A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to the technical field of urban drainage, in particular to an urban water storage and drainage integrated device which comprises a shell mechanism, a mounting mechanism, a first drainage mechanism and a second drainage mechanism. During raining, rainwater enters shells through first water permeable holes, and the two shells are connected through bolts and insertion holes; in this way, connection between the shells is not prone to loosening, when rainwater is heavy, a floating plate can move upwards, rainwater can be drained through a drainage pipe, meanwhile, the floating plate moves upwards to drive a protruding block to move upwards, the protruding block moves upwards, rainwater seeps through a second water permeable hole, a part of rainwater can be directly drained through the first drainage groove, the rainwater can be drained through the sponge, and a little water can be stored, so that the ground surface temperature can be reduced when the temperature is high, the second drainage groove is formed in the edge of the shell and can also be used for drainage, and the leakage net is arranged at the upper end of the second drainage groove and can prevent blockage of particles and impurities.
本发明涉城市排水技术领域，具体的说是一种城市蓄排水一体化装置，壳体机构、安装机构、第一排水机构、第二排水机构，在下雨的时候雨水通过第一透水孔进入外壳，两个外壳通过插销与插孔进行连接，这样可以使外壳之间连接不会轻易产生松动，当雨水较大的时候浮板就会向上运动，这样雨水也会通过排水管进行排水，同时浮板向上运动就会带动凸起块向上运动，凸起块向上运动雨水就会通过第二透水孔进行渗水，一部分雨水也会直接通过第一排水槽进行排水，雨水也可以通过海绵排水并且也会蓄一点水，这样在温度较高的时候可以降低地表温度，在外壳的边缘处设有第二排水槽也能够进行排水，第二排水槽上端设有漏网可以防止颗粒、杂质堵塞。
The invention relates to the technical field of urban drainage, in particular to an urban water storage and drainage integrated device which comprises a shell mechanism, a mounting mechanism, a first drainage mechanism and a second drainage mechanism. During raining, rainwater enters shells through first water permeable holes, and the two shells are connected through bolts and insertion holes; in this way, connection between the shells is not prone to loosening, when rainwater is heavy, a floating plate can move upwards, rainwater can be drained through a drainage pipe, meanwhile, the floating plate moves upwards to drive a protruding block to move upwards, the protruding block moves upwards, rainwater seeps through a second water permeable hole, a part of rainwater can be directly drained through the first drainage groove, the rainwater can be drained through the sponge, and a little water can be stored, so that the ground surface temperature can be reduced when the temperature is high, the second drainage groove is formed in the edge of the shell and can also be used for drainage, and the leakage net is arranged at the upper end of the second drainage groove and can prevent blockage of particles and impurities.
本发明涉城市排水技术领域，具体的说是一种城市蓄排水一体化装置，壳体机构、安装机构、第一排水机构、第二排水机构，在下雨的时候雨水通过第一透水孔进入外壳，两个外壳通过插销与插孔进行连接，这样可以使外壳之间连接不会轻易产生松动，当雨水较大的时候浮板就会向上运动，这样雨水也会通过排水管进行排水，同时浮板向上运动就会带动凸起块向上运动，凸起块向上运动雨水就会通过第二透水孔进行渗水，一部分雨水也会直接通过第一排水槽进行排水，雨水也可以通过海绵排水并且也会蓄一点水，这样在温度较高的时候可以降低地表温度，在外壳的边缘处设有第二排水槽也能够进行排水，第二排水槽上端设有漏网可以防止颗粒、杂质堵塞。
Integrated Urban Drainage Management
| British Library Conference Proceedings | 1998
Integrated Sustainable Urban Drainage Systems
| Wiley | 2013
Water storage and drainage integrated water permeable brick
| European Patent Office | 2020