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    • 43. 发明授权
    • Method and apparatus for the restrained and flame-retardant laying of
electric cables
    • 用于电缆的限制和阻燃敷设的方法和装置
    • US4354774A
    • 1982-10-19
    • US161581
    • 1980-06-20
    • Giuseppe BianchiGiovanni Gussoni
    • Giuseppe BianchiGiovanni Gussoni
    • H02G3/04H02G9/04H02G9/08F16L1/00
    • H02G3/0412H02G9/04H02G9/08
    • System and method for the restrained and flame-retardant laying of one or more electric cables in a duct with a flat bottom. The ductway comprises a series of rigid and non-flammable elongated elements, each with a U-shape cross section, which are individually anchored to a flat floor and are arranged so that there is a space between contiguous elements. This space is sealed along its outer perimeter with a flexible and non-flammable material thereby forming a longitudinally sealed duct. One or more electric cables are laid inside the duct and the cable ends are fastened in fixed positions. The duct is filled with sandy materials and is completed with a slab attached to the top of each elongated element and arranged so that there is a space between contiguous slabs. This latter space is sealed along its outer perimeter with a flexible and non-flammable material. The duct and the sandy materials constitute protection against fire. The spaces between contiguous elongated elements and between corresponding contiguous slabs serve to avoid the harmful effects of forces, generated both inside and outside of the duct, due to variation of cable working temperature and to settling.
    • 一种或多种电缆在具有平坦底部的管道中的限制和阻燃布置的系统和方法。 管道包括一系列刚性和不可燃的细长元件,每个都具有U形横截面,其单独地锚固到平坦的地板上并且被布置成使得在连续元件之间存在空间。 该空间沿着其外周被密封,具有柔性和不可燃材料,从而形成纵向密封的管道。 一根或多根电缆铺设在管道内,电缆端部固定在固定位置。 管道填​​充有砂质材料,并且完成了连接到每个细长元件的顶部的板,并且布置成使得在连续的板之间存在空间。 后者的空间沿其外周边密封,具有柔性和不易燃的材料。 管道和沙质材料构成防火。 相邻细长元件之间的空间和相应的连续板之间的空间用于避免由于电缆工作温度的变化和沉降而在管道内部和外部产生的力的有害影响。
    • 47. 发明授权
    • Electrolytic process for treating ilmenite leach solution
    • 钛铁矿浸出液的电解工艺
    • US4230542A
    • 1980-10-28
    • US55018
    • 1979-07-05
    • Carlo TrainiGiuseppe BianchiAlberto Pellegri
    • Carlo TrainiGiuseppe BianchiAlberto Pellegri
    • C01G49/00C25B1/00C25B1/06
    • C01G49/00C25B1/00
    • A method of reducing ferric ions in a sulfuric acid ilmenite leach solution to ferrous ions comprising circulating a sulfuric acid ilmenite leach catholyte solution through the cathodic compartment of an electrolysis cell separated by a fluid-impervious anion exchange membrane from the anodic compartment, circulating a ferrous sulfate anolyte solution through the anodic compartment of the electrolysis cell and impressing an electrolysis current across the cell to reduce the ferric ions in the catholyte to ferrous ions and to oxidize a portion of the ferrous ions to ferric ions in the anolyte to prevent oxygen evolution in the anodic compartment and to an off-peak method of electrolysis operation to reduce energy consumption and to reduce or eliminate ferrous sulfate by-product.
    • 将硫酸钛铁矿浸出溶液中的铁离子还原成亚铁离子的方法包括将硫酸钛铁矿浸出液阴极溶液循环通过电解槽的阴极室,由不透液体的阴离子交换膜与阳极室隔开,循环有铁 硫酸盐阳极电解液通过电解池的阳极室并且施加电解电流流过电池,以将阴极电解液中的铁离子还原成亚铁离子,并将一部分亚铁离子氧化成阳极电解液中的铁离子,以防止氧气逸出 阳极室和电解操作的非峰值方法,以减少能量消耗并减少或消除硫酸亚铁副产物。