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F16K17/19：..主要用于容器的平衡阀

序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
161	VALVE ASSEMBLY AND TIRE INFLATION SYSTEM	EP20167429.8	2020-03-31	EP3888954A1	2021-10-06	SCOPESI, Marco; GAMBINI, Luca
The present disclosure relates to a valve assembly (3), in particular for use in a tire inflation system (1), the valve assembly (3) comprising: a first fluid port (7a) and a second fluid port (7b) fluidly connectable with one another via a fluid passage (8), a first valve (9) having an open position (9') and a closed position (9"), the first valve (9) in its closed position (9") blocking the fluid passage (8) and in its open position (9') unblocking the fluid passage (8), a second valve (10) having an open position (10') and a closed position (10"), the second valve (10) in its closed position (10") blocking the fluid passage (8) and in its open position (10') unblocking the fluid passage (8), and a control volume (13) fluidly connected or fluidly connectable with the first fluid port (7a) via a flow restrictor (14), wherein the first valve (9), the second valve (10) and the control volume (13) are configured such that a fluid pressure in the control volume (13) biases each of the first valve (9) and the second valve (10) towards their closed position (9", 10").
162	ANTIKNOCK VALVE WITH BOTH SIDES RESISTING SHOCK WAVE	EP15907052.3	2015-11-16	EP3364081B1	2020-02-12	XIE, Jun

163	VALVE ASSEMBLY	EP17177205.6	2017-06-21	EP3260748B1	2019-05-29	REPACI, Massimo

164	SAFETY VALVE	EP16890160.1	2016-02-17	EP3417195A1	2018-12-26	HONG, Ying Chi David
A safety valve comprises: a valve body (1) having an inlet (13), an outlet (14) and a releasing port; and a valve core (22) being movable within the valve body (1) between a close position in which the inlet communicates with the outlet and an open position in which the inlet communicates with the releasing port, the valve core comprising a resilient member (3, 20, 41) which biases the valve core to the close position; wherein the position of the valve core can be manually or automatically controlled such that the valve core is able to switch between the close position and the open position, and fluid flows from the inlet to the outlet in the close position and flows from the inlet to the releasing port in the open position. Manual pressure releasing and automatic pressure releasing are achieved by adjusting the same valve core, thus a more compact structure is achieved.
165	VALVE ASSEMBLY	EP17177205.6	2017-06-21	EP3260748A1	2017-12-27	REPACI, Massimo
A valve assembly for a reciprocating compressor comprises a plate (6) provided with at least one intake through opening (7) and with at least one delivery through opening (8), at least one laminar elastic intake valve (9) susceptible of selectively assuming a deformed configuration moving away from the intake opening (7), at least one laminar elastic delivery valve (10) susceptible of selectively assuming a deformed configuration moving away from the delivery opening (10), members (11) for connecting the laminar elastic intake valve (9) and the laminar elastic delivery valve (10) to the plate (6), and an abutment element (16), operatively associated with the laminar delivery valve (10) and adapted to limit and control the deformation to which the laminar elastic delivery valve (10) is subjected during use.
166	METHOD AND DEVICE FOR COOLANT RECYCLING	EP14763179	2014-03-17	EP2971633A4	2016-11-02	BLUNDY GEORGE

167	SHOCK VALVE FOR HYDRAULIC DEVICE	EP07797390.7	2007-05-09	EP2032882B1	2014-08-13	DAIGRE, Richard

168	Anschlussarmatur	EP09002889.5	2009-02-27	EP2098647B1	2012-04-18	Blumenthal, Roland

169	Dispositif de régulation de pression, système de fourniture de gaz et installation de distribution de liquide de travail correspondents	EP99401763.0	1999-07-13	EP0972977B1	2004-08-18	Guarneri, Georges

