A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Expansion water-stop strip mounting structure and expansion water-stop strip mounting method
The invention mainly relates to the field of buildings, in particular to an expansion water-stop strip mounting structure and an expansion water-stop strip mounting method. The mounting structure comprises a plurality of clamps, a square tube and nails, the clamps are arranged on the top surface of the square tube, the nails penetrate through the square tube and the clamps from bottom to top, and corresponding through holes are formed in the square tube and the clamps; and the clamp clamps the middle part of the nail. The clamp comprises a clamping part at the top and a fixing part at the bottom, the fixing part is a U-shaped fixing plate, and a through hole is formed in the bottom of the fixing part. The clamping part is composed of two arc-shaped elastic pieces which are clamped with each other, and the two arc-shaped elastic pieces are arranged in an externally tangent mode. Compared with a bonding method, the fixing method belongs to mechanical fixing and is firmer, and the phenomenon of falling off in the concrete pouring process is avoided. Compared with a water nail fixing method, nails are pre-embedded in concrete, the connection strength is high, dense steel bars cannot affect operation, and high-strength concrete can further improve the connection strength.
本发明主要涉及建筑领域，具体的说是一种膨胀止水条安装结构及膨胀止水条安装方法。本安装结构包括夹具、方管和钉子，所述夹具在所述方管顶面设置有多个，所述钉子由下至上贯穿所述方管与夹具，所述方管与所述夹具上开有对应的通孔；所述夹具夹紧所述钉子的中部。所述夹具包括顶部的夹紧部与底部的固定部，所述固定部为“U”形固定板，其底部开有通孔。所述夹紧部为两片相互夹紧的弧形弹性片，所述两弧形弹性片外切设置。对比粘结法，该固定法属于机械固定，比较牢固，不会存在混凝土浇筑过程中脱落的现象。对比水钉固定法，钉子预埋入混凝土，连接强度较高，钢筋的密集不会影响操作，高强混凝土更可以增加连接强度。
Expansion water-stop strip mounting structure and expansion water-stop strip mounting method
The invention mainly relates to the field of buildings, in particular to an expansion water-stop strip mounting structure and an expansion water-stop strip mounting method. The mounting structure comprises a plurality of clamps, a square tube and nails, the clamps are arranged on the top surface of the square tube, the nails penetrate through the square tube and the clamps from bottom to top, and corresponding through holes are formed in the square tube and the clamps; and the clamp clamps the middle part of the nail. The clamp comprises a clamping part at the top and a fixing part at the bottom, the fixing part is a U-shaped fixing plate, and a through hole is formed in the bottom of the fixing part. The clamping part is composed of two arc-shaped elastic pieces which are clamped with each other, and the two arc-shaped elastic pieces are arranged in an externally tangent mode. Compared with a bonding method, the fixing method belongs to mechanical fixing and is firmer, and the phenomenon of falling off in the concrete pouring process is avoided. Compared with a water nail fixing method, nails are pre-embedded in concrete, the connection strength is high, dense steel bars cannot affect operation, and high-strength concrete can further improve the connection strength.
本发明主要涉及建筑领域，具体的说是一种膨胀止水条安装结构及膨胀止水条安装方法。本安装结构包括夹具、方管和钉子，所述夹具在所述方管顶面设置有多个，所述钉子由下至上贯穿所述方管与夹具，所述方管与所述夹具上开有对应的通孔；所述夹具夹紧所述钉子的中部。所述夹具包括顶部的夹紧部与底部的固定部，所述固定部为“U”形固定板，其底部开有通孔。所述夹紧部为两片相互夹紧的弧形弹性片，所述两弧形弹性片外切设置。对比粘结法，该固定法属于机械固定，比较牢固，不会存在混凝土浇筑过程中脱落的现象。对比水钉固定法，钉子预埋入混凝土，连接强度较高，钢筋的密集不会影响操作，高强混凝土更可以增加连接强度。
Expansion water-stop strip mounting structure and expansion water-stop strip mounting method
一种膨胀止水条安装结构及膨胀止水条安装方法
LI SHAOFENG (author) / JU BO (author) / LI JIAJIA (author) / YANG CHUANMIN (author) / LIN YAN (author)
2023-12-05
Patent
Electronic Resource
Chinese
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