Arrangement structure of stacker device

Abstract

The invention provides an arrangement structure of a stacker device. The arrangement structure of the stacker device comprises stacking devices, fetching devices, stacking device traveling tracks, fetching device traveling tracks, material input conveyors, material output conveyors, a bedding plant and a closed material storage shed, wherein the stacking devices and the material input conveyors are located on the inner sides of the fetching devices; the fetching devices are across the stacking devices and the material input conveyors. The stacking devices and the material input conveyors penetrate through the internal space of the fetching devices, and the arrangement mode that machine frames of the fetching devices are across the stacking devices, so that the interference problem caused when traveling platforms of the stacking devices are as high as upper traveling platforms of the fetching devices is solved. The upper walking platforms of the fetching devices do not need to be independently arranged; the traveling devices are more convenient to maintain; meanwhile, material pile volume loss caused in order to elude upper traveling platforms of fetching devices in the existing process arrangement mode is avoided, the utilization rate of the internal space of a stockyard is increased, the civil engineering quantity is reduced, economic benefits are remarkable, and great engineering application value is achieved.

Description

technical field [0001] The invention relates to the field of storage and transportation facilities for bulk materials, in particular to an arrangement structure of a stacking device. Background technique [0002] In the layout structure of the existing stacking and retrieving devices, in order to avoid the cross-interference phenomenon existing in the space of the stacking and retrieving devices, the stacking device is designed outside the reclaiming device, and the upper walking platform of the reclaiming device often needs to be set separately, resulting in a large amount of civil engineering work. Increase, the force rationality of the upper traveling platform and its supporting structure of the reclaiming device is poor, and the space of the traveling platform is narrow, and the traveling device is not easy to maintain. In addition, in order to avoid the upper walking platform of the reclaiming device during the material accumulation process, the accumulation height is l...

AI Technical Summary

Problems solved by technology

[0002] In the layout structure of the existing stacking and retrieving devices, in order to avoid the cross-interference phenomenon existing in the space of the stacking and retrieving devices, the stacking device is designed outside the reclaiming device, and the upper walking platform of the reclaiming device often needs to be set separately, resulting in a large amount of civil engineering work. Increase, the rationality of the force on the upper traveling platform and its supporting structure of the reclaiming device is poor, and the space of the traveling platform is narrow, and the traveling device is not easy to maintain

In addition, in order to avoid the upper walking platform of the reclaiming device during the material accumulation process, the accumulation height is limited, and the internal space of the material yard cannot be fully utilized

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