A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to an assembly type green building which comprises a bottom plate, a plurality of vertically-arranged side plates are arranged on the bottom plate, the upper portions of the side plates are jointly connected with a roof, and the side plates comprise a plurality of inner wall plates arranged in a split mode, a plurality of outer wall plates arranged in a split mode and a plurality of first steel pipes located between the inner wall plates and the outer wall plates. The first steel pipes are vertically arranged and arranged in the horizontal length direction of the side plates in a tangent mode, and the inner wall plate and the outer wall plate are fixedly connected with the first steel pipes through quick connecting pieces respectively. By arranging the first steel pipes arranged in the tangent mode, the arrangement direction of the first steel pipes is changed according to the corner position and the corner angle in the actual construction scene, and meanwhile the inner wall plates and the outer wall plates which are arranged in a split mode are matched to adapt to the change of the arrangement direction of the first steel pipes; therefore, the formed side plate can adapt to the corner position and the corner angle in the actual construction scene, and the actual assembly precision is improved.
本申请涉及一种装配式绿色建筑，包括底板，底板上设有多个竖向设置的侧板，各侧板的上部共同连接有屋面，所述侧板包括多块分体设置的内墙板、多块分体设置的外墙板和位于内墙板与外墙板之间的多个第一钢管，第一钢管竖向设置且沿侧板水平长度方向相切排布设置，所述内墙板和所述外墙板分别通过快接件与所述第一钢管固定连接。本申请通过设置相切排布设置的第一钢管，根据实际施工场景下的拐角位置和拐角的角度，以更改第一钢管的排布方向，同时配合多块分体设置的内墙板和外墙板，以适应第一钢管排布方向的改变，从而使得成型的侧板能够适应实际施工场景下的拐角位置和拐角的角度，以提高实际组装精度。
The invention relates to an assembly type green building which comprises a bottom plate, a plurality of vertically-arranged side plates are arranged on the bottom plate, the upper portions of the side plates are jointly connected with a roof, and the side plates comprise a plurality of inner wall plates arranged in a split mode, a plurality of outer wall plates arranged in a split mode and a plurality of first steel pipes located between the inner wall plates and the outer wall plates. The first steel pipes are vertically arranged and arranged in the horizontal length direction of the side plates in a tangent mode, and the inner wall plate and the outer wall plate are fixedly connected with the first steel pipes through quick connecting pieces respectively. By arranging the first steel pipes arranged in the tangent mode, the arrangement direction of the first steel pipes is changed according to the corner position and the corner angle in the actual construction scene, and meanwhile the inner wall plates and the outer wall plates which are arranged in a split mode are matched to adapt to the change of the arrangement direction of the first steel pipes; therefore, the formed side plate can adapt to the corner position and the corner angle in the actual construction scene, and the actual assembly precision is improved.
本申请涉及一种装配式绿色建筑，包括底板，底板上设有多个竖向设置的侧板，各侧板的上部共同连接有屋面，所述侧板包括多块分体设置的内墙板、多块分体设置的外墙板和位于内墙板与外墙板之间的多个第一钢管，第一钢管竖向设置且沿侧板水平长度方向相切排布设置，所述内墙板和所述外墙板分别通过快接件与所述第一钢管固定连接。本申请通过设置相切排布设置的第一钢管，根据实际施工场景下的拐角位置和拐角的角度，以更改第一钢管的排布方向，同时配合多块分体设置的内墙板和外墙板，以适应第一钢管排布方向的改变，从而使得成型的侧板能够适应实际施工场景下的拐角位置和拐角的角度，以提高实际组装精度。
Fabricated green building
一种装配式绿色建筑
DING QIANG (author)
2022-07-05
Patent
Electronic Resource
Chinese