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    • 2. 发明授权
    • Heat engine
    • 热机
    • US08707695B2
    • 2014-04-29
    • US12932849
    • 2011-03-08
    • Yasunori NiiyamaShinichi YatsuzukaTsuyoshi MorimotoKentarou Fukuda
    • Yasunori NiiyamaShinichi YatsuzukaTsuyoshi MorimotoKentarou Fukuda
    • F03C1/00
    • F03C1/003
    • A heat engine includes a container in which a liquid piston made of a liquid operation fluid is sealed to flow therein, an exterior evaporator located outside of the container to generate vapor of the operation fluid, a suction portion arranged at one end side of the container to draw the vapor generated in the exterior evaporator into the container, an expansion portion in which the vapor drawn into the container is expanded to cause a displacement of the liquid piston, an output portion arranged at the other end side of the container to convert the displacement of the liquid piston to a mechanical energy, a liquid piston discharge portion for discharging a part of the liquid operation fluid as the liquid piston from the container, and a vapor discharge portion configured to discharge the vapor without being condensed in the container to outside of the container.
    • 热机包括容器,其中由液体操作流体制成的液体活塞被密封以在其中流动,位于容器外部的外部蒸发器以产生操作流体的蒸气;抽吸部分,其布置在容器的一端侧 将在外部蒸发器中产生的蒸汽吸入容器中,将膨胀部分放入容器内的蒸汽膨胀,使液体活塞发生位移,排出在容器的另一端侧的输出部分, 液体活塞向机械能的位移;液体活塞排出部分,用于将来自容器的液体活塞的液体操作流体的一部分排出;以及蒸汽排出部,其构造成排出蒸气而不在容器内冷凝至外部 的容器。
    • 3. 发明申请
    • Heat engine
    • 热机
    • US20110219765A1
    • 2011-09-15
    • US12932849
    • 2011-03-08
    • Yasunori NiiyamaShinichi YatsuzukaTsuyoshi MorimotoKentarou Fukuda
    • Yasunori NiiyamaShinichi YatsuzukaTsuyoshi MorimotoKentarou Fukuda
    • F03C1/00
    • F03C1/003
    • A heat engine includes a container in which a liquid piston made of a liquid operation fluid is sealed to flow therein, an exterior evaporator located outside of the container to generate vapor of the operation fluid, a suction portion arranged at one end side of the container to draw the vapor generated in the exterior evaporator into the container, an expansion portion in which the vapor drawn into the container is expanded to cause a displacement of the liquid piston, an output portion arranged at the other end side of the container to convert the displacement of the liquid piston to a mechanical energy, a liquid piston discharge portion for discharging a part of the liquid operation fluid as the liquid piston from the container, and a vapor discharge portion configured to discharge the vapor without being condensed in the container to outside of the container.
    • 热机包括容器,其中由液体操作流体制成的液体活塞被密封以在其中流动,位于容器外部的外部蒸发器以产生操作流体的蒸气;抽吸部分,其布置在容器的一端侧 将在外部蒸发器中产生的蒸汽吸入容器中,将膨胀部分放入容器内的蒸汽膨胀,使液体活塞发生位移,排出在容器的另一端侧的输出部分, 液体活塞向机械能的位移;液体活塞排出部分,用于将来自容器的液体活塞的液体操作流体的一部分排出;以及蒸汽排出部,其构造成排出蒸气而不在容器内冷凝至外部 的容器。
    • 4. 发明申请
    • METHOD FOR ANALYZING STATE TRANSITION IN WEB PAGE
    • 网页中分析状态转换的方法
    • US20070150556A1
    • 2007-06-28
    • US11608566
    • 2006-12-08
    • Kentarou FukudaShin Saito
    • Kentarou FukudaShin Saito
    • G06F15/16
    • G06F17/3089
    • A method that enables a tester to efficiently perform confirmation behavior of a Web page that utilizes DHTML or difference in behavior of the Web page among various browsers, or assignment of information relating to accessibility of the Web page or verification of the information. A method is provided that analyzes change in a Web page by determining states that can dynamically occur in response to an external event in a Web page that utilizes DHTML by analyzing at least one of DOM, style information for when rendered on a browser, input data from a user, and the value of a global variable in JAVA®SCRIPT, storing data that can identify each of the states, identifying state transition between the stored states, and reproducing the stored states.
    • 一种能够使测试者有效地执行使用DHTML的网页的确认行为或各种浏览器中的网页的行为的差异,或分配与网页的可访问性或信息的验证有关的信息的方法。 提供了一种方法,其通过确定响应于利用DHTML的网页中的外部事件而动态发生的状态来分析网页中的变化,分析DOM中的至少一个,用于何时在浏览器上呈现的样式信息,输入数据 以及JAVA SCRIPT中的全局变量的值,存储能够识别每个状态的数据,识别存储状态之间的状态转换,以及再现所存储的状态。
    • 5. 发明授权
    • Method for analyzing state transition in web page
    • 分析网页状态转换的方法
    • US07685260B2
    • 2010-03-23
    • US11608566
    • 2006-12-08
    • Kentarou FukudaShin Saito
    • Kentarou FukudaShin Saito
    • G06F15/16G06F17/00
    • G06F17/3089
    • A method that enables a tester to efficiently perform confirmation behavior of a Web page that utilizes DHTML or difference in behavior of the Web page among various browsers, or assignment of information relating to accessibility of the Web page or verification of the information. A method is provided that analyzes change in a Web page by determining states that can dynamically occur in response to an external event in a Web page that utilizes DHTML by analyzing at least one of DOM, style information for when rendered on a browser, input data from a user, and the value of a global variable in JAVA®SCRIPT, storing data that can identify each of the states, identifying state transition between the stored states, and reproducing the stored states.
    • 一种能够使测试者有效地执行使用DHTML的网页的确认行为或各种浏览器中的网页的行为的差异,或分配与网页的可访问性或信息的验证有关的信息的方法。 提供了一种方法,其通过确定响应于利用DHTML的网页中的外部事件而动态发生的状态来分析网页中的变化,分析DOM中的至少一个,用于何时在浏览器上呈现的样式信息,输入数据 来自用户,以及JAVASCRIPT中的全局变量的值,存储可以识别每个状态的数据,识别存储状态之间的状态转换,以及再现所存储的状态。