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    • 2. 发明授权
    • Water treatment following shale oil production by in situ heating
    • 通过原位加热页岩油生产后的水处理
    • US08616279B2
    • 2013-12-31
    • US12683843
    • 2010-01-07
    • William A. SymingtonPiyush S. ShahJohn D MillerJesse D YeakelGanesh L Ghurye
    • William A. SymingtonPiyush S. ShahJohn D MillerJesse D YeakelGanesh L Ghurye
    • E21B43/24
    • E21B43/247
    • A method for treating water at a water treatment facility is provided. In one aspect, the water has been circulated through a subsurface formation in a shale oil development area. The subsurface formation may comprise shale that has been spent due to pyrolysis of formation hydrocarbons. The method in one embodiment includes receiving the water at the water treatment facility, and treating the water at the water treatment facility in order to (i) substantially separate oil from the water, (ii) substantially remove organic materials from the water, (iii) substantially reduce hardness and alkalinity of the water, (iv) substantially remove dissolved inorganic solids from the water, and/or (v) substantially remove suspended solids from the water. The method may further includes delivering the water that has been treated at the water treatment facility re-injecting the treated water into the subsurface formation to continue leaching out contaminants from the spent shale.
    • 提供了一种在水处理设备处理水的方法。 在一个方面,水已经在页岩油开发区域中通过地下地层循环。 地下构造可以包括由于地层烃的热解而消耗的页岩。 在一个实施方案中的方法包括在水处理设备处接收水,以及处理水处理设备处的水以便(i)从水中大大分离油,(ii)从水中基本上除去有机物质,(iii )大大降低水的硬度和碱度,(iv)从水中基本上除去溶解的无机固体,和/或(v)从水中基本上除去悬浮固体。 该方法还可以包括输送在处理水处理设备处理过的水,将经处理的水重新注入地下地层,以继续从废页岩中浸出污染物。
    • 4. 发明申请
    • ENTRY/EXIT PORT METHOD AND APPARATUS FOR CARTRIDGE LIBRARY
    • 进入/退出港口方法和装置图书馆
    • US20080282275A1
    • 2008-11-13
    • US11747305
    • 2007-05-11
    • Thomas E. ZACZEKStephan W. SmallChristopher M. WhiteJohn D. Miller
    • Thomas E. ZACZEKStephan W. SmallChristopher M. WhiteJohn D. Miller
    • G11B17/03G11B15/68
    • G11B17/225
    • A cartridge library (30) comprises a library frame; at least one drive (60); a cartridge magazine (52); a transport mechanism (54) configured to transport the cartridge between the magazine and the drive; and an entry/exit port. The cartridge magazine comprises at least one cell configured to accommodate a cartridge of information storage media. The entry/exit port (200) is configured to permit selective passage of the cartridge between an exterior of the frame and the at least one cell, the passage being through an aperture provided in the frame. The entry exit port (200) comprises an entry/exit port handle (210) and a cartridge caddy (220). The entry/exit port handle (210) is configured both for selective closure of the aperture and selective translation with respect to the frame for opening the aperture. The cartridge caddy (220), to which the handle (210) is attached, is configured to carry the cartridge out of the at least one cell and through the aperture upon translation of the handle (210).
