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    • 5. 发明申请
    • Mold remediation system and method
    • 模具补救系统和方法
    • US20070212256A1
    • 2007-09-13
    • US11520000
    • 2006-09-12
    • Danny HeltonDavid HobsonLawton Seal
    • Danny HeltonDavid HobsonLawton Seal
    • A61L2/20
    • A61L2/20A61L9/015
    • Provided herein are systems and methods associated therewith for killing molds and reducing other contaminating bioburden that may include bacteria and their spores, yeast, and viruses within various dwellings including homes, office buildings, institutions, and any other enclosed space in which humans reside, either temporarily or permanently. The technology of the present invention can be used to treat vehicles, airplanes, and ships. A process according to the invention includes the generation of a gaseous oxyhalogen species and distribution of the gaseous oxyhalogen species throughout a selected dwelling. It has been unexpectedly found that the concentration level of gaseous oxyhalogen species necessary to kill molds according to the inventive methods is far below that previously recognized in the art as being necessary for the killing of such molds. Thus, mold infestations may be killed in dwellings with minimal disruption to the usual business of the inhabitants. Further, fabrics such as drapes and upholsteries contained within such dwellings may be carried out without causing any detrimental color changes to the fabrics.
    • 本文提供了与其相关的系统和方法,用于杀死模具并减少其他污染的生物负载,其可以包括在各种住宅内的细菌及其孢子,酵母和病毒,包括家庭,办公楼,机构以及人类居住的任何其他封闭空间 暂时或永久 本发明的技术可用于处理车辆,飞机和船舶。 根据本发明的方法包括产生气态卤氧化物种,并且在整个选定的住宅中分配气态卤氧化物种类。 意外地发现,根据本发明的方法杀死模具所需的气态卤氧化物质的浓度水平远远低于本领域已知的对于杀死这种模具所必需的浓度水平。 因此,霉菌侵袭可能在住宅中遇害,对居民的通常业务的破坏最小。 此外,可以在这样的住宅中包含的诸如窗帘和装饰物的织物可以进行,而不会对织物造成任何有害的颜色变化。
    • 6. 发明授权
    • Valve assembly and method of making same
    • 阀组件及其制作方法
    • US4518149A
    • 1985-05-21
    • US459462
    • 1983-01-20
    • John F. GardnerDavid Hobson
    • John F. GardnerDavid Hobson
    • F16K27/07C11D7/08
    • F16K27/07Y10T137/8275Y10T137/8811
    • A valve assembly for a fluid-containing tank and method of making same are provided wherein such valve assembly is mounted on a saddle fixed to a bottom portion of the tank and such valve assembly comprises a housing structure having a fluid inlet and a fluid outlet defined therein, means for mounting the housing structure against the saddle and within the confines of the tank, and a bottom operable valve member carried by the housing structure and adapted to shut off fluid flow between the inlet and outlet, and wherein the inlet and outlet are defined in the housing structure on a common rectilinear flow axis and the valve member has an opening therethrough which is adapted to be aligned between the inlet and outlet to define the open position of the valve assembly. The valve member once moved to the open position enables substantially free unobstructed flow of fluid through the valve assembly parallel to the axis and with minimum pressure drop to thereby enable a maximum rate of fluid transfer through the valve assembly.
    • 提供了一种用于含流体的罐的阀组件及其制造方法,其中这种阀组件安装在固定到罐的底部的鞍座上,并且该阀组件包括具有流体入口和流体出口的壳体结构 其中,用于将所述壳体结构安装在所述鞍座上并且在所述罐的范围内的装置以及由所述壳体结构承载并适于截止所述入口和出口之间的流体流动的底部可操作的阀构件,并且其中所述入口和出口是 限定在外壳结构中的共同直线流动轴线上,并且阀构件具有穿过其中的开口,其适于在入口和出口之间对准以限定阀组件的打开位置。 阀构件一旦移动到打开位置使得能够平行于轴线并且以最小的压力下降的流体通过阀组件基本上无阻碍地流动,从而使流体通过阀组件的最大速率传递。