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    • 4. 发明授权
    • Method of producing hollow structures and hollow structures
    • 生产中空结构和中空结构的方法
    • US4693635A
    • 1987-09-15
    • US522169
    • 1983-07-15
    • Marcel Matiere
    • Marcel Matiere
    • E04H7/26E04H20060101E04H7/28E04H7/30E04H9/10E04H9/12E21D20060101E21D11/08E21D11/15F16L20060101F16L9/22E03F3/00E21D11/00
    • E04H7/30E04H7/28E04H9/12E21D11/083E21D11/15F16L9/22
    • A method for producing cylindrical hollow bodies bearing on the ground along one generatrice, of large cross sectional area, by assembling on site previously prepared longitudinal components.The method consists in determining by calculation the optimum cross-sectional profile of said hollow body as a function of known parameters concerning the site, conditions of use of said hollow body and its inherent characteristics; divising said optimum cross-sectional profile into adjacent sections each corresponding to a longitudinal component of the hollow body and together providing a substantially continuous interior surface; and giving the transverse wall section of at least some of said components a variable thickness for adapting the latter component to the stresses to be exerted thereon.
    • PCT No.PCT / FR82 / 00177 Sec。 371日期1983年7月15日 102(e)日期1983年7月15日PCT提交1982年10月29日PCT公布。 出版物WO83 / 01823 日期:1983年5月26日。一种用于生产圆形中空体的方法,该方法通过在现场预先制备的纵向部件上组装而沿着具有大截面积的一个主体在地面上承载。 该方法包括通过计算确定所述中空体的最佳横截面轮廓作为关于所述中空体的部位,使用条件及其固有特性的已知参数的函数; 将所述最佳横截面轮廓划分成相应的部分,每个对应于所述中空体的纵向部分并且一起提供基本上连续的内表面; 并且给予所述部件中的至少一些部件的横壁部分具有可变的厚度,以使后者部件适应于施加在其上的应力。
    • 5. 发明授权
    • Bulk storage facility
    • 散装储存设施
    • US4125970A
    • 1978-11-21
    • US802446
    • 1977-06-01
    • Henri C. Vidal
    • Henri C. Vidal
    • E02D17/18E02D17/20E02D29/02E04H7/28E02D5/20E04H7/26
    • E02D29/0241E04H7/28
    • A bulk storage facility for pulverulent friable or fungible material, such as coal, is disclosed having a slot defined by downwardly convergent inclined walls each of which are fabricated from a plurality of wall panels. The wall panels are the facing for a coherent mass that includes a multiplicity of thin flexible reinforcing strips that are each surrounded by particulate material. Each wall panel has an inclined surface which defines an angle with respect to a horizontal plane that exceeds the angle of repose of material to be stored in the bulk storage facility. In addition, each wall panel may be provided with a pair of gussets which extend into the particulate material positioned therebehind. Several flexible metal reinforcing strips may be attached in vertically spaced relation to each of the gussets. Each edge surface of the wall panel has a tongue and an adjacent rabbet such that, when the panels are assembled in a wall, adjacent panels interlock to restrain the panels against rotation about horizontal and vertical axes. The method of construction includes building the inclined walls by laying a first course of panels, backfilling the panels with a layer of particulate material, attaching a generally horizontal planar array of reinforcing strips to the panels, covering the planar array with a lift of particulate material; repeating the attaching and covering steps until the first course of panels is completely backfilled, placing a second course of panels on the first course with sealant material therebetween, repeating the procedure for backfilling and placing additional courses with backfilling until the wall is completed.
    • 公开了一种用于粉状脆性或可替代材料(例如煤)的大容量存储设施,其具有由向下收敛的倾斜壁限定的狭槽,每个壁由多个壁板制成。 壁板是面向连续质量块的面,其包括多个薄的柔性增强条,每个薄的柔性加强条都被颗粒材料包围。 每个墙板具有倾斜表面,该倾斜表面相对于水平面限定了超过待储存在大容量储存设备中的材料的休止角度的角度。 此外,每个壁板可以设置有一对角撑板,其延伸到定位在其中的颗粒材料中。 几个柔性金属加强条可以与每个角撑板以垂直间隔的关系附接。 壁板的每个边缘表面具有舌部和相邻的拉布,使得当面板组装在壁中时,相邻的面板互锁以限制面板围绕水平和垂直轴线旋转。 施工方法包括:通过铺设第一层面板,用一层颗粒材料回填面板,将大体上水平的加强条的平面阵列连接到面板上来构建倾斜壁,用平面阵列覆盖平面阵列 ; 重复附着和覆盖步骤,直到第一道路板被完全回填,在第一道路上将密封剂材料放置在第一道路上,将其间的密封剂材料放置在第二层上,重复回填的过程并且再填充额外的道次,直到墙完成。