Reinforced concrete bridge cantilever bridge wet joint building and pouring intelligent machine

Abstract

The invention relates to a reinforced concrete bridge cantilever bridge wet joint building and pouring intelligent machine. The reinforced concrete bridge cantilever bridge wet joint building and pouring intelligent machine comprises a base plate, wherein two pairs of movable regulating tanks are formed in the base plate, the two pairs of movable regulating tanks are symmetrically formed in the left side and the right side of the base plate, a movable regulating device is arranged in each pair of movable regulating tanks, a perfusion device is arranged at the front end of the base plate, a vibrating and compacting device is arranged at the rear end of the base plate, the perfusion device comprises a perfusion storage tank arranged on the base plate by virtue of a perfusion supporting frame, a discharging hole is formed in the lower side of the front end of the perfusion storage tank, and a perfusion regulating mechanism is arranged at the front end of the base plate. The reinforced concrete bridge cantilever bridge wet joint building and pouring intelligent machine provided by the invention can be used for solving the problems that concrete needs to be manually conveyed by virtue of existing movable equipment in an existing wet joint concrete pouring process, the poured concrete needs to be vibrated and compacted manually by virtue of existing vibrating equipment, a reinforcement cage needs to be avoided in a wet joint concrete pouring and vibrating process and the concrete can not be comprehensively vibrated by virtue of manpower.

Description

technical field [0001] The invention relates to the technical field of bridge construction, in particular to an intelligent machine for constructing wet joints of reinforced concrete bridge cantilever bridges. Background technique [0002] Wet joints refer to the joints where prestressed concrete beams are prefabricated in blocks, cantilevered into large-span continuous beams, and cast-in-place concrete is used between the beams to connect the beams into a whole. In the process of wet joint construction, it is necessary to chisel the position of the joint, and weld the reinforcement cage to the position of the joint, so as to improve the construction quality of the wet joint, and then carry out the concrete pouring operation, which is an important part of the wet joint construction. In the process of pouring wet joint concrete, the large concrete conveying equipment cannot work normally in a special working environment, and it is necessary to manually transport concrete with...

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Problems solved by technology

[0003] In order to solve the above problems, the present invention provides an intelligent machine for constructing and pouring wet joints of reinforced concrete bridge cantilever bridges, which can solve the special working environment existing in the process of concrete pouring for wet joints. Concrete is conveyed with the help of existing mobile equipment. In the process of concrete transportation, it is necessary to manually select suitable equipment according to the width of the joint. Manually conveying and pouring concrete is unstable, and it is easy to cause concrete to splash to a position other than the joint. Manually conveying concrete cannot guarantee the quality of the concrete The uniformity of pouring requires manual vibration and compaction of the poured concrete with the help of existing vibration equipment. During the vibration of wet joint concrete pouring, the reinforcement cage needs to be avoided. The operation is complicated, and the concrete cannot be fully vibrated manually, which cannot ensure The compactness of concrete, the phenomenon of holes in concrete, affecting the quality of the project, and the existence of safety hazards and other problems, can realize the function of automatic pouring of wet joint concrete, without manual vibration of concrete, there is no potential safety hazard, and the uniformity of concrete pouring can be ensured , and has the advantages of simple operation, stable work, resource saving, low labor intensity and high work efficiency

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