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    • 1. 发明授权
    • Device for coating a web of material
    • 用于涂布材料网的装置
    • US4920913A
    • 1990-05-01
    • US226175
    • 1988-07-29
    • Reinhard KnopHerbert SommerGeorg Muller
    • Reinhard KnopHerbert SommerGeorg Muller
    • B05C20060101B05C1/04B05C3/12B05C3/18B05C5/00B05C5/02B05C11/04B41F31/06
    • D21H23/40D21H5/0015
    • In a device for coating a web of material that travels around a backing roller, the device having a coating chamber that opens toward the backing roller, that extends over the operating width, that has a slot demarcated at the web-intake end by an overflow plate for supplying liquid coating, and having a flow-control system at the downstream end, the improvement which comprises structures defining a coating-guide channelthat extends over the operating width at the outlet end of the coating chamber and terminates just upstream of the flow-control system,that is demarcated at one end by the backing roller and at the other by a baffle that essentially parallels the surface of the backing roller,that extends along the direction of travel at least 50% of the length of the overflow plate plus the flow-control system,that is open along its width perpendicular to the axis of the backing roller from 1.5 to 15% and preferably from 2.5 to 5% of its length, andthat terminates just upstream of the flow-control system.
    • 在用于涂覆围绕支承辊行进的材料网的装置中,所述装置具有朝着支承辊开口的涂覆室,该涂层室在操作宽度上延伸,该涂覆室具有在纸幅进入端处被溢出物分界的狭槽 用于供应液体涂层的板,并且在下游端具有流量控制系统,其改进包括限定涂层引导通道的结构,该涂层引导通道在涂覆室的出口端处的操作宽度上延伸并刚好终止于流动的上游 控制系统,其一端通过支承辊分隔,另一端通过挡板基本上平行于背衬辊的表面,该挡板沿行进方向延伸至溢流板的长度的至少50%加上 该流量控制系统沿其垂直于支承辊的轴线的宽度为其长度的1.5至15%,优选为2.5至5%的宽度,并且其直接终止于 流量控制系统。
    • 4. 发明授权
    • Braking system for controlling the braking of a trailer
    • 用于控制拖车制动的制动系统
    • US5848826A
    • 1998-12-15
    • US810249
    • 1997-03-03
    • Georg Muller
    • Georg Muller
    • B60T8/176B60T7/20B60T8/22B60T8/26B60T13/68B60T8/30
    • B60T13/683B60T7/20B60T8/266
    • A braking system for controlling the braking of a trailer as a function of the load condition of the trailer, determined by variables measured only on the tractor. In the tractor, a proportional valve is provided which is controlled by an electronic brake control system and, as a function of the determined load condition, provides the brake pressure for the trailer. The connection of a driver brake valve to a trailer brake valve with a select-high function is controlled by at least one fail-safe valve, which is controlled by the electronic brake control system. In normal operation of the electronic brake system, the output of the proportional valve is the output of the trailer brake valve and in faulty operation of the electronic brake system, the output of the driver control valve is the output of the trailer brake valve.
    • 用于根据拖车的载荷状况来控制拖车的制动的制动系统,由仅在拖拉机上测量的变量确定。 在拖拉机中,提供比例阀,其由电子制动控制系统控制,并且根据所确定的负载状况,提供拖车的制动压力。 驱动器制动阀与具有选择高功能的拖车制动阀的连接由至少一个由电子制动控制系统控制的故障安全阀控制。 在电子制动系统的正常运行中,比例阀的输出是拖车制动阀的输出和电子制动系统的故障运行,驱动控制阀的输出是拖车制动阀的输出。
    • 7. 发明申请
    • Method For The Production Of Group III Nitride Bulk Crystals Or Crystal Layers From Fused Metals
    • 用于生产熔融金属的III族氮化物体晶体或晶体层的方法
    • US20080118648A1
    • 2008-05-22
    • US11664369
    • 2005-10-04
    • Jochen FriedrichGeorg MullerRainer ApeltElke MeissnerBernhard BirkmannStephan Hussy
    • Jochen FriedrichGeorg MullerRainer ApeltElke MeissnerBernhard BirkmannStephan Hussy
    • B05D3/02B05D3/04
    • C30B29/403C30B17/00C30B19/02
    • The present invention relates to a method for the production of crystal layers or bulk crystals of group III nitride or of mixtures of different group III nitrides by means of precipitation, at a first temperature T1 in a first temperature range, from a group-III containing fused metal on a group-III-nitride crystal seed placed in the fused metal or on a foreign substrate placed in the fused metal, with the admixture of nitrogen in the fused metal at a pressure P.With the method a solvent additive is added to the fused metal which increases the conversion rate of group III metal to group III nitride in the fused metal. The fused metal runs through at least one temperature cycle with a first and a second process phase in which cycle the fused metal cools after the first process phase from the first temperature to a second temperature T2 below the first temperature range and at the end of the second process phase is heated from the second temperature back to a temperature within the first temperature range. The described method permits producing group III nitride crystal layers with a thickness of >10 μm, respectively massive crystals with a diameter of >10 mm at dislocation densities of
    • 本发明涉及在第一温度T 1中通过沉淀生产III族氮化物或不同III族氮化物的混合物的晶体层或本体晶体的方法 范围,从放置在熔融金属中的III族氮化物晶体晶种上的第III族熔融金属或放置在熔融金属中的异质衬底上,在熔融金属中以氮气的混合压力P。 该方法将熔融金属中添加溶剂添加剂,这增加了熔融金属中III族金属与III族氮化物的转化率。 熔融金属在第一和第二工艺阶段中延伸至少一个温度循环,其中熔融金属在第一工艺阶段之后从第一温度冷却至低于第一工艺阶段的第二温度T <2> 温度范围和第二工艺阶段结束时从第二温度加热到第一温度范围内的温度。 所描述的方法允许生产厚度>10μm的III族氮化物晶体层,分别为<10 -8 cm -2的位错密度,直径> 10mm的大块晶体, SUP>在低于1100℃的温度下,处理压力低于5×10 5 Pa。