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Opposite-pull screw, unilateral formwork system and construction method of unilateral formwork system
The invention relates to the technical field of lower room building construction, and discloses a split screw, a single-side formwork system and a construction method of the single-side formwork system. The opposite-pull screw comprises a rod body, the rod body is provided with a steel bar planting section, a fat groove section and an outer wall section which are sequentially arranged, the first end of the steel bar planting section is fixedly connected with a steel structure of the support pile, the second end of the steel bar planting section is fixedly connected with the first end of the fat groove section, and the second end of the fat groove section is detachably connected with the first end of the outer wall section; the water stopping structure is arranged on the fertilizer groove section in a sleeving mode, and the water stopping structure can expand when encountering water so as to seal the penetrating waterproof layer. The water stopping structure is arranged on the fertilizer groove section in a sleeving mode, the integrity of the waterproof layer at the key position is guaranteed through sealing of the fertilizer groove section, and therefore the reliability of the whole waterproof system is improved. When meeting water, the water stop structure can rapidly expand and tightly seal the penetrating waterproof layer, water permeation is effectively prevented, the water stop structure can provide reliable waterproof protection for a building, and the service life of the building is prolonged.
本发明涉及下室建筑施工技术领域,公开了一种对拉螺杆和单侧支模系统及单侧支模系统的施工方法。对拉螺杆包括杆体,其具有依次设置的植筋段、肥槽段和外墙段,植筋段的第一端与支护桩的钢结构固定连接,植筋段的第二端与肥槽段的第一端固定连接,肥槽段的第二端与外墙段的第一端可拆卸连接;止水结构,止水结构套设于肥槽段,且止水结构可遇水膨胀,以密封贯穿的防水层。止水结构套设于肥槽段,通过对肥槽段的密封,保证了防水层在关键部位的完整性,从而提高了整个防水系统的可靠性。当遇到水时,止水结构能够迅速膨胀,紧密地密封贯穿的防水层,有效地阻止了水的渗透,止水结构能够为建筑物提供可靠的防水保护,延长建筑物的使用寿命。
Opposite-pull screw, unilateral formwork system and construction method of unilateral formwork system
The invention relates to the technical field of lower room building construction, and discloses a split screw, a single-side formwork system and a construction method of the single-side formwork system. The opposite-pull screw comprises a rod body, the rod body is provided with a steel bar planting section, a fat groove section and an outer wall section which are sequentially arranged, the first end of the steel bar planting section is fixedly connected with a steel structure of the support pile, the second end of the steel bar planting section is fixedly connected with the first end of the fat groove section, and the second end of the fat groove section is detachably connected with the first end of the outer wall section; the water stopping structure is arranged on the fertilizer groove section in a sleeving mode, and the water stopping structure can expand when encountering water so as to seal the penetrating waterproof layer. The water stopping structure is arranged on the fertilizer groove section in a sleeving mode, the integrity of the waterproof layer at the key position is guaranteed through sealing of the fertilizer groove section, and therefore the reliability of the whole waterproof system is improved. When meeting water, the water stop structure can rapidly expand and tightly seal the penetrating waterproof layer, water permeation is effectively prevented, the water stop structure can provide reliable waterproof protection for a building, and the service life of the building is prolonged.
本发明涉及下室建筑施工技术领域,公开了一种对拉螺杆和单侧支模系统及单侧支模系统的施工方法。对拉螺杆包括杆体,其具有依次设置的植筋段、肥槽段和外墙段,植筋段的第一端与支护桩的钢结构固定连接,植筋段的第二端与肥槽段的第一端固定连接,肥槽段的第二端与外墙段的第一端可拆卸连接;止水结构,止水结构套设于肥槽段,且止水结构可遇水膨胀,以密封贯穿的防水层。止水结构套设于肥槽段,通过对肥槽段的密封,保证了防水层在关键部位的完整性,从而提高了整个防水系统的可靠性。当遇到水时,止水结构能够迅速膨胀,紧密地密封贯穿的防水层,有效地阻止了水的渗透,止水结构能够为建筑物提供可靠的防水保护,延长建筑物的使用寿命。
Opposite-pull screw, unilateral formwork system and construction method of unilateral formwork system
一种对拉螺杆和单侧支模系统及单侧支模系统的施工方法
YAO WEICANG (author) / QIN QI (author) / WU MINGLIANG (author) / SHI GUOLEI (author) / FU JUECONG (author) / XU LIANG (author)
2024-12-13
Patent
Electronic Resource
Chinese
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