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    • 2. 发明授权
    • Environment-neutral application build
    • 环境中立的应用程序构建
    • US07827548B1
    • 2010-11-02
    • US11449077
    • 2006-06-08
    • Woodrow N. AndersonWilliam S. AndersonCharles L. MicklavzinaHaidar Yousif
    • Woodrow N. AndersonWilliam S. AndersonCharles L. MicklavzinaHaidar Yousif
    • G06F9/45
    • G06F8/71
    • A computer implemented method for an environment-neutral application build is provided. The method includes installing an application build in a target environment of a set of target environments, wherein the application build includes a variable corresponding to each environment configuration parameter. The method also includes installing a configuration file of a set of configuration files in the target environment, wherein the configuration file includes an environment configuration value corresponding to each variable. Each configuration file of the set of configuration files corresponds to at least one target environment of the set of target environments. Furthermore, the method includes reading each environment configuration value from the configuration file. Additionally, the method includes writing each environment configuration value to the corresponding variable in the application build.
    • 提供了一种用于环境中立应用程序构建的计算机实现方法。 该方法包括在一组目标环境的目标环境中安装应用构建,其中应用构建包括与每个环境配置参数对应的变量。 该方法还包括在目标环境中安装一组配置文件的配置文件,其中配置文件包括与每个变量对应的环境配置值。 该组配置文件的每个配置文件对应于该组目标环境中的至少一个目标环境。 此外,该方法包括从配置文件读取每个环境配置值。 此外,该方法包括将每个环境配置值写入应用程序构建中的相应变量。
    • 5. 发明授权
    • Polynorbornene-based combustible compositions and processes for the
fabrication thereof
    • 基于聚降冰片烯的可燃组合物及其制造方法
    • US4416710A
    • 1983-11-22
    • US121344
    • 1980-02-14
    • William S. Anderson
    • William S. Anderson
    • C06B45/10C10L1/14
    • C06B45/10
    • Polynorbornene has been found to be an excellent binder for the preparation of solid fuel materials and solid propellants. Mixtures of polynorbornene with liquid fuel materials such as kerosene, gasoline, or the advanced missile and aircraft liquid fuels such as JP-4, JP-5, JP-9, JP-10, RJ-4, and RJ-5, for example, can contain 80% or more of the liquid fuel material and still exist in the form of a tough rubbery polymer which has excellent burning characteristics as a solid fuel for a ramjet. Many of these materials can be tailored to have heats of combustion higher than the state-of-the-art solid ramjet fuel formulations. In addition, self-sustaining gas generating compositions which can be used for such various purposes as solid propellants or gas generators for ducted rockets and the like can be fabricated by the inclusion in the polynorbornene, either alone or in conjunction with suitable liquid fuels and other additives of particulate oxidizer materials such as ammonium perchlorate or any of the other solid particulate oxidizers commonly used in the preparation of composite solid propellants. Suitable compositions can be prepared by admixture of the polynorbornene with the liquid fuel and suitable plasticizers and vulcanizing agents therefor. In the case in which a solid self-sustaining gas generating composition is to be formulated the suitable particulate oxidizing material and other solid ingredients can be mixed with the polynorbornene prior to the addition of the liquid ingredients and then curing the mixture into a tough rubbery polymeric structure. It is also possible to polymerize the norbornene monomer in situ in the presence of oxidizers, antioxidants, plasticizers, and a suitable polymerization catalyst such as ruthenium chloride.
    • 已发现聚降冰片烯是制备固体燃料和固体推进剂的优良粘合剂。 聚降冰片烯与诸如煤油,汽油或诸如JP-4,JP-5,JP-9,JP-10,RJ-4和RJ-5的高级导弹和飞机液体燃料的液体燃料材料的混合物,例如 可以含有80%以上的液体燃料,并且仍然以坚固的橡胶状聚合物的形式存在,其具有优异的燃烧特性,作为用于冲压式喷射的固体燃料。 这些材料中的许多可以被定制成具有高于现有技术的固体冲压喷气燃料配方的燃烧热。 此外,可以用于诸如用于管道火箭等的固体推进剂或气体发生器的各种目的的自持式气体发生组合物可以通过单独或与合适的液体燃料和其它物质一起包含在聚降冰片烯中来制备 颗粒氧化剂材料的添加剂如高氯酸铵或通常用于制备复合固体推进剂的任何其他固体颗粒氧化剂。 可以通过将聚降冰片烯与液体燃料和合适的增塑剂和硫化剂混合来制备合适的组合物。 在配制固体自持气产生组合物的情况下,在加入液体成分之前,可以将合适的颗粒氧化材料和其它固体成分与聚降冰片烯混合,然后将混合物固化成韧性橡胶聚合物 结构体。 还可以在存在氧化剂,抗氧化剂,增塑剂和合适的聚合催化剂如氯化钌的情况下将降冰片烯单体原位聚合。
    • 6. 发明授权
    • Project equipment allocation planning tool
    • 项目设备配置策划工具
    • US08255249B1
    • 2012-08-28
    • US11875291
    • 2007-10-19
    • William S. AndersonDrew ArthurRachael L. FerraraMichael C. GoldenEdward M. Huels
    • William S. AndersonDrew ArthurRachael L. FerraraMichael C. GoldenEdward M. Huels
    • G06Q10/00
    • G06Q10/06
    • A system for identifying a discrepancy between a quantity of equipment ordered for a project and a quantity of equipment used for the project is provided. The system includes a procurement module, an engineering planning module, and a comparison module, each stored on one or more computer readable media and executed on one or more processors. The procurement module promotes identifying equipment estimated to be needed for the project and creation of a first list of the identified equipment. The engineering planning module promotes creation of a detailed project design for the project and creation of a second list of equipment deployed for the project. The comparison module provides an integration of the procurement module with the engineering planning module and compares the first list with the second list, and creates a report that promotes identifying discrepancies between the first list and the second list.
