A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Superimposed shear wall mechanism and superimposed shear wall
The invention relates to a laminated shear wall mechanism and a laminated shear wall, the laminated shear wall mechanism comprises a first template and a second template, and further comprises a plurality of locking guide rods; a plurality of opposite pulling hooks are embedded in one side of the first template, are arranged in multiple rows and multiple columns, and are bent upwards; a plurality of lock sleeves are pre-embedded in one side of the second template, and the plurality of lock sleeves are in one-to-one correspondence with the plurality of opposite pull hooks; the plurality of locking guide rods are vertically oriented and can be connected with one side of the second template in a lifting manner relative to the second template; the plurality of locking guide rods are connected with the plurality of rows of lock sleeves in a one-to-one correspondence manner; when the locking guide rod moves upwards relative to the second template, the locking guide rod can drive the column of lock sleeves connected with the locking guide rod to turn upwards; when the locking guide rod moves downwards relative to the second template, the locking guide rod can drive the column of lock sleeves connected with the locking guide rod to turn downwards, and the column of lock sleeves can sleeve and press the opposite pull hooks of the corresponding column. The construction method has the beneficial effects that the construction efficiency is improved, the first formwork and the second formwork participate in stress, and follow-up installation of decorative plates is facilitated.
本发明涉及一种叠合剪力墙机构及一种叠合剪力墙，叠合剪力墙机构包括第一模板和第二模板，还包括多个锁紧导杆；第一模板一侧预埋多个对拉钩，多个对拉钩多排多列布置，对拉钩向上弯折；第二模板一侧预埋多个锁套，多个锁套和多个对拉钩一一对应；多个锁紧导杆呈竖直定向且能相对第二模板升降地连接第二模板的一侧，多个锁紧导杆和多列锁套一一对应地连接；当锁紧导杆相对第二模板上移时，锁紧导杆能够带动与其相连接的一列锁套向上翻转；当锁紧导杆相对第二模板下移时，锁紧导杆能带动与其相连接的一列锁套向下翻转，该列锁套能套设并下压对应一列的对拉钩。其有益效果是，提高施工效率、第一模板和第二模板参与受力以及便于后续装饰板的安装。
Superimposed shear wall mechanism and superimposed shear wall
The invention relates to a laminated shear wall mechanism and a laminated shear wall, the laminated shear wall mechanism comprises a first template and a second template, and further comprises a plurality of locking guide rods; a plurality of opposite pulling hooks are embedded in one side of the first template, are arranged in multiple rows and multiple columns, and are bent upwards; a plurality of lock sleeves are pre-embedded in one side of the second template, and the plurality of lock sleeves are in one-to-one correspondence with the plurality of opposite pull hooks; the plurality of locking guide rods are vertically oriented and can be connected with one side of the second template in a lifting manner relative to the second template; the plurality of locking guide rods are connected with the plurality of rows of lock sleeves in a one-to-one correspondence manner; when the locking guide rod moves upwards relative to the second template, the locking guide rod can drive the column of lock sleeves connected with the locking guide rod to turn upwards; when the locking guide rod moves downwards relative to the second template, the locking guide rod can drive the column of lock sleeves connected with the locking guide rod to turn downwards, and the column of lock sleeves can sleeve and press the opposite pull hooks of the corresponding column. The construction method has the beneficial effects that the construction efficiency is improved, the first formwork and the second formwork participate in stress, and follow-up installation of decorative plates is facilitated.
本发明涉及一种叠合剪力墙机构及一种叠合剪力墙，叠合剪力墙机构包括第一模板和第二模板，还包括多个锁紧导杆；第一模板一侧预埋多个对拉钩，多个对拉钩多排多列布置，对拉钩向上弯折；第二模板一侧预埋多个锁套，多个锁套和多个对拉钩一一对应；多个锁紧导杆呈竖直定向且能相对第二模板升降地连接第二模板的一侧，多个锁紧导杆和多列锁套一一对应地连接；当锁紧导杆相对第二模板上移时，锁紧导杆能够带动与其相连接的一列锁套向上翻转；当锁紧导杆相对第二模板下移时，锁紧导杆能带动与其相连接的一列锁套向下翻转，该列锁套能套设并下压对应一列的对拉钩。其有益效果是，提高施工效率、第一模板和第二模板参与受力以及便于后续装饰板的安装。
Superimposed shear wall mechanism and superimposed shear wall
一种叠合剪力墙机构及叠合剪力墙
MENG HUI (author) / WANG QIONG (author) / ZHANG ZONGJUN (author) / ZHAO BAOJUN (author) / ZHAN HE (author) / XIAO SHAOHUI (author) / LI CHAO (author) / ZHOU BIAO (author) / LU QIAN (author) / HUANG XIUQIN (author)
2024-11-22
Patent
Electronic Resource
Chinese
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