专利检索_.刻度盘刻度盘的安装专利检索_.刻度盘刻度盘的安装专利检索查询

序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
161	Process variable measurement and local display with multiple ranges	US14751754	2015-06-26	US09897505B2	2018-02-20	Robert C. Hedtke
A process variable indicator is provided. The process variable indicator includes a process variable sensor having an electrical characteristic that varies with the process variable. Measurement circuitry is coupled to the process variable sensor and is configured to provide an indication relative to the electrical characteristic. A processor is coupled to the measurement circuitry and is configured to compute a process variable based on the indication and determine, among a plurality of ranges, which range the process variable is within. The processor generates a local visual output based on the process variable and the determined range. A method of visually indicating a process variable is also provided.
162	Pressure gauge	US13695978	2011-01-25	US09134192B2	2015-09-15	Takeshi Yamauchi
A pressure gauge has an indicator needle and a scale plate. A preset pressure indicating member extending along a pressure scale in a circular arc pattern is slidably attached to a front wall of a case, and provided with a first display section. An opaque shield portion provided with a second display section at one end thereof is provided to a transparent cover rotatably attached to the front wall. The transparent cover drives the preset pressure indicating member to set a preset pressure range between the first display section and the second display section which is observable from the outside through the transparent cover.
163	Pressure sensor mounting using a molded seal	US11702878	2007-02-05	US20070216105A1	2007-09-20	Thomas Fessele; Jan Gebauer; Marcell Ott
A pressure sensor including a molded seal. With the aid of the molded seal the pressure sensor is held in place in an installation hole and seals the latter. The molded seal is attached to a sensor stem in a form locked manner. The molded seal is made of an elastic material and has, on its end facing away from the sensor head, a protrusion whose diameter exceeds the diameter of the installation hole. At least one annular recess is provided on the circumference of the sensor stem.
164	Gauge protector	US39236	1998-03-16	US6085597A	2000-07-11	Jeffery Alan Miller; Kevin Donald Kroupa; Gabriel Shlomo Kohn; Kin Edward Golemb; Peter Christopher Gonzalez
A device for protecting a gauge includes a base portion for attachment to a surface, and a cover portion attached to the base portion for shielding the gauge from impact. In one embodiment, the base portion has legs defining a saddle-shaped surface matching the surface to which the gauge protector is attached. The cover portion may have a sight glass positioned such that the gauge face is visible even though the entire gauge is enclosed. The device may be used to protect a pressure gauge for a regulator for a portable oxygen bottle.
165	Apparatus for indicating quantity of liquified gas contained in a storage container	US333874	1981-12-17	US4450721A	1984-05-29	John Gaunt; Kenneth E. Gregory
Apparatus for indicating quantity of liquified gas contained in a storage container for supplying gas to a consuming appliance, the apparatus including a pressure sensor for sensing gas pressure within the container and being arranged to operate an indicator which gives a desired indication, the indicator being calibrated to indicate the quantity by weight or volume of liquified gas contained in the container.
166	A DETECTOR FOR READING A GAUGE	EP20020626.6	2020-12-17	EP3940344A1	2022-01-19	Piers, Lambert; Mahde, Hamid; Jozef, Granat
The present invention provides a detector for reading a gauge with a needle moveable along a scale for indicating a value of a sensed characteristic, the detector comprising: a housing attachable to a gauge; at least one sensor arranged within the housing to face the needle when the housing is, in use, attached to the gauge and arranged to generate a detection signal to indicate when a first portion of the needle is aligned with the sensor; a transmitter in electrical communication with the sensor to receive the detection signal, configured to transmit a signal indicative of the sensed characteristic, wherein the housing further comprises a window arranged to overlay a second portion of the needle, in use, to allow visual inspection of the gauge. This allows the detector to convert an analogue gauge to a connected gauge while keeping visual inspection available.
