A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Material shed for overall environment-friendly closing of stock yard
The invention relates to the technical field of environment-friendly totally-closed treatment of bulk cargo storage yards (including coal, ore, lime and the like), in particular to a material shed foroverall environment-friendly closing of a stock yard. The material shed main structure comprises arch trusses, material blocking walls and wall columns, wherein the multi-span arched trusses are sequentially connected to form a continuous-span arched structure, and the joints of at least part of adjacent arched trusses are supported by the material blocking walls and the wall columns. According to the material shed, the overall closed material shed can be effectively supported through the material blocking walls and the wall columns, under the condition that the size required by operation ofa stacker is met, semi-C-shaped material yards are arranged on one sides of the material blocking walls, namely, the material blocking walls can support the wall columns and can further serve as supporting walls of the material yards, the field utilization rate is increased, the material storage amount is increased, the problem of conventional structure arrangement limitation that the whole storage area needs to be sacrificed to serve as a shed column support area in an existing stock ground is solved, the construction land is saved, then the construction cost is effectively reduced, meanwhile, other process equipment is reserved, adjustment is not needed, production is not affected, and the comprehensive benefits are remarkable.
本发明涉及散料堆场(包括煤、矿石、石灰等)环保全封闭治理技术领域，尤其是涉及一种对料场进行整体环保封闭的料棚。料棚主结构包括拱形桁架、挡料壁和壁柱；多跨拱形桁架之间依次连接形成连跨拱形结构；至少部分相邻拱形桁架连接处通过挡料壁和壁柱支撑。通过挡料壁和壁柱能够对整体封闭料棚提供有效的支撑，在满足堆料机作业需求的尺寸下，挡料壁一侧设置半C型料场，即挡料壁即能支撑壁柱也能作为料场的支撑壁，提高了场地的利用率，增加了储料量，解决了现有料场“需要以牺牲整条储料区作为棚体柱支座区域的常规结构布置局限”的问题，节约建设用地，继而有效降低建设成本，同时保留其他工艺设备不需要调整，不影响生产，综合效益显著。
Material shed for overall environment-friendly closing of stock yard
The invention relates to the technical field of environment-friendly totally-closed treatment of bulk cargo storage yards (including coal, ore, lime and the like), in particular to a material shed foroverall environment-friendly closing of a stock yard. The material shed main structure comprises arch trusses, material blocking walls and wall columns, wherein the multi-span arched trusses are sequentially connected to form a continuous-span arched structure, and the joints of at least part of adjacent arched trusses are supported by the material blocking walls and the wall columns. According to the material shed, the overall closed material shed can be effectively supported through the material blocking walls and the wall columns, under the condition that the size required by operation ofa stacker is met, semi-C-shaped material yards are arranged on one sides of the material blocking walls, namely, the material blocking walls can support the wall columns and can further serve as supporting walls of the material yards, the field utilization rate is increased, the material storage amount is increased, the problem of conventional structure arrangement limitation that the whole storage area needs to be sacrificed to serve as a shed column support area in an existing stock ground is solved, the construction land is saved, then the construction cost is effectively reduced, meanwhile, other process equipment is reserved, adjustment is not needed, production is not affected, and the comprehensive benefits are remarkable.
本发明涉及散料堆场(包括煤、矿石、石灰等)环保全封闭治理技术领域，尤其是涉及一种对料场进行整体环保封闭的料棚。料棚主结构包括拱形桁架、挡料壁和壁柱；多跨拱形桁架之间依次连接形成连跨拱形结构；至少部分相邻拱形桁架连接处通过挡料壁和壁柱支撑。通过挡料壁和壁柱能够对整体封闭料棚提供有效的支撑，在满足堆料机作业需求的尺寸下，挡料壁一侧设置半C型料场，即挡料壁即能支撑壁柱也能作为料场的支撑壁，提高了场地的利用率，增加了储料量，解决了现有料场“需要以牺牲整条储料区作为棚体柱支座区域的常规结构布置局限”的问题，节约建设用地，继而有效降低建设成本，同时保留其他工艺设备不需要调整，不影响生产，综合效益显著。
Material shed for overall environment-friendly closing of stock yard
一种对料场进行整体环保封闭的料棚
LYU DONGYANG (author) / ZHAO GUOQING (author) / ZHANG GUOPING (author) / QIAO ZHIKUN (author) / LIU QIHAO (author) / LIU JILIANG (author) / JING CHANG (author) / MA XIAOWEI (author) / LI GANG (author)
2021-03-16
Patent
Electronic Resource
Chinese