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    专

    一种变压吸附提纯氦气的方法

    TW559689C
    发明人
    胡国平, 罗锦标, 谢小峰, 齐涛
    受让人
    GANJIANG INNOVATION ACAD CHINESE ACAD SC (GANJ-Non-standard)
    申请人
    Robert Hertlein, Slim Souissi, Rahul Chaturvedi, Clint Wilber
    申请号
    1907366169
    申请日
    1939-09-11
    公开(公告)号
    TW559689C
    公开(公告)日
    2020-11-02
    IPC分类号
    H04L027/26H04J011/00H04B001/06H04L007/00H04J001/06H04J003/06
    CPC分类号
    -
    优先权号
    4117753
    优先权日
    1991-05-30
    摘要

    NOVELTY - The resealable cap (110) has a base (112) made up of vulcanized rubber. A resealable polymeric portion (126) is assembled on the base. A needle is penetrated into the cap for introducing medicament into vial. Punctured region of the resealable portion is fusible in response to application of heat for hermetically sealing the punctured region upon removing the needle.

    USE - For sealing a medicament in a vial (claimed) e.g. a vaccine.

    ADVANTAGE - Because of the resealable portion, the punctured area of the resealable portion is heat sealed after removing the needle, to maintain the chamber containing the medicament in a hermetically sealed condition. The cap is secured to the vial prior to filling, thus enhancing the ability to maintain sterile conditions throughout the filling process and avoiding the need to assemble the vials in a sterile environment. This reduces processing time and increases the assurance of sterility throughout the assembly and filling processes.

    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method of filling a vial with a medicament.

    DESCRIPTION OF DRAWING(S) - The figure shows a cross-sectional view of the resealable cap.

    Resealable cap (110)

    Base (112)

    Resealable polymeric portion (126)

