Intelligent concrete vibrating equipment

Abstract

The invention relates to intelligent concrete vibrating equipment. The intelligent concrete vibrating equipment comprises an equipment supporting frame, a reel mechanism, a lifting driving mechanism, an anti-off-line mechanism, a coding mechanism and a control box, wherein the reel mechanism, the lifting driving mechanism, the anti-off-line mechanism, the coding mechanism and the control box are installed on the equipment supporting frame. The intelligent concrete vibrating equipment further comprises a dragging cable and a vibrating rod. One end of the dragging cable is wound on the reel mechanism, and the other end of the dragging cable penetrates through the anti-off-line mechanism and the coding mechanism and then is connected with the vibrating rod. The lifting driving mechanism drives the reel mechanism to rotate so as to take up and pay off the dragging cable. The anti-off-line mechanism is used for monitoring an off-line signal of the dragging cable. The coding mechanism is used for recording the take-up and pay-off distance of the dragging cable in real time. A controller is arranged in the control box. The lifting driving mechanism, the anti-off-line mechanism, the coding mechanism and the vibrating rod are connected with the controller. The controller collects feedback information of the anti-off-line mechanism and the coding mechanism to determine the state of the equipment and controls the lifting driving mechanism and the vibrating rod, and intelligent vibrating operation is achieved. According to the intelligent concrete vibrating equipment, intelligent vibrating operation is achieved, and the standardized operation degree of the concrete vibrating equipment is increased.

Description

technical field [0001] The invention relates to the technical field of concrete construction equipment, in particular to a vibrating equipment for building construction and the like that pays attention to the quality of concrete pouring, and is applied to concrete vibrating operations. Background technique [0002] Concrete vibration is a key process to ensure the quality of concrete pouring. Most of the current concrete construction uses manual vibration. The vibration time and the speed of vibration insertion and removal during the manual vibration process determine the vibration quality of concrete. The quality of vibration is completely determined by the workers, and problems such as over-vibration and under-vibration are prone to occur, which leads to defects in the quality of concrete pouring. There are also some independent detection schemes, which use various methods to monitor the manual vibration time to correct the bad habits of the operators, but it is still impo...

AI Technical Summary

Problems solved by technology

The quality of vibration is completely determined by the workers, and it is prone to problems such as over-vibration and under-vibration, which will lead to defects in the quality of concrete pouring

There are also some independent detection schemes, using various methods to monitor the manual vibration time to correct the bad habits of the operators, but it is still impossible to control the vibration process in real time

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