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    • 2. 发明授权
    • Electrical resistance cooker and automatic circuit controller
    • 电阻电磁炉和自动电路控制器
    • US5928546A
    • 1999-07-27
    • US920655
    • 1997-08-29
    • David M. KramerMaurice W. Lee, Jr.Ivanhoe E. ChaputMaurice W. Lee, III
    • David M. KramerMaurice W. Lee, Jr.Ivanhoe E. ChaputMaurice W. Lee, III
    • A47J37/06H05B3/00H05B1/02
    • H05B3/0023A47J37/0611
    • An automatic circuit controller for cooking food interposed between electrodes connected with a source of AC by electrical resistance in which the resistance increases until the food is cooked and rapidly declines is formed by a current switching element in series in one wire of the AC source and a current sensing element in series in another wire of the AC source. The sensed current is rectified, reduced in voltage, converted from analog to digital and applied to a microprocessor connected with the switching element for controlling the current applied to the food by delaying the time into every half cycle in response to current measuring circuitry and a zero crossing detector for triggering the switching element on. The microprocessor detects the current peak of electrical resistance of the food and stops the cooking action when the current declines to a predetermined percent of the peak.
    • 一种用于烹饪食物的自动电路控制器,其通过电阻连接到电极之间的电极进行烹饪,所述电阻通过电阻增加直到食物被烹饪并迅速下降,由AC电源的一根线中的电流开关元件形成,并且 电流感测元件串联在交流电源的另一根线中。 感测到的电流被整流,电压降低,从模拟转换成数字,并且应用于与开关元件连接的微处理器,用于通过将时间延迟到每半个周期以响应于当前测量电路而控制施加到食物的电流,零 用于触发开关元件的交叉检测器。 当电流下降到峰值的预定百分比时,微处理器检测食物的电阻的当前峰值并停止烹饪动作。
    • 5. 发明申请
    • FAST SPIN ECHO MRI METHOD COMPATIBLE WITH CPMG VIOLATION
    • 快速旋转ECHO MRI方法兼容CPMG暴露
    • US20080009701A1
    • 2008-01-10
    • US11420224
    • 2006-05-25
    • Hector E. AvramJames D. HaleIlya SimovskyDavid M. Kramer
    • Hector E. AvramJames D. HaleIlya SimovskyDavid M. Kramer
    • A61B5/05
    • G01R33/56341G01R33/5608G01R33/5615G01R33/5617G01R33/565G01R33/56509
    • In preferred embodiments, a fast spin echo imaging technique is provided that is insensitive to violations of the Carr Purcell Meiboom Gill (CPMG) condition. Diffusion gradients disrupt the CPMG condition, and, hence, the present fast spin echo method is compatible with diffusion measurements and diffusion weighted imaging. The preferred embodiments of the present technique involve splitting of spin echoes into echo pairs. Spin echoes are split by adjustment (in magnitude or duration) of an initial readout gradient pulse. A train of echo pairs is captured. A first image is constructed using the first echoes of each pair. Also, a second image is constructed using the second echoes of each pair. Hybrid radial Cartesian methods are used for constructing the first and second images. The first and second images are constructed independently of one another. Independent image construction renders the method insensitive to violation of the CPMG condition. Finally, the two images are combined to form a final image.
    • 在优选实施例中,提供了对违反Carr Purcell Meiboom Gill(CPMG)条件不敏感的快速自旋回波成像技术。 扩散梯度破坏CPMG条件,因此,本发明的快速自旋回波方法与扩散测量和扩散加权成像兼容。 本技术的优选实施例涉及将自旋回波分解为回波对。 旋转回波通过初始读数梯度脉冲的调整(幅度或持续时间)分割。 一串回波对被捕获。 使用每对的第一个回波构建第一个图像。 此外,使用每对的第二回波来构建第二图像。 混合径向笛卡尔方法用于构建第一和第二图像。 第一和第二图像彼此独立构建。 独立的图像构造使得方法对违反CPMG条件不敏感。 最后,将两张图像合并形成最终图像。
    • 10. 发明授权
    • Sealing apparatus
    • 密封装置
    • US5277741A
    • 1994-01-11
    • US926239
    • 1992-08-06
    • David M. Kramer
    • David M. Kramer
    • B31B1/84B65D77/22B65C9/36
    • B65D77/225B31B2201/9085Y10T156/1707Y10T156/171
    • A sealing apparatus for applying seals, such as valves, over a pressure relief passage of a container. Displaceable retention members, positioned next to a platen having an applicator surface, releasably secure one or more seals adjacent the applicator surface prior to attachment to the container. A seal attachment element moves the applicator surface toward and into a seal attachment position adjacent the container. As the applicator surface moves, the displaceable retention members release to, in turn, effectuate attachment of the seals over the pressure relief passage. A retraction element operatively attached to the platen causes return movement of the applicator surface and, in turn, return of the displaceable retention members back into a seal retaining position.
    • 一种用于在容器的压力释放通道上施加诸如阀之类的密封件的密封装置。 位于具有施用器表面的压板旁边的可移动保持构件在附接到容器之前可释放地固定邻近施用器表面的一个或多个密封件。 密封附接元件将施加器表面朝向和邻近容器的密封件附接位置移动。 当施加器表面移动时,可移动的保持构件释放,从而实现密封件在压力释放通道上的附接。 可操作地附接到压盘的回缩元件引起涂抹器表面的返回运动,并且使可移动的保持构件返回到密封保持位置。