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    • 15. 发明授权
    • Semi continuous operational method for producing copolymers
    • 用于生产共聚物的半连续操作方法
    • US08541518B2
    • 2013-09-24
    • US12920143
    • 2009-02-10
    • Gerhard AlbrechtKlaus LorenzChristian ScholzPetra Wagner
    • Gerhard AlbrechtKlaus LorenzChristian ScholzPetra Wagner
    • C08F2/04C08F224/00C08F2/10C04B28/28
    • C08F220/04C08F220/26
    • A process for the preparation of a copolymer in a semicontinuous mode of operation in a polymerization apparatus containing a polymerization reactor connected to a metering device, in each case acid monomer being initially introduced into the metering device and polyether macromonomer and water into the polymerization reactor, acid monomer being metered from the metering device into the polymerization reactor, the metering of the acid monomer into the polymerization reactor being effected in such a way that first a polymerization pH is established in the aqueous medium and then, until the conversion of 70 mol % of the polyether macromonomer initially introduced into the polymerization reactor, acid monomer is passed into the polymerization reactor in an amount per unit time such that the pH in the aqueous medium deviates by not more than ±0.3 from the initially established polymerization pH.
    • 在含有连接到计量装置的聚合反应器的聚合装置中制备半连续操作模式的共聚物的方法,每种情况下,酸性单体最初引入计量装置和聚醚大分子单体和水进入聚合反应器, 酸性单体从计量装置计量到聚合反应器中,酸性单体计量到聚合反应器中的方式是首先在水性介质中建立聚合pH,然后直到70mol% 的最初引入聚合反应器的聚醚大分子单体,酸单体以每单位时间的量进入聚合反应器,使得水介质中的pH从最初建立的聚合pH偏离不大于±0.3。
    • 19. 发明授权
    • Support element for a bridge
    • 支撑桥梁的元素
    • US4015303A
    • 1977-04-05
    • US576446
    • 1975-05-12
    • Wolfgang EybFriedhelm SoffgeOrtwin PiperGerhard Albrecht
    • Wolfgang EybFriedhelm SoffgeOrtwin PiperGerhard Albrecht
    • E01D19/00E01D19/02
    • E01D19/005
    • Supporting apparatus for supporting bridge portions on a portable bridge of the type including a plurality of bridge portions movable from storage positions to positions of use connected to one another in series. The supporting apparatus includes two support legs spaced from one another and swingably supported at respective free ends of a pair of pivotally connected carrier sections. The support legs are further connected with one another by a hydraulic-cylinder arrangement arranged in bypassing relationship to the carrier sections with the holding element designed to absorb relative movement of the support legs resulting from the pivotal connection of the carrier section. Swinging devices are also provided at the free ends of each of the carrier sections for applying forcible swinging movement to the support legs so as to fold same from storage to in-use positions. The pivot axis of the support legs extend at an angle of less than 90.degree. with respect to the longitudinal extent of the support legs.
    • 用于支撑这种类型的便携式桥上的桥接部分的支撑装置,包括可从存储位置移动到多个彼此串联连接的位置的多个桥接部分。 支撑装置包括彼此分开的两个支撑腿,并且可摆动地支撑在一对枢转连接的承载部分的相应的自由端。 支撑腿通过液压缸装置进一步连接,液压缸装置以与载体部分为旁路的关系布置,其中保持元件被设计成吸收由承载部分的枢转连接导致的支撑腿的相对运动。 摆动装置还设置在每个承载部分的自由端处,用于向支撑腿施加强制摆动运动,从而将其从储存位置折叠到使用位置。 支撑腿的枢转轴线相对于支撑腿的纵向范围以小于90°的角度延伸。
    • 20. 发明授权
    • Support leg for bridges
    • 桥梁支撑腿
    • US3964119A
    • 1976-06-22
    • US576443
    • 1975-05-12
    • Friedhelm SoffgeGerhard Albrecht
    • Friedhelm SoffgeGerhard Albrecht
    • E01D19/00E01D19/02
    • E01D19/005
    • Support leg construction for tank portable bridges including a housing or support leg formed by respective inner and outer sleeve members. A longitudinally movable stanchion is guided intermediate the inner and outer sleeves. A hydraulically operable piston member is disposed in the inner sleeve and includes hydraulically operable detent spring ring locking means for selectively locking the piston to the stanchion. A further hydraulically operable spring-ring locking mechanism is fixedly disposed at the open end of the inner sleeve for selectively locking the stanchion in position with respect to the inner and outer sleeves.
    • 支撑用于罐式便携式桥梁的腿部结构,包括由相应的内部和外部套筒构件形成的壳体或支撑腿。 纵向移动的支柱被引导在内套和外套之间。 液压可操作的活塞构件设置在内套筒中,并且包括用于选择性地将活塞锁定到支柱的液压可操作的止动弹簧环锁定装置。 另外的液压可操作的弹簧环锁定机构固定地设置在内套筒的开口端,用于相对于内套筒和外套筒选择性地将支柱锁定在适当的位置。