Heat-dissipation type bridge pavement cleaning device

Abstract

A heat-dissipation type bridge pavement cleaning device comprises collecting plate devices (8), traveling devices (9) and a driving device, wherein the collecting plate devices (8) are installed on two sides of a bridge pavement correspondingly, extend in the longitudinal direction of the bridge pavement (6) and are used for collecting rubble (89) on the bridge pavement (6); the traveling devices (9) are used for being matched with the collecting plate devices (8) to push and clean up the rubble (89); and the driving device is used for driving the traveling devices (9) to longitudinally move along the upper side surfaces of the collecting plate devices (8). The collecting plate devices (8) comprise traveling guide strips (87) with the inner sides fixed to and matched with a bridge pavement base body, and the traveling guide strips (87) are matched with the inner side end surfaces of the traveling devices (9) to guide the traveling direction of the traveling devices. The collecting plate devices (8) further comprise containing grooves (82) which are located in the outer sides and used for containing the collected rubble (89).

Description

technical field [0001] The invention relates to the field of bridge maintenance, in particular to a cooling type bridge road surface cleaning device. Background technique [0002] In the daily maintenance of bridges, it is usually necessary to consider the impact of gravel and other sundries generated during driving on the safety of bridge use. During the formation process, the gravel on the bridge pavement is easy to accumulate on the road shoulders on both sides of the bridge pavement. Long-term accumulation is likely to cause embedding in the expansion joints of the bridge and other structural gaps, and it is easy to scatter to the driving road surface, causing damage to the bridge body . [0003] Some existing cleaning devices often adopt the mode of centralized cleaning. However, due to the different particle sizes of debris such as gravel, small particles of sand are easily sandwiched between the cleaning device and the road surface to form friction particles, which ...

AI Technical Summary

Problems solved by technology

However, due to the different particle sizes of debris such as gravel, small particles of sand and gravel are easily sandwiched between the cleaning device and the road surface to form friction particles, which can easily cause damage to the bridge surface and the cleaning device itself

However, setting some special sinking tanks will easily be filled with various debris during the long-term exposure process, thus losing the dust collection function in the cleaning process.

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