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    • 2. 发明申请
    • Pelleting lime fines with asphalt enhancing binders and methods of use in asphalt manufacturing
    • 用沥青增强粘合剂和沥青制造中使用的方法处理石灰粉
    • US20060260508A1
    • 2006-11-23
    • US11134797
    • 2005-05-20
    • William Bailey
    • William Bailey
    • C09J197/00C09D197/00C09J189/00
    • C08L97/00C08L95/00Y10T428/2982C08L2666/26
    • A lime pellet for use in asphalt applications can include lime fines and an asphalt-compatible binder. The pellet is characterized as having a rigid structure with a dimension greater than about 1.5 mm and being compatible with a hot mix asphalt so as to dissolve in liquid asphalt. Optionally, the binder is characterized by having less than about 50% by weight of total binder being sulfur, or the pellet is characterized by having lime in an amount of at least 31% by weight, or being storage-stable and agglomeration resistant. The pellet is manufactured by mixing the lime fines with the asphalt-compatible binder and forming pellets therefrom. The pellets are useful for conditioning an end product of hot mix asphalt during the manufacture of such an asphalt. The method of conditioning includes providing the lime pellet, and mixing the lime pellet with a hot mix asphalt ingredient, wherein the ingredient is at least one of an aggregate or asphalt cement. Additionally, the lime pellets can be used for bonding a first asphalt layer with a second asphalt layer by being deposited therebetween.
    • 用于沥青应用的石灰颗粒可以包括石灰粉和沥青相容的粘合剂。 颗粒的特征在于具有尺寸大于约1.5mm的刚性结构,并且与热混沥青相容,以便溶解在液体沥青中。 任选地,粘合剂的特征在于具有小于约50重量%的总粘合剂为硫,或者颗粒的特征在于具有至少31重量%的量的石灰,或者是储存稳定的和防结块的。 颗粒通过将石灰细粉与沥青相容的粘合剂混合并由其形成颗粒来制造。 在制造这种沥青的过程中,颗粒可用于调理热拌沥青的最终产品。 调理方法包括提供石灰颗粒,并将石灰颗粒与热拌沥青成分混合,其中成分是聚集体或沥青胶泥中的至少一种。 此外,石灰颗粒可用于通过沉积第二沥青层与第二沥青层结合第一沥青层。
    • 4. 发明授权
    • Extension ladder
    • 扩展梯
    • US06189654B1
    • 2001-02-20
    • US09293921
    • 1999-04-19
    • William Bailey
    • William Bailey
    • E06C112
    • E06C7/06E06C1/12
    • An extension ladder consisting of a lower ladder section and an upper ladder section secured to one another so that the upper ladder section can be extended relative to the lower ladder section using a ladder extension rope. Each ladder section has the same width and each has a pair of spaced stiles with rungs. A clutch member extends between the ladder sections and is movable between a locked position, for mounting the upper ladder section at a desired extension relative to the lower ladder section, and a released position. A clutch locking mechanism biases the clutch member into the locked position. The stiles of each ladder section has formations for securing the sections relative to one another, and enable the upper section to be extended and retracted in relation to the lower ladder section.
    • 由梯子下部和上梯形部分组成的延伸梯梯彼此固定,使得上梯子部分可以使用梯子伸长绳相对于下梯子部分延伸。 每个梯子部分具有相同的宽度,并且每个梯形部分具有一对具有梯级的间隔的立方体。 离合器构件在梯子部分之间延伸并且可在锁定位置之间移动,用于将上梯形部分相对于下梯形部分安装在期望的延伸部分,以及释放位置。 离合器锁定机构将离合器构件偏压到锁定位置。 每个梯子部分的台阶具有用于相对于彼此固定部分的结构,并且使得上部部分能够相对于下部梯形部分延伸和缩回。
    • 8. 发明申请
    • Strongly-typed object oriented GUI automation framework
    • 强大的面向对象的GUI自动化框架
    • US20060100975A1
    • 2006-05-11
    • US10972871
    • 2004-10-25
    • Brian McMasterEric AllenWilliam Bailey
    • Brian McMasterEric AllenWilliam Bailey
    • G06F17/30
    • G06F8/38G06F8/24
    • The subject invention provides a unique system and method that facilitates classifying UI components abstracted from a computer based application in a strongly-typed manner based at least in part from a strongly-typed class framework. Methods included in the strongly-typed classes within the framework can correspond to one or more UI components found in the application. The UI components can be abstracted out and then the closest match between a UI component and a strongly-typed class in the framework can be found. Classes in the framework can be modified to create new strongly-typed classes. Once the UI components are classified in a strongly-typed manner, code can be created, albeit a lesser amount of code than otherwise would be required since the new strongly-typed classes can be derived from the framework.
