OMPI – Búsqueda en las colecciones de patentes nacionales e internacionales

1.WO/1992/018389VERFAHREN UND EINRICHTUNG ZUR ERZEUGUNG UND AUFRECHTERHALTUNG ASEPTISCHER BEDINGUNGEN IN EINER TANKANLAGE

WO - 29.10.1992

Clasificación Internacional B65B 37/00 Nº de solicitud PCT/EP1991/000718 Solicitante INGKO GMBH INDUSTRIEANLAGENBAU Inventor/a KOHLBACH, Friedrich, Rudolf

Die Erfindung betrifft ein Verfahren und eine Einrichtung zur Erzeugung und Aufrechterhaltung aseptischer Bedingungen in einer Tankanlage für die Lagerung von Lebensmitteln in haltbar gemachter, pumpfähiger Form, wobei mindestens ein Lagertank (1 ...80) gereinigt, sterilisiert, mit Inertgas befüllt, unter aseptischen Bedingungen mit dem einzulagernden Produkt befüllt und unter aseptischen Bedingungen mindestens teilweise entleert wird. Um alle diese Vorgänge automatisieren zu können und um einerseits die Betriebssicherheit zu verbessern und andererseits jede Rekontamination der einzulagernden sterilisierten Produkte zu verhindern, wird erfindungsgemäss vorgeschlagen, daß sämtliche Massenströme, die jedem Lagertank zugeführt werden, und daß eingelagerte Produkt, das jedem Lagertank entnommen wird, durch mindestens eine mobile Einrichtung (W1, W2, W3) geführt werden, die einerseits mit ortsfesten Versorgungs- und Entsorgungsleitungen (105) und andererseits mit mindestens einem Lagertank (1 ... 80) lösbar verbunden ist, und daß die mindestens eine mobile Einrichtung (W1, W2, W3) Mittel zur Messung, Steuerung und Regelung der Durchflußmenge, des Druckes und zur Kontrolle der Temperatur sowie Mittel zum Sterilisieren der durch sie hindurchströmenden Massen aufweist. Die Erfindung gestattet eine rechnergesteuerte, automatisch überwachte Prozessführung.

2.WO/2002/063734CABLE HOLDER, CABLE LAYING DEVICE, AND MOVING METHOD THEREFOR

WO - 15.08.2002

Clasificación Internacional G02B 6/50 Nº de solicitud PCT/JP2002/000907 Solicitante CONSEC CO.,LTD. Inventor/a MINAKA, Tatsuo

A cable holder for attaching communication optical fibers drawn into a sewage pipe to a pipe ceiling portion. The cable holder (31) is made of resin in its entirety and has an inverted U-shape that opens downward, comprising a cable holder (33) formed with pawls (32) in its inlet, and an attaching portion (37) protruded on the cable holder (33), the attaching portion (37) having a plunger pin (39) inserted in a vertical hole that is filled with an adhesive agent, so that when the attaching portion (37) is pressed into a drilled hole formed in the pipe ceiling of a sewage pipe (1), the plunger pin (39) is pressed in and the adhesive agent flows out, whereby the cable holder (31) is adhesively fixed to the pipe ceiling. The cable holder (33) is also integrally formed with cable holders (34) of smaller size on opposite sides thereof, so that different types of cables can be held by the cable holders (34, 34).

3.WO/1993/010406DEVICE FOR THE UTILIZATION OF SOLAR ENERGY

WO - 27.05.1993

Clasificación Internacional F03G 6/00 Nº de solicitud PCT/EP1991/002177 Solicitante COMMON PLUM COMPANY N.V. Inventor/a VEN, Kari

Device for the utilization of solar energy, which device comprises a vapor pipe (2) with at least one expansion bend (5) therein, at least one device (1) for capturing solar rays and concentrating them on part of the vapor pipe (2) and at least one device (4) mounted on the vapor pipe (2) for injecting liquid to be vaporized, characterized in that the vapor pipe (2) including the expansion bend (5), is horizontal and/or inclined in one and the same direction so that the injected liquid cannot accumulate in this pipe (2).

4.WO/2002/077281METHOD OF DETECTING NUCLEIC ACID RELATING TO DISEASE

WO - 03.10.2002

Clasificación Internacional C12Q 1/70 Nº de solicitud PCT/JP2002/002030 Solicitante KABUSHIKI KAISHA TOSHIBA Inventor/a HASHIMOTO, Koji

A method of obtaining data of a nucleic acid from an individual and data of nucleic acid relating to a disease of the individual particularly in case where the above disease relates to a pathogenic microorganism occurring in the individual; and a probe and immobilization substrates (for example, a chip having the probe immobilized thereon). More specifically, a method of obtaining data relating to the reactivity of an individual to a therapy for a disease; and probe-immobilization substrates.

5.WO/1991/009417ELECTRODE FEEDTHROUGH TUBE FOR ARC DISCHARGE LAMP

WO - 27.06.1991

Clasificación Internacional H01J 9/28 Nº de solicitud PCT/US1990/007404 Solicitante GTE PRODUCTS CORPORATION Inventor/a VERAGHTERT, Luk +di

An electrode feedthrough assembly for a ceramic arc tube of the type used in high pressure sodium arc lamps. The electrode feedthrough assembly is particularly useful in an external reservoir arc tube wherein an interior region of a feedthrough tube is utilized as a reservoir for the lamp fill material. The electrode feedthrough assembly includes a feedthrough tube (16), an electrode assembly (26) attached to the feedthrough tube (16) and a connection wire (76). The feedthrough tube has a closed end (46) external to the arc tube. The feedthrough tube (16) and the closed end (46) thereof are formed in a single process, preferably by deep drawing, without welding, crimping or fusing. Passages to the interior of the feedthrough tube are provided by crimping the electrode support rod to the feedthrough tube with a six jaw crimping arrangement wherein two of the crimping jaws (64, 65) are shorter than the other four (60-63). The connection wire (76) is attached to the feedthrough tube (16) and includes a portion (80) on the axis of the tube (16). The connection wire (76) assists in retaining the electrode feedthrough assembly in the arc tube (10) during sealing.

