mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling a vapour compression system , the vapour compression system comprising a compressor unit comprising one or more compressors , a heat rejecting heat exchanger , a receiver connected to the compressor unit via a gaseous outlet , at least one expansion device and at least one evaporator arranged in a refrigerant path, each expansion device being arranged to control a supply of refrigerant to an evaporator , the method comprising the steps of: - for each expansion device , obtaining an opening degree of the expansion device , characterized in that the method further comprises the steps of: - identifying a representative opening degree, OD rep , based on the obtained opening degree(s) of the expansion device(s) , by identifying a maximum opening degree, OD max , as the largest opening degree among the obtained opening degree(s) of the expansion device(s) , - comparing the representative opening degree, OD rep , to a predefined target opening degree, OD target , - calculating or adjusting a minimum setpoint value, SP rec , for a pressure prevailing inside the receiver , based on the comparison, and - controlling the vapour compression system to obtain a pressure inside the receiver which is equal to or higher than the calculated or adjusted minimum setpoint value, SP rec . - for each expansion device , obtaining an opening degree of the expansion device , - identifying a representative opening degree, OD rep , based on the obtained opening degree(s) of the expansion device(s) , by identifying a maximum opening degree, OD max , as the largest opening degree among the obtained opening degree(s) of the expansion device(s) , - comparing the representative opening degree, OD rep , to a predefined target opening degree, OD target , - calculating or adjusting a minimum setpoint value, SP rec , for a pressure prevailing inside the receiver , based on the comparison, and - controlling the vapour compression system to obtain a pressure inside the receiver which is equal to or higher than the calculated or adjusted minimum setpoint value, SP rec .
An aerosol generator comprising:- an aperture plate comprising:- an inlet surface for receiving a liquid to be aerosolised, an outlet surface, and a plurality of apertures extending between an inlet opening at the inlet surface and an outlet opening at the outlet surface; the aperture plate being convex in the direction of the inlet openings and concave in the direction of the outlet openings whereby aerosol generated on vibration of the aperture plate forms a converging plume; a housing having an inlet for receiving a liquid to be aerosolised and an outlet through which the aerosol is delivered; a support member for the aperture plate; a vibration generating element for vibrating the aperture plate, and an aperture plate drive circuit having a controller; characterised in that the controller is configured to pulse the aperture plate in an on-off-on-off-manner. an aperture plate comprising:- an inlet surface for receiving a liquid to be aerosolised, an outlet surface, and a plurality of apertures extending between an inlet opening at the inlet surface and an outlet opening at the outlet surface; the aperture plate being convex in the direction of the inlet openings and concave in the direction of the outlet openings whereby aerosol generated on vibration of the aperture plate forms a converging plume; an inlet surface for receiving a liquid to be aerosolised, an outlet surface, and a plurality of apertures extending between an inlet opening at the inlet surface and an outlet opening at the outlet surface; the aperture plate being convex in the direction of the inlet openings and concave in the direction of the outlet openings whereby aerosol generated on vibration of the aperture plate forms a converging plume; a housing having an inlet for receiving a liquid to be aerosolised and an outlet through which the aerosol is delivered; a support member for the aperture plate; a vibration generating element for vibrating the aperture plate, and an aperture plate drive circuit having a controller; characterised in that the controller is configured to pulse the aperture plate in an on-off-on-off-manner.
A manganese (II) complex, wherein chemical structure of the manganese (II) complex is (R 1 R 2 R 3 R 4 A) 2[ MnX 4] , wherein R 1 , R 2 , are identical and are 9-phenylcarbazyl R 3 and R 4 are identical and are phenyl; A is P; X is Br; .
