Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention relates to a stepped water area garbage recycling device. The problem that garbage on the whole water flow cross section cannot be automatically collected is effectively solved. According to the technical scheme, the stepped water area garbage recycling device comprises a plurality of dams arranged in the water flow direction, and the heights of the dams are sequentially reduced; stone steps are arranged on the dams; a plurality of overflow gaps are formed in each dam in the water flow cross section direction, and a filter screen is mounted on the upstream side of each overflow gap; a collecting device is mounted at the position, close to the shoreside, of the multiple overflow gaps in each dam; water wheels are mounted at the rest of the overflow gaps; the collecting device and the water wheels are positioned on the same sides with the filter screens; a transmission shaft is mounted below each overflow gap and can be scoured by water flow to rotate; movable blocks are mounted on the stone steps and are pressed to drive the transmission shafts to rotate; and the transmission shafts can drive the water wheels to rotate. Garbage of the whole cross section is collected; unpowered collection is realized; a collection frame is convenient to replace; the garbage in a garbage collector cannot overflow, and water level changes are adapted.
本发明涉及一种阶梯式水域垃圾回收装置，有效解决无法对整个水流横截面的垃圾进行自动收集的问题；其解决的技术方案是包括多个沿水流方向布置的堤坝，堤坝的高度依次降低；堤坝上设置有石阶；每个堤坝上均沿水流横截面方向设置有多个溢水口，每个溢水口的上游侧均安装有滤网；每个堤坝上的多个溢水口中靠近岸边的溢水口处安装有收集装置；其余的溢水口处安装有水轮；收集装置和水轮均与滤网处于同侧；每个溢水口的下方均安装有传动轴，传动轴能被水流冲刷转动；石阶上安装有活动块，按压活动块带动传动轴转动；传动轴能带动水轮转动，本发明整个横截面的垃圾收集；无动力收集；方便收集框的更换；垃圾汇集器内的垃圾不会溢出,适应水位变化。
The invention relates to a stepped water area garbage recycling device. The problem that garbage on the whole water flow cross section cannot be automatically collected is effectively solved. According to the technical scheme, the stepped water area garbage recycling device comprises a plurality of dams arranged in the water flow direction, and the heights of the dams are sequentially reduced; stone steps are arranged on the dams; a plurality of overflow gaps are formed in each dam in the water flow cross section direction, and a filter screen is mounted on the upstream side of each overflow gap; a collecting device is mounted at the position, close to the shoreside, of the multiple overflow gaps in each dam; water wheels are mounted at the rest of the overflow gaps; the collecting device and the water wheels are positioned on the same sides with the filter screens; a transmission shaft is mounted below each overflow gap and can be scoured by water flow to rotate; movable blocks are mounted on the stone steps and are pressed to drive the transmission shafts to rotate; and the transmission shafts can drive the water wheels to rotate. Garbage of the whole cross section is collected; unpowered collection is realized; a collection frame is convenient to replace; the garbage in a garbage collector cannot overflow, and water level changes are adapted.
本发明涉及一种阶梯式水域垃圾回收装置，有效解决无法对整个水流横截面的垃圾进行自动收集的问题；其解决的技术方案是包括多个沿水流方向布置的堤坝，堤坝的高度依次降低；堤坝上设置有石阶；每个堤坝上均沿水流横截面方向设置有多个溢水口，每个溢水口的上游侧均安装有滤网；每个堤坝上的多个溢水口中靠近岸边的溢水口处安装有收集装置；其余的溢水口处安装有水轮；收集装置和水轮均与滤网处于同侧；每个溢水口的下方均安装有传动轴，传动轴能被水流冲刷转动；石阶上安装有活动块，按压活动块带动传动轴转动；传动轴能带动水轮转动，本发明整个横截面的垃圾收集；无动力收集；方便收集框的更换；垃圾汇集器内的垃圾不会溢出,适应水位变化。
Water surface garbage automatic classification device based on stepped conveying
| Europäisches Patentamt | 2023
Longitudinal garbage recycling device and drawer type garbage recycling device
| Europäisches Patentamt | 2020