mhurhangee/ep-ind-claims huggingface dataset:
A torch ignitor system comprising: a torch wall defining a combustion chamber therein with a flame outlet passing out of the torch wall downstream of the combustion chamber; a fuel injector mounted to the torch wall to issue fuel into the combustion chamber; at least one ignitor mounted to the torch wall, positioned to ignite fuel issued from the fuel injector; and a film cooler defined through the torch wall and operative to issue a film of cooling air from outside the torch wall along an interior surface of the combustion chamber for cooling the torch wall, wherein the film cooler includes a circumferential pattern of cooling holes defined through the torch wall, wherein the cooling holes are tangential relative to a longitudinal axis of the torch wall, characterized in that the torch ignitor system further comprises a circumferentially extending louver radially inward from the circumferential pattern of cooling holes for impingement of air from the cooling holes on the louver, wherein the louver opens in a downstream direction. a torch wall defining a combustion chamber therein with a flame outlet passing out of the torch wall downstream of the combustion chamber; a fuel injector mounted to the torch wall to issue fuel into the combustion chamber; at least one ignitor mounted to the torch wall, positioned to ignite fuel issued from the fuel injector; and a film cooler defined through the torch wall and operative to issue a film of cooling air from outside the torch wall along an interior surface of the combustion chamber for cooling the torch wall, wherein the film cooler includes a circumferential pattern of cooling holes defined through the torch wall, wherein the cooling holes are tangential relative to a longitudinal axis of the torch wall,
A time of flight mass analyser comprising: an ion guide comprising a plurality of electrodes; first means arranged and adapted to confine ions radially within said ion guide; and second means arranged and adapted to apply a time varying inhomogeneous axial electric field along at least a portion of the axial length of said ion guide, wherein said axial electric field increases or decreases along the length of said ion guide; wherein said second means comprises first AC or RF voltage means for applying a first AC or RF voltage to said electrodes; and wherein the transit time of an ion through the ion guide is related to the mass to charge ratio of the ion and the field parameters of the ion guide. an ion guide comprising a plurality of electrodes; first means arranged and adapted to confine ions radially within said ion guide; and second means arranged and adapted to apply a time varying inhomogeneous axial electric field along at least a portion of the axial length of said ion guide, wherein said axial electric field increases or decreases along the length of said ion guide; wherein said second means comprises first AC or RF voltage means for applying a first AC or RF voltage to said electrodes; and wherein the transit time of an ion through the ion guide is related to the mass to charge ratio of the ion and the field parameters of the ion guide.
A kiln furniture T-cassette for supporting ceramic objects to be fired in a kiln, comprising: a) a supporting object comprising: - one or two supporting surface(s) for supporting one or more ceramic object(s) to be fired; and - side surfaces; b) one or more feet located on a side surface, wherein said one or more feet are exclusively arranged on a single side surface; c) at least one of the one or more feet comprising one or more holes and/or recesses suitable for acting as a female engagement portion for appropriately shaped male engagement portions of another kiln furniture cassette; and d) one or more male engagement portions located on a side surface for appropriately shaped female engagement portions of another kiln furniture cassette. a) a supporting object comprising: - one or two supporting surface(s) for supporting one or more ceramic object(s) to be fired; and - side surfaces; - one or two supporting surface(s) for supporting one or more ceramic object(s) to be fired; and - side surfaces; b) one or more feet located on a side surface, wherein said one or more feet are exclusively arranged on a single side surface; c) at least one of the one or more feet comprising one or more holes and/or recesses suitable for acting as a female engagement portion for appropriately shaped male engagement portions of another kiln furniture cassette; and d) one or more male engagement portions located on a side surface for appropriately shaped female engagement portions of another kiln furniture cassette.