170	PRESSURE BALANCING DEVICE	EP96903485	1996-01-11	EP0753118A4	1998-01-07	KNAPP ALFONS
A pressure balance or proportioning valve which comprises a disk-shaped mobile unit (10) having a pair of cylindrical shells (12) extending from each side of the mobile unit (10) which is axially movable in a bore (2) of a housing which contains hot and cold water inlet (5) and outlet (3, 4) pipes. The housing includes hot and cold water outlet pipes (3, 4), a cold water inlet (5) or supply pipe in one end of the bore, and a hot water inlet (5) or supply pipe at the other and opposite end of the bore. The hot and cold water supply pipes terminate in end walls (7) and have cylindrical side walls (13) adjacent the end walls with openings (14) extending radially through the cylindrical side walls (13). The mobile unit (10) is disposed intermediate the end walls (7) and moves axially, in response to unequal water pressure, in the bore between the end walls (7). Movement of the mobile unit (10) results in the cylindrical shells (12) either blocking or uncovering the radially extending openings (14) thereby equalizing the amount of hot and cold water entering the hot and cold water outlet pipes.
171	双向透气阀、电池以及用电装置	PCT/CN2021/092892	2021-05-10	WO2022151619A1	2022-07-21	李贺远; 张凡; 陈雷
一种双向透气阀，包括：阀座(110)，用于形成气体通道(111)，所述气体通道具有第一端和第二端；双向阀组件(120)，所述双向阀组件(120)可移动地设置在所述气体通道内，用于通过相对于所述气体通道的移动而打开或封闭所述气体通道；第一弹性件(130)，用于对所述双向阀组件(120)施以封闭所述气体通道的力，且当所述气体通道的所述第一端与所述第二端的气压差大于第一阈值时，所述双向阀组件被配置为克服所述第一弹性件的力而打开所述气体通道。该双向透气阀实现了阀两端气体的双向可控交换，在用于电池及使用电池的装置中时，可以减少电池外界水汽影响，降低凝露的风险。还公开了包括该双向透气阀的电池及用电装置。
172	TIRE REPAIR APPARATUS	PCT/AU2017/051350	2017-12-08	WO2018102877A1	2018-06-14	DOWELL, Terry
A tire repair apparatus is described for dispensing sealant formulation which is substantially formed of PET and provided with an integrally formed neck or base inlet which itself is additionally provided with a valve or plug within an internal channel thereof. The apparatus is a more environmentally-friendly dispenser and provides for advantages during dispensing of sealant.
173	PRESSURE REGULATING DEVICE AND USE THEREOF	PCT/EP2013/064676	2013-07-11	WO2014009469A1	2014-01-16
The invention relates to a pressure regulating device (100) characterised by comprising - a tubular gas regulating body (200) having an upper portion (200a) wherein at least one gas volume regulating slot (201) is formed, - a gas volume regulator (203) having a circular cover (203a) and a cylindrical wall (203b) projecting downwardly therefrom, and the outer cross section of the cylindrical wall (203b) corresponds to the inner cross section of the upper portion (200a) of the gas regulating body (200), and at least one gas volume regulating slot (201) is formed in the cylindrical wall (203b), and - a flexible valve (205) formed as a hollow closed cylinder the outer cross section of which corresponds to the inner cross section of the cylindrical wall (203b) of the gas volume regulator (203), and the gas volume regulator (203) is rotateably fitted into the upper portion (200a) of the gas regulating body (200) such that the gas volume regulating slot (201) of the gas regulating body (200) and the gas volume regulating slot (201) of the gas volume regulator (203) can be brought to overlap each other by rotating the gas volume regulator (203) within the gas regulating body (200); and the flexible valve (205) is secured to the circular cover (203a) of the gas volume regulator (203) such that the flexible valve (205) fills out the volume of the gas volume regulator (203).
174	FEDERSPEICHERBREMSZYLINDER MIT KOMBINIERTEM EINLASS UND AUSLASSMEMBRANVENTIL	PCT/EP2013/062739	2013-06-19	WO2013189981A1	2013-12-27	DEROUAULT, Sylvain; LEBIGRE, Hervé
Die Erfindung betrifft einen Federspeicherbremszylinder (1) für Bremsanlagen von Fahrzeugen, mit einem im Gehäuse des Federspeicherbremszylinders (1) angeordneten, durch wenigstens eine Speicherfeder (4) betätigbaren Federspeicherbremskolben (2), welcher eine die Speicherfeder (4) beinhaltende Federkammer (10) von einer zum Lösen belüftbaren und zum Zuspannen entlüftbaren Federspeicherbremskammer (8) des Federspeicherbremszylinders (1) trennt, wobei eine Atmungseinrichtung (12) wenigstens zur Entlüftung der Federkammer (10) unmittelbar in die Atmosphäre (18) vorgesehen ist. Die Erfindung sieht vor, dass die Atmungseinrichtung (12) als Membranventileinrichtung mit wenigstens einer elastisch beweglichen Auslassmembran (14) und wenigstens einer elastisch beweglichen Einlassmembran (16) ausgebildet ist, wobei sich die Einlassmembran (16) und die Auslassmembran (14) in ihrer Grundstellung in einer in Kontakt mit einem zugeordneten Ventilsitz (20) gekennzeichneten Schließstellung befinden und bei Vorliegen von jeweils einer einen Mindestdruckwert überschreitenden Druckdifferenz zwischen der Federkammer (10) und der Atmosphäre (18) in eine von dem Ventilsitz (20) abgehobene Öffnungsstellung zum Druckaufbau und Druckabbau in der Federkammer (10) gesteuert sind.