Method using an accelerometer to analyze biomechanical parameters of the stride of a runner, comprising: a) fixing a device to the trunk of the runner near the centre of gravity of said runner, said device being electrically autonomous and comprising a triaxial accelerometer , a chronograph , a digital processor ; b) a sequence of acceleration data in at least the vertical direction (a v ) is measured by said accelerometer while the runner is covering a distance (D) on a race course; c) during or at the end of the run, biomechanical parameters of the stride are calculated by said processor on the basis of said acceleration data characterized in that said parameters comprising a stride regularity index calculated on the basis of the dispersion of the reactivity (T v /T c ) determined by means of said acceleration data, the reactivity being calculated as the ratio between the time of flight (T v ) and the contact time (T c ). a) fixing a device to the trunk of the runner near the centre of gravity of said runner, said device being electrically autonomous and comprising a triaxial accelerometer , a chronograph , a digital processor ; b) a sequence of acceleration data in at least the vertical direction (a v ) is measured by said accelerometer while the runner is covering a distance (D) on a race course; c) during or at the end of the run, biomechanical parameters of the stride are calculated by said processor on the basis of said acceleration data
A communication system comprising: an optical transmitter to which an transmission signal is input, and which is configured to modulate the transmission signal to an optical signal and transmit the optical signal; and an optical receiver that is configured to receive the optical signal and demodulate the optical signal to a transmission signal, wherein the optical receiver includes a photoelectric conversion unit configured to convert the optical signal into an analog electric signal, an analog digital converter configured to convert the analog electric signal into a digital signal and output monitoring information indicative of amplitude of the analog electric signal; a dispersion estimation and compensation unit configured to process the digital signal and estimate a wavelength dispersion of the optical signal; and a controller configured to identify a reference value corresponding to the estimated wavelength dispersion, and control the amplitude of the analog electric signal based on the reference value and the monitoring information, wherein the controller is configured to control the reference value to become smaller as the estimated wavelength dispersion is increased. an optical transmitter to which an transmission signal is input, and which is configured to modulate the transmission signal to an optical signal and transmit the optical signal; and an optical receiver that is configured to receive the optical signal and demodulate the optical signal to a transmission signal, wherein the optical receiver includes a photoelectric conversion unit configured to convert the optical signal into an analog electric signal, an analog digital converter configured to convert the analog electric signal into a digital signal and output monitoring information indicative of amplitude of the analog electric signal; a dispersion estimation and compensation unit configured to process the digital signal and estimate a wavelength dispersion of the optical signal; and a controller configured to identify a reference value corresponding to the estimated wavelength dispersion, and control the amplitude of the analog electric signal based on the reference value and the monitoring information, wherein the controller is configured to control the reference value to become smaller as the estimated wavelength dispersion is increased.
A method of manufacturing a woven textile , the method comprising: interlacing a plurality of warp yarns with a plurality of weft yarns wherein one or more of the warp yarns comprises one or more first threads, each of the first threads being a tape and one or more of the weft yarns comprises one or more second threads, each of the second threads being a tape; forming a selvedge as distinct bands of woven material by interlacing a first subset of the warp yarns with a first subset of the weft yarns and interlacing a second subset of the warp yarns with a second subset of the weft yarns , wherein the first subset of the warp yarns is not interlaced with the second subset of the weft yarns and the second subset of the warp yarns is not interlaced with the first subset of the weft yarns ; and removing the selvedge by severing one or more of the weft yarns. interlacing a plurality of warp yarns with a plurality of weft yarns wherein one or more of the warp yarns comprises one or more first threads, each of the first threads being a tape and one or more of the weft yarns comprises one or more second threads, each of the second threads being a tape; forming a selvedge as distinct bands of woven material by interlacing a first subset of the warp yarns with a first subset of the weft yarns and interlacing a second subset of the warp yarns with a second subset of the weft yarns , wherein the first subset of the warp yarns is not interlaced with the second subset of the weft yarns and the second subset of the warp yarns is not interlaced with the first subset of the weft yarns ; and removing the selvedge by severing one or more of the weft yarns.
A polymerization process, the process comprising contacting one or more monomers, at least one catalyst system, and a condensing agent, under polymerizable conditions to produce a polyolefin polymer, wherein the condensing agent comprises at least 20 mol% isobutane and at least 25 mol% propane, and wherein the sum of isobutane and propane molar concentrations is >50 mol% based upon the total moles of condensing agent in the reactor.
A composition for use in a method to treat and/or prevent cataract, congenital cataracts, or posterior subcapsular cataract, in a subject, said composition comprising a pharmaceutically acceptable ophthalmic carrier and a pharmaceutically effective amount of lanosterol.