    • 盒式存储库(30)包括库框架; 至少一个驱动器(60); 盒式存储器(52); 传送机构(54),其构造成在所述盒与所述驱动器之间传送所述盒; 和入口/出口。 盒式存储器包括至少一个被配置为容纳信息存储介质的盒的单元。 入口/出口(200)被配置为允许盒在框架的外部和至少一个单元之间的选择性通过,该通道穿过设置在框架中的孔。 入口出口(200)包括入口/出口手柄(210)和盒式盘(220)。 入口/出口端口手柄(210)被配置为用于选择性地闭合孔径和相对于框架的选择性平移以打开孔。 手柄(210)附接到的盒式盘(220)被配置成在手柄(210)平移时将盒移出至少一个单元并通过孔。
    • 5. 发明授权
    • Pleated filter and a method for making the same
    • 褶皱式过滤器及其制造方法
    • US06932850B1
    • 2005-08-23
    • US09720197
    • 1999-06-29
    • Thomas C. WelchJoseph VerschneiderJohn D. Miller
    • Thomas C. WelchJoseph VerschneiderJohn D. Miller
    • B01D29/01B01D46/00B01D46/10B01D46/52B01D27/06
    • B01D46/521B01D29/012B01D29/016B01D29/111B01D29/21B01D46/0001B01D46/0031B01D46/10B01D2201/12B01D2275/10Y10S55/05Y10S264/48
    • A filter may comprise a plurality of pleats, at least one pleat including a pair of pleat legs and pleat tip region. In some embodiments, a thickness of pleat tip region at a point spaced about one to four pleat leg thicknesses from the end of the pleat tip region may be less than or equal to about twice the pleat leg thickness or may be less than or equal to a distance between corresponding points on opposing outer surfaces of the pleat legs. A filter may comprise a pleated structure having a plurality of pleats. In some embodiments, the pleated structure may have more than one layer and at least one of the pleats may have a reformed pleat tip region. In other embodiments, the pleated structure may have a pair of pleat legs and at least one of the pleats may have a reformed pleat tip region and contacting pleat legs. A filter may comprise a plurality of pleats, at least one pleat including a pleat tip region having contacting inner surfaces. A method of making a filter may comprise forming a plurality of pleats having pleat tip regions and applying pressure to opposing outer surfaces of at least one pleat tip region. A method of making a filter may also comprise forming a plurality of pleats free of bulbous pleat tip regions. A method of making a filter may comprise forming a plurality of pleats wherein a thickness of each pleat tip region at a point spaced about one to about four pleat leg thicknesses from the end of the pleat tip region is less than or equal to about twice the pleat leg thickness or is less than or equal to a distance between corresponding points on opposing outer surfaces of the pleat legs. An apparatus may comprise one or more dies arranged to reform a pleat tip region of a pleat.
    • 过滤器可以包括多个褶皱,至少一个褶皱,包括一对褶皱腿和褶皱尖端区域。 在一些实施例中,在褶皱末端区域的端部间隔大约一至四个褶皱腿部厚度的点处的褶皱尖端区域的厚度可以小于或等于褶皱腿部厚度的大约两倍,或者可以小于或等于 在褶皱腿的相对的外表面上的相应点之间的距离。 过滤器可以包括具有多个褶皱的打褶结构。 在一些实施例中,打褶结构可以具有多于一个层,并且褶中的至少一个可以具有改质的褶皱尖端区域。 在其他实施例中,打褶结构可以具有一对褶皱腿,并且褶皱中的至少一个可以具有改质的褶皱尖端区域和接触褶皱腿。 过滤器可以包括多个褶皱,至少一个褶皱,其包括具有接触内表面的褶皱尖端区域。 制造过滤器的方法可以包括形成具有褶皱尖端区域的多个褶皱并且向至少一个褶皱尖端区域的相对的外表面施加压力。 制造过滤器的方法还可以包括形成多个没有球形褶皱尖端区域的褶皱。 制造过滤器的方法可以包括形成多个褶皱,其中在从褶皱末端区域的端部间隔开约一至四个褶皱腿部厚度的位置处的每个褶皱顶端区域的厚度小于或等于 褶皱腿部厚度或小于或等于褶皱腿的相对外表面上的相应点之间的距离。 设备可以包括一个或多个管芯,其设计成改变褶皱的褶皱尖端区域。
    • 6. 发明授权
    • Cartridge overinsertion protection for cartridge library
    • 盒式磁带库过滤器过滤保护
    • US06473261B1
    • 2002-10-29
    • US09708739
    • 2000-11-09
    • John D. MillerRobert E. SchneiderBrad W. Filkins
    • John D. MillerRobert E. SchneiderBrad W. Filkins
    • G11B1568
    • G11B15/6835
    • Cartridges (64) are loaded into or retrieved from an automated media library (20) either singly through an entry/exit port module (54), or by opening a library door (30) and inserting/removing a cartridge magazine (52) from a magazine cavity (50) of the library. Structures are provided for precluding against overinsertion of a cartridge. An entry/exit port cartridge overinsertion protection assembly (450) is provided to prevent overinsertion of a media cartridge loaded into the entry/exit port module. The entry/exit port cartridge overinsertion protection assembly includes a cartridge restraint member (452) which is pivoted away from a cartridge restraint position by a cartridge transport device (92) when the transport device seeks to obtain or deposit a cartridge at the entry/exit port. A cartridge restraint assembly (300) is also provided to guard against overinsertion of a cartridge stored in a cartridge magazine. The cartridge restraint assembly which guards against overinsertion of a cartridge stored in a cartridge magazine is responsive to movement of a library door. Upon movement of the door from a door closed position to a door open position, the cartridge restraint assembly responsively moves into a cartridge restraint position to prevent over positioning of a cartridge situated in the cartridge magazine.
