Gypsum concrete dusting pavement intelligent restoring construction integrated machine

Abstract

The invention relates to a gypsum concrete dusting pavement intelligent restoring construction integrated machine. The gypsum concrete dusting pavement intelligent restoring construction integrated machine comprises a moving device; a cleaning device is mounted at the front end of the moving device; a spreading and rolling device is mounted at the right end of the moving device; the moving devicecomprises a mobile bottom plate; two moving auxiliary mechanisms are mounted at the lower end of the mobile bottom plate; the two moving auxiliary mechanisms are symmetrically positioned on the frontand rear sides of the mobile bottom plate; and a scribing mechanism is mounted at the lower end of the mobile bottom plate. According to the gypsum concrete dusting pavement intelligent restoring construction integrated machine, problems that man power is needed to move the machine on the pavement by means of the existing moving equipment, the dusting concrete pavement needs to be manually cleanedand wetted, the dust is more by manually cleaning the dusting concrete pavement, the environment is polluted, the physical health is affected and protective cloth needs to be manually laid during repairing the concrete pavement can be solved; and a function of intelligent and mechanical restoring construction of the concrete dusting pavement can be realized.

Description

technical field [0001] The invention relates to the technical field of road construction equipment, in particular to an intelligent restoration and construction integrated machine for gypsum concrete sandy road surface. Background technique [0002] Concrete pavement forms different types of concrete pavement according to the type of concrete. Common concrete pavements include cement concrete pavement, Portland concrete pavement, gypsum concrete pavement, asphalt concrete pavement, magnesium cement concrete pavement, polymer cement concrete pavement, Resin concrete pavement, polymer impregnated concrete pavement and fiber concrete pavement, etc. If the surface of the concrete base is weak and driven by external forces, the weak part will fall off the base, resulting in the loss of the composition of the concrete and the loss of luster of the surface. The concrete pavement needs to be repaired in time. When repairing the sandy concrete pavement, the markings on the pavement ...

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Problems solved by technology

[0003] In order to solve the above problems, the present invention provides an all-in-one machine for intelligent restoration and construction of gypsum concrete sand-emission road surface, which can solve the existing problems in the restoration construction process of existing concrete roads that need to be manually moved on the road with the help of existing mobile equipment, which requires manual labor. To choose the corresponding mobile equipment according to different roads, it is necessary to manually repair the worn markings on the road. The manual repair of the markings is cumbersome. It is necessary to choose different processes according to the markings of different colors. It is necessary to manually clean and wet the concrete road with sand. Manual cleaning of sandy concrete pavement is very dusty, pollutes the environment, and affects human health. Artificial wetting of the pavement cannot be automatically adjusted according to the situation, wasting resources. Repairing the concrete pavement requires manual covering of protective cloth, which takes a long time and takes a long time. After solidification, it is necessary to manually recycle the protective cloth. Manual recycling of the protective cloth is labor-intensive and other problems. It can realize the function of intelligent mechanical restoration construction of the concrete sandy road surface, without manual operation, without affecting human health, and without polluting the environment. It has the advantages of simple operation, resource saving, low labor intensity, short time consumption and high work efficiency.

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