Novel die-compounding and distributing system and method for producing concrete pile

Abstract

The invention provides a novel die-compounding and distributing system for producing a concrete pile, comprising a concrete pump, wherein the concrete pump is connected to a horizontal feed pipe through a connecting tube, a moving pulley for supporting is arranged at the lower part of the feed pipe, the feed pipe is inserted to the inside of a steel die of the concrete pile, the end part of the feed pipe is provided with a slipper capable of slipping on a prestressed tendon in the steel die, and the concrete pump, the moving pulley and the steel die are arranged on the same horizontal rail. The novel die-compounding and distributing system and method for producing the concrete pile have the advantages of solving the problem of the traditional production process of a distributing line, putting an end to high intensity work, and greatly saving labor force; and because the processes of firstly compounding a die and then distributing are adopted, the problem of leakage at a joint is solved, the frequency of changing auxiliary materials is reduced, and the sanitary condition is greatly improved.

Description

technical field [0001] The present invention is mainly applied to the material distribution process of concrete production series, and furthermore, relates to a new mold-closing material distribution system and method for concrete pile production. The system and method can distribute materials more evenly and greatly save the time of this process. Background technique [0002] At present, the production of hollow square piles and hollow pipe piles generally adopts the feeding method of the cloth trolley, which has the following disadvantages: low degree of automation on the cloth line, low production efficiency, many manual operations, and high production costs; uneven cloth, affecting product quality; Concrete material is easy to spill on the parting surface. If the manual cleaning is not clean, there will be slurry leakage and improper mold closing, resulting in unstable product quality. Contents of the invention [0003] The technical problem to be solved by the present...

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Problems solved by technology

[0002] At present, the production of hollow square piles and hollow pipe piles generally adopts the feeding method of the cloth trolley, which has the following disadvantages: low degree of automation on the cloth line, low production efficiency, many manual operations, and high production costs; uneven cloth, affecting product quality; The concrete material is easy to spill on the parting surface. If the manual cleaning is not clean, there will be slurry leakage and improper mold closing, resulting in unstable product quality.

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