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    • 2. 发明授权
    • Apparatus for ammonia feed in copying equipment
    • 复印设备中氨进料装置
    • US4168741A
    • 1979-09-25
    • US846335
    • 1977-10-28
    • Karl-Heinz DegenhardtGerhard MarxHermann Frank
    • Karl-Heinz DegenhardtGerhard MarxHermann Frank
    • G03D7/00A23C3/02B01D7/00B01D51/00F25D17/06
    • G03D7/00Y10S55/15
    • This invention relates to an improvement in an apparatus for ammonia feed in copying equipment with a cold trap, for freezing out ammonia and water from air extracted from the immediate vicinity of a developing chamber, in particular from pre-chambers, together with a rectifying column for releasing ammonia from the frozen-out ammonia-water mixture and recycling the gaseous ammonia into the developing chamber, the improvement comprising heat exchanger means,With two heat-conducting channels adjacent each other through which the extracted air flows counter-currently, a cold source inSaid heat exchanger means, said source being at a transition position between said channels and surrounded thereby, heat source meansAdapted to heat said heat exchanger means, outlet means on said heat exchanger means, means connecting said outlet means on said heat exchanger means to said rectifying column, and means connecting said rectifying column to said developing chamber.
    • 本发明涉及在具有冷阱的复印设备中的氨进料装置的改进,用于从显影室附近,特别是从预处理室附近抽出的空气中冷冻氨和水以及精馏塔 用于从冷冻的氨 - 水混合物中释放氨并将气态氨再循环到显影室中,改进包括热交换器装置,其中具有两个热导通道,每个通道相邻,其中通过提取的空气流逆流,冷却 来源于热交换器的设备,所述源在所述通道与周边之间的过渡位置处,适用于热交换器装置的热源意味着符合换热器装置的方法,意味着将所述出口装置连接在同样的热交换器装置上 说明修整栏,并意图将上述修复栏连接到发展室。
    • 3. 发明授权
    • Process for conducting ammonia in copying machines
    • 在复印机中进行氨的工艺
    • US4166728A
    • 1979-09-04
    • US819909
    • 1977-07-28
    • Karl-Heinz DegenhardtHermann FrankGerhard Marx
    • Karl-Heinz DegenhardtHermann FrankGerhard Marx
    • B01D53/04G03D7/00B01D59/02
    • B01D53/0438B01D53/0423B01D53/06G03D7/00B01D2253/108B01D2253/308B01D2257/406B01D2257/80B01D2259/40003B01D2259/40088B01D2259/4061
    • This invention relates to a process for conducting ammonia in a diazo copying machine which comprises passing ammonia-containing exhaust air by first conduit means from a developing station of said copying machine through a cooled heat exchanger in which the ammonia and water is frozen out, then heating said heat exchanger to a temperature at which the water and the ammonia are liquified, passing the mixture of liquified water and liquified ammonia to a releasing station, adding fresh ammonia water to the liquified water and to the liquified ammonia, passing it together with the liquified water and liquified ammonia in the releasing station counter-currently to vapor produced by a vapor-generating means, and conducting the gaseous ammonia to the developing station, said process employing two heat exchangers, the first heat exchanger through which the exhaust air is passed being cooled and the second heat exchanger being heated for liquifying the ammonia and water frozen out during the preceding process step, whereby the second heat exchanger is cooled and the first heat exchanger is heated.
    • 本发明涉及一种用于在重氮复印机中导电氨的方法,该方法包括使第一导管装置的含氨废气从所述复印机的显影站通过其中氨和水被冷冻的冷却的热交换器, 将所述热交换器加热到水和氨液化的温度,将液化水和液化氨的混合物通入释放站,向液化水和液化氨中加入新鲜的氨水,将其与 释放站中的液化水和液化氨与蒸汽发生装置产生的蒸气相反,并将气氨导入显影站,所述方法采用两个热交换器,排气通过该第一热交换器 被冷却,并且第二热交换器被加热以使在此期间冻结的氨和水液化 从而第二热交换器被冷却并且第一热交换器被加热。
    • 4. 发明授权
    • Arrangement for ammonia feed in copying equipment
    • 复印设备中氨进料的布置
    • US4212655A
    • 1980-07-15
    • US846311
    • 1977-10-28
    • Karl-Heinz DegenhardtGerhard MarxHermann Frank
    • Karl-Heinz DegenhardtGerhard MarxHermann Frank
    • B01D53/04G03D7/00B01D53/06
    • B01D53/0438B01D53/0423B01D53/06G03D7/00B01D2253/106B01D2257/406B01D2257/80B01D2259/40088B01D2259/406B01D53/261
    • This invention relates to an improvement in an arrangement for ammonia feed in copying equipment with several switchable adsorption vessels, for instance four or five vessels, containing an adsorbent, at least one adsorption vessel of which in each case, the adsorbent of which is not saturated with ammonia, is charged with ammonia-containing air extracted from a developing chamber before this air leaves the copying equipment as cleaned exhaust air, and at least one adsorption vessel of which after saturation of the adsorbent can be regenerated by heating, and means whereby the liberated ammonia can be fed to the developing chamber.Each adsorption vessel can be connected via respective means to a line for the air extracted from pre-chambers of the developing chamber. The respective means are actuated according to a step-by-step switch unit. Furthermore, each adsorption vessel includes a gas outlet which can be either connected to the developing chamber or to an exhaust air line.The step-by-step switch unit receives a control signal from a measuring instrument which measures the concentration of the ammonia in the exhaust air. Measuring probes determine the concentration of ammonia, respectively of water vapor, in the developing chamber and are connected to a control instrument which serves to actuate the electrical heating of the adsorption vessels.
    • 本发明涉及在具有多个可切换吸附容器(例如四个或五个容器)的复制设备中进行氨进料的改进,其包含吸附剂,至少一个吸附容器,其吸附剂在其中不饱和 在氨气被清除的排出空气离开复印设备之前,从显影室抽出的含有氨的空气被充入,吸附剂饱和后的至少一个吸附容器可通过加热再生, 释放的氨可以被供给到显影室。 每个吸附容器可以经由各自的装置连接到用于从显影室的前室抽取的空气的管线。 相应的装置根据逐步的开关单元被致动。 此外,每个吸附容器包括可以连接到显影室或排气管线的气体出口。 逐步切换单元从测量排气中的氨浓度的测量仪器接收控制信号。 测量探针确定显影室中氨水分别为水蒸气的浓度,并连接到用于致动吸附容器的电加热的控制仪器。