Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Three-pipe tower skirt type curtain anti-falling safety net
The invention relates to the technical field of mobile communication, and discloses a three-pipe tower skirt type curtain anti-falling safety net which comprises a safety outer net, a safety inner net, net pulling cross beams, steel wire ropes and ground piles. The anti-falling safety net is divided into an internal anti-falling safety net and an external anti-falling safety net. The inner anti-falling safety net is made of polypropylene fiber materials, the steel wire rope and the tower body main material are wound by a circle and then fixed through shackles, and the safety net with the triangular inner portion is formed. The external anti-falling safety nets are made of polypropylene materials and are fixedly connected through bayonets, the tops of the safety nets are pulled to the installation elevation position through cross beams and connected with the steel wire ropes through spring buckles, and meanwhile the steel wire ropes and main materials are wound by a circle and then fixed through wire clamps. The safety net bottom pull ropes are fixed to the ground piles through the spring clamps, and finally the anti-falling safety net is straightened and hung on the ground piles, so that the external anti-falling safety net is formed. And through the arrangement of the anti-falling safety net, the falling impact force is effectively reduced, and the injury and casualty risks caused by falling of operators and objects are reduced.
本发明涉及移动通信技术领域，公开了一种三管塔裙式幕帘防坠安全网，包括：安全外网，安全内网，拉网横梁，钢丝绳，地桩。本发明分为内部防坠安全网和外部防坠安全网。内部防坠安全网采用丙纶材质，钢丝绳与塔身主材缠绕一圈后用卸扣固定，形成内部三角形状的安全网。外部防坠安全网采用丙纶材质，安全网之间采用卡口固定连接，顶部通过横梁拉到安装标高处，与钢丝绳采用弹簧扣连接，同时钢丝绳与主材缠绕一圈后线夹固定。安全网底部拉绳通过弹簧夹与地桩固定，最终通过拉直防坠安全网并挂在地桩上，形成外部防坠安全网。通过防坠安全网的设置，有效降低坠落冲击力，减少作业人员和物体坠落造成的伤害和伤亡风险。
Three-pipe tower skirt type curtain anti-falling safety net
The invention relates to the technical field of mobile communication, and discloses a three-pipe tower skirt type curtain anti-falling safety net which comprises a safety outer net, a safety inner net, net pulling cross beams, steel wire ropes and ground piles. The anti-falling safety net is divided into an internal anti-falling safety net and an external anti-falling safety net. The inner anti-falling safety net is made of polypropylene fiber materials, the steel wire rope and the tower body main material are wound by a circle and then fixed through shackles, and the safety net with the triangular inner portion is formed. The external anti-falling safety nets are made of polypropylene materials and are fixedly connected through bayonets, the tops of the safety nets are pulled to the installation elevation position through cross beams and connected with the steel wire ropes through spring buckles, and meanwhile the steel wire ropes and main materials are wound by a circle and then fixed through wire clamps. The safety net bottom pull ropes are fixed to the ground piles through the spring clamps, and finally the anti-falling safety net is straightened and hung on the ground piles, so that the external anti-falling safety net is formed. And through the arrangement of the anti-falling safety net, the falling impact force is effectively reduced, and the injury and casualty risks caused by falling of operators and objects are reduced.
本发明涉及移动通信技术领域，公开了一种三管塔裙式幕帘防坠安全网，包括：安全外网，安全内网，拉网横梁，钢丝绳，地桩。本发明分为内部防坠安全网和外部防坠安全网。内部防坠安全网采用丙纶材质，钢丝绳与塔身主材缠绕一圈后用卸扣固定，形成内部三角形状的安全网。外部防坠安全网采用丙纶材质，安全网之间采用卡口固定连接，顶部通过横梁拉到安装标高处，与钢丝绳采用弹簧扣连接，同时钢丝绳与主材缠绕一圈后线夹固定。安全网底部拉绳通过弹簧夹与地桩固定，最终通过拉直防坠安全网并挂在地桩上，形成外部防坠安全网。通过防坠安全网的设置，有效降低坠落冲击力，减少作业人员和物体坠落造成的伤害和伤亡风险。
Three-pipe tower skirt type curtain anti-falling safety net
一种三管塔裙式幕帘防坠安全网
DING HONGBO (Autor:in) / DU HUAYI (Autor:in) / YANG HAI (Autor:in) / ZHANG XINJIAN (Autor:in) / LIU JIA (Autor:in) / XU XUHUA (Autor:in)
13.12.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste
Ceiling curtain with anti-falling retaining mechanism
| Europäisches Patentamt | 2023