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A platform for research: civil engineering, architecture and urbanism
Underground pipe gallery monitoring waterproof structure based on building informatization
The underground pipe gallery monitoring waterproof structure comprises a pipe gallery building body, a concrete cushion layer and a pre-laid anti-adhesion type waterproof layer are sequentially arranged below the pipe gallery building body from bottom to top, and cement waterproof mortar, a self-adhesion type waterproof layer and a protective layer are sequentially arranged on the top face and the side face of the pipe gallery building body from inside to outside; a camera is installed on the top face of each pipeline cavity of the pipe gallery building body, a humidity sensor is installed on the side wall of each pipeline cavity, and a water level sensor is arranged on the bottom face of each pipeline cavity. Waterproof layers and cement waterproof mortar are arranged on the periphery of the pipe gallery building body, the waterproof performance of the pipe gallery body is guaranteed, and the possibility of water seepage in the underground pipe gallery is greatly reduced; the camera, the humidity sensor and the water level sensor are used for monitoring the interior of the pipe gallery building, the situation of water seepage in the underground pipe gallery can be found in time, the position and degree of water seepage can be rapidly determined, timely maintenance is facilitated, and safety accidents and economic losses caused by serious water seepage are greatly reduced.
本发明公开了一种基于建筑信息化地下管廊监护防水结构，包括管廊建筑体，管廊建筑体下方自下而上依次设置有混凝土垫层和预铺反粘型防水层，管廊建筑体的顶面和侧面自内而外依次设置有水泥防水灰浆、自粘型防水层和保护层；管廊建筑体的各管道腔的顶面上安装有摄像头，各管道腔的侧壁上安装有湿度传感器，各管道腔的底面上设置有水位传感器；管廊建筑体四周设置各防水层和水泥防水灰浆，保证了管廊主体的防水性能，大大减少地下管廊内部渗水的可能；利用摄像头、湿度传感器和水位传感器对管廊建筑体内部进行监视，便于及时发现地下管廊内部渗水的情况并可快速确定渗水的位置和程度，利于及时维修，大大减少严重渗水造成的安全事故和经济损失。
Underground pipe gallery monitoring waterproof structure based on building informatization
The underground pipe gallery monitoring waterproof structure comprises a pipe gallery building body, a concrete cushion layer and a pre-laid anti-adhesion type waterproof layer are sequentially arranged below the pipe gallery building body from bottom to top, and cement waterproof mortar, a self-adhesion type waterproof layer and a protective layer are sequentially arranged on the top face and the side face of the pipe gallery building body from inside to outside; a camera is installed on the top face of each pipeline cavity of the pipe gallery building body, a humidity sensor is installed on the side wall of each pipeline cavity, and a water level sensor is arranged on the bottom face of each pipeline cavity. Waterproof layers and cement waterproof mortar are arranged on the periphery of the pipe gallery building body, the waterproof performance of the pipe gallery body is guaranteed, and the possibility of water seepage in the underground pipe gallery is greatly reduced; the camera, the humidity sensor and the water level sensor are used for monitoring the interior of the pipe gallery building, the situation of water seepage in the underground pipe gallery can be found in time, the position and degree of water seepage can be rapidly determined, timely maintenance is facilitated, and safety accidents and economic losses caused by serious water seepage are greatly reduced.
本发明公开了一种基于建筑信息化地下管廊监护防水结构，包括管廊建筑体，管廊建筑体下方自下而上依次设置有混凝土垫层和预铺反粘型防水层，管廊建筑体的顶面和侧面自内而外依次设置有水泥防水灰浆、自粘型防水层和保护层；管廊建筑体的各管道腔的顶面上安装有摄像头，各管道腔的侧壁上安装有湿度传感器，各管道腔的底面上设置有水位传感器；管廊建筑体四周设置各防水层和水泥防水灰浆，保证了管廊主体的防水性能，大大减少地下管廊内部渗水的可能；利用摄像头、湿度传感器和水位传感器对管廊建筑体内部进行监视，便于及时发现地下管廊内部渗水的情况并可快速确定渗水的位置和程度，利于及时维修，大大减少严重渗水造成的安全事故和经济损失。
Underground pipe gallery monitoring waterproof structure based on building informatization
一种基于建筑信息化地下管廊监护防水结构
WANG SHIHUI (author) / LI DONG (author) / XING YOUJIA (author) / HAO SHIPING (author) / YIN HUI (author) / YU CHUANJIE (author)
2023-10-20
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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