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    • 8. 发明授权
    • Process for mixing olefins
    • 烯烃混合方法
    • US4387263A
    • 1983-06-07
    • US378425
    • 1982-05-14
    • Wilhelm VogtHermann GlaserJurgen Koch
    • Wilhelm VogtHermann GlaserJurgen Koch
    • C07C1/20C07C1/24
    • C07C1/20C07C2529/40Y02P30/42
    • The disclosure relates to a process for making C.sub.2 to C.sub.4 -olefins from gas mixtures containing methanol, dimethylether and optionally steam in the presence of catalysts at temperatures of 250.degree. to 500.degree. C. under pressure of 0.1 to 6 bars, unreacted feed material being recycled. To this end, the disclosure provides for a mixture containing methanol and water in a ratio by volume of 1:(0 up to 2) to be evaporated and reacted in a reactor having the catalyst placed therein; for the reaction gases to be partially condensed by cooling them and separated, in a separator, into three phases; for the oil phase consisting of higher aliphates and aromates to be removed and for the remaining aqueous phase and gas phase to be water-scrubbed in a scrubbing column under pressures of 1 to 40 bars; for a gaseous hydrocarbon mixture containing predominantly C.sub.2 to C.sub.4 -olefins to be removed overhead and separated into its components; for an aqueous phase containing unreacted methanol and intermediarily formed dimethylether to be removed from the base portion of the scrubbing column; for the methanol and dimethylether to be distilled off in a stripping column and recycled into the reactor; and for the water to be removed from the base portion of the stripping column.
    • 本公开涉及一种在0.005至500℃的温度下,在0.1至6巴的压力下,在催化剂存在下,在甲醇,二甲醚和任选蒸汽的气体混合物中制备C 2至C 4烯烃的方法,未反应的原料为 回收。 为此,本公开内容提供了以1:(0至2)的体积比的甲醇和水的混合物进行蒸发并在其中放置有催化剂的反应器中反应; 反应气体通过冷却而被部分冷凝,并在分离器中分离成三相; 用于由更高的脂肪族和芳烃被除去的油相和剩余的水相和气相在1至40巴的压力下在洗涤塔中进行水洗; 对于主要含有C2至C4-烯烃的气态烃混合物,其顶部除去并分离成其组分; 对于含有未反应的甲醇和中间形成的二甲醚的水相从洗涤塔的基部除去; 甲醇和二甲基醚在汽提塔中蒸馏除去,再循环到反应器中; 并且用于从汽提塔的基部除去水。
    • 10. 发明申请
    • Gas valve and method for actuating a gas valve
    • 气阀和致动气阀的方法
    • US20080076079A1
    • 2008-03-27
    • US11882593
    • 2007-08-02
    • Frank EggebrechtPeter HoffeinsJurgen Koch
    • Frank EggebrechtPeter HoffeinsJurgen Koch
    • F23N5/00
    • F23N1/002F16K11/24F16K37/0041F23N2035/16F23N2035/18F23N2035/22F23N2041/08F24C3/126
    • The invention relates to a method for controlling a gas valve having a valve inlet and a second valve outlet for supplying gas to a secondary flame, and having a first valve outlet for supplying gas to a main flame; and a second valve which is embodied as a solenoid valve and interacts with a thermal element which is arranged in the secondary flame, and closes/opens the valve inlet in the closed/open position, wherein the first and second valves are activated by a linear drive which is actuated by an electronic controller, wherein when the second valve is opened the linear drive controls the first valve via a drive axle, and when the first valve is closed said linear drive opens the second valve, and wherein the electronic controller detects at least one position of the drive axle of the linear drive by measuring current/voltage, and thus detects the position of the first and second valves. The invention also relates to a valve which is suitable for the method according to the invention. The invention finally relates to the use of the method and/or to the control of a gas burning flame, and in particular to the control of a cooker or gas stove.
    • 本发明涉及一种用于控制气阀的方法,该阀具有用于向二次火焰供气的阀入口和第二阀出口,并具有用于向主火焰供应气体的第一阀出口; 以及第二阀,其被实施为电磁阀并且与布置在次级火焰中的热元件相互作用,并且在关闭/打开位置中关闭/打开阀入口,其中第一阀和第二阀由线性 驱动器,其由电子控制器致动,其中当所述第二阀打开时,所述线性驱动器经由驱动轴控制所述第一阀,并且当所述第一阀关闭时,所述线性驱动器打开所述第二阀,并且其中所述电子控制器检测到 通过测量电流/电压,直线驱动的驱动轴的至少一个位置,从而检测第一和第二阀的位置。 本发明还涉及适用于根据本发明的方法的阀。 本发明最终涉及该方法的使用和/或燃气燃烧火焰的控制,特别涉及炊具或燃气灶具的控制。