专利检索_ .具有超流动管专利检索_ .具有超流动管专利检索查询

序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
1	改进的溢流检测系统	CN94116325.3	1994-10-08	CN1109164A	1995-09-27	保罗·J·威廉斯
一种用来检测贮存液体和/或悬浮液的贮存容器的溢流的系统。在溢流位置处溢流箱的入口与贮存容器相连并接收来自贮存容器的溢流。一主排放管与溢流箱相通并由主排放管将溢流通向排放口。内径小于主排放管内径的溢流排放管也与该溢流箱相通，但它与入口的距离比主排放管为近，溢流排放管为从贮存容器流至主排放管的溢流提供了第一排放作用，即率先将溢流排放的作用，并设置有传感器以检测和/或测量流过溢流排放管的溢流的流率。一控制器发出信号以触发警报从而通知操作者发生了溢流。或者，当传感器置检测出溢流排放管内有溢流时，通过向流率控制器发出信号控制流入贮存容器的液体或悬浮液流率，以减小流入贮存容器的液体或半液体的流率。
2	Liquid collection system and related methods	JP2009548323	2008-01-31	JP2010516429A	2010-05-20	トーマスジーニー; エル．マイケルズトーマス; エー．ジョンソンラス
【解決手段】多数の保管室を有する流体収集システムの様々な実施形態が開示される。例示的実施例において、システムは、吸引源と流体伝達状態にある第１室と、第１室と流体伝達状態にある第２室とを備えている。第２室は第１室の容量よりも少ない容量からなる。第２室は、外部管へ接続するための入口ポートを備えている。このシステムは、第２室から第１室へ液体を選択的に排出するように構成される。
3	Liquid collection system and related methods	JP2009548323	2008-01-31	JP5572394B2	2014-08-13	エル．マイケルズトーマス; エー．ジョンソンラス; トーマスジーニー

4	JPH04505048A -	JP50273489	1989-05-30	JPH04505048A	1992-09-03

5	Fluid height detecting system	JP33946592	1992-11-27	JPH06182975A	1994-07-05	JIYOZEFU JIYON WAISUHIYUU
PURPOSE: To provide a device for detecting, monitoring and/or controlling the height of a liquid level usable without bringing about a problem in a viscous liquid. CONSTITUTION: An excess ink passing a channel in a doctor blade chamber 10 overflows in a reservoir 14. The ink output from a reservoir outlet 19 is subsequently fed through a conduit 26 and a flow limiter 16. A space 22 above the ink in the reservoir communicates with the atmosphere through a vent hole 20 and a vent tube 23. The tube 23 oriented above an upper end of the reservoir 14 can be used as a means for deciding whether the reservoir 14 is completely fully filled with the overflowed liquid or not. COPYRIGHT: (C)1994,JPO
6	JPS5071168A -	JP8590374	1974-07-26	JPS5071168A	1975-06-12

7	LIQUID VOLUME MEASURING APPARATUS	EP93916132.9	1993-07-30	EP0658247B1	2000-03-15	SISK, Henry, Benjamin Waterstown; MADDEN, John, James 26 Broadford Lawn; O'SULLIVAN, Niall, Anthony; COMERFORD, Kieran, Anthony 50 Wilson Road; HOOD, Oliver, St. Clair 61 Wellington Road

8	LIQUID VOLUME MEASURING APPARATUS	EP93916132.0	1993-07-30	EP0658247A1	1995-06-21	SISK, Henry, Benjamin Waterstown; MADDEN, John, James 26 Broadford Lawn; O'SULLIVAN, Niall, Anthony; COMERFORD, Kieran, Anthony 50 Wilson Road; HOOD, Oliver, St. Clair 61 Wellington Road
Apparatus for determining deviation of a volume of liquid from a predetermined volume comprises a main vessel (4) for receiving the liquid and a measuring vessel (5) from which the deviation is determined from the meniscus of the liquid in the measuring vessel (5). A communicating tube (49) extending from a neck (32) of the main vessel (4) communicates the main vessel (4) with the secondary vessel (5) through a ball valve (56). Liquid above a weir (55) in the neck (32) flows into the measuring vessel (5). The deviation of the liquid volume is read from a scale (26) adjacent the measuring vessel (5). A variable volume bladder (71) completely filled with liquid alcohol is mounted in the main vessel (4) for compensating for volume changes in the main vessel (4) due to temperature variations.
9	APPARATUS AND METHOD FOR THE SELF-LEVELLING OF LIQUID IN A CONTAINER	EP89906603.0	1989-05-30	EP0474630A1	1992-03-18	BOCK, Malcolm, G.
Un appareil et un procédé nouveaux et améliorés, servant à l'auto-nivelage d'un liquide dans un récipient (10) à un niveau précis prédéterminé, et comportant un ménisque concave, sont prévus et comportent une pluralité de nervures (14, 16) qui définissent avec la surface intérieure du récipient (28) une ou plusieurs pistes capillaires formées par les jointures des surfaces du récipient à nervures (30, 32, 34, 36) associées fonctionnellement au récipient (10) et pouvant fonctionner au contact du liquide dans le récipient (10) afin de faire couler le liquide du récipient (10) jusqu'à ce que le liquide ait atteint le niveau précis prédéterminé, et afin de former un ménisque liquide concave à ce niveau. Est également prévu un support central d'un volume prédéterminé de liquide d'isolation immiscible sur le ménisque concave du liquide au niveau précis prédéterminé dans le récipient (10).
10	DISPOSITIF EXTERNE DE SIGNALISATION DU PLEIN D'UN RESERVOIR	EP01978567.4	2001-10-18	EP1250569B1	2018-01-17	Dupont, Jean-Luc

