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    • 3. 发明申请
    • GAS TURBINE
    • 燃气轮机
    • US20100278644A1
    • 2010-11-04
    • US12771876
    • 2010-04-30
    • Frank GERSBACHChristian SommerWilly Heinz HofmannUlrich Steiger
    • Frank GERSBACHChristian SommerWilly Heinz HofmannUlrich Steiger
    • F01D9/04
    • F01D5/143F01D9/041F05D2270/17
    • A gas turbine is disclosed which includes an annular combustion chamber defined by an inner wall and an outer wall. A stator airfoil row can be defined by an annular inner stator wall and an annular outer stator wall housing a plurality of stator airfoils, and at least a rotor airfoil row defined by an annular inner rotor wall and an annular outer rotor wall housing a plurality of rotor airfoils. A gap is arranged, for example, between at least one of the inner stator wall and the inner combustion chamber wall, and the outer stator wall and the outer combustion chamber wall, upstream of said stator airfoil row. A border of at least one of the inner and outer stator wall facing the gap can be axisymmetric. A zone of at least one of the inner and outer stator wall downstream of the gap and upstream of the stator airfoils can be non-axisymmetric and defines bumps arranged to locally increase the static pressure of a fluid flow passing through said stator airfoil row to increase the uniformity of the static pressure.
    • 公开了一种燃气轮机,其包括由内壁和外壁限定的环形燃烧室。 定子翼型排可以由环形内部定子壁和容纳多个定子翼型的环形外部定子壁限定,并且至少一个由环形内部转子壁和环形外部转子壁限定的转子翼型排,所述环形外部转子壁容纳多个 转子翼型。 例如在内定子壁和内燃烧室壁之间的至少一个以及外定子壁和外燃烧室壁之间设置间隙,在上述定子翼型排的上游。 面向间隙的内外定子壁中的至少一个的边界可以是轴对称的。 位于间隙下游和定子翼型件上游的内部和外部定子壁中的至少一个的区域可以是非轴对称的并且限定凸起,其布置成局部地增加通过所述定子翼型件排的流体流的静态压力,以增加 静压均匀。
    • 4. 发明申请
    • MATERIAL FOR PRODUCTION OF JUNCTIONS BETWEEN TWO OBJECTS
    • 用于生产两个对象之间的结点的材料
    • US20080236076A1
    • 2008-10-02
    • US11865444
    • 2007-10-01
    • KARL-HEINZ HOFMANN
    • KARL-HEINZ HOFMANN
    • E04C1/00
    • E04D13/174E04D1/36Y10T428/249985
    • The invention relates to a material for the formation of connections between two objects, for example between a roofing tile and a ridge tile. This material is a deformable filter foam, which is impregnated with a substance which is cured when exposed to air. Before the connection is formed, the filter foam with the substance impregnating it, is sealed airtight. When the connection is to be formed, the airtight seal is removed and the substance introduced between the objects to be connected. Due to the exposure to air, which is now possible, the substance becomes cured. This lends the previously soft filter foam a solid structure.
    • 本发明涉及用于形成两个物体之间的连接的材料,例如在屋顶瓦片和脊瓦片之间。 该材料是可变形的过滤泡沫,其被暴露于空气中固化的物质浸渍。 在形成连接之前,将具有浸渍物质的过滤泡沫密封密封。 当要形成连接时,气密密封被去除,物质被引入待连接物体之间。 由于暴露在空气中,这是现在可能的,物质变得愈合。 这使得以前软的过滤泡沫体具有固体结构。
    • 6. 发明申请
    • INSENSITIVE EXPLOSIVE MOLDING POWDER, PASTE PROCESS
    • 无菌爆炸成型粉末,抛光工艺
    • US20050081970A1
    • 2005-04-21
    • US10672384
    • 2003-09-26
    • Heinz HofmannKarl Rudolf
    • Heinz HofmannKarl Rudolf
    • C06B25/34C06B45/02C06B45/10
    • C06B25/34C06B45/02C06B45/10
    • Insensitive explosive molding powders are provided that include an explosive component, a binder and a plasticizer. The insensitive molding powders include explosive crystals that are bound by a binder system. Moreover, the insensitive high explosive molding powder of the present invention has a bi-/tri-/tetramodal grain composition comprising coarse grain (280-360 μm with an upper limit of 500-700 μm) and fine grain (e.g., 35-45 μm) explosive crystals that a bonded by a binder system comprising a plasticizer and a binder. The molding powder of the present invention is coated in waterless solvent process having a solvent content of less than 0.01 wt. % and is immediately ready for pellet pressing.
    • 提供了包括爆炸性组分,粘合剂和增塑剂的不敏感的爆炸性成型粉末。 不敏感的成型粉末包括由粘合剂体系结合的爆炸性晶体。 此外,本发明的不敏感的高爆炸性成型粉末具有包含粗粒(280-360μm,上限为500-700μmum)和细晶粒(例如35-45μm)的双/三/四方晶粒组合物 母体)由包含增塑剂和粘合剂的粘合剂体系粘合的爆炸性晶体。 本发明的成型粉末涂布在溶剂含量小于0.01重量%的无水溶剂方法中。 %,并立即准备好进行颗粒压制。
    • 10. 发明授权
    • Process and arrangement for producing tetrahydrofuran
    • 生产四氢呋喃的工艺和布置
    • US06204399B1
    • 2001-03-20
    • US09101709
    • 1998-07-16
    • Nicole SchoedelErnst HaideggerKarl-Heinz Hofmann
    • Nicole SchoedelErnst HaideggerKarl-Heinz Hofmann
    • C07D30338
    • C07D307/08
    • Process and arrangement for producing tetrahydrofuran from a hydrous butane diol solution contaminated by light volatile, organic compounds, comprising the following process stages: a) Distillative removal (K1) of the light volatile, organic compounds contained in the hydrous butane diol solution 1. b) Dehydrating (R) of the thus prepurified hydrous butane diol solution 3 over an acidic aluminum oxide catalyst. c) One-step or multi-step distillation (K2) of the thus obtained high-tetrahydrofuran fraction 8 for obtaining a pure tetrahydrofuran. In addition, a separation of the water from the hydrous butane diol solution to water contents of from 2 to 70% by weight, particularly 2 to 10% by weight, can take place before the dehydrating of the butane diol.
    • 包含以下工艺步骤的含有由挥发性有机化合物污染的水合丁二醇溶液制备四氢呋喃的方法和装置:a)含水丁二醇溶液1.b中含有的挥发性有机化合物的蒸馏除去(K1) )在酸性氧化铝催化剂上将如此预纯化的含水丁二醇溶液3脱水(c)。c)由此获得的用于获得纯四氢呋喃的高四氢呋喃馏分8的一步或多步蒸馏(K2)。 此外,在二丁醇脱水之前,可以将水从含水丁二醇溶液中分离至含水量为2-70重量%,特别是2-10重量%。