167	PRESSURE GAUGE CAPABLE OF RELEASING PRESSURE SAFELY	EP20212316.2	2020-12-07	EP3839465A1	2021-06-23	Chou, Wen-San; Chou, Cheng-Hsien
An air compressor having a pressure gauge, the pressure gauge contains: a hollow tube (1), a drive element (2), an anti-leak spring (34), a resilient element, and a cap (5). The hollow tube (1) includes an accommodation chamber (11), a connector (14) having a conduit (140), and a display unit (17). The drive element (2) includes a protection unit, a first open segment (21), a second distal segment (22), a receiving portion (23), a hollow extension (24), and a protrusion (25). An anti-leak spring (34) is received in the hollow extension (24) of the drive element (2) and abuts against the protrusion (25) and the protection unit. The resilient element is received in the receiving portion (23). The cap (5) includes a seat (51), a push bolt (52), and multiple passages (54). The accommodation chamber (11) has a first fixing section (111) and a second fixing section (112), a diameter of which is different from that of the first fixing section (111). The hollow tube (1) further includes a tilted surround section and at least one discharge orifice (18), (19).
168	Dial gauge	EP13188137.7	2013-10-10	EP2722651B1	2016-07-20	Hogg, Simon Christopher

169	ELECTRONIC INSTRUMENT MOVEMENT/BAROMETER	EP05741245	2005-04-29	EP1747440A4	2007-10-10	NUNES BRENDON; RUMMELL PETER
An instrument [particularly barometer] movement includes a plurality of elements including a pressure transducer capable of sensing barometric pressure and converting the sensed pressure into electric signals, a stepper motor having an hour shaft used in a conventional quartz clock movement, a microprocessor, and a battery, operatively connected together so that the microprocessor controls movement of the stepper motor with power supplied by the battery in response changes in atmospheric pressure sensed by the pressure transducer; and a housing mounting the plurality of elements with the motor shaft extending outwardly from the housing. Other transducers, such as temperature or humidity, may alternatively be utilized. Other d. c. motors with positional feedback may sometimes alternatively<,>be used in place of the stepper motor. The movement is operatively connected to a pointer (which may be much larger and heavier than in conventional analog instruments) which is accurately moved by the d. c. motor with respect to a dial with barometric or other indicia. An alarm, and battery voltage sensing circuitry, may be mounted within the housing and operatively connected to the microprocessor and activated by the microprocessor when the battery voltage drops below a predetermined threshold. The microprocessor preferably controls the battery so that the battery is substantially in an inactive mode more than 95% of the time. The microprocessor can also activate a second mode of the alarm if the change in the environmental condition sensed between two or more spaced transducer readings is greater than a predetermined threshold. A second dial with second pointer and motor may be utilized to indicate other environmental conditions (such as pressure rate of change, temperature, or humidity).
170	INDICATING ASSEMBLY FOR A PRESSURIZED CONTAINER	PCT/US2014/047651	2014-07-22	WO2015013299A2	2015-01-29	EYRING, Bryan; EYTCHISON, Gregory; PEREIRA, Ryan
An indicating assembly for a container in which pressurized fluid is stored comprises a valve assembly connected to the pressurized container and having a fluid passage for receiving the pressurized fluid and a piston movable within the valve assembly along a longitudinal axis in response to fluid pressure within the fluid passage. The assembly further comprises an indicating member movable in response to longitudinal movement of the piston between a first condition providing a first indicator portion representing fluid pressure below a threshold pressure and a second condition providing a second indicator portion representing fluid pressure above the threshold pressure.
171	ANNULAR BOURDON TUBE GAUGE ASSEMBLY	PCT/US2010044349	2010-08-04	WO2011017397A3	2011-04-28	NEWMAN SHMUEL DOVID; BROWN JEFFREY
An annular bourdon tube gauge assembly comprises a bourdon tube member, a first flange element, a second flange element and a pressure level indicator, and is adapted to be mounted externally circumferentially of a portion of a body member that is adapted to confining a pressurized fluid, such as a pressure regulator. The bourdon tube is axially disposed between the first and second flange elements, and has a spiral shape, a radially inner end and a radially outer end. The radially inner end is fixed with respect to the portion of the body member. The radially outer end is free to move circumferentially responsive to changes in the fluid pressure entering a pressure receiving port at the radially inner end. The pressure level indicator is mounted to and moveable with the radially outer end, and is viewable from a position located laterally outward of the first and second flange elements.