    • 提供了一种用于识别项目订购的设备数量与项目使用的设备数量之间的差异的系统。 该系统包括采购模块,工程规划模块和比较模块,每个存储在一个或多个计算机可读介质上并在一个或多个处理器上执行。 采购模块促进识别项目所需的设备,并创建识别设备的第一个清单。 工程规划模块促进为项目创建详细的项目设计,并为项目部署的第二个设备列表创建。 比较模块提供采购模块与工程规划模块的集成,并将第一个列表与第二个列表进行比较,并创建一个报告,以促进识别第一个列表和第二个列表之间的差异。
    • 7. 发明授权
    • Method of generating combustion gases utilizing polynorborene-based
combustible compositions
    • 使用基于多孔硼的可燃组合物产生燃烧气体的方法
    • US4420931A
    • 1983-12-20
    • US385216
    • 1982-06-04
    • William S. Anderson
    • William S. Anderson
    • C06B45/10C06D5/00
    • C06B45/10
    • Polynorbornene has been found to be an excellent binder for the preparation of solid fuel materials and solid propellants. Mixtures of polynorbornene with liquid fuel materials such as kerosene, gasoline, or the advanced missile and aircraft liquid fuels such as JP-4, JP-5, JP-9, JP-10, RJ-4, and RJ-5, for example, can contain 80% or more of the liquid fuel material and still exist in the form of a tough rubbery polymer which has excellent burning characteristics as a solid fuel for a ramjet. Many of these materials can be tailored to have heats of combustion higher than the state-of-the-art solid ramjet fuel formulations. In addition, self-sustaining gas generating compositions which can be used for such various purposes as solid propellants or gas generators for ducted rockets and the like can be fabricated by the inclusion in the polynorbornene, either alone or in conjunction with suitable liquid fuels and other additives of particulate oxidizer materials such as ammonium perchlorate or any of the other solid particulate oxidizers commonly used in the preparation of composite solid propellants. Suitable compositions can be prepared by admixture of the polynorbornene with the liquid fuel and suitable plasticizers and vulcanizing agents therefor. In the case in which a solid self-sustaining gas generating composition is to be formulated the suitable particulate oxidizing material and other solid ingredients can be mixed with the polynorbornene prior to the addition of the liquid ingredients and then curing the mixture into a tough rubbery polymeric structure. It is also possible to polymerize the norbornene monomer in situ in the presence of oxidizers, antioxidants, plasticizers, and a suitable polymerization catalyst such as ruthenium chloride.
    • 已发现聚降冰片烯是制备固体燃料和固体推进剂的优良粘合剂。 聚降冰片烯与诸如煤油,汽油或诸如JP-4,JP-5,JP-9,JP-10,RJ-4和RJ-5的高级导弹和飞机液体燃料的液体燃料材料的混合物,例如 可以含有80%以上的液体燃料,并且仍然以坚固的橡胶状聚合物的形式存在,其具有优异的燃烧特性,作为用于冲压式喷射的固体燃料。 这些材料中的许多可以被定制成具有高于现有技术的固体冲压喷气燃料配方的燃烧热。 此外,可以用于诸如用于管道火箭等的固体推进剂或气体发生器的各种目的的自持式气体发生组合物可以通过单独或与合适的液体燃料和其它物质一起包含在聚降冰片烯中来制备 颗粒氧化剂材料的添加剂如高氯酸铵或通常用于制备复合固体推进剂的任何其他固体颗粒氧化剂。 可以通过将聚降冰片烯与液体燃料和合适的增塑剂和硫化剂混合来制备合适的组合物。 在配制固体自持气产生组合物的情况下,在加入液体成分之前,可以将合适的颗粒氧化材料和其它固体成分与聚降冰片烯混合,然后将混合物固化成韧性橡胶聚合物 结构体。 还可以在存在氧化剂,抗氧化剂,增塑剂和合适的聚合催化剂如氯化钌的情况下将降冰片烯单体原位聚合。
    • 10. 发明授权
    • Report generation system and method
    • 报表生成系统和方法
    • US08935799B1
    • 2015-01-13
    • US13598590
    • 2012-08-29
    • William S. AndersonRichard R. BraunArthur Glass, Jr.Nancy J. Morris
    • William S. AndersonRichard R. BraunArthur Glass, Jr.Nancy J. Morris
    • G06F21/00G06F21/62
    • G06F21/6218G06F21/62G06F21/6227
    • A report generation system is provided. The system comprises at least one data generator that generates data, a data store that comprises the data, a computer system, and a reporting engine. The reporting engine receives a request to generate a report from a client device, applies a first pre-established filter to the data based on credentials associated with a user of the client device to isolate a subset of the data, and applies a second pre-established filter to the subset of the data based on the credentials associated with the user of the client device to isolate a report generation set of data. The reporting engine further generates the report using the report generation set of data from the data store based on user-defined criteria and pre-established default criteria and outputs the report to the client device.
    • 提供报告生成系统。 该系统包括生成数据的至少一个数据生成器,包括数据的数据存储器,计算机系统和报告引擎。 所述报告引擎接收从客户端设备生成报告的请求,基于与所述客户端设备的用户相关联的凭证向所述数据应用第一预先建立的过滤器以隔离所述数据的子集, 基于与客户端设备的用户相关联的凭证来建立对数据子集的过滤以隔离报告生成数据集。 报告引擎还使用基于用户定义的标准和预先建立的默认条件的来自数据存储的报告生成数据集生成报告,并将报告输出到客户端设备。