A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Water storage self-inspection filtering well lid and self-inspection method thereof
The invention discloses a water storage self-inspection filtering well lid and a self-inspection method thereof, and relates to the technical field of well lids. The problems that a filtering well lid cannot be remotely monitored, the intelligent level is low, water storage self-inspection cannot be conducted on the filtering well lid, filtering holes are blocked, the drainage efficiency is low, cleaning cannot be conducted in time, and road water accumulation is caused are solved. A water storage self-inspection filtering well lid comprises a well lid base and a well lid body, one side of the well lid base is connected with the well lid body in an opening and closing mode through a hinge, a water storage filtering mechanism is installed in the well lid base, and the water storage filtering mechanism comprises a spiral blade and a self-inspection box; when a first filtering hole and a second filtering hole are blocked, sewage is accumulated in the first filtering hole and the second filtering hole, a movable annular plate is driven to move downwards under the action of gravity until an electric contact piece is in contact with an electric contact switch to form a path, an alarm signal is uploaded to a remote management platform, and workers in a corresponding area are distributed for cleaning based on a positioning result; the management efficiency is effectively improved, and the well lid is cleaned in time.
本发明公开了一种储水自检的过滤井盖及其自检方法，涉及井盖技术领域。为了解决无法对过滤井盖进行远程监管，智能化水平较低，无法对过滤井盖进行储水自检，导致过滤孔堵塞造成排水效率低，无法及时进行清理，造成道路积水的问题；一种储水自检的过滤井盖，包括井盖座和井盖本体，井盖座一侧通过铰链与井盖本体开合连接，井盖座内安装有储水过滤机构，储水过滤机构包括螺旋叶片和自检箱；在第一过滤孔和第二过滤孔均发生堵塞时，污水堆积在其内部，在重力作用下带动活动环板向下位移，直至电触片与电触开关接触形成通路，向远程管理平台上传警报信号，基于定位结果分配对应区域的工作人员进行清理，有效提高了管理效率，及时对井盖进行清理。
Water storage self-inspection filtering well lid and self-inspection method thereof
The invention discloses a water storage self-inspection filtering well lid and a self-inspection method thereof, and relates to the technical field of well lids. The problems that a filtering well lid cannot be remotely monitored, the intelligent level is low, water storage self-inspection cannot be conducted on the filtering well lid, filtering holes are blocked, the drainage efficiency is low, cleaning cannot be conducted in time, and road water accumulation is caused are solved. A water storage self-inspection filtering well lid comprises a well lid base and a well lid body, one side of the well lid base is connected with the well lid body in an opening and closing mode through a hinge, a water storage filtering mechanism is installed in the well lid base, and the water storage filtering mechanism comprises a spiral blade and a self-inspection box; when a first filtering hole and a second filtering hole are blocked, sewage is accumulated in the first filtering hole and the second filtering hole, a movable annular plate is driven to move downwards under the action of gravity until an electric contact piece is in contact with an electric contact switch to form a path, an alarm signal is uploaded to a remote management platform, and workers in a corresponding area are distributed for cleaning based on a positioning result; the management efficiency is effectively improved, and the well lid is cleaned in time.
本发明公开了一种储水自检的过滤井盖及其自检方法，涉及井盖技术领域。为了解决无法对过滤井盖进行远程监管，智能化水平较低，无法对过滤井盖进行储水自检，导致过滤孔堵塞造成排水效率低，无法及时进行清理，造成道路积水的问题；一种储水自检的过滤井盖，包括井盖座和井盖本体，井盖座一侧通过铰链与井盖本体开合连接，井盖座内安装有储水过滤机构，储水过滤机构包括螺旋叶片和自检箱；在第一过滤孔和第二过滤孔均发生堵塞时，污水堆积在其内部，在重力作用下带动活动环板向下位移，直至电触片与电触开关接触形成通路，向远程管理平台上传警报信号，基于定位结果分配对应区域的工作人员进行清理，有效提高了管理效率，及时对井盖进行清理。
Water storage self-inspection filtering well lid and self-inspection method thereof
一种储水自检的过滤井盖及其自检方法
LI JIE (author) / YU HONGMIAO (author) / YU HONGXIN (author)
2023-12-15
Patent
Electronic Resource
Chinese