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Straddle type monorail transit elevated station operation arrangement structure
The invention discloses a straddle type monorail transit elevated station operation arrangement structure. The structure comprises a bearing platform, a lower-layer bent cap connected with the top ofthe bearing platform through a single-column pier in a pouring mode and an upper-layer bent cap connected with the top of the lower-layer bent cap through a supporting column in a pouring mode. The invention relates to the technical field of rail transit stations. According to the straddle type monorail transit elevated station operation arrangement structure, when it rains, rainwater above the platform flows to the water collecting tank along the gutter, solid dirt is blocked after being filtered by the impurity filter screen, the filtered rainwater falls into the water collecting tank alongthe water diversion port, the water falls onto the waterproof buffer pad above the inclined baffle plate for buffering, and then the sewage is conveyed to the water diversion pipeline, is gradually buffered by the buffer blocks, is conveyed to the water collecting tank on the surface of the upper-layer bent cap, is conveyed in a multi-layer division manner and is buffered layer by layer, so that the sewage can be prevented from quickly falling down from a high place to wash the ground to cause ground damage while being quickly discharged.
本发明公开了一种跨座式单轨交通高架车站运营布置结构,包括承台、通过独柱墩与承台顶部浇筑连接的下层盖梁和通过支撑柱与下层盖梁顶部浇筑连接的上层盖梁,本发明涉及轨道交通车站技术领域。该跨座式单轨交通高架车站运营布置结构,下雨时,站台上方的雨水顺着引水槽流动到集水槽上,固体脏污经过杂质滤网的过滤被阻挡住,经过过滤的雨水顺着引水口落入集水槽内,落入到斜挡板上方的防水缓冲垫上进行缓冲,然后输送到引水管道经过缓冲块的逐步缓冲输送到上层盖梁表面的集水槽上,多层分割进行输送,一层层进行缓冲,在快速将污水排出的同时,可以防止污水从高处快速落下冲刷地面导致地面损坏的情况出现。
Straddle type monorail transit elevated station operation arrangement structure
The invention discloses a straddle type monorail transit elevated station operation arrangement structure. The structure comprises a bearing platform, a lower-layer bent cap connected with the top ofthe bearing platform through a single-column pier in a pouring mode and an upper-layer bent cap connected with the top of the lower-layer bent cap through a supporting column in a pouring mode. The invention relates to the technical field of rail transit stations. According to the straddle type monorail transit elevated station operation arrangement structure, when it rains, rainwater above the platform flows to the water collecting tank along the gutter, solid dirt is blocked after being filtered by the impurity filter screen, the filtered rainwater falls into the water collecting tank alongthe water diversion port, the water falls onto the waterproof buffer pad above the inclined baffle plate for buffering, and then the sewage is conveyed to the water diversion pipeline, is gradually buffered by the buffer blocks, is conveyed to the water collecting tank on the surface of the upper-layer bent cap, is conveyed in a multi-layer division manner and is buffered layer by layer, so that the sewage can be prevented from quickly falling down from a high place to wash the ground to cause ground damage while being quickly discharged.
本发明公开了一种跨座式单轨交通高架车站运营布置结构,包括承台、通过独柱墩与承台顶部浇筑连接的下层盖梁和通过支撑柱与下层盖梁顶部浇筑连接的上层盖梁,本发明涉及轨道交通车站技术领域。该跨座式单轨交通高架车站运营布置结构,下雨时,站台上方的雨水顺着引水槽流动到集水槽上,固体脏污经过杂质滤网的过滤被阻挡住,经过过滤的雨水顺着引水口落入集水槽内,落入到斜挡板上方的防水缓冲垫上进行缓冲,然后输送到引水管道经过缓冲块的逐步缓冲输送到上层盖梁表面的集水槽上,多层分割进行输送,一层层进行缓冲,在快速将污水排出的同时,可以防止污水从高处快速落下冲刷地面导致地面损坏的情况出现。
Straddle type monorail transit elevated station operation arrangement structure
一种跨座式单轨交通高架车站运营布置结构
LIU XIAOLONG (author) / WANG YANG (author) / MA LONGTAO (author) / ZHANG SHIJIE (author) / XIN XIAOQING (author) / SHI JING (author) / ZHANG BO (author) / CUI HAITIAN (author) / ZHAO LI (author) / FU YAFEI (author)
2020-07-07
Patent
Electronic Resource
Chinese
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