11	LIQUID COLLECTION SYSTEM AND RELATED METHODS	EP08725103.9	2008-01-31	EP2109471A2	2009-10-21	MICHAELS, Thomas, L.; JOHNSON, Russ, A.; THOMAS, Jeannie
Various embodiments of a fluid collection system having multiple storage chambers are disclosed. In an exemplary embodiment, the system may include a first chamber in fluid communication with a suction source and a second chamber in fluid communication with the first chamber. The second chamber may have a volume less than a volume of the first chamber. The second chamber may also comprise an inlet port for connecting to an external tube. The system may be configured to selectively drain liquid from the second chamber into the first chamber.
12	APPARATUS AND METHOD FOR THE SELF-LEVELLING OF LIQUID IN A CONTAINER	EP89906603	1989-05-30	EP0474630A4	1992-07-22	BOCK, MALCOLM, G.
New and improved apparatus and method for the self-levelling of a liquid in a container (10) to a precisely predetermined level, with a concave meniscus, are provided and comprise a plurality of ribs (14, 16) defining with the container inner surface (28) one or more capillary pathways formed by the rib-container surface junctures (30, 32, 34, 36) operatively associated with the container (10) and operable upon contact therewith by the liquid within the container (10) to flow liquid out of the container (10) until the liquid has assumed the precisely predetermined level within the container (10) and to provide a concave liquid meniscus at that level. Central support of a predetermined volume of an immiscible isolation liquid on the concave meniscus of the liquid in the container (10) of the precisely determined liquid level is also disclosed.
13	DISPOSITIF EXTERNE DE SIGNALISATION DU PLEIN D'UN RESERVOIR	EP01978567.4	2001-10-18	EP1250569A2	2002-10-23	Dupont, Jean-Luc
The invention concerns an external device for indicating that a fuel tank (2) is filled up comprising a container (8) linked to said tank and provided at its upper part with a vent hole (10) and in its lower part with a floater (11). Said device is characterised in that the base of said container (8) is arranged above or substantially at the same level as the maximum filling level of the tank (2), the container being linked by its base proximate to the tank (2) upper part by a communicating conduit (4a), while the floater (11) has an electric contact connected to a signal and control box (13) arranged proximate to the opening of the tank filling conduit (3), so as to generate at least a warning signal when said container is partly filled by the communicating conduit (4a) after the tank (2) has been completely filled. The invention is particularly designed to equip a reservoir (2) provided with an air intake conduit such as a boat tank and in that case, the container (8) is inserted between two parts (4a, 4b) of said conduit.
14	Vorrichtung zur Regelung des Durchflusses einer Flüssigkeit	EP96120467.4	1996-12-19	EP0784254B1	1999-10-27	Rossberg, Rainer, Dr.-Ing.; Nestlen, Wolfgang, Dipl.-Ing.

