DEVICE FOR STORING PRESSURIZED GAS
    91.
    发明申请
    DEVICE FOR STORING PRESSURIZED GAS 审中-公开
    储存压力气体的装置

    公开(公告)号:WO9947850A3

    公开(公告)日:1999-12-02

    申请号:PCT/DE9900717

    申请日:1999-03-09

    Inventor: OSTHOLT RUEDIGER

    Abstract: The invention relates to a device (10) for storing pressurized gas, comprising a plurality of storage tanks (11) which each have a tank wall (12) which encloses a hollow space (15) intended for the storage of the pressurized gas. The storage tanks (11) are connected to each other and have at least one connection for introducing and/or discharging the pressurized gas. To configure the storage tanks (11) such that they are as stable as possible each storage tank (11) has preferably one covering layer (16) which is positioned on the tank wall (12) at least in partial areas of every storage tank (11). In addition, to allow for the individual adjustment of the geometrical structure of the device (10) to the spaces available and to the quantity of gas to be stored, every storage tank (11) has an upper part (20) which is joined to the tank wall (12) and the storage tanks (11) are or can be connected with each other in a modular manner by means of these upper parts (20). The pressurized gas is withdrawn from the storage tanks (11) through a flow channel (24) provided for in the upper parts (20) which communicate with the hollow space (15) of each storage tank (11) via a through hole (26). The individual upper parts (20) are joined by means of connecting elements (23) which are introduced into corresponding openings located in the upper parts (20).

    Abstract translation: 它是用于存储加压气体所描述的,具有多个存储容器(11),每一个具有一个容器壁(12)包围一个用于存储压缩气体腔(15)的,其中,所述存储容器的装置(10)(11) 互连并且具有至少一个用于装载和/或卸载压缩气体的连接。 为了设计的存储罐(11)尽可能稳定,优选地,每个贮存容器(11),其至少在各自的存储容器(11)到容器壁的部分区域(12)被布置在包层(16)的。 为了进一步实现装置(10)的几何结构可以单独适用于可用空间和要储存的气体量,提供了每个储存容器(11)具有带有头部件(20)的头部件 容器壁(12)连接并且储存容器(11)经由相应的头部件(20)模块化地彼此连接或可连接。 来自储存容器(11)的压缩气体通过头部件(20)中的一个提供经由孔(26)与相应储存容器(11)的空腔(15)连通的流动通道(24)。 各个头部件(20)通过插入头部件(20)中的相应开口中的连接元件(23)连接。

    ガスセル駆動型配向非依存性搬送装置
    97.
    发明专利
    ガスセル駆動型配向非依存性搬送装置 有权
    气室驱动定向无关输送装置

    公开(公告)号:JP2015533975A

    公开(公告)日:2015-11-26

    申请号:JP2015528713

    申请日:2013-08-26

    Abstract: 配向非依存性搬送装置(100)を開示する。搬送装置(100)は、ガスチャンバ、搬送チャンバ、ガスセル(110)、及び搬送開口(112)を含む。ガスチャンバは、ガス側剛体部(102)及びガス側フレキシブル障壁(104)を含む。ガス側フレキシブル障壁(104)は、ガス側剛体部(102)に密着している。搬送チャンバは、搬送側剛体部(106)及び搬送側フレキシブル障壁(108)を含む。搬送側フレキシブル障壁(108)は、搬送側剛体部(106)に密着し、ガス側フレキシブル障壁(104)に隣接するように配向されている。ガスセル(110)は、ガスチャンバのガス側剛体部(102)に結合されている。ガスセル(110)は、ガスチャンバ内のガス圧を増加させて、ガス側フレキシブル障壁(104)を膨張させる。ガス側フレキシブル障壁(104)の膨張は、搬送側フレキシブル障壁(108)に圧縮力を加えて、搬送物質が搬送チャンバから出ることを可能にする。

