mhurhangee/patent-ind-claim-en huggingface dataset:
A carbonator for producing carbonated beverage, the carbonator comprising: - a first connector for a gas-outlet of a CO2-container and with a CO2-valve , operable between a closed state and an open state in which CO2-gas may be introduced from a gas-outlet of a CO2-container into the CO2-valve; and - a second connector for a mouth of a beverage container and with a dissolver nozzle for introducing CO2-gas into the beverage container , connected to the CO2-valve ; and - a venting valve connected to the second connector and operable between a closed state and an open state in which excess CO2-gas may be led out from the beverage container through the venting valve ; and - an operating mechanism configured to operate the CO2-valve and the venting valve between open and closed states; and - a manipulator , coupled to the operating mechanism , for allowing a person to operate the operating mechanism between: - a start mode (I) in which the venting valve is open and the CO2-valve is closed, and; - an end mode (III) in which the CO2-valve is open and the venting valve is closed; characterized in that - the operating mechanism is configured to be set in an intermediate mode (II), between the first mode (I) and the second mode (III), in which both the venting valve and the CO2-valve are closed. - a first connector for a gas-outlet of a CO2-container and with a CO2-valve , operable between a closed state and an open state in which CO2-gas may be introduced from a gas-outlet of a CO2-container into the CO2-valve; and - a second connector for a mouth of a beverage container and with a dissolver nozzle for introducing CO2-gas into the beverage container , connected to the CO2-valve ; and - a venting valve connected to the second connector and operable between a closed state and an open state in which excess CO2-gas may be led out from the beverage container through the venting valve ; and - an operating mechanism configured to operate the CO2-valve and the venting valve between open and closed states; and - a manipulator , coupled to the operating mechanism , for allowing a person to operate the operating mechanism between: - a start mode (I) in which the venting valve is open and the CO2-valve is closed, and; - an end mode (III) in which the CO2-valve is open and the venting valve is closed; characterized in that - the operating mechanism is configured to be set in an intermediate mode (II), between the first mode (I) and the second mode (III), in which both the venting valve and the CO2-valve are closed. - a start mode (I) in which the venting valve is open and the CO2-valve is closed, and; - an end mode (III) in which the CO2-valve is open and the venting valve is closed; - the operating mechanism is configured to be set in an intermediate mode (II), between the first mode (I) and the second mode (III), in which both the venting valve and the CO2-valve are closed.
A measuring station for diagnostics of the geometry of longitudinal beams comprising a test chamber , a clamping plate arranged in the test chamber, clamping beds mounted on the clamping plate for fixing a longitudinal beam, adjusting means coupled to the clamping beds and restrictor plates mounted on the clamping plate for defining a space for placing a longitudinal beam, characterized in that the restrictor plates are coupled to a restrictor plate drive , wherein the measuring station further comprises a laser profilometer arranged reversibly adjustably in the direction parallel to the longitudinal axis of and above the clamping plate , which is used for scanning the shape of the side/sides of the longitudinal beam facing the laser profilometer , wherein the laser profilometer is coupled to means for comparing the scanned longitudinal beam with a computer modeled longitudinal beam.
A bundle of optical fibres comprising: - a number N of optical fibres arranged in a non-coplanar manner to form together a faggot extending along an axis, wherein N ≥3, - the same number N of points of adhesive applied at a distance from each other on the optical fibres in respective different positions (U-Z) in a direction parallel to the axis, wherein each point of adhesive touches a set of optical fibres of the faggot comprising two mutually adjacent optical fibres such that the point of adhesive fixes the optical fibres of the set with respect to each other, wherein the N sets respectively touched by the N points of adhesive are different from each other, and wherein each optical fibre is touched by at least one of the N points of adhesive. - a number N of optical fibres arranged in a non-coplanar manner to form together a faggot extending along an axis, wherein N ≥3, - the same number N of points of adhesive applied at a distance from each other on the optical fibres in respective different positions (U-Z) in a direction parallel to the axis, wherein each point of adhesive touches a set of optical fibres of the faggot comprising two mutually adjacent optical fibres such that the point of adhesive fixes the optical fibres of the set with respect to each other, wherein the N sets respectively touched by the N points of adhesive are different from each other, and wherein each optical fibre is touched by at least one of the N points of adhesive.
