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    • 4. 发明授权
    • Method of making a headwall
    • 制作头巾的方法
    • US3779021A
    • 1973-12-18
    • US3779021D
    • 1971-12-27
    • GREEN R
    • GREEN R
    • E01F5/00E02D27/46E02D29/02E02D5/20
    • E02D29/0275E01F5/005E02D27/46
    • The expression ''''headwall'''' refers to the reinforced concrete structure which supports one end of a large pipe and retains earth fill on one side. Instead of building concrete forms on the site the headwall is poured into a form made from two identical lightweight plastic concave sections which are made to shape and size by vacuum forming identical plastic sheets placed back-toback to produce the mold which is a shell having the two sections attached together by plastic strips or the like. Each concave plastic section is vacuum formed with an intricate shape to produce an outwardly extending base and an upright retaining wall which may have a circular or oval-shaped hole passing through the walls to accommodate the drainage pipe. The plastic walls around the hole may be weak so as to distort around the pipe or may be split. The completed form has openings at the top through which concrete is poured. The bottom may be open so that concrete can come into contact with the irregular terrain or soil.
    • “顶墙”一词是指钢筋混凝土结构,其支撑大管道的一端并在一侧保持地层填充。 不是在现场建造混凝土形式,而是将墙壁倒入由两个相同的轻质塑料凹形部分制成的形状中,该形状通过真空成形相同的塑料片而形成和尺寸,所述相同的塑料片背靠背放置以产生壳体 将两个部分用塑料条等连接在一起。 每个凹形塑料部分是真空形成的,具有复杂的形状,以产生向外延伸的基部和直立的保持壁,该保持壁可以具有通过壁的圆形或椭圆形的孔以容纳排水管。 孔周围的塑料壁可能很弱,从而在管道周围变形,或者可能会分裂。 完成的形式在顶部具有开口,通过该开口倾倒混凝土。 底部可能是敞开的,以使混凝土与不规则的地形或土壤接触。
    • 9. 发明授权
    • Process for slip forming reinforced bridge coping with exposed rebars
    • 应对暴露钢筋的成型加固桥的工艺
    • US08920068B1
    • 2014-12-30
    • US14071629
    • 2013-11-04
    • Patrick FreeEric C. Kontos
    • Patrick FreeEric C. Kontos
    • E01D21/00E01C19/48
    • E01C19/4886E01D21/00E02D29/0275
    • A process for slip forming of concrete structures, specifically, concrete structural components, for road and bridge construction. This process has particular application for slip forming of monolithic structures having multiple component/functional parts, wherein the resultant slip formed monolithic, structure has exposed rebars bar the later integration with additional concrete structures arid/or mechanical structural elements, c,g. noise walls, barricades, guard rails and the like. This invention also includes a system adapted for the formation of these unique, monolithic slip formed structures with exposed rebars, including the tunnel mold assembly, which is utilized in this slip forming process; and, the resultant to slip molded monolithic structural component with exposed rebus.
    • 混凝土结构的滑移成型工艺,特别是道路和桥梁施工的混凝土结构件。 该方法特别适用于具有多个部件/功能部件的整体式结构的滑移成形,其中所形成的滑块形成的整体式结构具有暴露的钢筋,以便随后与其它混凝土结构和/或机械结构元件一体化。 隔音墙,路障,护栏等。 本发明还包括适于形成具有暴露的钢筋的这些独特的整体式滑动成形结构的系统,其包括在该滑移成形过程中使用的隧道模具组件; 并且所得到的具有暴露的接合的滑模成型的单块结构部件。
    • 10. 发明申请
    • METHOD FOR FORMING A RETAINING WALL, AND CORRESPONDING RETAINING WALL
    • 形成保持墙的方法和相应的保持墙
    • US20140215959A1
    • 2014-08-07
    • US13821153
    • 2012-09-27
    • Maurice GarzonLavih Garzon
    • Maurice GarzonLavih Garzon
    • E02D29/02E02D27/26E02D3/046
    • E02D29/0275E02D3/046E02D27/26E02D29/02
    • A method for forming a cementitious retaining wall is described. The method includes the step of defining on an earth surface an outline of the wall to be formed. The outline delimits an area of earth to be excavated. The method also includes the step of compacting the area. After compaction, the earth underneath and adjacent to the area is densified, which provides stability to the earth during excavation and after the wall is formed. The method also includes the step of excavating the earth from the area compacted to an initial depth, thereby creating a wall cavity. The method further includes the step of compacting the bottom surface of the wall cavity and subsequently excavating the earth from the compacted bottom surface. This step can be repeated as much as required, under a final depth of the wall cavity is reached. Once the final depth is reached, the wall cavity can be filled at least partially a cementitious material so as to form the retaining wall.
    • 描述了一种用于形成水泥质挡土墙的方法。 该方法包括在地球表面上限定要形成的壁的轮廓的步骤。 大纲划定了要挖掘的地球区域。 该方法还包括压实该区域的步骤。 压实后,该区域下方和附近的地球致密化,这在开挖期间和墙体形成后为地球提供了稳定性。 该方法还包括从压实到初始深度的区域挖掘地球的步骤,从而形成壁腔。 该方法还包括压实壁腔的底面并随后从压实的底面挖掘土的步骤。 该步骤可以根据需要重复,在达到最终深度的壁腔。 一旦达到最终深度,壁腔可以至少部分地填充水泥质材料,以形成挡土墙。