172	ANNULAR BOURDON TUBE GAUGE ASSEMBLY	PCT/US2010/044349	2010-08-04	WO2011017397A2	2011-02-10	NEWMAN, Shmuel Dovid; BROWN, Jeffrey
An annular bourdon tube gauge assembly comprises a bourdon tube member, a first flange element, a second flange element and a pressure level indicator, and is adapted to be mounted externally circumferentially of a portion of a body member that is adapted to confining a pressurized fluid, such as a pressure regulator. The bourdon tube is axially disposed between the first and second flange elements, and has a spiral shape, a radially inner end and a radially outer end. The radially inner end is fixed with respect to the portion of the body member. The radially outer end is free to move circumferentially responsive to changes in the fluid pressure entering a pressure receiving port at the radially inner end. The pressure level indicator is mounted to and moveable with the radially outer end, and is viewable from a position located laterally outward of the first and second flange elements.
173	INDUSTRIAL DIAGNOSTIC GAUGES FOR READING IN NO LIGHT AND LOW LIGHT CONDITONS AND METHODS OF READING AND MANUFACTURING SAME	PCT/US0151084	2001-11-02	WO02057718A2	2002-07-25	HAMILTON MICHAEL G; DITTA SAM M
The invention is directed t industrial diagnostic gauges that are utilized in industrial applications. Example include pressure and temperature gauges utilized in petrochemical plants. The industrial diagnostic gauges include luminescent materials and reflective materials to facilitate accurate reading of the industrial diagnostic gauges in low and no light conditions from distances greater tha 4 feet. Broadly, the industrial diagnostic gauges include a housing, a diagnostic member, a face, at least one hand operatively associated with the diagnostic member, a clear window and a retaining ring. One or more of the face, marking, or hand may include at least one luminescent material or at least one reflective material. Additionally, the housing may include at least one marking having either at least one luminescent material or at least one reflective material. Methods of reading industrial diagnostic gauges and methods of manufacturing industrial diagnostic gauges are also disclosed.
174	ANORDNING TIL OVERVÅGNING AF FUNKTIONEN AF EN DISPENSER TIL FLYDENDE ADDITIV I EN HOVEDVÆSKE OG DISPENSER UDSTYRET MED EN SÅDAN ANORDNING	DK15721871	2015-05-04	DK3140542T3	2021-10-25	LUCAS GREGORY; HARDOIN ALEXANDRE

175	Manomètre à double échelle pour récipient de fluide sous pression	FR1909268	2019-08-19	FR3100063B1	2021-07-23	ROCHE LAURENCE; LUO YANLING; VERHAEGEN CHRIS
Titre de l’invention Manomètre à double échelle pour récipient de fluide sous pression L’invention concerne un manomètre (1) comprenant un cadran (4) et une aiguille (6) mobile en rotation par rapport audit cadran (4), le cadran (4) comportant une première échelle graduée (10) comprenant des valeurs de pression. Le cadran (4) comporte une seconde échelle graduée (11) comprenant des valeurs de volume de gaz. Récipient de fluide sous pression (15), telle une bouteille de gaz, équipé d’un robinet de distribution de gaz (14) auquel est fixé un tel manomètre (1), et son utilisation pour stocker ou distribuer un gaz, notamment un gaz médical. Figure de l’abrégé : Fig. 1
176	УСТРОЙСТВО И СПОСОБ ДЛЯ ОБРАБОТКИ КОДИРОВАННОГО ЗВУКОВОГО СИГНАЛА	RU2018125879	2016-12-08	RU2687872C1	2019-05-16	NIEDERMEIER ANDREAS; DISCH SASCHA
Изобретениеотноситсяк обработкезвуковыхсигналов, вчастностик декодерам. Устройствосодержитдемультиплексор, формирующийизкадроваудиоинформациибазовыйсигнали наборпараметров, повышающийдискретизатордляповышающейдискретизациибазовогосигналаи выдачипервогоспектрас повышеннойдискретизациейи следующегоповременивторогоспектрас повышеннойдискретизацией. Какпервыйспектрс повышеннойдискретизацией, таки второйспектрс повышеннойдискретизациейимеюттожесамоесодержимое, чтои базовыйсигнал, иимеютвторуюширинуспектра, являющуюсябольшей, чемперваяширинаспектрабазовогоспектра. Преобразовательпараметровдляпреобразованияпараметровупомянутогонаборапараметровупомянутогоэлементадоступадляполученияпреобразованныхпараметрови процессорзаполненияспектральныхпромежутковдляобработкиупомянутогопервогоспектрас повышеннойдискретизациейи упомянутоговторогоспектрас повышеннойдискретизацией, сиспользованиемупомянутыхпреобразованныхпараметров. Техническийрезультат– высокаяточностьдекодированияпараметров, минимизацияискаженийсигналов, уменьшениевычислительнойсложности. 2 н. и 20 з.п. ф-лы, 15 ил., 1 табл.