A perforating apparatus, the apparatus comprising: a cylinder comprising a length, a longitudinal cylinder axis, an outer surface positioned radially outward from and substantially surrounding the longitudinal cylinder axis and at least one shaped anvil, wherein the cylinder rotates about the longitudinal cylinder axis; a support operatively engaged with the cylinder, wherein the support is moveable with respect to the cylinder; and a blade disposed on the support so as to cooperate in contacting relationship with the anvil, wherein the blade is substantially parallel to the longitudinal cylinder axis, wherein at least one of the blade and the anvil comprises a plurality of teeth, and wherein adjacent teeth are separated by a recessed portion, and wherein in operation a web is perforated as the web passes between the rotating cylinder and the support and the blade cooperates with the anvil, characterized in that the anvil comprises one or more anvil segments positioned end-to-end along the length of the cylinder, each anvil segments being removable and replaceable independently from one another and adjustable on the outer surface to change how the anvil contacts the blade. a cylinder comprising a length, a longitudinal cylinder axis, an outer surface positioned radially outward from and substantially surrounding the longitudinal cylinder axis and at least one shaped anvil, wherein the cylinder rotates about the longitudinal cylinder axis; a support operatively engaged with the cylinder, wherein the support is moveable with respect to the cylinder; and a blade disposed on the support so as to cooperate in contacting relationship with the anvil, wherein the blade is substantially parallel to the longitudinal cylinder axis, wherein at least one of the blade and the anvil comprises a plurality of teeth, and wherein adjacent teeth are separated by a recessed portion, and wherein in operation a web is perforated as the web passes between the rotating cylinder and the support and the blade cooperates with the anvil, characterized in that the anvil comprises one or more anvil segments positioned end-to-end along the length of the cylinder, each anvil segments being removable and replaceable independently from one another and adjustable on the outer surface to change how the anvil contacts the blade.
Rotor for an electrical machine, comprising - at least one electrical coil arrangement, - at least one winding carrier (5, 5i) which mechanically carries the at least one coil arrangement and at least partially surrounds the said coil arrangement on a radially outer side of the coil arrangement, - characterized in that the rotor has an additional supporting element which is of skeleton-like design and supports the at least one winding carrier from a radially inner direction, - and in that the rotor has a plurality of inner cavities, in which a fluid coolant can circulate and which, on their radially inner side, adjoin the supporting element and, on their radially outer side, adjoin the at least one coil arrangement and/or the at least one winding carrier, in such a way that the at least one coil arrangement, at least on its radially inner side, can come into contact with the coolant. - at least one electrical coil arrangement, - at least one winding carrier (5, 5i) which mechanically carries the at least one coil arrangement and at least partially surrounds the said coil arrangement on a radially outer side of the coil arrangement, - characterized in that the rotor has an additional supporting element which is of skeleton-like design and supports the at least one winding carrier from a radially inner direction, - and in that the rotor has a plurality of inner cavities, in which a fluid coolant can circulate and which, on their radially inner side, adjoin the supporting element and, on their radially outer side, adjoin the at least one coil arrangement and/or the at least one winding carrier, in such a way that the at least one coil arrangement, at least on its radially inner side, can come into contact with the coolant.
Furniture stabilizer suitable for uneven floors that prevents wobbling of the furniture comprising a case inside on which contains two connecting rods (2, 3) wherein the first connecting rod is fixed to the case and the second connecting rod is attached to a glide that moves horizontally inside the case and the displacement of the glide is regulated by damping means wherein the connecting rods (2,3) can enter in contact with the floor.
A method for preparing LCZ696, comprising the following step: in an organic solvent, reacting a Sacubitril dicyclohexylamine salt with valsartan under the effect of a Sodium hydroxide aqueous solution:, wherein LCZ696 has a chemical formula as shown in the following formula I:
A method in a network node (115A-C, 120, 130), comprising: providing to a user equipment (110A-C) a dedicated physical control channel (DPCCH), the DPCCH having an associated first fractional dedicated physical channel (F-DPCH) for conveying transmit power control commands to the user equipment for power controlling the DPCCH; providing to the user equipment a secondary dedicated physical control channel (S-DPCCH), the S-DPCCH comprising an uplink control channel for communicating transmit power control commands, the S-DPCCH having an associated second F-DPCH for conveying transmit power control commands to the user equipment for power controlling the S-DPCCH; receiving, from the user equipment, a downlink transmit power control command, the downlink transmit power control command carried on the S-DPCCH and determined based at least in part on a quality of the second F-DPCH independent of a quality of a third F-DPCH associated with a second network node; and controlling a transmit power of the first F-DPCH associated with the DPCCH and the second F-DPCH associated with the S-DPCCH based on the downlink transmit power control command carried on the S-DPCCH. providing to a user equipment (110A-C) a dedicated physical control channel (DPCCH), the DPCCH having an associated first fractional dedicated physical channel (F-DPCH) for conveying transmit power control commands to the user equipment for power controlling the DPCCH; providing to the user equipment a secondary dedicated physical control channel (S-DPCCH), the S-DPCCH comprising an uplink control channel for communicating transmit power control commands, the S-DPCCH having an associated second F-DPCH for conveying transmit power control commands to the user equipment for power controlling the S-DPCCH; receiving, from the user equipment, a downlink transmit power control command, the downlink transmit power control command carried on the S-DPCCH and determined based at least in part on a quality of the second F-DPCH independent of a quality of a third F-DPCH associated with a second network node; and controlling a transmit power of the first F-DPCH associated with the DPCCH and the second F-DPCH associated with the S-DPCCH based on the downlink transmit power control command carried on the S-DPCCH.
