A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Hydraulic climbing formwork body climbing method for variable cross-section wall
The invention relates to the technical field of wall construction, and discloses a hydraulic climbing formwork frame body climbing method for a variable cross-section wall, which comprises the following steps of: S1, measuring the inward shrinkage size between a first wall body positioned on a lower layer and a second wall body positioned on an upper layer in the vertical direction, manufacturing a cushion block according to the inward shrinkage size, and mounting the cushion block on the second wall body, the climbing angle of the climbing formwork body is smaller than or equal to 5 degrees; s2, wall-attached hanging seats are fixed to the cushion blocks, and guide rails of the creeping formwork frame body are lifted, so that the guide rails are connected with the wall-attached hanging seats on the cushion blocks and are in an inclined state; and S3, a wall-attached supporting lead screw of the creeping formwork frame body is adjusted, the bottom end of the creeping formwork frame body is driven to leave the first wall body, the creeping formwork frame body climbs along the guide rails, and the climbing operation is completed. When the internal shrinkage of the wall body is large, the internal shrinkage distance between the wall-attached hanging seat on the first wall body and the wall-attached hanging seat on the second wall body is reduced through the cushion block, the angle of the climbing formwork frame body during climbing is smaller than or equal to 5 degrees, the climbing formwork frame body can climb and pass through through the inclined climbing function of the climbing formwork frame body, and construction safety is guaranteed.
本发明涉及墙体建造技术领域，公开了一种用于变截面墙体的液压爬模架体爬升方法，包括以下步骤：S1，测量竖向位于下层的第一墙体与位于上层的第二墙体之间的内缩尺寸，根据内缩尺寸制作垫块，将垫块安装在第二墙体上，使得爬模架体的爬升角度小于等于5度；S2，在垫块上固定附墙挂座，提升爬模架体的导轨，使导轨与垫块上的附墙挂座连接并呈现倾斜状态；S3，调节爬模架体的附墙撑丝杆并驱动爬模架体的底端离开第一墙体，爬模架体沿导轨爬升，完成爬升作业。当墙体内缩大时，利用垫块减小第一墙体上的附墙挂座与第二墙体上的附墙挂座之间的内缩间距，爬模架体在爬升时的角度小于等于5度，爬模架体可通过自身斜爬的功能爬升通过，保证施工安全。
Hydraulic climbing formwork body climbing method for variable cross-section wall
The invention relates to the technical field of wall construction, and discloses a hydraulic climbing formwork frame body climbing method for a variable cross-section wall, which comprises the following steps of: S1, measuring the inward shrinkage size between a first wall body positioned on a lower layer and a second wall body positioned on an upper layer in the vertical direction, manufacturing a cushion block according to the inward shrinkage size, and mounting the cushion block on the second wall body, the climbing angle of the climbing formwork body is smaller than or equal to 5 degrees; s2, wall-attached hanging seats are fixed to the cushion blocks, and guide rails of the creeping formwork frame body are lifted, so that the guide rails are connected with the wall-attached hanging seats on the cushion blocks and are in an inclined state; and S3, a wall-attached supporting lead screw of the creeping formwork frame body is adjusted, the bottom end of the creeping formwork frame body is driven to leave the first wall body, the creeping formwork frame body climbs along the guide rails, and the climbing operation is completed. When the internal shrinkage of the wall body is large, the internal shrinkage distance between the wall-attached hanging seat on the first wall body and the wall-attached hanging seat on the second wall body is reduced through the cushion block, the angle of the climbing formwork frame body during climbing is smaller than or equal to 5 degrees, the climbing formwork frame body can climb and pass through through the inclined climbing function of the climbing formwork frame body, and construction safety is guaranteed.
本发明涉及墙体建造技术领域，公开了一种用于变截面墙体的液压爬模架体爬升方法，包括以下步骤：S1，测量竖向位于下层的第一墙体与位于上层的第二墙体之间的内缩尺寸，根据内缩尺寸制作垫块，将垫块安装在第二墙体上，使得爬模架体的爬升角度小于等于5度；S2，在垫块上固定附墙挂座，提升爬模架体的导轨，使导轨与垫块上的附墙挂座连接并呈现倾斜状态；S3，调节爬模架体的附墙撑丝杆并驱动爬模架体的底端离开第一墙体，爬模架体沿导轨爬升，完成爬升作业。当墙体内缩大时，利用垫块减小第一墙体上的附墙挂座与第二墙体上的附墙挂座之间的内缩间距，爬模架体在爬升时的角度小于等于5度，爬模架体可通过自身斜爬的功能爬升通过，保证施工安全。
Hydraulic climbing formwork body climbing method for variable cross-section wall
一种用于变截面墙体的液压爬模架体爬升方法
KUANG XIQI (author) / LI JIAQI (author) / LI RIRONG (author) / CHEN ZHIBIAO (author) / GUO JUNCAI (author) / ZHOU QIN (author)
2023-09-01
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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