A method of operating a rotary engine including a first rotor assembly, the first rotor assembly including a rotor engaged to a shaft and rotationally received in a housing to define a plurality of working chambers of variable volume, wherein each shaft rotation corresponds to fuel injection in one of the working chambers , the method comprising: delivering a pilot quantity of fuel into a pilot cavity in successive communication with the working chambers ; igniting the pilot quantity of fuel within the pilot cavity ; and delivering a main quantity of fuel into the working chambers downstream of the successive communication of the pilot cavity with the working chambers ; characterised in that : when operating at part load, the pilot quantity is varied between successive rotations of the shaft , wherein the pilot quantity of the first rotor assembly is zero for at least one of the successive rotations of the shaft and greater than zero for at least another one of the successive rotations of the shaft . delivering a pilot quantity of fuel into a pilot cavity in successive communication with the working chambers ; igniting the pilot quantity of fuel within the pilot cavity ; and delivering a main quantity of fuel into the working chambers downstream of the successive communication of the pilot cavity with the working chambers ;
Compressor (30; 100) which is equipped with a structure-borne sound sensor (33; 121-123), which is designed such that instabilities are detected during operation of the compressor (30; 100), before a surge limit is reached during operation of the compressor (30; 100), characterized in that the structure-borne sound sensor is attached at a point at which a housing wall of the compressor is deliberately weakened in order to create a resonant system into which the structure-borne sound sensor is integrated.
A composition for cleaning surfaces and/or for detecting organic substances in a solution or on a surface, comprising a) at least one salt of the permanganic acid, ferric acid and/or chromic acid, b) at least one organic phosphonate and c) at least one persulphate, wherein at least one organic phosphonate is selected from the group consisting of 1-hydroxy ethane-(1,1-diphosphonic acid), 2-phosphono-butane-1,2,4-tricarboxylic acid and a salt thereof. a) at least one salt of the permanganic acid, ferric acid and/or chromic acid, b) at least one organic phosphonate and c) at least one persulphate,
A microfluidic array for discretizing a fluidic sample, the microfluidic array comprising: a proximal array portion comprising a fluid inlet port and a fluid outlet port ; a distal array portion away from the proximal portion ; one or more flow channels each comprising a length extending from the proximal array portion to the distal array portion , a proximal end in fluidic communication with the fluid inlet port , and a distal end in fluidic communication with the fluid outlet port , wherein at least one flow channel of the one or more flow channels has a decrease in cross-sectional dimension along a portion of the channel; and a plurality of fluidic compartments in fluidic communication with the one or more flow channels ; wherein the portion of the channel having a decrease in cross-sectional dimension spans the entirety of the fluidic compartments coupled to the channel. a proximal array portion comprising a fluid inlet port and a fluid outlet port ; a distal array portion away from the proximal portion ; one or more flow channels each comprising a length extending from the proximal array portion to the distal array portion , a proximal end in fluidic communication with the fluid inlet port , and a distal end in fluidic communication with the fluid outlet port , wherein at least one flow channel of the one or more flow channels has a decrease in cross-sectional dimension along a portion of the channel; and a plurality of fluidic compartments in fluidic communication with the one or more flow channels ;
An apparatus for estimating a value of a resistivity property of an earth formation intersected by a borehole , the apparatus comprising: a carrier conveyable in the borehole; a tri-axial induction antenna assembly along the carrier, the tri-axial induction antenna assembly comprising panels circumferentially arrayed about a portion of the carrier to form at least three collocated antennas, with each panel including: a magnetic core , an axially sensing coil that is transversely wound about the magnetic core; and a laterally sensing coil that is longitudinally wound about the magnetic core; and a magnetically transparent sleeve enclosing the antenna assembly; wherein each induction antenna of the tri-axial antenna assembly is configured to operate in a critically damped mode when receiving a signal with frequencies over a broadband range; characterised in that the broadband range includes frequencies greater than 200 kHz; and the processor is configured to estimate the value of the resistivity property using transient electromagnetic (TEM) signals received by the tri-axial antenna assembly. a carrier conveyable in the borehole; a tri-axial induction antenna assembly along the carrier, the tri-axial induction antenna assembly comprising panels circumferentially arrayed about a portion of the carrier to form at least three collocated antennas, with each panel including: a magnetic core , an axially sensing coil that is transversely wound about the magnetic core; and a laterally sensing coil that is longitudinally wound about the magnetic core; and a magnetic core , an axially sensing coil that is transversely wound about the magnetic core; and a laterally sensing coil that is longitudinally wound about the magnetic core; and a magnetically transparent sleeve enclosing the antenna assembly; wherein each induction antenna of the tri-axial antenna assembly is configured to operate in a critically damped mode when receiving a signal with frequencies over a broadband range; characterised in that the broadband range includes frequencies greater than 200 kHz; and the processor is configured to estimate the value of the resistivity property using transient electromagnetic (TEM) signals received by the tri-axial antenna assembly.