    • 墨盒(64)可以通过入口/出口端口模块(54)单独装入自动媒体库(20)或从自动媒体库(20)取回,或者通过打开库门(30)并将盒式存储器(52)从 图书馆的杂志腔(50)。 提供了结构以防止盒的过度插入。 提供入口/出口端口盒过度插入保护组件(450)以防止装载到入口/出口端口模块中的介质盒的过度插入。 入口/出口端口盒过度插入保护组件包括盒式传送装置(452),当传送装置试图在入口/出口处获取或存放盒时,盒式存储器构件(452)通过盒式传输装置(92)从盒限制位置枢转 港口。 还提供盒式磁带约束组件(300)以防止存储在盒式存储器盒中的盒的过度插入。 防止存储在盒式存储器盒中的盒的过度插入的盒式存储器约束组件响应于库门的移动。 当门从门关闭位置移动到门打开位置时,盒式约束组件响应地移动到盒的限制位置,以防止位于盒仓中的盒的过度定位。
    • 7. 发明授权
    • Data cartridge library having a pivoting cartridge transport and a cartridge status indicator
    • US06233111B1
    • 2001-05-15
    • US09401655
    • 1999-09-23
    • Robert E. SchneiderBrian P. EganJohn D. MillerDavid G. Cole
    • Robert E. SchneiderBrian P. EganJohn D. MillerDavid G. Cole
    • G11B1568
    • G11B15/6835G11B15/68
    • A cartridge library comprises plural cells for accommodating therein a cartridge of information storage media and a tape drive which transduces information relative when a cartridge is loaded into the drive. A cartridge loader (also known as the cartridge transport assembly) is mounted to the drive assembly for picking a selected cartridge from one of the cells and for inserting the selected cartridge into a cartridge slot in the drive. The drive assembly is stationary but the cartridge loader is pivotal about the drive assembly, and particularly about a pivot axis which is parallel to a center line of the data cartridge when the data cartridge is inserted into the drive assembly. The drive assembly includes a toothed transport track engageable by the cartridge transport assembly for incremental pivotal motion of the cartridge transport assembly about the pivot axis. The library also has a wall connected to the library frame, the wall having a series of windows formed in predetermined relationship with the cells of the magazine. The windows are used to detect a status (e.g., presence, absence, misinsertion) of the data cartridge in the magazine. In addition, the series of windows are employed for detecting a position of the cartridge transport assembly about the pivot axis. The cartridge transport assembly comprises a carriage first section and a carriage second section which is translatable relative to the carriage first section. A pair of cartridge engagement arms are mounted to the carriage second section for selectively partially inserting the data cartridge into the drive assembly. The cartridge transport assembly further includes a secondary cartridge contact member (forming part of a “flipper assembly”) which operates in response to movement of the engagement arm to moves the selected cartridge from partial insertion to full insertion into the drive. Also, the secondary cartridge contact member serves as a stop surface when the cartridge is ejected from the drive.