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Attached lifting scaffold
The invention relates to the field of attached type lifting scaffolds, and discloses an attached type lifting scaffold which comprises a suspension bridge system, the suspension bridge system comprises a plurality of layers of suspension bridge mechanisms and a plurality of vertically-arranged vertical rods, the plurality of layers of suspension bridge mechanisms are vertically connected through the plurality of vertical rods, and each layer of suspension bridge mechanism comprises two suspension bridge units which are symmetrically arranged. Each suspension bridge unit comprises a first steel wire rope, a limiting piece, a fixed connecting plate, a first suspension bridge frame and a second suspension bridge frame, the fixed connecting plate, the first suspension bridge frame and the second suspension bridge frame are sequentially hinged, the distance between the symmetric axis of the two suspension bridge units and the fixed connecting plate, the first suspension bridge frame and the second suspension bridge frame is from far to near, and the ends of the two symmetrically-arranged second suspension bridge frames are detachably connected; the fixed connecting plate is fixedly connected with the vertical rod, the first steel wire rope is connected with the vertical rod and the end, close to the second suspension bridge frame, of the first suspension bridge frame, and the limiting piece can limit relative rotation of the first suspension bridge frame and the second suspension bridge frame. The problem that when the length of the suspension bridge frame is too long, the suspension bridge frame is difficult to pull up through a steel wire rope is solved.
本发明涉及附着式升降脚手架领域,公开了一种附着式升降脚手架,包括吊桥系统,吊桥系统包括若干层吊桥机构和若干竖向设置的立杆,若干立杆将若干层吊桥机构竖向连接,每层吊桥机构包括对称设置的两个吊桥单元,每个吊桥单元均包括第一钢丝绳、限位件以及依次铰接的固定连接板、第一吊桥架和第二吊桥架,两个吊桥单元的对称轴与固定连接板、第一吊桥架和第二吊桥架的距离由远及近,对称设置的两个第二吊桥架端部可拆卸连接,固定连接板和立杆固定连接,第一钢丝绳连接立杆和第一吊桥架靠近第二吊桥架一端,限位件能限制第一吊桥架和第二吊桥架的相对转动。以解决吊桥架的长度过长时,难以用钢丝绳拉起来的问题。
Attached lifting scaffold
The invention relates to the field of attached type lifting scaffolds, and discloses an attached type lifting scaffold which comprises a suspension bridge system, the suspension bridge system comprises a plurality of layers of suspension bridge mechanisms and a plurality of vertically-arranged vertical rods, the plurality of layers of suspension bridge mechanisms are vertically connected through the plurality of vertical rods, and each layer of suspension bridge mechanism comprises two suspension bridge units which are symmetrically arranged. Each suspension bridge unit comprises a first steel wire rope, a limiting piece, a fixed connecting plate, a first suspension bridge frame and a second suspension bridge frame, the fixed connecting plate, the first suspension bridge frame and the second suspension bridge frame are sequentially hinged, the distance between the symmetric axis of the two suspension bridge units and the fixed connecting plate, the first suspension bridge frame and the second suspension bridge frame is from far to near, and the ends of the two symmetrically-arranged second suspension bridge frames are detachably connected; the fixed connecting plate is fixedly connected with the vertical rod, the first steel wire rope is connected with the vertical rod and the end, close to the second suspension bridge frame, of the first suspension bridge frame, and the limiting piece can limit relative rotation of the first suspension bridge frame and the second suspension bridge frame. The problem that when the length of the suspension bridge frame is too long, the suspension bridge frame is difficult to pull up through a steel wire rope is solved.
本发明涉及附着式升降脚手架领域,公开了一种附着式升降脚手架,包括吊桥系统,吊桥系统包括若干层吊桥机构和若干竖向设置的立杆,若干立杆将若干层吊桥机构竖向连接,每层吊桥机构包括对称设置的两个吊桥单元,每个吊桥单元均包括第一钢丝绳、限位件以及依次铰接的固定连接板、第一吊桥架和第二吊桥架,两个吊桥单元的对称轴与固定连接板、第一吊桥架和第二吊桥架的距离由远及近,对称设置的两个第二吊桥架端部可拆卸连接,固定连接板和立杆固定连接,第一钢丝绳连接立杆和第一吊桥架靠近第二吊桥架一端,限位件能限制第一吊桥架和第二吊桥架的相对转动。以解决吊桥架的长度过长时,难以用钢丝绳拉起来的问题。
Attached lifting scaffold
一种附着式升降脚手架
LI YONGCHAO (Autor:in) / WANG XIAOCHUAN (Autor:in) / YANG XIAOJUN (Autor:in) / LUO CHUAN (Autor:in) / TANG SHUHANG (Autor:in) / CHEN KAILEI (Autor:in) / LIU QIANG (Autor:in) / LI YINGTAO (Autor:in) / HU TAO (Autor:in)
15.08.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste