Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Self-draining type surface energy waterproof system
The invention discloses a self-draining type surface energy waterproof system. A traditional integrally-closed or sealed waterproof area is decomposed into two or more independent waterproof units spliced together, and the surface energy waterproof system is used for assisting in completing the waterproof task. The waterproof units can independently complete the waterproof task of themselves, andthe whole waterproof area is formed by splicing two or more waterproof units. The surface energy waterproof system is composed of a non-infiltration surface function area and a water flow collecting and draining system. Continuous non-infiltration surfaces are machined on the edges or boundaries of the surface without the drainage task and the surface where water flow is forbidden to enter the area. The water flow collecting and draining system is responsible for collecting and discharging leaked water flow in a centralized mode. The technical difficulty of existing house waterproof engineering is broken through, the waterproof engineering is changed into a blocking and dredging combination mode from the past strict and completely-closed waterproof mode, and the engineering construction difficulty and the production cost are greatly reduced. The requirements for construction sites, processes and weather are not high, the waterproof period is long, and the self-draining type surface energy waterproof system is an environment-friendly industry. Standardized production can be carried out.
本发明公开了一种自排式表面能防水系统，是将传统整体封闭或密封的防水区域分解成两个以上拼接在一起的独立的防水单位并辅以表面能防水系统来完成防水任务；防水单位能独立完成自身防水任务，整个防水区域由两个以上防水单位拼接而成；表面能防水系统由非浸润表面功能区、水流收排系统组成；并将无排水任务的表面和禁止水流进入区域的表面的边缘或边界处加工有连续的非浸润表面；由水流收排系统负责将渗漏的水流收集并集中排出。突破了现有房屋防水工程的技术难关，使防水工程从过去严格的和完全封闭式的防水向堵疏结合方式，大大降低了工程施工难度和生产成本；对施工场地、工艺和气象要求不高，防水期限长，是环保形产业；能进行标准化生产。
Self-draining type surface energy waterproof system
The invention discloses a self-draining type surface energy waterproof system. A traditional integrally-closed or sealed waterproof area is decomposed into two or more independent waterproof units spliced together, and the surface energy waterproof system is used for assisting in completing the waterproof task. The waterproof units can independently complete the waterproof task of themselves, andthe whole waterproof area is formed by splicing two or more waterproof units. The surface energy waterproof system is composed of a non-infiltration surface function area and a water flow collecting and draining system. Continuous non-infiltration surfaces are machined on the edges or boundaries of the surface without the drainage task and the surface where water flow is forbidden to enter the area. The water flow collecting and draining system is responsible for collecting and discharging leaked water flow in a centralized mode. The technical difficulty of existing house waterproof engineering is broken through, the waterproof engineering is changed into a blocking and dredging combination mode from the past strict and completely-closed waterproof mode, and the engineering construction difficulty and the production cost are greatly reduced. The requirements for construction sites, processes and weather are not high, the waterproof period is long, and the self-draining type surface energy waterproof system is an environment-friendly industry. Standardized production can be carried out.
本发明公开了一种自排式表面能防水系统，是将传统整体封闭或密封的防水区域分解成两个以上拼接在一起的独立的防水单位并辅以表面能防水系统来完成防水任务；防水单位能独立完成自身防水任务，整个防水区域由两个以上防水单位拼接而成；表面能防水系统由非浸润表面功能区、水流收排系统组成；并将无排水任务的表面和禁止水流进入区域的表面的边缘或边界处加工有连续的非浸润表面；由水流收排系统负责将渗漏的水流收集并集中排出。突破了现有房屋防水工程的技术难关，使防水工程从过去严格的和完全封闭式的防水向堵疏结合方式，大大降低了工程施工难度和生产成本；对施工场地、工艺和气象要求不高，防水期限长，是环保形产业；能进行标准化生产。
Self-draining type surface energy waterproof system
自排式表面能防水系统
LONG HONGYUAN (Autor:in)
15.12.2020
Patent
Elektronische Ressource
Chinesisch
3 waterproof sheet and draining pannel with waterproof sheet
| Europäisches Patentamt | 2021