mhurhangee/patent-ind-claim-en huggingface dataset:
A method of generating a liquefied carbon dioxide stream , the method comprising: generating a flue gas stream carbon dioxide, carbon monoxide and water vapor, wherein the flue gas stream is generated by a chemical looping combustion system including an air reactor and a fuel reactor wherein an oxygen carrier circulates between the air rector and the fuel reactor ; subjecting the flue gas stream to an oxidation catalyst for oxidizing the carbon monoxide, thereby generating a carbon dioxide rich flue gas stream ; and processing the carbon dioxide rich flue gas stream to form a liquefied carbon dioxide stream and returning at least a portion of the exhaust gas to the air reactor if the carbon monoxide present in the flue gas stream is less than one percent (1%) by volume of the carbon dioxide concentration in the flue gas stream . generating a flue gas stream carbon dioxide, carbon monoxide and water vapor, wherein the flue gas stream is generated by a chemical looping combustion system including an air reactor and a fuel reactor wherein an oxygen carrier circulates between the air rector and the fuel reactor ; subjecting the flue gas stream to an oxidation catalyst for oxidizing the carbon monoxide, thereby generating a carbon dioxide rich flue gas stream ; and processing the carbon dioxide rich flue gas stream to form a liquefied carbon dioxide stream and returning at least a portion of the exhaust gas to the air reactor if the carbon monoxide present in the flue gas stream is less than one percent (1%) by volume of the carbon dioxide concentration in the flue gas stream .
A dosage form comprising: bromocriptine mesylate and one or more excipients; wherein the dosage form provides for absorption of a substantial amount of bromocriptine through the gastric and/or intestinal mucosa when administered to a subject; wherein the bromocriptine has a Dv90 of about 15 μm or lower; wherein the bromocriptine has a particle size distribution with a span of about 2 or lower; and wherein the dosage form provides a dissolution profile, when tested in USP Apparatus Type 2 Paddle Method at 50 rpm in 500 mL of 0.1 N hydrochloric acid at about 37 ° C, wherein at least about 80% of the bromocriptine has been released at about 30 minutes; wherein the dosage form is in the form of a tablet.
A method of conducting a nucleic acid assay, the method comprising: (a) producing a decontaminated nucleic acid analysis buffer by heating a nucleic acid analysis buffer, wherein the nucleic acid analysis buffer comprises contaminant nucleic acids and wherein the heating lasts for a length of time sufficient to inactivate at least a portion of the contaminant nucleic acids, wherein heating the nucleic acid analysis buffer denatures double stranded DNA (dsDNA) contaminant fragments present in the buffer, thereby producing a decontaminated nucleic acid analysis buffer; (b) subjecting the decontaminated nucleic acid analysis buffer to rapid cooling; (c) contacting the decontaminated nucleic acid analysis buffer of step (a) with a sample comprising target double-stranded DNA (dsDNA); and (d) attaching double-stranded adapters to the target double-stranded DNA (dsDNA). (a) producing a decontaminated nucleic acid analysis buffer by heating a nucleic acid analysis buffer, wherein the nucleic acid analysis buffer comprises contaminant nucleic acids and wherein the heating lasts for a length of time sufficient to inactivate at least a portion of the contaminant nucleic acids, wherein heating the nucleic acid analysis buffer denatures double stranded DNA (dsDNA) contaminant fragments present in the buffer, thereby producing a decontaminated nucleic acid analysis buffer; (b) subjecting the decontaminated nucleic acid analysis buffer to rapid cooling; (c) contacting the decontaminated nucleic acid analysis buffer of step (a) with a sample comprising target double-stranded DNA (dsDNA); and (d) attaching double-stranded adapters to the target double-stranded DNA (dsDNA).
A formulation of ezetimibe, comprising ezetimibe in the form of primary particles and a at least two types of hydrophilic excipients in particulate form having said ezetimibe particles adsorbed to, wherein ezetimibe in the form of primary particles is blended, without co-milling, with said hydrophilic excipient in particulate form and optional other components or excipients of the composition, wherein the ezetimibe particles have a particle size d(0.9) of 40μm or lower, and wherein said particulate hydrophilic excipient has a mean particle size from 10 to 400 μm, while said particulate hydrophilic excipient having a mean particle size relatively larger than that of ezetimibe particles, wherein one type of hydrophilic excipient is a starch and the other type of hydrophilic excipient is a saccharide selected from lactose and isomalt.
Thermochromic micro particles comprising: a core part including a phase change material and a dye, the phase change material including a phenol-based compound containing an aliphatic functional group having a carbon number of 6 or more; and a shell layer including a polymer resin wherein the phase change material and the dye is impregnated into the polymer resin, the phenol-based compound containing an aliphatic functional group having a carbon number of 6 or more includes a compound represented by Chemical Formula 1 below: in Chemical Formula 1, R 1 is an aromatic functional group combined with an aliphatic functional group having a carbon number of 6 or more, and R 2 to R 5 are each independently a hydroxy group or hydrogen, and the aromatic functional group combined with an aliphatic functional group having a carbon number of 6 or more includes a functional group represented by Chemical Formula 3 below in Chemical Formula 3, R 7 is a straight chain or branched chain alkyl group having a carbon number of 6 to 20, and B is an oxygen. a core part including a phase change material and a dye, the phase change material including a phenol-based compound containing an aliphatic functional group having a carbon number of 6 or more; and a shell layer including a polymer resin wherein the phase change material and the dye is impregnated into the polymer resin, the phenol-based compound containing an aliphatic functional group having a carbon number of 6 or more includes a compound represented by Chemical Formula 1 below: in Chemical Formula 1, R 1 is an aromatic functional group combined with an aliphatic functional group having a carbon number of 6 or more, and R 2 to R 5 are each independently a hydroxy group or hydrogen, and the aromatic functional group combined with an aliphatic functional group having a carbon number of 6 or more includes a functional group represented by Chemical Formula 3 below in Chemical Formula 3, R 7 is a straight chain or branched chain alkyl group having a carbon number of 6 to 20, and B is an oxygen. R 1 is an aromatic functional group combined with an aliphatic functional group having a carbon number of 6 or more, and R 2 to R 5 are each independently a hydroxy group or hydrogen, and the aromatic functional group combined with an aliphatic functional group having a carbon number of 6 or more includes a functional group represented by Chemical Formula 3 below in Chemical Formula 3, R 7 is a straight chain or branched chain alkyl group having a carbon number of 6 to 20, and B is an oxygen. R 7 is a straight chain or branched chain alkyl group having a carbon number of 6 to 20, and B is an oxygen.
