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METHOD OF SINKING OF PILE WITH INCREASED BEARING ABILITY

机译:承载力增加的桩沉法

摘要

FIELD: construction.SUBSTANCE: method of sinking of the pile includes driving of the pile into soil to a required depth by a gravitational hammer through a guiding conductor with subsequent fixing by embedment in a grillage. The pile is a metal pipe of a large diameter from 1000 to 2000 mm with a cone-shaped pointed closed end fitted with a rock cutting tip, and an anvil, and the anvil is designed in the form of a ferroconcrete cone-shaped closed end of the pile and its lower part with the ratio of the height of the filled lower part of the pile shaft to the height of the closed end cone of 0.5-1.0, reinforcing of the tip is performed in the form of curved reinforcing rods, and from above of the ferroconcrete anvil a metal circular board is installed. The pile shaft of a large diameter from 1000 to 2000 mm in the lower part is fitted with blades which are evenly placed along the diameter. The blades are rigidly fixed on the pile shaft and are made inclined at the angle of 5-30° to the pile axis, the ratio of the length of each blade to the length of the diameter of the shaft pile is selected within 0.5…1.0, the ratio of the width of each blade to the length of the diameter of the pile shaft is selected within 0.15…0.30. Bottom edges of the blades are installed at a distance from the cone of the closed end, equal to 0.5-1.0 diameters of the pile shaft, and the number n of blades placed along the diameter of the pile shaft depending on the diameter is determined from the given ratio.EFFECT: increase of the bearing ability of the pile, decrease of material consumption and labour input.3 cl, 4 dwg
机译:技术领域:构造。实体:下沉桩的方法包括:通过重力锤将锤桩通过引导导体驱动到土壤中所需的深度,然后通过嵌入格栅固定。该桩是直径为1000至2000 mm的金属管,其圆锥形的尖头封闭端装有凿岩刀头和砧座,砧座设计为钢筋混凝土锥形封闭端以桩轴的填充下部的高度与封闭端锥的高度之比为0.5-1.0的方式对桩及其下部进行加固,以弯曲的加固杆的形式进行尖端的加固,并且从钢筋混凝土砧的上方安装了一个金属圆板。下部的大直径从1000到2000 mm的桩轴装有沿直径均匀放置的刀片。叶片牢固地固定在桩身上,并相对于桩身轴线倾斜5-30°,每个叶片的长度与桩身直径的长度之比选择在0.5…1.0之间,每个叶片的宽度与桩身直径的长度之比选择在0.15…0.30之内。叶片的底部边缘安装在距离封闭端的圆锥体一定距离处,等于桩轴直径的0.5-1.0,并且根据直径确定沿桩轴直径放置的叶片数量n取决于效果:增加桩的承载力,减少材料消耗和人工投入。3 cl,4 dwg

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