Vertical type automatic feeding machine

Abstract

The invention relates to a vertical type automatic feeding machine. The feeding machine comprises a cart travelling mechanism and a hopper component, wherein the cart travelling mechanism comprises a portal crane, a ground track, and a fixed track which is butted with the portal crane and located at the upper part of a stirring frame; and the hopper component is arranged on two beams of the portal crane, and comprises a hopper and a travelling device for enabling the hopper to move on the two beams. According to the vertical type automatic feeding machine disclosed by the invention, four points of the hopper are fixed on the two beams, so that the stability is high; an independent track is adopted, so that the operation of the crane is not interfered, and the utilization ratio of unit space is improved; and a fixed track frame is arranged under a stirring station, and when a cart travels to a designated position, the body of the hopper leaves the cart and automatically travels to the fixed track frame, thus achieving the purpose of freely receiving materials under the stirring station, preventing the hopper from frequently transferring, and lowering the labor intensity of workers.

Description

technical field [0001] The invention relates to a vertical automatic feeder, which is applied to the feeding of large-diameter prestressed steel cylinder concrete pipes and reinforced concrete cement pipes. Background technique [0002] At present, the prestressed steel cylinder concrete pipes and large-diameter reinforced concrete produced by the vibration process are generally fed by the hopper method, which is frequently used for driving, which interferes with the assembly and disassembly of the formwork and the placement of the steel cylinder, which seriously affects the driving efficiency. The material is loaded from the hopper to the mixing station, transferred to the hoisting area of ​​the crane, and transported to the center of the mold by the crane. The unloading of the top mold using the top opening device is all manual operation. The labor intensity of the workers is high, and the speed cannot be controlled, resulting in concrete material waste. Because the verti...

AI Technical Summary

Problems solved by technology

[0002] At present, the prestressed steel cylinder concrete pipes and large-diameter reinforced concrete produced by the vibration process are generally fed by the hopper method, which is frequently used for driving, which interferes with the assembly and disassembly of the formwork and the placement of the steel cylinder, which seriously affects the driving efficiency.

The material is loaded from the hopper to the mixing station, transferred to the hoisting area of ​​the crane, and transported to the center of the mold by the crane. The unloading of the top mold using the top opening device is all manual operation. The labor intensity of the workers is high, and the speed cannot be controlled, resulting in concrete material waste of

Because the vertical distance between the discharge position of the hopper and the bottom is nearly 7 meters, and there is no operating space at the position of the lifting hook of the crane, that is, the hopper, the workers stand on the mold ladder or the forming pit platform to direct the high-altitude personnel to work on the truck, which is low in safety and prone to accidents. security incident

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