A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Water stop section pre-embedding positioning device and water stop section pre-embedding construction method
The invention relates to a water stop section pre-embedding positioning device and a water stop section pre-embedding construction method. The water stop section pre-embedding positioning device structurally comprises an upper-layer positioning tool and a lower-layer positioning tool. Each of the upper-layer positioning tool and the lower-layer positioning tool structurally consists of a handle, a cover plate, three positioning circular rings and pay-off holes; and the height of the three positioning rings of the lower-layer positioning tool protruding out of the lower plane of the lower cover plate is step-shaped. The water stop section pre-embedding construction method comprises the steps that the water stop section pre-embedding positioning device is manufactured and machined through the BIM modeling and the 3D printing technology, positioning is carried out through the four pay-off holes by means of a plumb bob, and then concrete is poured. Compared with the prior art, the water stop section pre-embedding positioning device has the advantages that positioning is accurate, construction is convenient, potential quality hazards are reduced, and economic benefits are improved; and compared with the prior art, the water stop section pre-embedding construction method has the advantages that the construction strength is lowered, the construction difficulty is lowered, time and labor are saved during construction, and the qualification rate is high.
本发明涉及止水节预埋定位装置及止水节预埋施工方法。本发明的止水节预埋定位装置，结构包括上层定位工具和下层定位工具。上层定位工具和下层定位工具结构都是由把手、盖板，三圈定位圆环和放线孔组成；下层定位工具的三圈定位圆环突出下层盖板的下平面高度为阶梯状。本发明的止水节预埋施工方法，通过BIM建模，3D打印技术制作加工而成止水节预埋定位装置，利用铅锤通过四个放线孔进行定位，然后浇筑混凝土。本发明的止水节预埋定位装置和现有技术相比，具有定位准确、施工方便，减少质量隐患，提高了经济效益；本发明的止水节预埋施工方法和现有技术相比，具有简化了施工强度和难度，施工省时省力，合格率高的优点。
Water stop section pre-embedding positioning device and water stop section pre-embedding construction method
The invention relates to a water stop section pre-embedding positioning device and a water stop section pre-embedding construction method. The water stop section pre-embedding positioning device structurally comprises an upper-layer positioning tool and a lower-layer positioning tool. Each of the upper-layer positioning tool and the lower-layer positioning tool structurally consists of a handle, a cover plate, three positioning circular rings and pay-off holes; and the height of the three positioning rings of the lower-layer positioning tool protruding out of the lower plane of the lower cover plate is step-shaped. The water stop section pre-embedding construction method comprises the steps that the water stop section pre-embedding positioning device is manufactured and machined through the BIM modeling and the 3D printing technology, positioning is carried out through the four pay-off holes by means of a plumb bob, and then concrete is poured. Compared with the prior art, the water stop section pre-embedding positioning device has the advantages that positioning is accurate, construction is convenient, potential quality hazards are reduced, and economic benefits are improved; and compared with the prior art, the water stop section pre-embedding construction method has the advantages that the construction strength is lowered, the construction difficulty is lowered, time and labor are saved during construction, and the qualification rate is high.
本发明涉及止水节预埋定位装置及止水节预埋施工方法。本发明的止水节预埋定位装置，结构包括上层定位工具和下层定位工具。上层定位工具和下层定位工具结构都是由把手、盖板，三圈定位圆环和放线孔组成；下层定位工具的三圈定位圆环突出下层盖板的下平面高度为阶梯状。本发明的止水节预埋施工方法，通过BIM建模，3D打印技术制作加工而成止水节预埋定位装置，利用铅锤通过四个放线孔进行定位，然后浇筑混凝土。本发明的止水节预埋定位装置和现有技术相比，具有定位准确、施工方便，减少质量隐患，提高了经济效益；本发明的止水节预埋施工方法和现有技术相比，具有简化了施工强度和难度，施工省时省力，合格率高的优点。
Water stop section pre-embedding positioning device and water stop section pre-embedding construction method
止水节预埋定位装置及止水节预埋施工方法
XU KE (author) / XIN JIAN (author) / ZHU ZHONGWEN (author) / WANG PENG (author) / MENG HUI (author)
2021-12-07
Patent
Electronic Resource
Chinese
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