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    • 31. 发明授权
    • Enzyme particles
    • 酶粒子
    • US06410287B1
    • 2002-06-25
    • US09581137
    • 2000-06-09
    • Yoshinobu ImaizumiKoichi OhoriItsuro TsukaharaHiroyuki Yamashita
    • Yoshinobu ImaizumiKoichi OhoriItsuro TsukaharaHiroyuki Yamashita
    • C12N998
    • C11D3/38672C11D3/40C12N9/98
    • Enzyme granules are provided in which an enzyme is rapidly eluted, without insoluble remnants, and generation of powdery dust is suppressed, and which granules have a property such that classification phenomenon generated among the granules in a detergent composition is less likely to take place, in a case where the enzyme granules are formulated together with other components in a detergent. The enzyme granule comprise (A) water-insoluble substance and or a slightly water-soluble substance; (B) a water-soluble binder; and (C) an enzyme. A dye may also be present for coloring. The content of (A) component is 45% by weight or more, and the enzyme granules have an average particle size of from 150 to 500 &mgr;m and a bulk density of from 500 to 1,000 g/L, and have a structure such that more amount of (B) component is present near the surface of the enzyme granules than in the inner portion thereof. The enzyme granule may be aggregated to form an enzyme granule aggregate. A process is provided for preparing the enzyme granule by spray-drying a slurry containing (A), (B) and (C). The enzyme granule aggregate may be prepared by adding an aqueous binding solution to the granules and drying, or by adding molten thermoplastic binder to the granules and cooling.
    • 提供了酶快速洗脱而没有不溶性残留物的酶颗粒,并且抑制了粉尘的产生,并且哪些颗粒具有这样的性质,使得在洗涤剂组合物中的颗粒之间产生的分类现象不太可能发生, 其中酶颗粒与洗涤剂中的其它组分一起配制的情况。 酶颗粒包含(A)水不溶性物质和/或微溶于水的物质; (B)水溶性粘合剂; 和(C)酶。 染料也可能存在着色。 (A)成分的含量为45重量%以上,所述酶粒子的平均粒径为150〜500μm,堆积密度为500〜1000g / L,具有如下结构: (B)成分的量存在于酶颗粒表面附近的内部。 酶颗粒可以聚集形成酶颗粒聚集体。 提供了通过喷雾干燥含有(A),(B)和(C)的浆料来制备酶颗粒的方法。 酶颗粒聚集体可以通过将水性结合溶液加入到颗粒中并干燥,或通过将熔融的热塑性粘合剂加入到颗粒中并冷却来制备。
    • 35. 发明授权
    • Direct fuel injection engine
    • 直接燃油喷射发动机
    • US6067954A
    • 2000-05-30
    • US162498
    • 1998-09-29
    • Hidetoshi KudouNoriyuki OtaMasashi MarubaraHiroyuki Yamashita
    • Hidetoshi KudouNoriyuki OtaMasashi MarubaraHiroyuki Yamashita
    • F02B17/00F02B23/10F02B75/12F02D41/02F02D41/04F02D41/10F02D41/30F02D41/34F02D41/40F02M61/14F02M69/04
    • F02D41/402F02D41/10F02D41/3023F02D41/3029F02M69/045F02B2075/125F02B23/101F02D2041/389Y02T10/123Y02T10/44
    • A direct injection engine including an injector disposed in an upper portion of a combustion chamber defined above a piston disposed in a cylinder of the engine with a fuel injecting direction of the injector being provided so that a fuel being injected toward a top portion of the piston, an ignition plug disposed at an upper portion of the combustion chamber, an engine operating condition detector for detecting an engine operating condition. The fuel is injected in a compression stroke from the injector when it is detected by the engine operating condition detector that the engine is in a low engine load and speed zone so as to stratify an injected air fuel mixture around the ignition plug to accomplish a stratified combustion. The engine further includes a fuel controller for controlling an fuel injection so as to inject the fuel plural times into the combustion chamber in a compression stroke when at least one of an engine load and an engine speed is relatively high in an engine operating zone for accomplishing the stratified combustion. A stable combustion is accomplished to improve the fuel consumption efficiency.
    • 一种直喷式发动机,其包括设置在燃烧室的上部中的喷射器,所述喷射器设置在设置在发动机的气缸中的活塞的上方,燃料喷射方向被设置成使得燃料朝向活塞的顶部喷射 设置在燃烧室的上部的火花塞,用于检测发动机工作状态的发动机运转状态检测器。 当发动机工作条件检测器检测到发动机处于低发动机负载和速度区域时,燃料在压缩行程中从喷射器喷射,以便将注入的空气燃料混合物分层在火花塞周围以完成分层 燃烧。 发动机还包括燃料控制器,用于在发动机运转区域内的发动机负荷和发动机转速中的至少一个相对较高的压缩行程中将燃料喷射多次喷入到燃烧室中的燃料喷射控制装置, 分层燃烧。 实现稳定的燃烧以提高燃料消耗效率。
    • 40. 发明授权
    • Stationary blade and steam turbine
    • 固定叶片和汽轮机
    • US08851844B2
    • 2014-10-07
    • US12666022
    • 2008-10-24
    • Hiroyuki YamashitaYasutomo KanekoHiroharu Ooyama
    • Hiroyuki YamashitaYasutomo KanekoHiroharu Ooyama
    • F01D5/16F01D5/18F01D25/32F01D9/04
    • F01D9/041F01D5/16F05D2220/31Y10S416/50
    • A stationary blade and a steam turbine capable of reducing self-excited vibrations with a simple configuration are provided. A stationary blade has a cavity, extending in a blade-width direction, formed therein and slits communicating between the cavity and the outside. A wave-shaped plate spring that is in sliding contact with at least one of a pressure-side member and a suction-side member is provided between the pressure-side member, which is a portion on the pressure side of the cavity, and the suction-side member, which is a portion on the suction side of the cavity. When the stationary blade is elastically deformed, the wave-shaped plate spring causes friction between itself and at least one of the pressure-side member and the suction-side member. This friction attenuates relative positional displacement between the pressure-side member and the suction-side member. Thus, self-excited vibrations occurring at the stationary blade can be reduced.
    • 提供了能够以简单的结构减少自激振动的固定叶片和蒸汽轮机。 固定叶片具有在叶片宽度方向上延伸的腔体,其形成在腔体和外部之间连通的缝隙。 在压力侧部件之间与压力侧部件和吸入侧部件中的至少一个滑动接触的波形板簧设置在作为空腔的压力侧的一部分的压力侧部件与 吸入侧构件,其是空腔的吸入侧的一部分。 当固定叶片弹性变形时,波形板簧引起其与压力侧构件和吸入侧构件中的至少一个之间的摩擦。 这种摩擦使得压力侧构件和吸入侧构件之间的相对位置偏移减弱。 因此,可以减少在固定叶片处产生的自激振动。