177	medidor de pressão para utilização em aeronave	BR112015005644	2013-09-17	BR112015005644A2	2017-07-04	FRANK DOROGI; RAYMOND JONES
resumo patente de invenção: "medidor de pressão para possível utilização em uma aeronave". um medidor de pressão para possível utilização em uma aeronave. o medidor de pressão inclui um ponteiro e pelo menos um primeiro conjunto de indicadores e um segundo conjunto de indicadores que indicam uma quantidade de pressão sendo aplicada no medidor. o primeiro conjunto de indicadores pode ser posicionado ao longo de uma superfície dianteira do medidor e o segundo conjunto de indicadores pode ser posicionado ao longo de uma superfície lateral do medidor que é em geral ortogonal á superfície dianteira. o ponteiro inclui um corpo que se estende em uma primeira direção que está contida em um primeiro plano e uma ponta distal que se estende em uma segunda direção que está contida em um segundo plano que é em geral ortogonal ao primeiro plano.
178	MANOMETRE INTELLIGENT POUR BLOC ROBINET DE RECIPIENT DE FLUIDE SOUS PRESSION	FR1452138	2014-03-14	FR3018606A1	2015-09-18	BERNARD PHILIPPE; DECK PHILIPPE; QUATTRONE MICHELE
L'invention porte sur un manomètre (1) comprenant un cadran (4) portant un marquage (5, 9) et un indicateur de pression (6) mobile en rotation (7) par rapport audit cadran (4), l'indicateur de pression (6) venant, lors de ses rotations, changeant d'orientation et/ou de position relativement au dudit marquage (5, 9). Le marquage (5, 9) comprend un code matriciel en deux dimensions (9) encodant au moins une information donnée. L'invention porte aussi sur un bloc robinet de distribution de fluide, en particulier de gaz, comprenant un tel manomètre (1), ainsi qu'un ensemble de distribution de fluide, en particulier de gaz, comprenant un récipient de gaz, telle une bouteille de gaz, auquel est fixé un tel bloc robinet de distribution de fluide équipé d'un tel manomètre. Selon un autre aspect, l'invention concerne également un procédé pour mesurer la pression affichée par un manomètre.
179	CASE, WINDOW AND GASKET FOR MEASURING DEVICE	CA2701100	2008-10-23	CA2701100C	2015-04-28	BESSETTE TYLER JON
The present disclosure provides for systems and methods for fabricating measuring devices, e.g., a pressure gauge, thermometer or the like. More particularly, the present disclosure provides for systems and methods for fabricating measuring device assemblies having at least a case, window and gasket, where the measuring device can be assembled in multiple different ways using the same case, window and gasket. The case includes at least three projections and at least three case protrusions. The window has at least three clearance notches, at least three window protrusions, and a groove with a bottom lip. The gasket is sized to rest in the groove. The notches are configured to allow the projections to bypass the notches when they are aligned during assembly of the window.
180		DE59913801	1999-03-12	DE59913801D1	2006-10-12	LANGE JUERGEN DR; HABRING RICHARD; KLAUS KURT; SPEICHINGER FERDINAND
The clock has a measuring opening whose connection can be opened or closed with the external environment and the connection can be opened or closed manually by a screwing crown (11). A clockwork is in the clock housing (12) whereby a mechanical pressure transducer is in the clock housing.

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