Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Mesh drainage structure, ground drainage system and floor structure
The invention relates to a mesh drainage structure, a ground drainage system and a floor structure. The mesh drainage structure comprises a plurality of transverse water tank pipes and a plurality of longitudinal water tank pipes; the longitudinal water tank pipes are communicated between adjacent transverse water tanks; the transverse water tank pipes and the longitudinal water tank pipes are arranged in a crossed mode to form a mesh structure; the upper portion of each water tank pipe is provided with an opening used for receiving leaked water of a gap between adjacent floor tiles above; and the mesh drainage structure is provided with drainage holes used for being communicated with a main drainage vertical pipe. According to the mesh drainage structure, the ground drainage system and the floor structure, the mesh drainage structure is arranged below the floor tiles, so that even if a small amount of residual water permeates into the gap of the adjacent floor tiles, the collected residual water can be timely drained to the main drainage vertical pipe through the drainage holes in the mesh drainage structure. Therefore, the process current situation that in the prior art, ground waterproof and drainage are all conducted through a floor drain and a plurality of waterproof layers in a sinking compartment is avoided, the construction process of the multiple waterproof layers in the sinking compartment can be omitted, the ground waterproof pressure is effectively relieved, and the waterproof strength is improved.
本发明涉及一种网状排水结构及地面排水系统及地板结构，包括多个横向水槽管及多个纵向水槽管，相邻横向水槽间连通有纵向水槽管，各横向水槽管与各纵向水槽管之间相交设置以形成网状结构，各水槽管的上部均设有用于承接上方相邻地板砖块之间缝隙漏水的开口，网状排水结构设有用于与主排水立管连通的排水孔。本发明通过在地板砖块下方设有网状排水结构，即使有少量渗入相邻地板砖块缝隙间的余水，也会通过流入网状排水结构内的排水孔将汇集余水及时排出到主排水立管，避免现有技术中地面防排水全部靠地漏以及沉厢内几道防水层工艺进行防排水的工艺现状，实现了可省去沉厢内几道防水层的施工工艺，有效缓解了地面防水压力和提高了防水强度。
Mesh drainage structure, ground drainage system and floor structure
The invention relates to a mesh drainage structure, a ground drainage system and a floor structure. The mesh drainage structure comprises a plurality of transverse water tank pipes and a plurality of longitudinal water tank pipes; the longitudinal water tank pipes are communicated between adjacent transverse water tanks; the transverse water tank pipes and the longitudinal water tank pipes are arranged in a crossed mode to form a mesh structure; the upper portion of each water tank pipe is provided with an opening used for receiving leaked water of a gap between adjacent floor tiles above; and the mesh drainage structure is provided with drainage holes used for being communicated with a main drainage vertical pipe. According to the mesh drainage structure, the ground drainage system and the floor structure, the mesh drainage structure is arranged below the floor tiles, so that even if a small amount of residual water permeates into the gap of the adjacent floor tiles, the collected residual water can be timely drained to the main drainage vertical pipe through the drainage holes in the mesh drainage structure. Therefore, the process current situation that in the prior art, ground waterproof and drainage are all conducted through a floor drain and a plurality of waterproof layers in a sinking compartment is avoided, the construction process of the multiple waterproof layers in the sinking compartment can be omitted, the ground waterproof pressure is effectively relieved, and the waterproof strength is improved.
本发明涉及一种网状排水结构及地面排水系统及地板结构，包括多个横向水槽管及多个纵向水槽管，相邻横向水槽间连通有纵向水槽管，各横向水槽管与各纵向水槽管之间相交设置以形成网状结构，各水槽管的上部均设有用于承接上方相邻地板砖块之间缝隙漏水的开口，网状排水结构设有用于与主排水立管连通的排水孔。本发明通过在地板砖块下方设有网状排水结构，即使有少量渗入相邻地板砖块缝隙间的余水，也会通过流入网状排水结构内的排水孔将汇集余水及时排出到主排水立管，避免现有技术中地面防排水全部靠地漏以及沉厢内几道防水层工艺进行防排水的工艺现状，实现了可省去沉厢内几道防水层的施工工艺，有效缓解了地面防水压力和提高了防水强度。
Mesh drainage structure, ground drainage system and floor structure
一种网状排水结构及地面排水系统及地板结构
YAN LIANKAI (Autor:in)
24.08.2021
Patent
Elektronische Ressource
Chinesisch
Energy-saving geoheat floor ground surface drainage structure
| Europäisches Patentamt | 2015