    Abstract translation: 它公开了定向无关输送装置(100)。 输送装置(100)包括一个气室,传送室,气室(110),和输送开口(112)。 气室包括气体侧刚性部分(102)和气体侧柔性屏障(104)。 气体侧柔性屏障(104)与所述气体侧刚性部分(102)紧密接触。 传送腔室包括输送侧刚性部分(106)和输送侧柔性屏障(108)。 输送侧柔性屏障(108)与定向,以便邻近于所述气体侧柔性屏障(104)的输送侧刚性部分(106)紧密接触。 气室(110)被耦合至所述气体室(102)的气体侧刚性部件。 气室(110)是增加的气体压力在气室中以膨胀气体侧柔性屏障(104)。 气体侧柔性屏障(104)的扩张,除了压缩力施加到输送侧柔性屏障(108),所述传输材料,以允许从所述传送腔室的出口。

    GAS CELL DRIVEN ORIENTATION INDEPENDENT DELIVERY DEVICE
    99.
    发明申请
    GAS CELL DRIVEN ORIENTATION INDEPENDENT DELIVERY DEVICE 审中-公开
    气体元件驱动方向独立输送装置

    公开(公告)号:WO2014032048A1

    公开(公告)日:2014-02-27

    申请号:PCT/US2013/056662

    申请日:2013-08-26

    Applicant: MICROLIN, LLC.

    Abstract: An orientation independent delivery device (100). The delivery device (100) includes a gas chamber, a delivery chamber, a gas cell (110), and a delivery aperture (112). The gas chamber includes a gas-side rigid portion (102) and a gas-side flexible barrier (104). The gas-side flexible barrier (104) is sealed to the gas-side rigid portion (102). The delivery chamber includes a delivery-side rigid portion (106) and a delivery-side flexible barrier (108). The delivery-side flexible barrier (108) is sealed to the delivery-side rigid portion (106) and is oriented adjacent to the gas-side flexible barrier (104). The gas cell (110) is coupled to the gas-side rigid portion (102) of the gas chamber. The gas cell (110) increases a gas pressure within the gas chamber to expand the gas-side flexible barrier (104). Expansion of the gas-side flexible barrier (104) applies a compressive force to the delivery-side flexible barrier (108) allowing a delivery material to escape from the delivery chamber.

    Abstract translation: 取向独立输送装置(100)。 输送装置(100)包括气体室,输送室,气室(110)和输送孔(112)。 气室包括气体侧刚性部分(102)和气体侧柔性屏障(104)。 气体侧柔性隔板104被密封到气体侧刚性部102。 输送室包括输送侧刚性部分(106)和输送侧柔性屏障(108)。 输送侧柔性屏障(108)被密封到输送侧刚性部分(106)并且被定向成邻近气体侧柔性屏障(104)。 气室110与气室的气侧刚性部102连接。 气室(110)增加气室内的气体压力以膨胀气体侧柔性屏障(104)。 气体侧柔性屏障(104)的膨胀向输送侧柔性屏障(108)施加压缩力,允许输送材料从输送室逸出。

    GAS STORAGE TANK
    100.
    发明申请
    GAS STORAGE TANK 审中-公开
    气体储存罐

    公开(公告)号:WO2011095794A1

    公开(公告)日:2011-08-11

    申请号:PCT/GB2011/050140

    申请日:2011-01-28

    Abstract: A gas storage tank is described comprising at least one inflatable bellows (20) confined within a casing (22) and preloaded to extend in length when the gas pressure within the bellows (20) exceeds a predetermined value above the ambient pressure as gases are blown into the bellows (20). The casing (22) has diverging sides (24) guiding the extending bellows (20) and is closed off by a moveable end wall (26) held against the extending bellows (20) by a spring (28), the end wall (26) having adjustable dimensions matching and closing off the widening opening of the diverging sides (24) as the bellows (20) extends against the spring (28).

    Abstract translation: 描述了一种储气罐,其包括限制在壳体(22)内的至少一个充气波纹管(20),并且当气体吹出时,当波纹管(20)内的气体压力超过高于环境压力的预定值时,其被预加载以延长 进入风箱(20)。 壳体(22)具有引导延伸波纹管(20)的发散侧(24),并且通过弹簧(28)被可伸展的端壁(26)封闭,该端壁由弹性件(28),所述端壁 )具有可变尺寸,当波纹管(20)抵靠弹簧(28)延伸时,尺寸匹配并且关闭发散侧面(24)的加宽开口。

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