    • 本发明提供了一种独特的系统和方法,其至少部分地基于强类型的类框架,有助于以强类型方式从基于计算机的应用抽取的UI组件分类。 包含在框架内的强类型类中的方法可以对应于应用程序中发现的一个或多个UI组件。 可以将UI组件抽象出来,然后可以找到框架中的UI组件和强类型类之间最接近的匹配项。 可以修改框架中的类来创建新的强类型类。 一旦UI组件以强类型的方式进行分类,就可以创建代码,尽管代码数量少于否则将需要,因为新的强类型类可以从框架派生。
    • 10. 发明授权
    • Method and apparatus for transparent, real time reconstruction of
corrupted data in a redundant array data storage system
    • 用于在冗余阵列数据存储系统中透明,实时重建损坏数据的方法和装置
    • US5623595A
    • 1997-04-22
    • US312509
    • 1994-09-26
    • William Bailey
    • William Bailey
    • G06F11/10G11B20/18H04N7/173G06F11/00G11C29/00
    • G06F11/1076G06F11/1088G11B20/1833H04N7/17336
    • A method and apparatus for providing transparent, real time reconstruction of corrupted data from a redundant array of storage units in a manner that imposes no performance degradation for reconstruction of such corrupted data and that does not tie up system resources. The present invention is particularly suited to applications in which data is retrieved from storage equipment in approximately equally sized parcels. Each parcel is divided into "N" blocks of data. An "N+1st" parity block for each parcel is derived based on the content of the "N" blocks of data. The "N" blocks of data and the parity block for each parcel are stored in stripes of blocks in a redundancy group consisting of "N+1" data storage units. Data is read from the storage units an entire stripe at a time. To read a stripe, a read request is concurrently sent to each storage unit in the redundancy group, requesting the block of data in that storage unit that corresponds to the stripe being read. Each storage unit independently processes the read request it has received and sends back the requested block as soon as it has been read. As soon as the first "N" blocks are received, they are XOR'd together to reconstruct the outstanding "N+1st" block. The "N" received blocks and the XOR'd sum, representing a reconstruction of the outstanding "N+1st" block, are delivered to the requesting device or process. The same procedure is used each time data is read. The present invention thus delivers data at a consistent rate regardless of whether a storage unit failure occurs.
    • 一种方法和装置,用于以对存储单元的冗余阵列提供透明实时重建损坏数据的方式和装置,其不会对重建这种损坏的数据造成性能下降,并且不捆绑系统资源。 本发明特别适用于以大致相同尺寸的包裹从存储设备检索数据的应用。 每个包裹分为“N”个数据块。 基于“N”个数据块的内容导出每个包裹的“N + 1”奇偶校验块。 每个包裹的“N”个数据块和奇偶校验块以由“N + 1”个数据存储单元组成的冗余组中的块的条带存储。 一次从存储单元读取整个条带的数据。 为了读取条带,读取请求被同时发送到冗余组中的每个存储单元,请求与正在读取的条带相对应的该存储单元中的数据块。 每个存储单元独立地处理其已经接收到的读取请求,并且一旦读取该请求就发送回所请求的块。 一旦接收到第一个“N”个块,它们就会被XOR'd在一起重建出现的“N + 1”块。 表示未完成的“N + 1”块的重建的“N”个接收块和XOR'和被传送到请求设备或处理。 每次读取数据时都使用相同的过程。 因此,本发明可以以一致的速率传送数据,而不管是否存在存储单元故障。