An ultrasound production source comprising a body containing an ultrasound transducer presenting in front an emission face, the body including an opening defined by a tubular wall and arranged so that the emission face of the ultrasound transducer faces towards the opening, the tubular wall being provided externally with at least one thread of a screw thread assembly system for co-operating with at least one complementary thread either of a fastener ring for fastening a flexible membrane on the body, or of a protective cover, or of a ring fitted with an alignment system, wherein the fastener ring possesses a central passage for passing a portion of the flexible membrane, the fastener ring, when screwed onto the body, serving to hold the flexible membrane pressed in sealed manner against the body.
A transmission ring for a synchronizer assembly for a manual gearbox, comprising a base part which can be engaged by an actuating part to shift the base part in the axial direction, and two toothing parts which are configured as separate components and are fixed to the base part at least in the axial direction and each include a transmission toothing, one toothing part each being arranged on the two axial sides of the base part, characterized in that the toothing parts are flat and disk-shaped.
Movable pivoting flap of a heating, ventilation and/or air conditioning unit for a motor vehicle interior comprising a concave wall for deflecting an air flow, which wall is flanked by two side walls (23, 25), said flap comprising at least one transverse deflector rising up from the concave wall and extending between the two side walls (23, 25), characterized in that said deflector comprises a recess allowing the passage of an air flow.
A method for transmitting signal, comprising: obtaining, by a first communication device being a base station, a downlink transmit beamforming matrix based on a signal to leakage plus noise ratio at a second communication device being a relay station; and using, by the first communication device, a conjugate transposed matrix of the downlink transmit beamforming matrix as an uplink receive beamforming matrix for processing uplink signal received from the second communication device; as well as obtaining, by the second communication device, a downlink receive beamforming matrix based on a signal to interference plus noise ratio at the second communication device; and using, by the second communication device, a conjugate transposed matrix of the downlink receive beamforming matrix as an uplink transmit beamforming matrix for processing uplink signal sent to the first communication device. obtaining, by a first communication device being a base station, a downlink transmit beamforming matrix based on a signal to leakage plus noise ratio at a second communication device being a relay station; and using, by the first communication device, a conjugate transposed matrix of the downlink transmit beamforming matrix as an uplink receive beamforming matrix for processing uplink signal received from the second communication device; as well as obtaining, by the second communication device, a downlink receive beamforming matrix based on a signal to interference plus noise ratio at the second communication device; and using, by the second communication device, a conjugate transposed matrix of the downlink receive beamforming matrix as an uplink transmit beamforming matrix for processing uplink signal sent to the first communication device.
A method for installation of a floor mat comprising the following steps: (a) Providing a base component comprising an elastomer that contains magnetic particles, wherein the base component contains at least one attachment means; (b) Providing a textile component comprising (i) a first layer of tufted pile carpet formed by tufting face yarns through a primary backing layer and (ii) a second layer of vulcanized rubber material that contains magnetic particles, and wherein the textile component contains at least one attachment means that works in corresponding relationship with the at least one attachment means of step "a," wherein the base component and the textile component are releasably attachable to one another via the at least one attachment means; (c) Aligning the textile component with the base component, wherein the step of aligning is accomplished via the use of at least one alignment or deployment mechanism; and (d) Deploying the textile component onto the base component. (a) Providing a base component comprising an elastomer that contains magnetic particles, wherein the base component contains at least one attachment means; (b) Providing a textile component comprising (i) a first layer of tufted pile carpet formed by tufting face yarns through a primary backing layer and (ii) a second layer of vulcanized rubber material that contains magnetic particles, and wherein the textile component contains at least one attachment means that works in corresponding relationship with the at least one attachment means of step "a," wherein the base component and the textile component are releasably attachable to one another via the at least one attachment means; (c) Aligning the textile component with the base component, wherein the step of aligning is accomplished via the use of at least one alignment or deployment mechanism; and (d) Deploying the textile component onto the base component.