175	DISPOSITIF DE GESTION DES PNEUMATIQUES DE CAMIONS EN FONCTION DE LA CHARGE	PCT/FR2011/000339	2011-06-10	WO2012168565A1	2012-12-13	DUPLESSY, Daniel; DUPLESSY, Hervé
L'invention est basée sur l'utilisation de doubles valves ayant une première fonction, permettant le gonflage des pneumatiques (9) (57), et une deuxième fonction, permettant d'évacuer l'air excédentaire des pneumatiques, à partir d'un dispositif de gestion centralisé (3), commandé par un automate programmable (62), et d'un tableau de contrôle (10) alimenté en air comprimé à partir d'un dispositif d'alimentation (60), ce dispositif permettant de limiter l'usure des pneumatiques en assurant un gonflage toujours optimisé en fonction de la charge et d'en connaître en permanence l'état afin de déceler immédiatement toute anomalie pouvant conduire à leur dégradation prématurée.
176	VENT VALVE ASSEMBLIES FOR BABY BOTTLES	PCT/US2007/026043	2007-12-20	WO2008079282A2	2008-07-03	RENZ, Charles, J.
A vent valve, and a vent valve assembly, for a liquid dispensing container, employ a vent disc having small open vent holes in cooperation with an overlying thin flexible flap that covers and closes the vent holes to limit liquid pressure on the holes when the container is upright, yet require little suction pressure to move the flap to draw liquid or vent through the holes. The vent valve can be used in a bottom cap that is attachable to the bottom open end of the container. The vent valve assembly includes such a bottom cap, a sealing member for sealing the bottom cap to the container, and a vent valve. The vent valve and/or bottom cap have an elevated vent disc and a top portion having the thin flexible flap.
177	STACKED MEMBRANE FOR PRESSURE ACTUATED VALVE	PCT/US2005000761	2005-01-14	WO2005072812A8	2005-11-24	WEAVER KARLA; DICARLO PAUL
A pressure activated valve comprises a housing having a lumen extending therethrough . A flow control membrane extending across the lumen includes a mounting portion at which the flow control membrane is coupled to the housing and a lumen occluding portion having a slit extending therethrough . When the lumen-occluding portion is subjected to a pressure of at least a predetermined level, the lumen-occluding portion moves from a closed configuration preventing flow through the lumen to an open configuration permitting flow. A thickness of the mounting portion is greater than a thickness of the lumen-occluding portion.
178	ENCLOSURE SYSTEM FOR PRESSURE RELIEF DEVICE	PCT/US2004042346	2004-12-16	WO2005062774A2	2005-07-14	HERZ JOSHUA J
An enclosure for a pressure relief device, particularly pressure relief devices mounted on electrical equipment housings, is pre-assembled together with the pressure relief device. The enclosure, which provides for temporarily confining and directing fluids discharged from the pressure relief device, is pre-assembled leaving a clearance space so that the pressure relief device can be mounted on the housing with the enclosure system in place. A peripheral shield with an opening for attaching the enclosure to a discharge pipe or other duct work remains rotatable until deliberately secured in place. Components can be shared between the enclosure and the pressure relief device to provide a more efficient and cost effective design.
179	PRESSURE LIMITING VALVE	PCT/DE2000/003885	2000-11-06	WO01036852A1	2001-05-25
A pressure limiting valve is disclosed, whereby the piston (24) of said valve is arranged with a differential surface. The piston differential surface in the closing direction is operated by a pressure which is reduced in the region of a control edge (32) which controls the opening cross-section.
180	CHECK VALVE MODULE	PCT/US2000/005424	2000-03-02	WO00052342A2	2000-09-08
A check valve module (10) includes two end surfaces (18, 26) and two check valves (40a, 40b). One check valve (40a) permits flow in only one direction between the two end surfaces (18, 26), the other chekc valve (40b) permits flow only in the other direction. Between the two end surfaces, a sealing ring (30) is provided on the outer surface of the module (10).

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