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    • 8. 发明授权
    • Laminar jet and hydrotherapy bath system
    • 层流喷射和水疗浴系统
    • US09248075B2
    • 2016-02-02
    • US11788083
    • 2007-04-19
    • Michael SpencerScott A. Smith
    • Michael SpencerScott A. Smith
    • A47K3/00A61H33/00
    • A61H33/6063
    • A laminar jet for a hydrotherapy tub having a water inlet adapted for attachment to a water circulation system, a flow inducer section and a cap having a water outlet at one end of the cap. The cap may be rotated so the jet directs a substantially laminar water stream from the water outlet substantially parallel to tub surface. The jet cap may be locked in a desired position. A bathtub may have a number of laminar jets which may be direct water streams toward convergent zones and may simulate natural laminar flows. The zones or streams may be associated with recesses, channels or protrusions on a tub wall or directed to or around an object or occupant in the tub. The jet may be optimized for laminar flow by CFD, including streamline adjusting, eliminating negative pressure drop, and maximizing volumetric flow.
    • 一种用于水疗桶的层流喷射器,其具有适于附接到水循环系统的进水口,流动引导器部分和在盖的一端具有出水口的盖。 盖可以旋转,使得射流引导基本上层流的水流从出水口基本平行于桶表面。 喷气盖可以锁定在期望的位置。 浴缸可以具有多个层流射流,其可以是朝向会聚区域的直接水流,并且可以模拟天然层流。 这些区域或流可以与浴缸壁上的凹槽,通道或突起相关联或被引导到桶中的物体或乘客周围或周围。 喷气机可以通过CFD对层流进行优化,包括流线调节,消除负压降和最大化体积流量。
    • 9. 发明授权
    • Nuclear batteries
    • 核电池
    • US08866245B2
    • 2014-10-21
    • US13351223
    • 2012-01-16
    • Michael SpencerMvs ChandrashekharChris Thomas
    • Michael SpencerMvs ChandrashekharChris Thomas
    • H01L27/14G21H1/02
    • G21H1/02
    • We introduce a new technology for Manufactureable, High Power Density, High Volume Utilization Nuclear Batteries. Betavoltaic batteries are an excellent choice for battery applications which require long life, high power density, or the ability to operate in harsh environments. In order to optimize the performance of betavoltaic batteries for these applications or any other application, it is desirable to maximize the efficiency of beta particle energy conversion into power, while at the same time increasing the power density of an overall device. Various devices and methods to solve the current industry problems and limitations are presented here.
    • 我们引进了一种可制造,大功率密度,大批量利用核电的新技术。 Betavoltaic电池是需要长寿命,高功率密度或在恶劣环境中工作的能力的电池应用的绝佳选择。 为了优化用于这些应用或任何其它应用的贝塔伏特电池的性能,期望将β粒子能量转换成功率的效率最大化,同时增加整个装置的功率密度。 这里介绍了解决当前行业问题和限制的各种设备和方法。