A fire retaining wall structure assembly for partitioning adjacent spaces , comprising: a first frame comprising a set of vertically extending first studs spaced apart from each other in a first lateral direction (L1), and one or more first cladding elements attached at least to one or more of the first vertically extending studs , thereby forming a first outer surface , a second frame comprising a set of vertically extending second studs spaced apart from each other in a first lateral direction (L1), and one or more second cladding elements attached at least to one or more of the second vertically extending studs , thereby forming a second outer surface , wherein the first frame and the second frame are separate from each other and spaced apart from each other in a second lateral direction (L2), and wherein the wall structure assembly further comprises a fire-retaining intermediate layer formed by one or more intermediate board elements supported between the first frame and the second frame , characterised in that said intermediate layer is unattached at least to the first vertical studs and the second vertical studs , and in that either the first outer surface is equipped with at least an opening for allowing ventilation of the space between the first outer surface and the intermediate layer , the second outer surface is equipped with at least an opening for allowing ventilation of the space between the second outer surface and the intermediate layer , or both. a first frame comprising a set of vertically extending first studs spaced apart from each other in a first lateral direction (L1), and one or more first cladding elements attached at least to one or more of the first vertically extending studs , thereby forming a first outer surface , a second frame comprising a set of vertically extending second studs spaced apart from each other in a first lateral direction (L1), and one or more second cladding elements attached at least to one or more of the second vertically extending studs , thereby forming a second outer surface , wherein the first frame and the second frame are separate from each other and spaced apart from each other in a second lateral direction (L2), and wherein the wall structure assembly further comprises a fire-retaining intermediate layer formed by one or more intermediate board elements supported between the first frame and the second frame , characterised in that said intermediate layer is unattached at least to the first vertical studs and the second vertical studs , and in that either the first outer surface is equipped with at least an opening for allowing ventilation of the space between the first outer surface and the intermediate layer , the second outer surface is equipped with at least an opening for allowing ventilation of the space between the second outer surface and the intermediate layer , or both.
A system for operating a power generation system within a battery storage/discharge mode or a dynamic brake mode, the system comprising: a power convertor including a rotor side converter , a line side converter and a DC link coupled between the rotor side and line side converters , the rotor side converter being configured to convert AC power to DC power and the line side converter being configured to convert DC power to AC power; wherein: a selector switch coupled to the DC link ; a switching module coupled between the selector switch and the DC link , the selector switch being configured to selectively couple the switching module to one of a storage device or a resistive element of the power generation system ; wherein the selector switch is movable between a first position, wherein the switching module is coupled to the storage device such that power is capable of being directed between the DC link and the storage device via control of the switching module , and a second position, wherein the switching module is coupled to the resistive element such that power is capable of being directed between the DC link and the resistive element via control of the switching module ; wherein, when the selector switch is in the first position, the switching module is configured to be operated as a DC-to-DC converter for controlling the flow of power from the DC link to the storage device , and wherein, when the selector switch is in the second position, the switching module is configured to be operated as a brake chopper for the resistive element . a selector switch coupled to the DC link ; a switching module coupled between the selector switch and the DC link , the selector switch being configured to selectively couple the switching module to one of a storage device or a resistive element of the power generation system ; wherein the selector switch is movable between a first position, wherein the switching module is coupled to the storage device such that power is capable of being directed between the DC link and the storage device via control of the switching module , and a second position, wherein the switching module is coupled to the resistive element such that power is capable of being directed between the DC link and the resistive element via control of the switching module ;
Shopping trolley for self-service shopping, comprising a frame construction with road wheels , where said frame construction comprises longitudinal beams which are coupled at the top with each other by a handrail transverse thereto, and at the bottom they are provided with a road wheels suspension assembly , where said frame construction is provided with an electronic control device functionally communicated thereto and with a scale , said electronic control device being seated on said handrail and said scale being seated over said road wheels suspension assembly , characterized in that it comprises a removable shopping bag with a bottom and said scale is provided with grips for securing said shopping bag , said shopping bag being seated with its bottom on the surface of said scale .
A clamping connection having a clamping ring , mounted on a hub, in particular a hollow shaft portion , with a screw, in particular a clamping screw, wherein a further shaft, in particular a solid shaft portion of a further shaft, is inserted into the hub, wherein the clamping ring has a slot which, related to the shaft axis, is through-passing axially and through-passing in a radial direction, wherein in the slot there is arranged a disc , in particular an apertured disc, through which there projects the screw , wherein the disc projects into a cavity made in the hub, characterised in that the hub has at the least one axial slot through-passing in a radial direction, wherein the thickness of the disc is greater than the width, measured in a tangential direction, of the axial slot of the hub. wherein a further shaft, in particular a solid shaft portion of a further shaft, is inserted into the hub, wherein the clamping ring has a slot which, related to the shaft axis, is through-passing axially and through-passing in a radial direction, wherein in the slot there is arranged a disc , in particular an apertured disc, through which there projects the screw , wherein the disc projects into a cavity made in the hub, characterised in that the hub has at the least one axial slot through-passing in a radial direction, wherein the thickness of the disc is greater than the width, measured in a tangential direction, of the axial slot of the hub.
