Homocentric-square-shaped electric pole production workshop

Abstract

The invention discloses a homocentric-square-shaped electric pole production workshop. The homocentric-square-shaped electric pole production workshop comprises a feeding area, a cage production area,a pouring area, a centrifugation area, a maintenance area, a demolding area and a pole outputting area. The feeding area, the cage production area, the pouring area and the centrifugation are sequentially arranged side by side. The maintenance area and the centrifugation area are arranged to be in a column. The demolding area, the pole outputting area and the maintenance area are arranged side byside. The pouring area comprises a mold storage platform and a material distribution track, wherein the material distribution track is arranged at one side of the mold storage platform. A concrete vehicle can move back and forth on the material distribution track. The edge, connected with the pouring area, of the centrifugation area is provided with a protective wall. The maintenance area comprises a steam-curing platform. A steam cabinet communicates with steam-curing holes of the steam-curing platform through steam pipes. The homocentric-square-shaped electric pole production workshop has the beneficial effects that the space can be saved by three fourths, and electric pole production efficiency is remarkably improved.

Description

technical field [0001] The invention relates to a production workshop of "hui" shaped electric poles. Background technique [0002] The existing production process layout of annular concrete poles is mainly a "one"-shaped process layout, and its disadvantages are: ① CNC straightening and cutting machine, ② Heading machine, ③ Cage making machine, ④ Concrete mixer, ⑤ Filling machine, ⑥tensioning machine, ⑦centrifuge, ⑧maintenance area, ⑨demoulding area, ⑩extrusion area are laid out in the shape of a "one" long dragon, and the layout of process equipment must be 100 meters in length. The process transfer must be hoisted by bridge or single girder crane. One crane is used within 100 meters. The longitudinal running distance of the truck is too far. A complete process of workers must walk back and forth within the range of 100 meters long and 18.5 meters wide. As long as 200 meters, it takes a long time; if two cranes are used, it will not only increase the investment in product...

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Problems solved by technology

[0002] The existing production process layout of annular concrete poles is mainly a "one"-shaped process layout, and its disadvantages are: ① CNC straightening and cutting machine, ② Heading machine, ③ Cage making machine, ④ Concrete mixer, ⑤ Filling machine, ⑥tensioning machine, ⑦centrifuge, ⑧maintenance area, ⑨demolding area, ⑩extrusion area are in the shape of a "one" long dragon layout, and the layout of process equipment must be 100 meters in length. The process transfer must be hoisted by bridge or single girder crane, and a crane is used within 100 meters. The longitudinal running distance of the truck is too far, and a complete process of workers must walk back and forth within the range of 100 meters long and 18.5 meters wide. As long as 200 meters, it takes a long time; if two cranes are used, it will not only increase the investment in production equipment, but also increase the unsafe operation of the two cranes

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