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    • 1. 发明专利
    • ADSORBING DEVICE REGENERABLE WITHOUT HEATING
    • JPS60129116A
    • 1985-07-10
    • JP23864683
    • 1983-12-16
    • KOBE STEEL LTD
    • TOMISAKA YASUSHIFUNADA ICHIROUHORII YUUJI
    • B01D53/04
    • PURPOSE:To proceed adsorption and regeneration under almost isothermal condition in a device for performing regeneration of adsorbent by flowing regenerating purge gas under reduced pressure by supplying generated heat in an adsorbent layer during adsorption stage to an adsorption layer during regeneration through a heat exchanging mechanism. CONSTITUTION:A chamber 1 packed with an adsorbent is partitioned to plural passages 3a, 3b, etc. with partition plates 2a, 2b, etc. along a direction of the gas stream, and an end part of the adsorption tower A is so constructed that different kinds of gas can flow toward opposite directions, same direction, and orthogonal directions through an upper and lower passages on both sides of one partition plate. A passage for housing a heat exchanging medium having a relatively large overall surface area for heat transmission is provided in the chamber for packing the adsorbent, and the heat generated in the adsorption stage is transferred to the adsorbent in the desorption stage in the passage for the heat exchanging medium serving as a compensating heat source for the desorption stage.
    • 6. 发明专利
    • Fabrication of tray in tray type gas-liquid contact apparatus
    • 托盘式气液接触装置中的托盘的制造
    • JPS57122901A
    • 1982-07-31
    • JP925081
    • 1981-01-23
    • Kobe Steel Ltd
    • TOMISAKA YASUSHIFUNADA ICHIROUTSUKUDA JIYUNJINAKAGAWA YAKUOTAKAO MASAMIASAHARA KAZUHIKO
    • B01D3/32B01D3/16B01D53/18
    • PURPOSE: To shorten an overall fabrication process of the gas-liquid contact apparatus as well as to reduce the labor of for the fabrication to a large extent and remarkably reduce a fabrication cost of said apparatus by simpifying work for attaching a tray floor to a tray support.
      CONSTITUTION: A tray support ring 2 is fixedly mounted to the inner side of the tray type gas-liquid contact apparatus main body 1 and, through plural split intermediate connecting members 15a, 15b..., the tray floor 4 having a diameter smaller than that of the aforementioned tray support ring 2 is attached to said tray support ring 2 as well as the attachment thereof is carried out by wedges 18, 21. As the result, in the large scale gas-liquid contact apparatus, a tray fabrication process is simplified largely as well as required labor in assembling the same can be reduced and a fabrication cost of said apparatus can be remarkably reduced.
      COPYRIGHT: (C)1982,JPO&Japio
    • 目的:缩短气 - 液接触装置的整体制造工艺,并且在很大程度上减少了制造的劳动,并且通过简单地将托盘地板连接到托盘的工作来显着降低所述装置的制造成本 支持。 构成:托盘支撑环2固定地安装在托盘型气液接触装置主体1的内侧,并且通过多个分割的中间连接构件15a,15b ...,直径小于 上述托盘支撑环2的托盘支撑环2的附接是通过楔形物18,21执行的。结果,在大规模气液接触装置中,托盘制造工艺是 可以减少大部分的简化和组装所需的劳动,并且可以显着地减少所述装置的制造成本。
    • 8. 发明专利
    • TRY FOR RECTIFYING COLUMN
    • JPS5450485A
    • 1979-04-20
    • JP11750677
    • 1977-09-29
    • KOBE STEEL LTD
    • TOYAMA AKIRAFUNADA ICHIROUASAHARA KAZUHIKO
    • B01D3/22F25J3/02
    • PURPOSE:Tray, widely increased the space velocity at the rectifying column of stage column constr uction etc., by prescribing the distance between the slit centers in the direction of slit length and liquid flowing against slit width and the distance between slits in the direction crossing at right angles against the liquid flowing, in each fixed extent. CONSTITUTION:The row A is formed by providing the slit 1 having the sufficient length l compared with the width W in the direction crossing at right angles against the liquid flowing direction X of tray, in the rectilinear direction at a fixed pitch. Also, each slit 1a, 1b is displaced only a half pitch in the longish direction between the row A and neighboring row B. Arranged pattern alternately arranged the row A and B in X direction, is constituted. On this occasion, each relation of the length l against the width W, the distance T between the centers of the row A and B and the distance between the slits in the direction crossing at right angles against the distance X, is prescribed as shown in the formula. By using the above tray, rectifying column having a lower pressure loss N at a higher space velocity, is able to obtain even in the region suddenly increasing the pressure loss M, on occasion of using usual perforated plate. W;1.0-3.0 mm, l/W:10.0-350, T/W:1.3-5.0, P/W: more than 1.3, (where W: slit width, l slit length, T: distance between center of slit in the dirction of liquid flowing, P: distance between slits in the direction crossing at right angles against liquid flowing)