A method of wireless communication performed by a base station , comprising: determining a plurality of anchor channels wherein the plurality of anchor channels comprises discovery reference signal channels, wherein a first anchor channel of the plurality of anchor channels includes at least one narrowband synchronization signal, and wherein at least two anchor channels of the plurality of anchor channels include at least one of a narrowband physical broadcast channel or a narrowband master information block; simultaneously transmitting the plurality of anchor channels to at least one user equipment, UE, the plurality of anchor channels collectively occupying a bandwidth that satisfies a minimum bandwidth requirement for the unlicensed frequency spectrum; and communicating with the at least one UE based at least in part on the plurality of anchor channels. determining a plurality of anchor channels wherein the plurality of anchor channels comprises discovery reference signal channels, wherein a first anchor channel of the plurality of anchor channels includes at least one narrowband synchronization signal, and wherein at least two anchor channels of the plurality of anchor channels include at least one of a narrowband physical broadcast channel or a narrowband master information block; simultaneously transmitting the plurality of anchor channels to at least one user equipment, UE, the plurality of anchor channels collectively occupying a bandwidth that satisfies a minimum bandwidth requirement for the unlicensed frequency spectrum; and communicating with the at least one UE based at least in part on the plurality of anchor channels.
An imaging method, comprising: preprocessing projection data to obtain a predicted image of a truncated portion; performing forward projection on the predicted image to obtain predicted projection data of the truncated portion; and performing image reconstruction based on the predicted projection data and projection data of an untruncated portion, wherein the preprocessing projection data to obtain a predicted image of a truncated portion comprises: processing the truncated portion of the projection data based on the untruncated portion of the projection data, so as to obtain, by reconstruction, an initial image of the truncated portion; and calibrating the initial image based on a trained learning network to obtain the predicted image of the truncated portion. preprocessing projection data to obtain a predicted image of a truncated portion; performing forward projection on the predicted image to obtain predicted projection data of the truncated portion; and performing image reconstruction based on the predicted projection data and projection data of an untruncated portion, wherein the preprocessing projection data to obtain a predicted image of a truncated portion comprises: processing the truncated portion of the projection data based on the untruncated portion of the projection data, so as to obtain, by reconstruction, an initial image of the truncated portion; and calibrating the initial image based on a trained learning network to obtain the predicted image of the truncated portion. processing the truncated portion of the projection data based on the untruncated portion of the projection data, so as to obtain, by reconstruction, an initial image of the truncated portion; and calibrating the initial image based on a trained learning network to obtain the predicted image of the truncated portion.
A turbomachine , comprising an annular flow path section between a plurality of radially extending stator vanes and a plurality of radially extending rotor blades , wherein the annular flow path section corresponds to a platform wing (70a-e) of the stator vane extending between the trailing edge of a plurality of radially extending stator vanes and the leading edge of a plurality of radially extending rotor blades , characterised in that at least a first annular portion of the annular flow path section has a circumferentially varying outer periphery including a repeating pattern of recesses circumferentially alternating with axisymmetric surfaces, the pattern not including any structure that is proud of the axisymmetric surfaces.
An image processor (DZC), comprising: an input unit for receiving sub-image information specifying, a spatial sub-image of a global image , the sub-image information including a pan information, which specifies where in the global image the sub-image is located, and /or a zoom scale, wherein the sub-image is a spatial sub-area of the global image, wherein the input unit comprises a graphical user interface (GUI) responsive to a user operated input tool, in particular a pointer tool (PT); a reducer configured to reduce, only in the sub-image , the amplitude of one or more spatial frequency components that are below a lower frequency band limit thereby producing a spatial frequency modified sub-image ; an output unit adapted to output for display on a screen the frequency modified sub-image at the specified zoom scale, the image processor thereby affording a zooming into the global image at an image portion thereof corresponding to the pan information, and wherein the lower frequency band limit varies with a size of the sub-image as specified in the received information, said lower frequency limit being the higher the smaller said sub-image size, wherein the output unit configured to map a dynamic contrast or pixel value range of the spatial frequency modified sub-image to a contrast range capability of the screen on which the spatial frequency modified sub-image is to be displayed, the mapping dependent on a brightness histogram of the spatial frequency modified sub-image . an input unit for receiving sub-image information specifying, a spatial sub-image of a global image , the sub-image information including a pan information, which specifies where in the global image the sub-image is located, and /or a zoom scale, wherein the sub-image is a spatial sub-area of the global image, wherein the input unit comprises a graphical user interface (GUI) responsive to a user operated input tool, in particular a pointer tool (PT); a reducer configured to reduce, only in the sub-image , the amplitude of one or more spatial frequency components that are below a lower frequency band limit thereby producing a spatial frequency modified sub-image ; an output unit adapted to output for display on a screen the frequency modified sub-image at the specified zoom scale, the image processor thereby affording a zooming into the global image at an image portion thereof corresponding to the pan information, and wherein the lower frequency band limit varies with a size of the sub-image as specified in the received information, said lower frequency limit being the higher the smaller said sub-image size, wherein the output unit configured to map a dynamic contrast or pixel value range of the spatial frequency modified sub-image to a contrast range capability of the screen on which the spatial frequency modified sub-image is to be displayed, the mapping dependent on a brightness histogram of the spatial frequency modified sub-image .
