A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Anti-seepage structure of corridor expansion joint
The invention belongs to the field of dock construction, and particularly discloses an anti-seepage structure of a corridor expansion joint, the anti-seepage structure comprises a folded plate bottom die, an upper anti-seepage water stop assembly and a lower anti-seepage water stop assembly, the folded plate bottom die is formed by integrally forming and connecting two T-shaped folded plate dies, the folded plate bottom die extends to the top of the corridor expansion joint, and the upper anti-seepage water stop assembly is arranged on the folded plate bottom die; the upper anti-seepage water stop assembly comprises a water stop frame, a cover plate, a water stop belt A, a water stop belt B and a water stop base plate, the water stop frame is fixed to the corridor expansion joint, a groove A matched with the folded plate bottom die is formed in the bottom side of the water stop frame, the cover plate is installed on the top side of the water stop frame, and the water stop belt A, the water stop belt B and the water stop base plate are arranged on the inner side of the water stop frame; the cross section of each water stop belt A is in an L shape, a water stop belt B is arranged between the two water stop belts A, and the water stop belts A and the water stop belt B are locked through bolts. The sealing performance of the waterstop at the structural joint can be effectively improved, and the later maintenance cost of the waterstop at the structural joint is reduced.
本发明属于船坞施工领域，具体公开了一种廊道伸缩缝的防渗结构，包括折板底模、上防渗止水组件与下防渗止水组件，所述折板底模为两T形折板模一体成型连接而成，折板底模延伸至廊道伸缩缝的顶部，折板底模上设有上防渗止水组件；所述上防渗止水组件包括止水框、盖板、止水带A、止水带B与止水垫板，其中止水框固定于廊道伸缩缝上，止水框底侧设有一与折板底模配合的凹槽A，止水框顶侧装有盖板，止水框内侧设有止水带A、止水带B与止水垫板；所述止水带A设有两组且其截面均呈L形状，两组止水带A之间设有止水带B，且止水带A、止水带B之间通过螺栓锁紧。本发明能够有效提高构造缝处止水带的封闭性，降低后期构造缝处止水带维护成本。
Anti-seepage structure of corridor expansion joint
The invention belongs to the field of dock construction, and particularly discloses an anti-seepage structure of a corridor expansion joint, the anti-seepage structure comprises a folded plate bottom die, an upper anti-seepage water stop assembly and a lower anti-seepage water stop assembly, the folded plate bottom die is formed by integrally forming and connecting two T-shaped folded plate dies, the folded plate bottom die extends to the top of the corridor expansion joint, and the upper anti-seepage water stop assembly is arranged on the folded plate bottom die; the upper anti-seepage water stop assembly comprises a water stop frame, a cover plate, a water stop belt A, a water stop belt B and a water stop base plate, the water stop frame is fixed to the corridor expansion joint, a groove A matched with the folded plate bottom die is formed in the bottom side of the water stop frame, the cover plate is installed on the top side of the water stop frame, and the water stop belt A, the water stop belt B and the water stop base plate are arranged on the inner side of the water stop frame; the cross section of each water stop belt A is in an L shape, a water stop belt B is arranged between the two water stop belts A, and the water stop belts A and the water stop belt B are locked through bolts. The sealing performance of the waterstop at the structural joint can be effectively improved, and the later maintenance cost of the waterstop at the structural joint is reduced.
本发明属于船坞施工领域，具体公开了一种廊道伸缩缝的防渗结构，包括折板底模、上防渗止水组件与下防渗止水组件，所述折板底模为两T形折板模一体成型连接而成，折板底模延伸至廊道伸缩缝的顶部，折板底模上设有上防渗止水组件；所述上防渗止水组件包括止水框、盖板、止水带A、止水带B与止水垫板，其中止水框固定于廊道伸缩缝上，止水框底侧设有一与折板底模配合的凹槽A，止水框顶侧装有盖板，止水框内侧设有止水带A、止水带B与止水垫板；所述止水带A设有两组且其截面均呈L形状，两组止水带A之间设有止水带B，且止水带A、止水带B之间通过螺栓锁紧。本发明能够有效提高构造缝处止水带的封闭性，降低后期构造缝处止水带维护成本。
Anti-seepage structure of corridor expansion joint
一种廊道伸缩缝的防渗结构
ZHAO AN (author) / LIU YAOSHUN (author) / XU YONGCHUN (author) / CAO JIANHUI (author) / DAI FENGBO (author) / SHEN JINHUA (author) / CHEN XIANJUN (author) / YANG LIZHI (author) / WANG SHUAI (author) / TAN BAOLIN (author)
2022-06-28
Patent
Electronic Resource
Chinese
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