A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a building pile structure capable of achieving width adjustment, and relates to the field of building engineering equipment. According to the building pile structure capable ofachieving width adjustment, when the building pile structure is in use, the number of needed pile separating plates is calculated according to the required width, all the pile separating plates are superposed, threaded columns which are several centimeters longer than all the pile separating plates are selected to be screwed into threaded holes of all the pile separating plates, and the two endsof the threaded columns are kept to be exposed out of the pile separating plates; end base stations are then poured out through formworks at the two ends of all the pile separating plates through cement concrete; finally, the sides of fixing links are welded to the ends of the threaded columns at the same line; and the building pile structure capable of achieving width adjustment is transported toa construction site, after a pile foundation hole is excavated at the foundation, the prefabricated building pile structure capable of achieving width adjustment is buried in the pile foundation hole. According to the building pile structure capable of achieving width adjustment, the width of a building pile can be flexibly changed so as to adapt to the requirements of different buildings, and the adaptability is strong.
本发明公开了一种可进行宽度调节的建筑桩结构，涉及建筑工程设备领域，该可进行宽度调节的建筑桩结构在使用时选根据需要的宽度计算好需要多少块分桩板，再将所有的分桩板对其叠加起来，选择比所有分桩板厚度长几公分的螺纹柱旋入所有分桩板的螺纹孔内，并且保持螺纹柱两端均露出分桩板外部。然后通过模板在所有分桩板两端用水泥混凝土浇筑出端部基台。最后将固定连杆侧面焊接在同一列的螺纹柱端部。将该可进行宽度调节的建筑桩结构运输至工地，在地基处挖好桩基孔后，再将预制好的可进行宽度调节的建筑桩结构埋入桩基孔内即可。该可进行宽度调节的建筑桩结构可以灵活地改变建筑桩的宽度，以适应不同建筑的需求，适应能力强。
The invention discloses a building pile structure capable of achieving width adjustment, and relates to the field of building engineering equipment. According to the building pile structure capable ofachieving width adjustment, when the building pile structure is in use, the number of needed pile separating plates is calculated according to the required width, all the pile separating plates are superposed, threaded columns which are several centimeters longer than all the pile separating plates are selected to be screwed into threaded holes of all the pile separating plates, and the two endsof the threaded columns are kept to be exposed out of the pile separating plates; end base stations are then poured out through formworks at the two ends of all the pile separating plates through cement concrete; finally, the sides of fixing links are welded to the ends of the threaded columns at the same line; and the building pile structure capable of achieving width adjustment is transported toa construction site, after a pile foundation hole is excavated at the foundation, the prefabricated building pile structure capable of achieving width adjustment is buried in the pile foundation hole. According to the building pile structure capable of achieving width adjustment, the width of a building pile can be flexibly changed so as to adapt to the requirements of different buildings, and the adaptability is strong.
本发明公开了一种可进行宽度调节的建筑桩结构，涉及建筑工程设备领域，该可进行宽度调节的建筑桩结构在使用时选根据需要的宽度计算好需要多少块分桩板，再将所有的分桩板对其叠加起来，选择比所有分桩板厚度长几公分的螺纹柱旋入所有分桩板的螺纹孔内，并且保持螺纹柱两端均露出分桩板外部。然后通过模板在所有分桩板两端用水泥混凝土浇筑出端部基台。最后将固定连杆侧面焊接在同一列的螺纹柱端部。将该可进行宽度调节的建筑桩结构运输至工地，在地基处挖好桩基孔后，再将预制好的可进行宽度调节的建筑桩结构埋入桩基孔内即可。该可进行宽度调节的建筑桩结构可以灵活地改变建筑桩的宽度，以适应不同建筑的需求，适应能力强。
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