Bulk grain multi-storied warehouse with hollow pillars

Abstract

The invention provides a multi-storied warehouse for storing bulk grain, which comprises a warehouse bottom, a warehouse wall, an inter-story warehouse bottom board, a warehouse top board, beams, pillars, vertical delivery equipment, multipoint discharge delivery equipment, a warehousing allocation elephant trunk and a discharge elephant trunk, wherein the pillars have hollow structures and serve as channels for warehousing the grain. Therefore, the vertical delivery equipment is arranged on the end part of the multi-storied warehouse and is used for vertically lifting the grain and delivering the grain to the warehouse top; the multipoint discharge delivery equipment is fixed on the top of the warehouse and is connected with one end of the warehousing allocation elephant trunk; the other end of the warehousing allocation elephant trunk is connected with the upper part of each of the hollow pillars; the grain is warehoused through the hollow pillars; the discharge elephant trunk is arranged at the inter-story warehouse bottom board and is inserted through the warehouse wall; most of the grain can automatically flow out of the warehouse, and the rest is delivered out of the warehouse by using a pneumatic grain elevator combining with a gravitational flow channel. The hollow pillars are adopted to realize warehousing the grain, and the structure and the grain warehousing process are organically combined, so the construction speed can be greatly accelerated, and simultaneously not only the structure self weight and the structure project cost are reduced, but also the cost of grain warehousing process equipment can be saved .

Description

technical field [0001] The invention relates to a hollow column bulk grain building storehouse. Background technique [0002] As a grain storage structure with small footprint, sufficient space utilization and reasonable economic benefits, building warehouses have great advantages and development prospects in large cities with dense population and shortage of land resources. However, how to realize automatic grain entry and exit has always been the difficulty of this type of warehouse. As a result, the current building warehouse is designed according to the storage and packaging of grain. The grain packages are transported to the warehouse by a freight elevator and stacked manually or by a palletizer, which is inefficient. , is not conducive to scattered operations. There is an urgent need to develop a bulk grain building warehouse that can realize automatic grain feeding and grain output. Contents of the invention [0003] The object of the present invention is to provi...

AI Technical Summary

Problems solved by technology

However, how to realize automatic grain entry and exit has always been the difficulty of this type of warehouse. As a result, the current building warehouse is designed according to the storage and packaging of grain. The grain packages are transported to the warehouse by a freight elevator and stacked manually or by a palletizer, which is inefficient. , not conducive to scattered work

Images