A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a flagpole with a flag hanging sleeve, which enables the rotation of the flag hanging sleeve to reach micro power or no power, can be driven by the gravity of a fabric flag, and enables the flag to meet the rotation requirement of moving along with wind. In order to meet the conditions, the ''flag hanging sleeve'' which has a slightly large diameter and is special for fixing a flag is additionally arranged outside the main flagpole at the flag hanging part of the traditional circular tube-shaped flagpole, and the flag hanging sleeve part forms a circular tube double-layer structure concentric with the main flagpole. The main flagpole is provided with a dustproof and rainproof organic material bearing core at the top end of a traditional flagpole. The top end of the flag hanging sleeve is provided with a rainproof organic material bearing sleeve, and a top end bearing sleeve is fixed with the flag hanging sleeve into a whole. The lower opening end of the flag hanging sleeve is further provided with a disc of organic material bearing sleeve serving as operation support of the flag hanging sleeve. The problem that when the flag is hung, the flag is wound on the flagpole by wind is solved, the flag is fixed on the flag hanging sleeve, and the purpose that the flag flies along with the wind is achieved under the support of the two bearings at the top end and the tail part. The first specification drawing is an abstract drawing.
本发明公开了一种挂旗套旗杆，使挂旗套转动达到微动力或者无动力，用织物旗帜自身重力即可驱动，使旗帜达到随风而动的旋转要求。为了能满足上述条件，在传统圆管形旗杆的挂旗部位，在主旗杆外面，增加设置了一个直径稍大、固定旗帜专用的“挂旗套”，挂旗套部分就形成与主旗杆同心的圆管双层结构。主旗杆在传统旗杆顶端设置防尘、防雨有机材料轴承芯。挂旗套顶端设置防雨有机材料轴承套，顶端轴承套与挂旗套固定为一体。挂旗套下口端再设置一盘有机材料轴承套做挂旗套的运转支撑。本发明解决了旗帜悬挂时，旗帜被风缠绕在旗杆之上，是将旗帜固定在挂旗套上面，在顶端与尾部两盘轴承支撑下达到旗帜随风飘扬之目的。说明书附图一为摘要附图。
The invention discloses a flagpole with a flag hanging sleeve, which enables the rotation of the flag hanging sleeve to reach micro power or no power, can be driven by the gravity of a fabric flag, and enables the flag to meet the rotation requirement of moving along with wind. In order to meet the conditions, the ''flag hanging sleeve'' which has a slightly large diameter and is special for fixing a flag is additionally arranged outside the main flagpole at the flag hanging part of the traditional circular tube-shaped flagpole, and the flag hanging sleeve part forms a circular tube double-layer structure concentric with the main flagpole. The main flagpole is provided with a dustproof and rainproof organic material bearing core at the top end of a traditional flagpole. The top end of the flag hanging sleeve is provided with a rainproof organic material bearing sleeve, and a top end bearing sleeve is fixed with the flag hanging sleeve into a whole. The lower opening end of the flag hanging sleeve is further provided with a disc of organic material bearing sleeve serving as operation support of the flag hanging sleeve. The problem that when the flag is hung, the flag is wound on the flagpole by wind is solved, the flag is fixed on the flag hanging sleeve, and the purpose that the flag flies along with the wind is achieved under the support of the two bearings at the top end and the tail part. The first specification drawing is an abstract drawing.
本发明公开了一种挂旗套旗杆，使挂旗套转动达到微动力或者无动力，用织物旗帜自身重力即可驱动，使旗帜达到随风而动的旋转要求。为了能满足上述条件，在传统圆管形旗杆的挂旗部位，在主旗杆外面，增加设置了一个直径稍大、固定旗帜专用的“挂旗套”，挂旗套部分就形成与主旗杆同心的圆管双层结构。主旗杆在传统旗杆顶端设置防尘、防雨有机材料轴承芯。挂旗套顶端设置防雨有机材料轴承套，顶端轴承套与挂旗套固定为一体。挂旗套下口端再设置一盘有机材料轴承套做挂旗套的运转支撑。本发明解决了旗帜悬挂时，旗帜被风缠绕在旗杆之上，是将旗帜固定在挂旗套上面，在顶端与尾部两盘轴承支撑下达到旗帜随风飘扬之目的。说明书附图一为摘要附图。
Flagpole with flag hanging sleeve
挂旗套旗杆
ZHANG YUXI (author)
2021-08-27
Patent
Electronic Resource
Chinese
ILLUMINATED FLAGPOLE ASSEMBLIES AND FLAG MOUNTING SYSTEMS
| European Patent Office | 2023