A track for cranes running vertically and horizontally and interlacedly for hoisting components

Abstract

The invention discloses tracks for lifting parts in a staggered manner by longitudinally and horizontally traveling for a crane. The tracks comprises two longitudinal tracks and two first horizontal tracks, wherein the two longitudinal tracks are used for the traveling of a third crane; the two first horizontal tracks are used for the traveling of a first crane; the first horizontal tracks are lower than the longitudinal tracks, and the first horizontal tracks extend to be inserted into a region positioned between the two longitudinal tracks which are adjacent to the first horizontal tracks so that a part lifted by the first crane is placed in a longitudinal track region, and the third crane lifts the part and travels in the longitudinal track region for neatening and machining. According to the invention, the crane travels along the horizontal tracks and places the part below the longitudinal tracks, then the crane positioned on the longitudinal tracks lifts the part for the neatening and the processing in the longitudinal track region, so that the transportation and transferring of the part in adjacent regions is realized, the transportation time of the part is saved, and transportation equipment for the part is omitted. The tracks disclosed by the invention are low in cost, reduce the labor intensity, enhance the production efficiency and lay the technical foundation for an enterprise on realizing normalized, automated and integrated management.

Description

technical field [0001] The invention relates to a track for a crane, in particular to a track for a crane traveling vertically and horizontally and staggered for hoisting parts, which can conveniently and quickly transport workpieces between steel bar processing and distribution workshops. Background technique [0002] With the in-depth development of economic construction, in the enterprise, the processing of semi-finished steel parts needs to go through multiple workshops and multiple processes to complete the processing. Since the layout of the workshop is usually divided according to the processing technology or processing equipment, the workshops are separated. Therefore The transfer and transportation of semi-finished steel parts must rely on lifting equipment and transport vehicles. For the processing of large quantities of steel products, the current existing technology has the defects of many auxiliary transportation equipment, high transportation costs, high labor i...

AI Technical Summary

Problems solved by technology

[0002] With the in-depth development of economic construction, in the enterprise, the processing of semi-finished steel parts needs to go through multiple workshops and multiple processes to complete the processing. Since the layout of the workshop is usually divided according to the processing technology or processing equipment, the workshops are separated. Therefore The transfer and transportation of semi-finished steel parts must rely on lifting equipment and transportation vehicles. For the processing of large quantities of steel products, the current existing technology has the defects of many auxiliary transportation equipment, high transportation costs, high labor intensity and low efficiency.

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