A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Separating wall body capable of being spliced, separating wall and construction technology of separating wall
The invention discloses an isolation wall body capable of being spliced, an isolation wall and a construction technology of the isolation wall. The isolation wall body comprises a front wall plate body, a rear wall plate body, a left splicing device and a right splicing device, and the left splicing device and the right splicing device are located between the left side and the right side of the front wall plate body and the right side of the rear wall plate body correspondingly; each splicing device comprises a mounting base, a front movable part, a rear movable part and an elastic part arranged between the front movable part and the rear movable part, and the front movable part and the rear movable part are connected to the front side and the rear side of the mounting base in the mode that the front movable part and the rear movable part can move front and back correspondingly and are detachably connected with the wallboard bodies on the corresponding sides correspondingly; the separating wall comprises at least two separating wall bodies which are detachably connected in sequence left and right. By means of the arrangement, disassembly/assembly of the wallboard is easy and convenient, when the wallboard is extruded by external force, the front wallboard body and the rear wallboard body can move close to each other by extruding the elastic pieces, so that the external force can be absorbed and converted, and it is effectively guaranteed that the wallboard bodies are not prone to damage.
本发明公开了一种可拼接的隔离墙墙体、隔离墙及其施工工艺，所述隔离墙墙体包括前后两墙板本体以及左右两拼接装置，所述左右两拼接装置分别位于前后两墙板本体的左右两侧之间；每一所述拼接装置均包括安装座、前后两活动件、设置于所述前后两活动件之间的弹性件，所述前后两活动件分别可相对前后移动地连接于所述安装座的前后两侧，且前后两活动件分别与对应侧的墙板本体可拆连接；所述隔离墙包括至少两块依次左右可拆连接的隔离墙墙体。如此设置，从而本发明的拆/装很是简单方便，而且当受到外力挤压时，前后两墙板主体可通过挤压所述弹性件而相对靠近移动，从而可吸收转化受到的外力，进而有效地保证了墙板本体不容易受损。
Separating wall body capable of being spliced, separating wall and construction technology of separating wall
The invention discloses an isolation wall body capable of being spliced, an isolation wall and a construction technology of the isolation wall. The isolation wall body comprises a front wall plate body, a rear wall plate body, a left splicing device and a right splicing device, and the left splicing device and the right splicing device are located between the left side and the right side of the front wall plate body and the right side of the rear wall plate body correspondingly; each splicing device comprises a mounting base, a front movable part, a rear movable part and an elastic part arranged between the front movable part and the rear movable part, and the front movable part and the rear movable part are connected to the front side and the rear side of the mounting base in the mode that the front movable part and the rear movable part can move front and back correspondingly and are detachably connected with the wallboard bodies on the corresponding sides correspondingly; the separating wall comprises at least two separating wall bodies which are detachably connected in sequence left and right. By means of the arrangement, disassembly/assembly of the wallboard is easy and convenient, when the wallboard is extruded by external force, the front wallboard body and the rear wallboard body can move close to each other by extruding the elastic pieces, so that the external force can be absorbed and converted, and it is effectively guaranteed that the wallboard bodies are not prone to damage.
本发明公开了一种可拼接的隔离墙墙体、隔离墙及其施工工艺，所述隔离墙墙体包括前后两墙板本体以及左右两拼接装置，所述左右两拼接装置分别位于前后两墙板本体的左右两侧之间；每一所述拼接装置均包括安装座、前后两活动件、设置于所述前后两活动件之间的弹性件，所述前后两活动件分别可相对前后移动地连接于所述安装座的前后两侧，且前后两活动件分别与对应侧的墙板本体可拆连接；所述隔离墙包括至少两块依次左右可拆连接的隔离墙墙体。如此设置，从而本发明的拆/装很是简单方便，而且当受到外力挤压时，前后两墙板主体可通过挤压所述弹性件而相对靠近移动，从而可吸收转化受到的外力，进而有效地保证了墙板本体不容易受损。
Separating wall body capable of being spliced, separating wall and construction technology of separating wall
一种可拼接的隔离墙墙体、隔离墙及其施工工艺
MA SHUAI (author) / WANG XIANFENG (author) / SHI XIAOBO (author) / SU JIAN (author) / HOU JIPU (author)
2023-01-03
Patent
Electronic Resource
Chinese