6.WO/1991/008172CRYSTALLINE GALLIOSILICATE WITH THE MORDENITE STRUCTURE

WO - 13.06.1991

Clasificación Internacional B01J 29/87 Nº de solicitud PCT/US1990/006723 Solicitante UNION OIL COMPANY OF CALIFORNIA Inventor/a OCCELLI, Mario, L.

A crystalline, galliosilicate molecular sieve having the mordenite structure and the following composition expressed in terms of oxide mole ratios in the anhydrous state: Ga₂O₃:xSiO₂:yM₂O:tQ₂O, where M is an alkali metal, preferably sodium, Q is a quaternary ammonium cation, preferably a quaternary ammonium cation containing at least one benzyl radical such as a benzyltriethylammonium cation, x equals 5.0 to 30, y equals 0.1 to 0.99, preferably 0.40 to 0.90, t equals 0.01 to 0.9, preferably 0.1 to 0.6 and y+t equals about 1.0. The crystalline, galliosilicate molecular sieve of the invention may be employed, after reducing its alkali metal content and decomposing Q, as a component of a catalyst which can be used in a variety of chemical conversion processes.

7.WO/1991/019367OUT OF RANGE DETECTOR

WO - 12.12.1991

Clasificación Internacional H04W 64/00 Nº de solicitud PCT/US1991/002205 Solicitante MOTOROLA, INC. Inventor/a DAVIS, Walter, L.

An out of range detector determines whether a communications device is out of range of its signal (118) if the signal is not detected (104) and a history of received signal strength values consistent with approaching out of range is measured (116) prior to nondetection of the signal (114).

8.WO/1992/000539METHOD OF DISCRIMINATING COMBINATION OF COVERED MULTIPLE-FIBER OPTICAL CABLE WITH FERRULE FOR MULTIPLE-FIBER CONNECTOR

WO - 09.01.1992

Clasificación Internacional G02B 6/38 Nº de solicitud PCT/JP1991/000837 Solicitante THE FURUKAWA ELECTRIC CO., LTD. Inventor/a SUZUKI, Kenji

According to discriminating method of the present invention, terminal-treated end portions of a covered multiple-fiber cable (1) and a ferrule (11) are set on a pair of support bedplates (31 and 36), respectively, the end portions of the respective optical fibers 2₁-2₄ and respective optical fiber holding portions (concave grooves 17₁-17₄ and insert holes 18₁-18₄) of the ferrule (11) are opposed to each other, thereafter, when the respective end portions of the optical fibers 2₁-2₄ and the respective optical fiber holding portions are positioned in alignment with each other so as to insert the respective end portions of the respective optical fibers into the respective optical fiber holding portions, prior to insertion, during insertion and after insertion, information on the respective end portions of the optical fiber and the respective optical fiber holding portions are picked up by an image processing device (51) or an optical sensor (62) and the said information is processed by an operational means (50 or 63), whereby discrimination is made as to whether the relative positional relationship between the end portions of the optical fibers and the optical fiber holding portions and the state of combination are proper or not.

9.WO/1992/006791SPRAYING DEVICE WITH A REPLACEABLE CARTRIDGE

WO - 30.04.1992

Clasificación Internacional B05B 7/24 Nº de solicitud PCT/US1991/007592 Solicitante CHEVRON RESEARCH AND TECHNOLOGY COMPANY Inventor/a STYNE, James, J.

A spraying device having a sprayer head (1) and an interchangeable, disposable, recyclable and/or biodegradable, and attachable cartridge (3), capable of diluting and dispensing a chemical. The device has a rotatable barrel valve (5) to select whether to fill the cartridge, spray the diluted chemical, or prevent any flow. The device further has a pair of coupling tubes (13, 19) which permit the easy connection of the sprayer head (1) to the cartridge (3) in a way to cause, by aspiration, the partially diluted chemical to enter the sprayer head (1) for further mixing and discharge. A rupturable or replaceable membrane (23) is placed across the top of the cartridge (3) to contain the concentrated chemical prior to use. A plug closure (41) permits the addition of a chemical to the cartridge (3).

10.WO/1992/004129FLUID DISPENSING UNIT RETAINER

WO - 19.03.1992

Clasificación Internacional B05B 11/00 Nº de solicitud PCT/US1991/006215 Solicitante MESHBERG, Philip Inventor/a MESHBERG, Philip

A dispensing unit retainer is formed with a tapered surface (6) into which a dispensing unit, such as a modular pump (8) or the like, is permanently retained with an interference fit. Axially inward movement of the modular pump is limited by a shoulder (13) formed at the inner end of the tapered surface (6). The retainer can be integrally formed with a container (2). Once installed in the retainer, the dispensing unit (8) cannot be removed without damage to the retainer or dispensing unit. An upstanding annular wall (7) concentrically surrounding the surface (6) includes an inwardly extending projection (107) for sealing the discharge orifice (85) of the dispensing unit actuator (31) and two axially extending openings (71, 73) cooperating with the actuator (31) to inhibit accidental discharge of the dispensing unit (8).

1 / 468.982

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