Intravenous formulation that comprises inositol phosphate and/or any of the salts thereof for use in maintaining or increasing the levels of inositol phosphate and/or any of the salts thereof in the plasma of a person subjected to dialysis.
Indicator caliper comprising a rod , a first fixed arm at the end of which there is a first probe , a second movable arm at the end of which there is a second probe , an arm of the indicator caliper pivoted with said first or second arm to the rod by means of a pin and an indicator constrained to the arm of the indicator caliper, said indicator caliper being characterized in that said first arm and said second arm , are alternately configured together with the arm of the indicator caliper as a lever device able to rotate around the pin .
A method for wireless communications at a first wireless device, comprising: transmitting , to a second wireless device, an indication of one or more different sets of antenna elements for communications with the second wireless device, wherein the one or more different sets of antenna elements include a number of antenna elements from a plurality of antenna elements of the first wireless device; receiving , from the second wireless device, one or more training signals as part of a beam training procedure for the first wireless device, wherein the beam training procedure is based on the indication of the one or more different sets of antenna elements, selecting a beam preferred by the first wireless device; and communicating , with the second wireless device, using one of the one or more different sets of antenna elements, the one set of antenna elements used for communicating being associated with the selected beam, the communicating being based on one or more transmission control parameters, wherein the one or more transmission control parameters include a maximum transmittable power parameter determined based on the number of antenna elements of the one set of antenna elements used for communicating. transmitting , to a second wireless device, an indication of one or more different sets of antenna elements for communications with the second wireless device, wherein the one or more different sets of antenna elements include a number of antenna elements from a plurality of antenna elements of the first wireless device; receiving , from the second wireless device, one or more training signals as part of a beam training procedure for the first wireless device, wherein the beam training procedure is based on the indication of the one or more different sets of antenna elements, selecting a beam preferred by the first wireless device; and communicating , with the second wireless device, using one of the one or more different sets of antenna elements, the one set of antenna elements used for communicating being associated with the selected beam, the communicating being based on one or more transmission control parameters, wherein the one or more transmission control parameters include a maximum transmittable power parameter determined based on the number of antenna elements of the one set of antenna elements used for communicating.
A method for testing for the presence of two polynucleotides comprising a hybrid nucleotide sequence representative of a deletional mutation of the GYPB gene, wherein the hybrid nucleotide sequence representative of a deletional mutation of the GYPB gene has a sequence according to SEQ ID NO 1 or SEQ ID NO 2, in a sample comprising genomic DNA or an amplification product thereof, comprising contacting the genomic DNA or an amplification product thereof of the sample with one or more polynucleotide probes capable of at least partially or fully hybridizing to the hybrid nucleotide sequence representative of a deletional mutation of the GYPB gene, under stringent conditions, and detecting any hybridization of said one or more polynucleotide probes to the hybrid nucleotide sequence representative of a deletional mutation of the GYPB gene.
A computer-implemented method for generating replacement content within a content authoring canvas, comprising: receiving, from a user, textual input in the content authoring canvas, the textual input including a first trigger entry corresponding to an inline search command; visually indicating to the user that an inline search command has been initiated and prompting the user for a command-specific text entry; receiving the command-specific text entry and a second trigger entry ; in response to receiving the second trigger entry, generating a search query based on the command-specific text entry; receiving query results based on the generated search query, wherein the query results include at least one option for replacement content; proposing replacement content based on the at least one option for replacement content; and replacing the first trigger entry and the command-specific text entry with the proposed replacement content. receiving, from a user, textual input in the content authoring canvas, the textual input including a first trigger entry corresponding to an inline search command; visually indicating to the user that an inline search command has been initiated and prompting the user for a command-specific text entry; receiving the command-specific text entry and a second trigger entry ; in response to receiving the second trigger entry, generating a search query based on the command-specific text entry; receiving query results based on the generated search query, wherein the query results include at least one option for replacement content; proposing replacement content based on the at least one option for replacement content; and replacing the first trigger entry and the command-specific text entry with the proposed replacement content.