Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Waste coal mine main shaft protection and transformation method
The invention discloses a waste coal mine main shaft protection and transformation method, and belongs to the field of safety facilities. The waste coal mine main shaft protection and transformation method is designed for protecting and visiting waste coal mine main shaft facilities. A waste coal mine main shaft protection device is composed of an upper ring beam, a lower ring beam, stiffening beams, stand columns, an elevator shaft, a cross beam, a transparent cover and floor ground; the two ends of the stand columns are fixedly connected with the upper ring beam and the lower ring beam correspondingly, and the stand columns are evenly distributed between equal division points of the upper ring beam and the lower ring beam in parallel; the stiffening beams are evenly distributed along column bodies of the stand columns at equal intervals in parallel and are fixedly connected with the column bodies of the stand columns, and the transparent cover is arranged outside the stand columns; and the upper ring beam, the lower ring beam and the elevator shaft are connected into a whole through the two ends of the cross beam correspondingly, and the floor ground is arranged on the cross beambetween the lower ring beam and the elevator shaft. The waste coal mine main shaft protection and transformation method has the beneficial effects that potential safety hazards occurring in a waste coal mine main shaft can be found in time, visitors are prevented from damaging the waste coal mine main shaft, and the safety of related personnel can also be protected.
废旧煤矿主井保护改造方法是为保护参观游览废旧煤矿主井设施而设计的，属于安全设施领域；废旧煤矿主井保护装置由上环梁、下环梁、加劲粱、立柱、电梯井、横梁、透明罩和楼层地面组成的；立柱的两端分别与上环梁、下环梁固结，在上环梁、下环梁的等分点之间平行均匀分布，加劲粱沿立柱的柱身等分平行均匀分布且固结；透明罩设置在立柱的外边；横梁的两端分别将上环梁、下环梁与电梯井连接成整体；楼层地面安装在下环梁与电梯井之间的横梁上；本发明的有益效果是能及时发现废旧煤矿主井出现的安全隐患，防止参观人员对废旧煤矿主井造成损害，也能保护相关人员的安全。
Waste coal mine main shaft protection and transformation method
The invention discloses a waste coal mine main shaft protection and transformation method, and belongs to the field of safety facilities. The waste coal mine main shaft protection and transformation method is designed for protecting and visiting waste coal mine main shaft facilities. A waste coal mine main shaft protection device is composed of an upper ring beam, a lower ring beam, stiffening beams, stand columns, an elevator shaft, a cross beam, a transparent cover and floor ground; the two ends of the stand columns are fixedly connected with the upper ring beam and the lower ring beam correspondingly, and the stand columns are evenly distributed between equal division points of the upper ring beam and the lower ring beam in parallel; the stiffening beams are evenly distributed along column bodies of the stand columns at equal intervals in parallel and are fixedly connected with the column bodies of the stand columns, and the transparent cover is arranged outside the stand columns; and the upper ring beam, the lower ring beam and the elevator shaft are connected into a whole through the two ends of the cross beam correspondingly, and the floor ground is arranged on the cross beambetween the lower ring beam and the elevator shaft. The waste coal mine main shaft protection and transformation method has the beneficial effects that potential safety hazards occurring in a waste coal mine main shaft can be found in time, visitors are prevented from damaging the waste coal mine main shaft, and the safety of related personnel can also be protected.
废旧煤矿主井保护改造方法是为保护参观游览废旧煤矿主井设施而设计的，属于安全设施领域；废旧煤矿主井保护装置由上环梁、下环梁、加劲粱、立柱、电梯井、横梁、透明罩和楼层地面组成的；立柱的两端分别与上环梁、下环梁固结，在上环梁、下环梁的等分点之间平行均匀分布，加劲粱沿立柱的柱身等分平行均匀分布且固结；透明罩设置在立柱的外边；横梁的两端分别将上环梁、下环梁与电梯井连接成整体；楼层地面安装在下环梁与电梯井之间的横梁上；本发明的有益效果是能及时发现废旧煤矿主井出现的安全隐患，防止参观人员对废旧煤矿主井造成损害，也能保护相关人员的安全。
Waste coal mine main shaft protection and transformation method
废旧煤矿主井保护改造方法
SONG GONGYE (Autor:in) / LIU MENG (Autor:in) / WANG QING (Autor:in) / SUN ZHILEI (Autor:in) / SU CHANGQIN (Autor:in) / YANG JINQIANG (Autor:in)
08.01.2021
Patent
Elektronische Ressource
Chinesisch
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