A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Roof automatic siphon drainage device
The invention belongs to the technical field of drainage devices, and particularly relates to a roof automatic siphon drainage device which comprises a drainage table, a drainage hopper, an impurity filtering type drainage mechanism, an abutting type vertical weight mechanism and a floating pressure type drainage mechanism, the drainage hopper is arranged on the upper wall of the drainage table, and the impurity filtering type drainage mechanism is arranged on the upper wall of the drainage table on the outer side of the drainage hopper. The abutting type vertical weight mechanism is arranged at the end, away from the drainage table, of the impurity filtering type drainage mechanism, the floating pressure type drainage mechanism is arranged on the abutting type vertical weight mechanism, the impurity filtering type drainage mechanism comprises an intercepting mechanism and an oblique flow mechanism, the intercepting mechanism is arranged on the upper wall of the drainage table on the outer side of the drainage hopper, and the oblique flow mechanism is arranged on the bottom wall of the drainage table. The abutting type vertical weight mechanism comprises a resultant force mechanism and a positioning mechanism. According to the automatic siphon drainage device for the roof, under the condition that it is guaranteed that the constructed roof is not subjected to large loads caused by rainwater gathering, the depth of rainwater in front of a bucket is increased, the siphon effect is enhanced, and rapid rainwater drainage is achieved.
本发明属于排水装置技术领域，具体是指一种屋面自动虹吸排水装置，包括排水台、排水斗、滤杂型下水机构、相抵型竖重机构和浮压型排水机构，所述排水斗设于排水台上壁，所述滤杂型下水机构设于排水斗外侧的排水台上壁，所述相抵型竖重机构设于滤杂型下水机构远离排水台的一端，所述浮压型排水机构设于相抵型竖重机构上，所述滤杂型下水机构包括拦截机构和斜流机构，所述拦截机构设于排水斗外侧的排水台上壁，所述斜流机构设于排水台底壁，所述相抵型竖重机构包括合力机构和定位机构。本发明提供了一种能够在保证施工屋面不会受到来自雨水聚集引起较大荷载的条件下，提高斗前雨水深度，增强虹吸效应，实现快速排放雨水的屋面自动虹吸排水装置。
Roof automatic siphon drainage device
The invention belongs to the technical field of drainage devices, and particularly relates to a roof automatic siphon drainage device which comprises a drainage table, a drainage hopper, an impurity filtering type drainage mechanism, an abutting type vertical weight mechanism and a floating pressure type drainage mechanism, the drainage hopper is arranged on the upper wall of the drainage table, and the impurity filtering type drainage mechanism is arranged on the upper wall of the drainage table on the outer side of the drainage hopper. The abutting type vertical weight mechanism is arranged at the end, away from the drainage table, of the impurity filtering type drainage mechanism, the floating pressure type drainage mechanism is arranged on the abutting type vertical weight mechanism, the impurity filtering type drainage mechanism comprises an intercepting mechanism and an oblique flow mechanism, the intercepting mechanism is arranged on the upper wall of the drainage table on the outer side of the drainage hopper, and the oblique flow mechanism is arranged on the bottom wall of the drainage table. The abutting type vertical weight mechanism comprises a resultant force mechanism and a positioning mechanism. According to the automatic siphon drainage device for the roof, under the condition that it is guaranteed that the constructed roof is not subjected to large loads caused by rainwater gathering, the depth of rainwater in front of a bucket is increased, the siphon effect is enhanced, and rapid rainwater drainage is achieved.
本发明属于排水装置技术领域，具体是指一种屋面自动虹吸排水装置，包括排水台、排水斗、滤杂型下水机构、相抵型竖重机构和浮压型排水机构，所述排水斗设于排水台上壁，所述滤杂型下水机构设于排水斗外侧的排水台上壁，所述相抵型竖重机构设于滤杂型下水机构远离排水台的一端，所述浮压型排水机构设于相抵型竖重机构上，所述滤杂型下水机构包括拦截机构和斜流机构，所述拦截机构设于排水斗外侧的排水台上壁，所述斜流机构设于排水台底壁，所述相抵型竖重机构包括合力机构和定位机构。本发明提供了一种能够在保证施工屋面不会受到来自雨水聚集引起较大荷载的条件下，提高斗前雨水深度，增强虹吸效应，实现快速排放雨水的屋面自动虹吸排水装置。
Roof automatic siphon drainage device
一种屋面自动虹吸排水装置
LIU BOJUN (author) / ZHANG HONG (author) / LYU CONG (author) / RUAN XIANMIN (author) / CHEN LEZHEN (author) / HE YAOWAN (author)
2025-01-03
Patent
Electronic Resource
Chinese