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    • 34. 发明授权
    • Column tray
    • 色谱柱
    • US3642258A
    • 1972-02-15
    • US86392369
    • 1969-10-06
    • MESSER GRIESHEIM GMBH
    • STAHL GERHARDSPAHN WALTERFISCHER WILLIAUTH FRANZ
    • B01D3/32B01D53/18B01J10/00B01J19/00B01D3/22
    • B01D3/326
    • An improved tray for rectifying and scrubbing columns is simply constructed by providing a cylindrical member coaxially within the column shell, placing beams radially between said member and shell, attaching one end of each beam to said member or shell, supporting the opposite free end of each beam on a ring fastened to the vertical surface adjacent to said free end, and fitting tray segments in locking arrangement between the beams which are circumferentially spaced from each other. The free ends of the beams supported on the ring, together with the locked-in tray segments, can move radially to accommodate differences in thermal expansion of the components of the column.
    • 用于整流和洗涤塔的改进的托盘简单地通过在柱壳体内同轴地设置圆柱形构件来构造,将梁径向放置在所述构件和壳体之间,将每个梁的一端附接到所述构件或壳体,支撑每个梁的相对的自由端 在紧固到与所述自由端相邻的垂直表面上的环上的梁,以及在彼此周向间隔开的梁之间的锁定装置中装配托盘段。 支撑在环上的梁的自由端与锁定的托盘段一起可以径向移动以适应柱的部件的热膨胀的差异。
    • 38. 发明授权
    • Apparatus for heat operating a workpiece with the aid of an optical projection of a radiation source
    • 用于通过光源投射辐射源来加热工作的装置
    • US3621198A
    • 1971-11-16
    • US3621198D
    • 1968-07-15
    • MESSER GRIESHEIM GMBH
    • HERBRICH HORST
    • B23K26/00B23K1/005B23K7/00H05B3/00H05B3/02A61N5/06
    • B23K7/00B23K1/005
    • An apparatus for the heating, melting, welding, brazing, cutting and the like of a workpiece with the aid of the optical projection of a radiation source. The radiation source is disposed within a radiation focusing chamber at one focal point thereof and the radiation therefrom exits the chamber through a radiation outlet to impinge on a second external working focal point. A pressurized gas, which may be a cooling gas, protective gas or reactive gas may be introduced into at least a portion of the chamber. The gas discharges through the radiation outlet and prevents entry into the chamber of damaging vapors which develop during use of the apparatus. The chamber may be divided by a radiation permeable partition into a pair of compartments; a first containing the radiation source and a second having the radiation outlet. The gas may be introduced into the first compartment to exit through an aperture in the partition into the second compartment for discharge through the outlet. Alternatively a first gas may be introduced into the first compartment and a second gas may be introduced into the second compartment whereby both gases, either mixed or unmixed are discharged through the outlet. In other embodiments, the first compartment may be sealed and the gas or gases introduced directly into the second compartment. The second compartment may include a narrow tube disposed substantially coaxial with an imaginary line interconnecting the foci for directing a concentrated stream of a gas toward the workpiece. A fiber optic rod may be mounted at the radiation outlet to provide a concentrated radiation at a point removed from the second focus. The rod may have a bore for passage of the pressurized gas from the chamber.