A pipe pile production feeding system

Abstract

A pipe pile production feed system is characterized in that a feed hole of a mixer at the top of a mixing station is connected with a conveyor belt, a distribution cart is disposed on a second level below the discharge hole of the mixer, two to ten distribution hoppers and the distribution cart are mounted on guide rails and can be driven to reciprocate on the guide rails by a reciprocating traction device, the distribution hoppers are disposed on a third level below the position of the distribution cart, each distribution hopper is correspondingly connected with one feed hopper on the fourth level, each feed hopper is fixedly mounted above a corresponding light rail, a flatcar driven to move through a light rail traction device is disposed on the light rails, and a limit device used for limiting a pipe pile lower mould is disposed on the flatcar. The system has the advantages that idle time of each concrete pipe pile device is shortened greatly, utilization rate of equipment is increased, and the yield of concrete pipe piles per unit time is more doubled as high as the yield of the original equipment.

Description

technical field [0001] The invention relates to a feeding system for a pipe pile production line, in particular to a pipe pile production feeding system that can realize cycle operation. Background technique [0002] Concrete pipe piles are widely used in accordance with the construction needs of cities, roads, bridges, and seaports. Concrete pipe piles are large-scale products, so the workshop area involved in the production line of concrete pipe piles is generally relatively large. However, in a pipe pile production line, each functional component is often idle for a long time after the end of the previous operation link and the next time. Therefore, it is necessary to improve the utilization rate of each equipment in the pipe pile production line, thereby improving production efficiency. reduce manufacturing cost. The setting of the feeding system at the initial stage of the production of concrete pipe piles directly affects the recycling efficiency of the pipe pile pro...

AI Technical Summary

Problems solved by technology

In the design of a production line for existing concrete pipe piles, a mixer is fixed on the mixing floor from the perspective of cost and necessity. The output of the mixer is corresponding to the lower mold of the pipe pile that needs to be fed. The mixed concrete is evenly poured into the lower mold of the pipe pile, and the lower mold of other pipe piles that is about to be fed can only be in the idle stage, so the production efficiency of concrete pipe piles in a single workshop cannot be improved

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