Improved automatic bridge cleaning and maintenance device

Abstract

The invention provides an improved automatic bridge cleaning and maintenance device. A bridge includes a horizontal girder (4) with a horizontally extending guiding rib (2), and a secondary girder (41) supporting the horizontal girder (4); the automatic cleaning and maintenance device includes a support frame (99), a water supply pipe (61) supported by the support frame (99) and near to the horizontal girder (4), and a nozzle (62) communicated with the water supply pipe (61) and aligned to the part required to be cleaned of the bridge, so as to clean the part by spraying water; a plurality of guiding bulges extending along the guiding rib (2) are arranged on the upper surface and the lower surface of the guiding rib (2) respectively.

Description

technical field [0001] The application relates to the field of bridges, in particular to an improved automatic cleaning and maintenance device for bridges. Background technique [0002] Bridges often have various truss girder structures. Due to the complex structure of the overall connection parts of this structure, dust and other dirt are easy to accumulate at the local connection positions. This is likely to have adverse effects such as corrosion on the connection parts of the beam structure, thereby causing potential risks to the overall safety and stability of the bridge structure. [0003] However, some existing cleaning and maintenance devices often need to be manually carried out, which causes the danger of the operation and the increase of the maintenance cost. However, some mechanical devices that can automatically realize cleaning and maintenance are complex in structure and high in cost. Contents of the invention [0004] The object of the present invention is...

AI Technical Summary

Problems solved by technology

[0002] Bridges often have various truss beam structures. Due to the complex structure of the overall connection parts of this structure, dust and other dirt are easy to accumulate at the local connection positions.

This is likely to have adverse effects such as corrosion on the connection parts of the beam structure, thereby causing potential risks to the overall safety and stability of the bridge structure

[0003] However, some existing cleaning and maintenance devices often need to be carried out manually, which causes the danger of the operation and the increase of the maintenance cost.

However, some mechanical devices that can automatically realize cleaning and maintenance are complex in structure and high in cost.

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