A method for reducing scaling when generating power from geothermal energy, comprising the steps of: - delivering a hot formation fluid from a production well through a conveying pipeline using a delivery pump, - feeding the hot formation fluid through an above-ground facility for generating power while cooling of the hot formation fluid and forming a cooled formation fluid, - recycling a portion (4.1) of 2% to 12% of the total quantity of the cooled formation fluid to the production well through a recycle pipeline which is thermally insulated at least in sections, - mixing the recycled portion (4.1) of the cooled formation fluid with the hot formation fluid to be delivered in the interior of the production well, - re-injecting the remaining cooled formation fluid into an injection well which is separated from the production well. - delivering a hot formation fluid from a production well through a conveying pipeline using a delivery pump, - feeding the hot formation fluid through an above-ground facility for generating power while cooling of the hot formation fluid and forming a cooled formation fluid, - recycling a portion (4.1) of 2% to 12% of the total quantity of the cooled formation fluid to the production well through a recycle pipeline which is thermally insulated at least in sections, - mixing the recycled portion (4.1) of the cooled formation fluid with the hot formation fluid to be delivered in the interior of the production well, - re-injecting the remaining cooled formation fluid into an injection well which is separated from the production well.
A system to perform a vapor compression refrigeration cycle using water as the refrigerant, the system comprising: an evaporator to vaporize liquid water to produce water vapor and to output the water vapor having a water vapor temperature of a first temperature and a water vapor pressure of a first pressure; a condenser to output liquid water at a second temperature, which is higher than the first temperature, and a second pressure, which is higher than the first pressure; characterized in that a supersonic compressor assembly is provided, having a first stage centrifugal compressor and a second stage supersonic compressor, operably disposed downstream from the evaporator and upstream from the condenser, to supersonically compress the water vapor to thereby increase the water vapor temperature from the first temperature and to thereby increase the water vapor pressure from the first pressure by at least a 7:1 ratio; and the supersonic compressor assembly is configured such that the first stage centrifugal compressor and the second stage supersonic compressor are counterrotating to each other. an evaporator to vaporize liquid water to produce water vapor and to output the water vapor having a water vapor temperature of a first temperature and a water vapor pressure of a first pressure; a condenser to output liquid water at a second temperature, which is higher than the first temperature, and a second pressure, which is higher than the first pressure; characterized in that a supersonic compressor assembly is provided, having a first stage centrifugal compressor and a second stage supersonic compressor, operably disposed downstream from the evaporator and upstream from the condenser, to supersonically compress the water vapor to thereby increase the water vapor temperature from the first temperature and to thereby increase the water vapor pressure from the first pressure by at least a 7:1 ratio; and the supersonic compressor assembly is configured such that the first stage centrifugal compressor and the second stage supersonic compressor are counterrotating to each other.
A process for preparing N-ethyldiisopropylamine by reacting acetaldehyde with diisopropylamine and hydrogen at elevated temperature and under pressure in the presence of a heterogeneous hydrogenation catalyst, the catalyst being a supported transition metal catalyst comprising Pd and/or Pt as catalytically active metal, wherein the diisopropylamine used has been obtained beforehand as a by-product of a reaction of isopropanol with ammonia to give monoisopropylamine and has a purity of 58% to 94% by weight and impurities as follows: 3% to 20% by weight of water, 3% to 20% by weight of isopropanol, 0% to 2% by weight of others.
Audio encoder for providing an output signal using an input audio signal, comprising: a patch generator configured to generate a bandwidth extension high-frequency signal, wherein the bandwidth extension high-frequency signal comprises a high-frequency band, wherein the high-frequency band of the bandwidth extension high-frequency signal is derived from a low frequency band of the input audio signal by shifting the low-frequency part by a fixed value using a side band modulation, so that the high-frequency band is located above the low frequency band of the input audio signal; a comparator configured to perform a comparison of the input audio signal filtered by a bandpass filter and the bandwidth extension high-frequency signal using a cross correlation calculation in regular time intervals between amplitude spectra of windowed signal sections of the input audio signal filtered by the bandpass filter and the bandwidth extension high-frequency signal to determine a lag for a maximum correlation for a signal section; and an output interface configured to provide the output signal for transmission or storage, wherein the output signal comprises a parameter indication based on the lag for the maximum correlation. a patch generator configured to generate a bandwidth extension high-frequency signal, wherein the bandwidth extension high-frequency signal comprises a high-frequency band, wherein the high-frequency band of the bandwidth extension high-frequency signal is derived from a low frequency band of the input audio signal by shifting the low-frequency part by a fixed value using a side band modulation, so that the high-frequency band is located above the low frequency band of the input audio signal; a comparator configured to perform a comparison of the input audio signal filtered by a bandpass filter and the bandwidth extension high-frequency signal using a cross correlation calculation in regular time intervals between amplitude spectra of windowed signal sections of the input audio signal filtered by the bandpass filter and the bandwidth extension high-frequency signal to determine a lag for a maximum correlation for a signal section; and an output interface configured to provide the output signal for transmission or storage, wherein the output signal comprises a parameter indication based on the lag for the maximum correlation.