15	Vorrichtung zur Regelung des Durchflusses einer Flüssigkeit	EP96120467	1996-12-19	EP0784254A3	1998-05-20	ROSSBERG RAINER DR-ING; NESTLEN WOLFGANG DIPL-ING
Die Erfindung betrifft einen kompakten Reglerbaustein (1), der aus zwei vorzugsweise aus Silizium bestehenden Chips (10, 20) zusammengesetzt ist. Diese Chips beinhalten einen Durchflußkanal (11) mit Einlaßöffnung (23) und Auslaßöffnung (24). Der Einlaßöffnung (23), die gleichzeitig als Ventilsitz dient, ist eine in den anderen Chip eingearbeitete Ventilplatte (15) zugeordnet, die auslenkbar über eine Membran (14) mit dem zugehörigen Chip (10) verbunden ist. Ein nicht dargestellter piezoelektrischer Antrieb sorgt für die Auslenkung der Ventilplatte (15) und damit die Steuerung des Ventiles (15, 23). Mit dem Durchflußkanal (11) verbunden ist ein Überlaufkanal (12) mit einer ersten Elektrode (21). Dem Durchflußkanal (11) ist eine zweite Elektrode (22) zugeordnet. Mittels der Elektroden (21 und 22) läßt sich der Leitwert des im Überlaufkanal (12) befindlichen Mediums und damit der Füllstand des Reglerbausteins (11) überwachen.
16	Vorrichtung zur Regelung des Durchflusses einer Flüssigkeit	EP96120467.4	1996-12-19	EP0784254A2	1997-07-16	Rossberg, Rainer, Dr.-Ing.; Nestlen, Wolfgang, Dipl.-Ing.
Die Erfindung betrifft einen kompakten Reglerbaustein (1), der aus zwei vorzugsweise aus Silizium bestehenden Chips (10, 20) zusammengesetzt ist. Diese Chips beinhalten einen Durchflußkanal (11) mit Einlaßöffnung (23) und Auslaßöffnung (24). Der Einlaßöffnung (23), die gleichzeitig als Ventilsitz dient, ist eine in den anderen Chip eingearbeitete Ventilplatte (15) zugeordnet, die auslenkbar über eine Membran (14) mit dem zugehörigen Chip (10) verbunden ist. Ein nicht dargestellter piezoelektrischer Antrieb sorgt für die Auslenkung der Ventilplatte (15) und damit die Steuerung des Ventiles (15, 23). Mit dem Durchflußkanal (11) verbunden ist ein Überlaufkanal (12) mit einer ersten Elektrode (21). Dem Durchflußkanal (11) ist eine zweite Elektrode (22) zugeordnet. Mittels der Elektroden (21 und 22) läßt sich der Leitwert des im Überlaufkanal (12) befindlichen Mediums und damit der Füllstand des Reglerbausteins (11) überwachen.
17	Transmission level gauge and process for transmissions without dipstick	US14089099	2013-11-25	US09243946B2	2016-01-26	Adam Gentner; Ray de Schepper
A transmission fill gauge system for a vehicle transmission includes a fill gauge assembly and a vacuum adapter assembly, wherein the vacuum adapter assembly and the fill gauge assembly are configured to be simultaneously in fluid communication with a transmission drain pan of the vehicle transmission. A method of measuring a transmission fluid level in a drain pan includes fluidly connecting a vacuum adapter assembly between a fill port of the vehicle transmission and a constant vacuum source, applying an internal vacuum pressure to the drain pan via a constant vacuum source, removing a drain plug from a drain on the drain pan, attaching a fill gauge assembly to the drain, the fill gauge assembly having a primary fluid tube slidably mounted in an elongated body portion, sliding the primary fluid tube to a predetermined position, and discontinuing the internal vacuum pressure to the drain pan by closing the valve.
18	TRANSMISSION LEVEL GAUGE AND PROCESS FOR TRANSMISSIONS WITHOUT DIPSTICK	US14089099	2013-11-25	US20140144222A1	2014-05-29	Adam GENTNER; Ray de Schepper
A transmission fill gauge system for a vehicle transmission includes a fill gauge assembly and a vacuum adapter assembly, wherein the vacuum adapter assembly and the fill gauge assembly are configured to be simultaneously in fluid communication with a transmission drain pan of the vehicle transmission. A method of measuring a transmission fluid level in a drain pan includes fluidly connecting a vacuum adapter assembly between a fill port of the vehicle transmission and a constant vacuum source, applying an internal vacuum pressure to the drain pan via a constant vacuum source, removing a drain plug from a drain on the drain pan, attaching a fill gauge assembly to the drain, the fill gauge assembly having a primary fluid tube slidably mounted in an elongated body portion, sliding the primary fluid tube to a predetermined position, and discontinuing the internal vacuum pressure to the drain pan by closing the valve.
19	Storage tank assembly and system for storing waste cooking oil	US13439244	2012-04-04	US08561462B2	2013-10-22	Gary Steven Arnold; Stephen Butts
A storage tank and method for monitoring thereof is provided. The tank includes a first panel that defines a mounting surface for carrying a heating element. The heating element extends into the tank for heating liquids stowed therein. A sidewall interconnects the first panel and a spaced-apart second panel. A support extends from a bottom-facing surface of the second panel for supporting the tank in a spaced-apart relation from a nearby surface. The support further defines an upward-facing pocket for receiving a portion of the heating element. A control system may monitor the storage tank and alert a service provider of operative conditions thereof.
20	STORAGE TANK ASSEMBLY AND SYSTEM FOR STORING WASTE COOKING OIL	US13439244	2012-04-04	US20120192646A1	2012-08-02	Gary Steven Arnold; Stephen Butts
A storage tank and method for monitoring thereof is provided. The tank includes a first panel that defines a mounting surface for carrying a heating element. The heating element extends into the tank for heating liquids stowed therein. A sidewall interconnects the first panel and a spaced-apart second panel. A support extends from a bottom-facing surface of the second panel for supporting the tank in a spaced-apart relation from a nearby surface. The support further defines an upward-facing pocket for receiving a portion of the heating element. A control system may monitor the storage tank and alert a service provider of operative conditions thereof.

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