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    • 13. 发明授权
    • Recovery of carbon dioxide from combustion exhaust gas
    • 从燃烧废气中回收二氧化碳
    • US5339633A
    • 1994-08-23
    • US957185
    • 1992-10-07
    • Masumi FujiiYoshitsugu HottaTaiichiro SudaKenji KobayashiKunihiko YoshidaShigeru ShimojoMutsunori KarasakiMasaki IijimaToru SetoShigeaki Mitsuoka
    • Masumi FujiiYoshitsugu HottaTaiichiro SudaKenji KobayashiKunihiko YoshidaShigeru ShimojoMutsunori KarasakiMasaki IijimaToru SetoShigeaki Mitsuoka
    • B01D53/14F01K13/00F01K17/00
    • B01D53/1418B01D53/1475Y02C10/04Y02C10/06
    • An electric generating power plant and a method of operation thereof wherein the boiler (1) produces steam to a turbine driven-generator (2), carbon dioxide from combustion exhaust gas emitted from the boiler is simultaneously absorbed in an absorbing solution in an absorber (7), the absorbing solution with the absorbed carbon dioxide is passed through a regenerator (10) where the carbon dioxide is stripped from the absorbing solution, the regenerated absorbing solution is returned to the absorber (7), and steam from either the boiler (1) or turbine of the turbine-driven generator (2) is supplied to a reboiler (13) to provide heat for operation of the regenerator (10). During periods of high demand for electric power steam extraction from the boiler or turbine is discontinued, operation of the regenerator (10) is discontinued and the absorbing solution from the absorber (7) is stored in a first storage unit (15). During periods of low power demand steam is supplied to the reboiler (13) from the boiler (1) or turbine and absorbing solution from the first storage unit (15) is fed to the regenerator (10) for operation thereof, and absorbing solution stripped of carbon dioxide from the regenerator (10) is stored in a second storage unit (16). Absorbing solution from the second storage unit (16) is fed to the absorber (7) during periods of high power demand.
    • 一种发电厂及其操作方法,其中锅炉(1)向涡轮机驱动发电机(2)产生蒸汽,从锅炉排出的来自燃烧废气的二氧化碳同时吸收在吸收器中的吸收溶液中 如图7所示,吸收的二氧化碳的吸收溶液通过再生器(10),二氧化碳从吸收溶液中汽提出来,再生的吸收液返回吸收器(7),蒸汽从锅炉 1)或涡轮机驱动的发电机(2)的涡轮机被供应到再沸器(13)以提供用于再生器(10)的操作的热量。 在对来自锅炉或涡轮机的电力蒸汽提取的高需求期间,中止再生器(10)的运行,并且来自吸收器(7)的吸收溶液被存储在第一存储单元(15)中。 在低功率需求期间,从锅炉(1)向再沸器(13)供应蒸汽,或将来自第一储存单元(15)的涡轮机和吸收溶液供给到再生器(10)进行操作,并吸收溶液 来自再生器(10)的二氧化碳存储在第二存储单元(16)中。 在高功率需求期间,来自第二存储单元(16)的吸收溶液被供给到吸收器(7)。
    • 14. 发明授权
    • Fluid control valve apparatus
    • 流体控制阀装置
    • US4706932A
    • 1987-11-17
    • US514274
    • 1983-07-15
    • Kunihiko YoshidaKenichi KoshiNobuhiko Ichiki
    • Kunihiko YoshidaKenichi KoshiNobuhiko Ichiki
    • F16K31/143F15B11/08F15B13/04F16K17/10F16K31/122F16K31/12
    • F16K17/10F15B13/0405Y10S251/90Y10T137/87209
    • A fluid control valve apparatus comprises logic valve means including a valve housing, a first valve member defined in the valve housing, and an axially movable valve body arranged in the first valve chamber, with the valve body including opposite end portions and a conical surface portion brought into contact with the conical surface portion when the valve body is moved in a valve closing direction. First and second hydraulic fluid chambers are defined in the valve housing and communicate with each other when the conical surface portion is out of contact with the valve seat and out of communication when the conical surface portion contacts the valve seat. A first pilot chamber in the valve housing, adjacent one end portion of the valve body, biases the valve body in a closing direction by a first pilot pressure signal. A second valve chamber is defined in the valve housing with an extension of the valve body being formed by extending the other end portion of the valve body through the first hydraulic fluid chamber, and is arranged in the second valve chamber for axial movement. An independent second pilot chamber biases the valve body in an opening direction by a second pilot pressure signal.
    • 流体控制阀装置包括逻辑阀装置,其包括阀壳体,限定在阀壳体中的第一阀构件和布置在第一阀室中的可轴向移动的阀体,阀体包括相对的端部部分和锥形表面部分 当阀体沿关闭方向移动时与锥形表面部分接触。 当锥形表面部分与阀座脱离接触并且当锥形表面部分接触阀座时,第一和第二液压流体室限定在阀壳体中并且彼此连通。 在阀壳体中与阀体的一个端部相邻的第一引导室通过第一先导压力信号沿着关闭方向偏压阀体。 第二阀室限定在阀壳体中,阀体的延伸部通过使阀体的另一端部延伸穿过第一液压流体室而形成,并且布置在第二阀室中用于轴向移动。 独立的第二先导室通过第二先导压力信号沿打开方向偏压阀体。
    • 19. 发明授权
    • Solid cosmetics
    • 固体化妆品
    • US06740328B2
    • 2004-05-25
    • US10097579
    • 2002-03-15
    • Kunihiko YoshidaTomiyuki Nanba
    • Kunihiko YoshidaTomiyuki Nanba
    • A61K700
    • A61Q1/06A61K8/92
    • A solid cosmetic composition, which drastically improves the shape-retaining ability and usability, which has a good, tender feeling, good spreadability when applied and is glossy looking is provided by use of a wax composition solidifier, which has a good shape-retaining ability without use of a conventional solidifier such as ceresin is provided. A solid cosmetic composition has (a) Fischer-Tropsch wax having average molecular weight of 300 to 1200 and (b) Microcrystalline wax in the weight ratio of (a):(b)=60:40 to 99.9:0.1
    • 通过使用具有良好的形状保持能力的蜡组合物固化剂,提供了具有良好的柔嫩感,涂布时的良好的铺展性和光泽的固体化妆品组合物,其显着地提高了保形性和使用性 而不使用常规的固化剂如地蜡。 固体化妆品组合物具有(a)平均分子量为300〜1200的费 - 托蜡,(b)重量比(a):(b)= 60:40〜99.9:0.1的微晶蜡