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    • 2. 发明授权
    • Process and apparatus for charging a liquid reactant with gas
    • 用气体对液体反应物进行充气的方法和装置
    • US4973608A
    • 1990-11-27
    • US316381
    • 1989-02-27
    • Kurt KripplKlaus Schulte
    • Kurt KripplKlaus Schulte
    • B29B7/44B29B7/76
    • B29B7/7621B29K2075/00
    • The present invention is directed to a novel process and apparatus for charging a liquid reactant with a gas. In the process, the liquid reactant which is as yet uncharged with gas is introduced into the gassing tank at a point just below the substantially constant liquid level of the reactant. When the reactant has been charged with gas, it is removed at a point below the region where gassing takes place. A three-layered arrangement is thereby established and maintained in the gassing tank so that the layer of gas is separated from the layer of gas charged component by the layer of uncharged component. The gas charged component is thus maintained at a density corresponding to the desired gas content, taking into account any significant starting conditions, such as the original density, the temperature and the pressure. If necessary, this density is maintained by suitably varying the stirrer speed.
    • 本发明涉及一种用气体对液体反应物进行充电的新型方法和装置。 在此过程中,尚未不充分气体的液体反应物在正好低于反应物基本恒定液位的位置引入放气槽。 当反应物已经充入气体时,在气体发生的区域下方的位置被除去。 由此建立并保持在排气槽中的三层布置,使得气体层通过不带电荷的部件的层与充气部件层分离。 因此,考虑到诸如原始密度,温度和压力的任何显着的起始条件,气体充电部件保持在与期望的气体含量相对应的密度。 如果需要,通过适当地改变搅拌器速度来维持该密度。
    • 10. 发明授权
    • Process for the production of a flowable mixture which reacts to form
foam from flowable components stored in storage containers
    • 用于生产可流动混合物的方法,其可从储存在容器中的可流动组分反应形成泡沫
    • US4933115A
    • 1990-06-12
    • US772964
    • 1985-09-05
    • Kurt KripplHans-Michael SulzbachKlaus Schulte
    • Kurt KripplHans-Michael SulzbachKlaus Schulte
    • B29B7/00B29B7/74B29B7/76B29K105/04
    • B29B7/7621Y10S261/26Y10S261/27Y10S521/917
    • The present invention relates to an improved process for the production of a flowable mixture which reacts to form foam from flowable components stored in storage containers, wherein prior to metered introduction into a mixing zone, at least one of the components is charged with a defined quantity of gas, by (i) introducing said one component and gas separately into a gasification chamber equipped with a hollow stirrer, (ii) sucking gas into said component through the hollow shaft of the hollow stirrer, and (iii) stirring the gas into the component, until the desired value is attained, the improvement wherein (a) the component is circulated from the storage container through the gasification chamber and back into the storage container, (b) the gas sucked through the hollow shaft of the hollow stirrer being maintained at a pressure at least equal to the pressure prevailing in the storage container, and (c) the component fraction remaining in the storage container is homogenized during those periods in which gasification does not take place.
    • 本发明涉及一种用于生产可流动混合物的改进方法,所述可流动混合物通过存储在储存容器中的可流动组分反应形成泡沫,其中在计量引入混合区之前,将至少一种组分加入定量 的气体,通过(i)将所述一种成分和气体分别引入配备有中空搅拌器的气化室,(ii)通过中空搅拌器的空心轴将气体吸入所述部件,和(iii)将气体搅拌成 成分,直到获得所需值,其中(a)成分从储存容器通过气化室循环并回到储存容器中,(b)通过中空搅拌器的空心轴吸入的气体被保持 在至少等于储存容器中的压力的​​压力下,和(c)保存在储存容器中的组分分数在t 不发生气化的软管周期。