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    • 1. 发明申请
    • METHOD OF PRODUCING HYDRATED LIME
    • 生产水泥方法
    • US20130213264A1
    • 2013-08-22
    • US13397769
    • 2012-02-16
    • Gregory S. HeinSun Yong Kim
    • Gregory S. HeinSun Yong Kim
    • C08K5/5419C12P9/00C07F3/04
    • C04B2/06C12P3/00
    • A method of producing a hydrated lime. The process hydrates quicklime in conjunction with standard means of hydrating lime. The resulting hydrated lime has highly reduced contents of calcium oxide and magnesium oxide. The hydrated lime has little to no remaining reactivity when placed in contact with water after the process. The hydrated lime can is with stoichiometric volumes of water as required to fully hydrate the quicklime and water mixture as well as with volumes beyond the calculated stoichiometry with some potential for remaining water left after the process without the potential for lime putty or a wet hydrate as the result.
    • 生产熟石灰的方法。 该方法结合水合石灰的标准方法将生石灰水化。 所得熟石灰具有高度减少的氧化钙和氧化镁的含量。 熟石灰在处理后与水接触时几乎没有甚至没有剩余的反应性。 水合石灰罐具有化学计量体积的水,以完全水合生石灰和水混合物以及超过计算的化学计量的体积,具有在该方法之后留下的剩余水的潜力,而没有石灰油灰或湿水合物的潜力 结果。
    • 2. 发明授权
    • Method of producing hydrated lime
    • 生产熟石灰的方法
    • US08945506B2
    • 2015-02-03
    • US13397769
    • 2012-02-16
    • Gregory S. HeinSun Yong Kim
    • Gregory S. HeinSun Yong Kim
    • C01F11/02C01B13/14
    • C04B2/06C12P3/00
    • A method of producing a hydrated lime. The process hydrates quicklime in conjunction with standard means of hydrating lime. The resulting hydrated lime has highly reduced contents of calcium oxide and magnesium oxide. The hydrated lime has little to no remaining reactivity when placed in contact with water after the process. The hydrated lime can is with stoichiometric volumes of water as required to fully hydrate the quicklime and water mixture as well as with volumes beyond the calculated stoichiometry with some potential for remaining water left after the process without the potential for lime putty or a wet hydrate as the result.
    • 生产熟石灰的方法。 该方法结合水合石灰的标准方法将生石灰水化。 所得熟石灰具有高度减少的氧化钙和氧化镁的含量。 熟石灰在处理后与水接触时几乎没有甚至没有剩余的反应性。 水合石灰罐具有化学计量体积的水,以完全水合生石灰和水混合物以及超过计算的化学计量的体积,具有在该方法之后留下的剩余水的潜力,而没有石灰油灰或湿水合物的潜力 结果。
    • 5. 发明授权
    • Method of detecting flaws in structural members
    • 检测结构件缺陷的方法
    • US06486465B1
    • 2002-11-26
    • US09685783
    • 2000-10-10
    • Gregory S. Hein
    • Gregory S. Hein
    • G02B600
    • G01M11/086G01D5/3537
    • A method for detecting structural flaws in a structural member that includes plastic composite matrix material involves taking a quantity of matrix material that is substantially free of any non-optic glass fibers, molding the matrix material into a structural loadbearing member having a length and opposite end surfaces, placing a plurality of straight continuous spaced elongated fiber optic strands having the same length as the loadbearing member in the matrix material before molding, loading the structural member to exert stress and strain thereon, exposing one of the ends of the fiber optic strands to a source of light, viewing the opposite ends of the fiber optic strands to determine if light is being emitted therefrom by passing through the fiber optic strands, and making an evaluation of any structural flaws in the member by determining whether light from the light source has been fully transmitted through the fiber optic strands.
    • 一种用于检测包括塑料复合材料基体材料的结构构件中的结构缺陷的方法包括:取一定量的基本上不含任何非光学玻璃纤维的基体材料,将基体材料模制成具有长度和相对端的结构承载构件 在模制之前将与承载构件具有相同长度的多个直的连续间隔的细长光纤线材放置在基体材料中,加载结构构件以在其上施加应力和应变,将光纤线束的一端暴露于 光源,观察光纤线束的相对端,以确定通过穿过光纤线束是否从中射出光线,以及通过确定来自光源的光是否具有 被完全透过光纤束。