    权利要求
    チャンバと、 前記チャンバ内にイオン搬送ガスを供給するエア供給路と、 前記チャンバの内部に水の微粒子を生成するように配置された超音波式霧化装置と、 前記チャンバの内部に軟X線を照射するように配置された軟X線発生装置と、 前記チャンバ内にて生成されたイオン化気流を搬送する搬送路と、を有するイオナイザー。
    前記超音波式霧化装置と、前記軟X線発生装置とが、前記チャンバの対向する2つの側面に配置され、 前記超音波式霧化装置が生成した水の微粒子に対して、軟X線が直接照射される請求項1記載のイオナイザー。
    前記チャンバは、 微粒子発生チャンバと、 前記微粒子発生チャンバの下流側に接続された軟X線照射チャンバと、を含み、 前記微粒子発生チャンバには、前記エア供給路と前記超音波式霧化装置が設けられ、 前記軟X線照射チャンバには、前記軟X線発生装置と前記搬送路が設けられている請求項1記載のイオナイザー。
    前記搬送路には、前記搬送路を流れる前記イオン化気流に含まれる水の微粒子の粒径を計測するパーティクルカウンターが設けられている請求項1〜3いずれか一項記載のイオナイザー。
    前記チャンバは、開口を有し、 前記開口には、前記軟X線を透過させる照射窓が設けられ、 前記軟X線発生装置は、前記照射窓を介して、前記チャンバの内部に前記軟X線を照射するように構成されている請求項1〜4いずれか一項記載のイオナイザー。
    前記超音波式霧化装置が超音波アトマイザであり、 前記超音波アトマイザは、ノズルヘッドが前記チャンバの内部に突出するように設けられ、 前記ノズルヘッドの周囲には保護円筒が設けられ、 前記保護円筒は、前記ノズルヘッドの端部が、前記保護円筒内部に位置するように形成される請求項1〜5いずれか一項記載のイオナイザー。
    前記保護円筒は、前記ノズルヘッドの端部から前記保護円筒の端部までの距離をLとし、前記保護円筒の内径をdとした場合、L≧dとなるように構成される請求項6記載のイオナイザー。
    前記チャンバの底部に貯まった水が排出される開口が、前記チャンバの下面に設けられている請求項6又は7記載のイオナイザー。
    前記超音波式霧化装置が底部に超音波振動子が取り付けられた容器であり、 前記超音波振動子はセラミックス製の振動板、または、有機物または無機物でコーティングされた金属製の振動板、であり、 前記容器の内面が樹脂である請求項1〜5いずれか一項記載のイオナイザー。
    イオナイザーと、前記イオナイザーに接続された制御装置と、を有する除電システムであって、 前記イオナイザーは、 チャンバと、 前記チャンバ内にイオン搬送ガスを供給するエア供給路と、 前記チャンバの内部に水の微粒子を生成するように配置された超音波式霧化装置と、 前記チャンバの内部に軟X線を照射するように配置された軟X線発生装置と、 前記チャンバ内にて生成されたイオン化気流を搬送する搬送路と、を有し、 前記搬送路には、前記搬送路を流れる前記イオン化気流に含まれる水の微粒子の粒径を計測するパーティクルカウンターが設けられ、 前記制御装置は、 前記パーティクルカウンターが計測した水の微粒子の粒径に基づいて、前記超音波式霧化装置の発振器の周波数を制御する除電システム。
    说明书
    [0001]Sept. 4, 1923. 1,467.22?
    [0002]G. M. CAPELL AIR IMPELLER OR PROPELLER Filed Sept. 2. 1921 ATTY.
    [0003]Patented Sept. 4, 1923.
    [0004]GEORGE MIARIE CAPELL, DECEASED, LATE 0F PASSENHAM, NEAR STONY STRATFORD, ENGLAND; BY ROBERT ALFRED BLAKE, TRUSTEE AND LEGAL REPRESENTATIVE.
    [0005]AIR IMPELLER OR PROPELLER.
    [0006]Application filed September 2, 1921. Serial No. 498,096.
    [0007]To all whom it may concern:
    [0008]Be it known that GEORGE MARIE CAPELL, deceased, subject of the King of Great Britain, late residing at Passenham, near Stony Stratford, in the county of Bucks, England, has invented new and useful Improvements in and Relating to Air Impellers or Propellers, of which the following is a specification,
    [0009]This invention relates to air impellers or propellers and consists of certain improvements hereinafter expressed, in the type of impeller or propeller adaptable to and capable of:-(a) creating a current of air when caused to rotate in stationary mountings, (b) advancing through the air when mounted and caused to rotate as the propeller of an aeroplane and (0) being The invention consists in providing a conical containing ring around the blades and in some instances providin in such form of impeller a lip upon one-e go of the blades.
    [0010]Figure 1 is an elevation of an impeller or propeller constructed with the improved containing ring. Figure 2 shows a portlon of an impeller constructed with the improved containing ring and improved blades. Figure 3 is a section on tortuous line M--M Figure 1 lookin from right to left and showing a method of mounting. Figure d is a section at YZ Fi re 1, and Figure 5 is a section at W- Figure 2, showing the improved blade. 7
    [0011]As previously proposed the blades may be formed by cutting suitable slots in a disc C and bending the parts A of the blades obliquely out of the plane of thedisc According to the present invention the outer extremities of the blades A C are suitably attached' to the interior of a conical containing ring E, converging in the direction of the portions A. This ring E may have a cylindrical extension H beyond the portions A of the blades. The disc C is attached at its centre to a flanged sleeve F which is fixed and carried upon a shaft G. The sleeve may be contained within a coneshaped member P thus forming a cone shaped boss which guides the air to the blades.
    [0012]The shaft G may be j ournalled in bearings as shown at K.
    [0013]A modified blade is formed by bending the edges of the portions of the disc C remote from the portions A obliquely out of the plane of the disc to form lips as shown at L in Figures 2 and 5 this bend being in a reverse direction to that of the portions A. What is claimed is 1. In an air impeller, blades each consisting of a portion of a disc perpendicular to the axis of said impeller and a ortion oblique to said axis, and on the lea ing side of said perpendicular portion, and a conical ring converging in the direction of said oblique portions secured to the outer extremities of said blades.
    [0014]2. In an air impeller, blades each consisting of a portion of a disc perpendicular to the axis of said impeller and a portion oblique to said axis and on the leadin side of said perpendicular portion, a conica ring converging in the direction of said oblique portions secured to the outer extremities of said blades and a cylindrical extension of said ring.
    [0015]3. In an air impeller, blades each consisting of a portion of a disc perpendicular to the axis of said impeller, a portion oblique to said axis and on the leading side of said perpendicular portion, and an oblique lip remote from and oppositely directed to said oblique portion.
    [0016]4. In an air impeller, blades each consisting of a portion of a disc perpendicular to the axis of said impeller, a portion oblique to said axis and on the leading side of said perpendicular portion, an oblique lipremote from and oppositely directed to said oblique portion, and a conical ring converging in the direction of said oblique portions secured to the outer extremities of said blades.
    [0017]meme? 5. In an air impeller, blades each consisting of a portion of a disc perpendicular to the axis of said impeller, a portion oblique to said axis and on the leading side of said perpendicular portion, and an oblique lip remote from and oppositely directed to said oblique portion, a conical ring converging in the direction of said oblique portions secured to the outer extremities of said blades and a cylindrical extension of said ring. 10
    [0018]In testimony whereof I have signed my name to this specification.
    [0019]ROBERT ALFRED BLAKE.
    [0020]Trustee and legal representative of George Marie Capell, deceased.
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