A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Embedded rail transit transportation system applied to mine
The invention discloses an embedded rail transit transportation system applied to a mine. The embedded rail transit transportation system structurally comprises an embedded track, a traction wheel connecting frame, a prestressed concrete slab, an adjusting layer, a carrier fixing structure and a traction wheel main body, and the adjusting layer is horizontally mounted on the ground; the prestressed concrete slab is located above the adjusting layer, and the bottom surface is attached to the upper surface of the adjusting layer; embedded rails are embedded into the left end and the right end inthe prestressed concrete slab; the embedded rail transit transportation system is combined with a deviation rectification supporting device through a dustproof rail plate. In the transportation process, the non-contact track surface of a traction wheel is in a closed state, the baffles are inclined, the coal mine falling down through vibration slides down along the inclined face, the situation that the coal mine falls into a groove hole in the middle of the rails and wheels are clamped when moving in the rail is avoided, when a transport vehicle passes through a bend, supporting is formed onthe inner side close to the bend, stable operation of the transport vehicle is guaranteed, and the coal mine transport quality is improved.
本发明公开了一种应用于矿井的内嵌式轨道交通运输系统，其结构包括嵌入式轨道、牵引轮连接架、预应力混凝土板、调整层、载具固定结构、牵引轮主体，调整层水平安装于地面上，预应力混凝土板位于调整层上方且底面与调整层上表面贴合，嵌入式轨道嵌套于预应力混凝土板内左右两端，内嵌式轨道交通运输系统通过防尘轨道板与纠偏支撑装置相结合，在运输过程中，牵引轮未接触的轨道表面处于封闭状态，且挡板呈倾斜状，因此震动落下的煤矿沿着斜面滑落，避免煤矿落到轨道中间的槽孔并造成车轮在轨道中移动时卡住的情况，且在运输车经过弯道时，在靠近弯道内侧形成支撑，保证运输车平稳运行，提升煤矿运输质量。
Embedded rail transit transportation system applied to mine
The invention discloses an embedded rail transit transportation system applied to a mine. The embedded rail transit transportation system structurally comprises an embedded track, a traction wheel connecting frame, a prestressed concrete slab, an adjusting layer, a carrier fixing structure and a traction wheel main body, and the adjusting layer is horizontally mounted on the ground; the prestressed concrete slab is located above the adjusting layer, and the bottom surface is attached to the upper surface of the adjusting layer; embedded rails are embedded into the left end and the right end inthe prestressed concrete slab; the embedded rail transit transportation system is combined with a deviation rectification supporting device through a dustproof rail plate. In the transportation process, the non-contact track surface of a traction wheel is in a closed state, the baffles are inclined, the coal mine falling down through vibration slides down along the inclined face, the situation that the coal mine falls into a groove hole in the middle of the rails and wheels are clamped when moving in the rail is avoided, when a transport vehicle passes through a bend, supporting is formed onthe inner side close to the bend, stable operation of the transport vehicle is guaranteed, and the coal mine transport quality is improved.
本发明公开了一种应用于矿井的内嵌式轨道交通运输系统，其结构包括嵌入式轨道、牵引轮连接架、预应力混凝土板、调整层、载具固定结构、牵引轮主体，调整层水平安装于地面上，预应力混凝土板位于调整层上方且底面与调整层上表面贴合，嵌入式轨道嵌套于预应力混凝土板内左右两端，内嵌式轨道交通运输系统通过防尘轨道板与纠偏支撑装置相结合，在运输过程中，牵引轮未接触的轨道表面处于封闭状态，且挡板呈倾斜状，因此震动落下的煤矿沿着斜面滑落，避免煤矿落到轨道中间的槽孔并造成车轮在轨道中移动时卡住的情况，且在运输车经过弯道时，在靠近弯道内侧形成支撑，保证运输车平稳运行，提升煤矿运输质量。
Embedded rail transit transportation system applied to mine
一种应用于矿井的内嵌式轨道交通运输系统
SONG HONGLONG (author)
2020-05-19
Patent
Electronic Resource
Chinese
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