A method of controlling fuel flow in a gas turbine engine , comprising: receiving a requested fuel flow ; determining a density corrected fuel flow based on the requested fuel flow and a fuel density error ; determining a differential pressure error based on a bypass fuel flow , a metering valve inlet pressure and a discharge pressure , wherein the bypass fuel flow is based on a fuel flow of a fuel pump , a corrected fuel flow , and an actuation system leakage fuel flow of an actuation system ; determining a differential pressure corrected fuel flow by dividing the density corrected fuel flow value by the differential pressure error ; applying the differential pressure corrected fuel flow value to a flow-to-stroke map to determine an uncorrected metering valve position ; adding the uncorrected metering valve position to a position error value to determine a requested metering valve position ; and controlling a metering valve based on the requested metering valve position . receiving a requested fuel flow ; determining a density corrected fuel flow based on the requested fuel flow and a fuel density error ; determining a differential pressure error based on a bypass fuel flow , a metering valve inlet pressure and a discharge pressure , wherein the bypass fuel flow is based on a fuel flow of a fuel pump , a corrected fuel flow , and an actuation system leakage fuel flow of an actuation system ; determining a differential pressure corrected fuel flow by dividing the density corrected fuel flow value by the differential pressure error ; applying the differential pressure corrected fuel flow value to a flow-to-stroke map to determine an uncorrected metering valve position ; adding the uncorrected metering valve position to a position error value to determine a requested metering valve position ; and controlling a metering valve based on the requested metering valve position .
An aerogel having a ladder type structure provided with a strut and a bridge, the bridge represented by the following general formula : wherein in the formula , R 6 and R 7 each independently represents an alkyl group or an aryl group and "b" represents an integer of from 1 to 50.
Test engine hood for a turbine engine , intended to replace a flight engine hood of the turbine engine during a test of the turbine engine on a test bench , the test hood comprising a wall with an outer surface intended to delimit an annular flow of the turbine engine and an inner surface opposite the outer surface , characterized in that it also comprises a silicone layer covering the inner surface of the wall and able to insulate the wall thermally.
An air conditioner that includes an indoor unit and an outdoor unit , and includes a relay on the indoor unit side, the relay being capable of interrupting supply of a commercial power supply from the indoor unit to the outdoor unit, the indoor unit includes a pair of commercial-power-supply input terminals , and a pair of commercial-power-supply output terminals that supplies the commercial power supply to the outdoor unit via the relay when the air conditioner operates under an indoor-unit power receiving system, the outdoor unit includes a pair of commercial-power-supply output terminals that supplies the commercial power supply to the indoor unit when the air conditioner operates under an outdoor-unit power receiving system, characterized in that : the outdoor unit includes a pair of commercial-power-supply input terminals , when the air conditioner operates under the indoor-unit power receiving system, the commercial power supply supplied to the indoor unit is supplied to the outdoor unit, by connecting the commercial power supply to the pair of commercial-power-supply input terminals on the indoor unit side and connecting the pair of commercial-power-supply output terminals on the indoor unit side and the pair of commercial-power-supply input terminals on the outdoor unit side, and when the air conditioner operates under the outdoor-unit power receiving system, the commercial power supply supplied to the outdoor unit is supplied to the indoor unit, by connecting the commercial power supply to the pair of commercial-power-supply input terminals on the outdoor unit side and connecting the pair of commercial-power-supply output terminals on the outdoor unit side and the pair of commercial-power-supply input terminals on the indoor unit side. a pair of commercial-power-supply input terminals , and a pair of commercial-power-supply output terminals that supplies the commercial power supply to the outdoor unit via the relay when the air conditioner operates under an indoor-unit power receiving system, the outdoor unit includes a pair of commercial-power-supply input terminals , when the air conditioner operates under the indoor-unit power receiving system, the commercial power supply supplied to the indoor unit is supplied to the outdoor unit, by connecting the commercial power supply to the pair of commercial-power-supply input terminals on the indoor unit side and connecting the pair of commercial-power-supply output terminals on the indoor unit side and the pair of commercial-power-supply input terminals on the outdoor unit side, and when the air conditioner operates under the outdoor-unit power receiving system, the commercial power supply supplied to the outdoor unit is supplied to the indoor unit, by connecting the commercial power supply to the pair of commercial-power-supply input terminals on the outdoor unit side and connecting the pair of commercial-power-supply output terminals on the outdoor unit side and the pair of commercial-power-supply input terminals on the indoor unit side.