending; and the pitching mechanism arranged at the lower end of the ascending and descending mechanism is driven to swing up and down by the power machine. The data acquisition device arranged on the pitching mechanism realizes comprehensive examination of a bridge through the composite motion of the operating mechanism, the ascending and descending mechanism and the pitching mechanism, and stores the examination data to the industrial personal computer; and the data can be forwarded to other storage equipment or remotely transmitted to the monitoring center, so that automatic monitoring of the bridge and automatic analysis of diseases are realized. Multiple operation modes can be realized, and a line does not need to be closed in the examination operation; and the bridge detection trolley has simple structure and high work efficiency.

Description

Technical field [0001] The invention relates to a bridge detection trolley, which is particularly suitable for bridges on passenger dedicated lines. It belongs to a kind of testing machinery. Background technique [0002] At present, bridge inspection equipment is all vehicle-mounted. Inspection vehicles run on the bridge. There are basically two inspection methods. One is to extend under the bridge with a support, and then the inspector goes down to the bridge for manual inspection; One is to send inspectors under the bridge to carry out inspections by using a swing boom. Such bridge inspection equipment has the following shortcomings: First, it occupies the train running line during work, and the railway line must be closed during the inspection; second, the operation efficiency is low; third, the inspection operation requires multiple groups of personnel to work together, and the labor cost is high; It is necessary to manually go down the bridge for inspection, and human-mac...

AI Technical Summary

Problems solved by technology

Such bridge inspection equipment has the following disadvantages: one is to occupy the train running line during work, and the railway line must be closed during inspection operations; the other is that the operation efficiency is low; It is necessary to manually get off the bridge for inspection, and human-machine cooperation has great potential safety hazards; fifth, manual inspection is easy to miss

When conducting line sealing inspection on the line, due to the influence of factors such as the round-trip operation of the bridge inspection vehicle, the determination of the working position, and the presence of personnel, the effective inspection time is very small, and the operating line cannot be closed for too long. Having equipment is far from meeting the needs of bridge inspection work

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