Concrete segment vibrating finishing machine

Abstract

The invention relates to a concrete segment vibrating finishing machine. The concrete segment vibrating finishing machine is composed of three parts including a walking part, a vibrating finishing part and a control system, wherein the walking part comprises a frame (1), an arc-shaped beam (2), an inner gear ring (3), a connecting beam (4) and a walking trolley, and the vibrating finishing part comprises a vibrating ruler (10), a vibrating motor (9), a transitional frame (11), a standard cylinder (6), a guide post (8) and a guide sleeve (7); the arc-shaped beam (2) of the walking part is fixedto the frame (1) fixed by the connecting beam (4), the inner gear ring (3) is fixed to the inner side of the arc-shaped beam (2) and forms a gear pair together with a pinion (17) which is installed on the walking trolley and is driven by a gear motor (5), and the inner gear ring (3), the arc-shaped beam (2) and the arc center of a concrete segment (13) are concurrent; the vibrating motor (9) of the vibrating finishing part is fixedly installed on the transitional frame (11) connected with the telescopic guide post (8), and the vibrating ruler (10) is fixed to a mounting base of the vibratingmotor (9); and the transitional frame (11) can be driven to do a linear motion along the guide sleeve (7) by the standard cylinder (6), and the guide sleeve (7) is installed on the walking trolley. The concrete segment vibrating finishing machine of the structure has the advantages of reliability in operation, convenience in operation, high efficiency and easiness in manufacturing.

Description

technical field [0001] The invention relates to automatic smoothing of concrete segments through vibration, that is to say, a new structure for automatic vibrating plastering of concrete segments is provided. Background technique [0002] Concrete segment pouring and vibration are carried out by professional concrete workers. Pneumatic vibration is used to shape the concrete. The concrete is poured from the middle of the formwork. Through the pneumatic vibration and the fluidity of the concrete, the concrete is filled with the entire model. The vibration time depends on the concrete surface to stop sinking. It is advisable when the drop or sinking is not obvious, the foaming on the concrete surface no longer occurs obviously, and the corners of the concrete mold are filled with mortar on the surface. . After all the vibration molding is completed, the concrete in the middle of the upper part should be smoothed, and the radian of the outer ring surface should be trimmed. At ...

AI Technical Summary

Problems solved by technology

After all vibration molding is completed, the concrete in the middle of the upper part should be smoothed, and the radian of the outer ring surface should be trimmed. At present, it is often done manually, which is labor-intensive and low-efficiency.

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