A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention provides a self-cleaning automatic revolving door based on fluid mechanics, and relates to the field of revolving doors. The door comprises a buried support cylinder for mounting and supporting equipment, a rotary adsorption mechanism for driving the automatic revolving door to rotate and a negative suction grid mechanism for bedding, wherein the surface of the buried support cylinder is in a cylindrical shape, the bottom of the buried support cylinder is in a closed flat shape, and the top of the buried support cylinder is in an open shape. According to the self-cleaning automatic revolving door based on fluid mechanics, the problem that muddy water is difficult to clean up existing in an existing revolving door is solved, a special foot pad structure is designed for water absorption treatment by utilizing separation of fluid mechanics while the automatic revolving door is designed to automatically rotate, and therefore, the problems that a common automatic revolving door continuously revolves, a large amount of muddy water is easily attached to the ground surface in rainy days, the muddy water is not easy to clean up in the revolving door, potential safety hazards exist, and attractiveness is affected are effectively solved.
本发明提供一种基于流体力学可自清洁的自动旋转门，包括用于安装和支撑设备的地埋支撑筒、用于驱动自动旋转门旋转的旋转吸附机构和用于铺垫负吸格栅机构，所述地埋支撑筒的表面呈圆筒形状，所述地埋支撑筒的底部呈封闭平坦状，所述地埋支撑筒的顶部呈敞开状，涉及旋转门领域。该基于流体力学可自清洁的自动旋转门根据现有的旋转门存在的泥水难清洁的问题，设计出可以随着自动旋转门自行转动的同时，利用流体力学的远离并设计特殊的脚垫结构进行吸水处理，从而有效的解决了一般的自动旋转门会持续不断的进行旋转，遇到雨水天气，地表上容易沾上大量的泥水，这些泥水在旋转门内不易被清洁，存在安全隐患和影响美观的问题的问题。
The invention provides a self-cleaning automatic revolving door based on fluid mechanics, and relates to the field of revolving doors. The door comprises a buried support cylinder for mounting and supporting equipment, a rotary adsorption mechanism for driving the automatic revolving door to rotate and a negative suction grid mechanism for bedding, wherein the surface of the buried support cylinder is in a cylindrical shape, the bottom of the buried support cylinder is in a closed flat shape, and the top of the buried support cylinder is in an open shape. According to the self-cleaning automatic revolving door based on fluid mechanics, the problem that muddy water is difficult to clean up existing in an existing revolving door is solved, a special foot pad structure is designed for water absorption treatment by utilizing separation of fluid mechanics while the automatic revolving door is designed to automatically rotate, and therefore, the problems that a common automatic revolving door continuously revolves, a large amount of muddy water is easily attached to the ground surface in rainy days, the muddy water is not easy to clean up in the revolving door, potential safety hazards exist, and attractiveness is affected are effectively solved.
本发明提供一种基于流体力学可自清洁的自动旋转门，包括用于安装和支撑设备的地埋支撑筒、用于驱动自动旋转门旋转的旋转吸附机构和用于铺垫负吸格栅机构，所述地埋支撑筒的表面呈圆筒形状，所述地埋支撑筒的底部呈封闭平坦状，所述地埋支撑筒的顶部呈敞开状，涉及旋转门领域。该基于流体力学可自清洁的自动旋转门根据现有的旋转门存在的泥水难清洁的问题，设计出可以随着自动旋转门自行转动的同时，利用流体力学的远离并设计特殊的脚垫结构进行吸水处理，从而有效的解决了一般的自动旋转门会持续不断的进行旋转，遇到雨水天气，地表上容易沾上大量的泥水，这些泥水在旋转门内不易被清洁，存在安全隐患和影响美观的问题的问题。
Self-cleaning automatic revolving door based on fluid mechanics
一种基于流体力学可自清洁的自动旋转门
GU HUI (author)
2021-01-08
Patent
Electronic Resource
Chinese
IPC:
E06B
Feste oder bewegliche Abschlüsse für Öffnungen in Bauwerken, Fahrzeugen, Zäunen oder ähnlichen Einfriedungen allgemein, z.B. Türen, Fenster, Läden, Tore
,
FIXED OR MOVABLE CLOSURES FOR OPENINGS IN BUILDINGS, VEHICLES, FENCES, OR LIKE ENCLOSURES, IN GENERAL, e.g. DOORS, WINDOWS, BLINDS, GATES