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    • 5. 发明申请
    • Woodpile connector
    • Woodpile连接器
    • US20090249735A1
    • 2009-10-08
    • US12080865
    • 2008-04-07
    • Howard C. Austin
    • Howard C. Austin
    • E04C3/00
    • E02D5/26E02D5/48E02D5/52E02D5/64
    • A woodpile connector has a tubular body defined by an open-end lower portion and an open-end upper portion. The upper portion and the lower portion are fixedly connected, at their free ends, to a separating plate, which is secured between an inner surface and an outer surface of the tubular body. The open ends of the connector body have beveled edges to facilitate compression of the wood being forced into the connector body. By aligning the connector portions in relation to the pile sections, while forcing the connector portions into the ends of the adjoining pile sections, alignment of the pile sections is achieved even when the pile sections do not have evenly cut connecting surfaces.
    • 木质连接器具有由开口下部部分和开放端部上部限定的管状体。 上部和下部在其自由端处固定连接到分离板,该分离板固定在管状体的内表面和外表面之间。 连接器主体的开口端具有倾斜的边缘,以便于被迫进入连接器主体的木材的压缩。 通过将连接器部分相对于桩部对准,同时迫使连接器部分进入相邻桩部的端部,即使当桩部分没有均匀切割的连接表面时,也可实现堆部分的对准。
    • 6. 发明申请
    • REINFORCED-CONCRETE COLUMN IN THE SOIL PIT AND METHOD OF ITS CONSTRUCTION
    • 土壤中的强化混凝土柱及其施工方法
    • US20080304918A1
    • 2008-12-11
    • US12193554
    • 2008-08-18
    • Pavel Borisovich YURKEVICH
    • Pavel Borisovich YURKEVICH
    • E02D5/30
    • E04C3/34E02D5/44E02D5/48E04C5/0604
    • A reinforced-concrete column contains reinforcing cage and inserts made monolithic with concrete mix and comprises the upper bearing and lower foundation parts. The method of construction of the column includes operations of manufacture of the column reinforcing cage with inserts, placement of concrete in the non-removable casing in the project position in single- or multi-slit pit with the column making monolithic. The column reinforcing cage is loaded vertically into the pit, centered vertically, and the upper part is fixed from horizontal displacements, the lower foundation part of the column and the inner part of the non-removable casing with the closed-type casing in the upper bearing part of the column are made monolithic with concrete from down to top. After making monolithic, the soil base is widened and cemented via the process pipeline placed inside the reinforcing cage; the space between the non-removable casing and the pit walls in the upper bearing part is filled with granular material.
    • 钢筋混凝土柱包含加固保持架和嵌入式混凝土混合物,并包括上部轴承和下部基础部件。 柱的构造方法包括制造具有插入件的柱加固保持架的操作,将柱体制成单块的混凝土放置在单个或多个狭缝坑中的不可移除壳体中的工程位置中。 柱加固笼垂直装入坑中,垂直居中,上部由水平位移固定,柱的下基部和不可拆卸外壳的内部与封闭式外壳位于上部 柱子的轴承部分由混合物制成整体,从下到上。 整体制作后,土体基座通过放置在加强笼内的过程管道进行加宽和粘结; 不可移除的壳体和上轴承部分的凹坑壁之间的空间填充有颗粒材料。
    • 7. 发明授权
    • Reinforced-concrete column in the soil pit
    • 钢筋混凝土柱在土坑中
    • US07445405B2
    • 2008-11-04
    • US10854565
    • 2004-05-25
    • Pavel Borisovich Yurkevich
    • Pavel Borisovich Yurkevich
    • E02D5/30
    • E04C3/34E02D5/44E02D5/48E04C5/0604
    • A reinforced-concrete column contains reinforcing cage and inserts made monolithic with concrete mix and comprises the upper bearing and lower foundation parts. The method of construction of the column includes operations of manufacture of the column reinforcing cage with inserts, placement of concrete in the non-removable casing in the project position in single- or multi-slit pit with the column making monolithic. The column reinforcing cage is loaded vertically into the pit, centered vertically, and the upper part is fixed from horizontal displacements, the lower foundation part of the column and the inner part of the non-removable casing with the closed-type casing in the upper bearing part of the column are made monolithic with concrete from down to top. After making monolithic, the soil base is widened and cemented via the process pipeline placed inside the reinforcing cage; the space between the non-removable casing and the pit walls in the upper bearing part is filled with granular material.
    • 钢筋混凝土柱包含加固保持架和嵌入式混凝土混合物,并包括上部轴承和下部基础部件。 柱的构造方法包括制造具有插入件的柱加固保持架的操作,将柱体制成单块的混凝土放置在单个或多个狭缝坑中的不可移除壳体中的工程位置中。 柱加固笼垂直装入坑中,垂直居中,上部由水平位移固定,柱的下基部和不可拆卸外壳的内部与封闭式外壳位于上部 柱子的轴承部分由混合物制成整体,从下到上。 整体制作后,土体基座通过放置在加强笼内的过程管道进行加宽和粘结; 不可移除的壳体和上轴承部分的凹坑壁之间的空间填充有颗粒材料。
    • 8. 发明授权
    • Method of making a hole for a foundation pile
    • 为地基桩制孔的方法
    • US5908268A
    • 1999-06-01
    • US756836
    • 1996-11-26
    • Sadao Yabuuchi
    • Sadao Yabuuchi
    • E02D1/02E02D5/36E02D5/48E02D27/28E02D33/00E02D5/30E21B7/20
    • E02D1/02E02D1/022E02D27/28E02D33/00E02D5/36E02D5/48
    • A method of constructing foundation piles provides improved hole stability and bearing characteristics. A boring a hole is initially formed by drilling. A horizontal pressure is then applied to the inner walls of the hole over a vertical portion of predetermined height until a desired degree of compression is attained. Horizontal pressure is then applied over a subsequent vertical portion of an inner circumferential surface of the hole vertically adjacent to a vertical portion pressed in a preceding step of applying horizontal pressure. The steps of compression are continued until a contiguous vertical expanse of the hole is compressed to a desired degree. Alternatively, the depth of the hole may be increased sequentially following a compression operation, and the subsequently formed hole depth then horizontally compressed. In a further embodiment, vertical pressure is applied over a circumferential annular surface area at a bottom of the hole, and also over a central circular area surrounded by, and adjacent to, the circumferential annular surface area.
    • 基础桩的构造方法提供了改进的孔稳定性和承载特性。 最初通过钻孔形成一个钻孔。 然后在预定高度的垂直部分上对孔的内壁施加水平压力,直到获得所需的压缩程度。 然后将水平压力施加在垂直于在施加水平压力的先前步骤中压制的垂直部分的孔的内周表面的随后垂直部分上。 继续压缩的步骤,直到孔的连续垂直展开被压缩到期望的程度。 或者,可以在压缩操作之后依次增加孔的深度,然后随后形成的孔深度被水平地压缩。 在另一个实施例中,垂直压力施加在孔的底部的周向环形表面区域上,并且还在由周向环形表面区域围绕并邻近周向环形表面区域的中心圆形区域上。