A flow body for an aircraft, the flow body comprising: - a front skin having a leading edge , - at least one internal structural component arranged inside the front skin , - at least one lever having a first end , a second end and an attachment point between the first end and the second end , and - at least one actuator for applying an impulsive force, wherein the at least one actuator is arranged inside the front skin at a distance thereto, wherein the at least one lever extends from the at least one actuator to an inner surface of the front skin , such that the first end is coupled with the front skin and such that the second end is coupled with the at least one actuator , wherein the attachment point is swivably supported on the at least one internal structural component , wherein a distance between the second end and the attachment point is greater than the distance between the first end and the attachment point , and wherein the at least one lever and the at least one actuator are designed for applying an impulsive force in a transverse direction to the at least one lever , such that the lever rotates around the attachment point and such the first end urges the front skin to locally elastically deform for removing ice accretion from an outer side of the front skin . - a front skin having a leading edge , - at least one internal structural component arranged inside the front skin , - at least one lever having a first end , a second end and an attachment point between the first end and the second end , and - at least one actuator for applying an impulsive force, wherein the at least one actuator is arranged inside the front skin at a distance thereto, wherein the at least one lever extends from the at least one actuator to an inner surface of the front skin , such that the first end is coupled with the front skin and such that the second end is coupled with the at least one actuator , wherein the attachment point is swivably supported on the at least one internal structural component , wherein a distance between the second end and the attachment point is greater than the distance between the first end and the attachment point , and wherein the at least one lever and the at least one actuator are designed for applying an impulsive force in a transverse direction to the at least one lever , such that the lever rotates around the attachment point and such the first end urges the front skin to locally elastically deform for removing ice accretion from an outer side of the front skin .
A method of upmixing an audio signal, comprising: decomposing the audio signal into a diffuse signal and a direct signal; generating an audio bed at least in part based on the diffuse signal, the audio bed including a height channel; extracting an audio object from the direct signal; estimating metadata of the audio object, the metadata including height information of the audio object; rendering the audio bed and the audio object as an upmixed audio signal, wherein the audio bed is rendered to a predefined position and the audio object is rendered according to the metadata; and determining complexity of the audio signal, wherein the estimating the metadata is characterised by : determining a height gain for the audio object based on the complexity; and modifying the height information of the audio object based on the height gain. decomposing the audio signal into a diffuse signal and a direct signal; generating an audio bed at least in part based on the diffuse signal, the audio bed including a height channel; extracting an audio object from the direct signal; estimating metadata of the audio object, the metadata including height information of the audio object; rendering the audio bed and the audio object as an upmixed audio signal, wherein the audio bed is rendered to a predefined position and the audio object is rendered according to the metadata; and determining complexity of the audio signal, wherein the estimating the metadata is characterised by : determining a height gain for the audio object based on the complexity; and modifying the height information of the audio object based on the height gain. determining a height gain for the audio object based on the complexity; and modifying the height information of the audio object based on the height gain.
A vehicle disabling apparatus for remotely disabling a vehicle having an engine comprising: a source of high frequency energy for generating a high frequency signal; a modulator for modulating the high frequency signal by applying an effects signals package, the effects signal package comprising a plurality of respective different effects signals and each effects signal comprising a pulse train, the effects signals package being non-vehicle specific; and an antenna for directing the effects signal package modulated signal at a remote vehicle to disrupt the vehicle engine by affecting the vehicle engine management system.
A method for initiating a tracking area update, TAU, procedure by a user equipment, UE, in a wireless communication system, the method comprising: performing transmission of uplink data to a network by using control plane cellular internet of things, CIoT, evolved packet system, EPS, optimization in which the UE and the network can transfer data in non-access stratum, NAS, protocol data units, PDUs; and transmitting (S1070), to the network, a TAU request based on a detection of a case related to initiating the TAU procedure, wherein the TAU request based on the detection of the case is transmitted when the UE has indicated to the network that reception of downlink data subsequent to the transmission of the uplink data is expected during the transmission of the uplink data using control plane CIoT EPS optimization (S1030), and wherein the case is that a NAS layer of the UE receives a radio resource control, RRC, connection failure from a lower layer and has no signaling or uplink user data pending (S1010). performing transmission of uplink data to a network by using control plane cellular internet of things, CIoT, evolved packet system, EPS, optimization in which the UE and the network can transfer data in non-access stratum, NAS, protocol data units, PDUs; and transmitting (S1070), to the network, a TAU request based on a detection of a case related to initiating the TAU procedure, wherein the TAU request based on the detection of the case is transmitted when the UE has indicated to the network that reception of downlink data subsequent to the transmission of the uplink data is expected during the transmission of the uplink data using control plane CIoT EPS optimization (S1030), and wherein the case is that a NAS layer of the UE receives a radio resource control, RRC, connection failure from a lower layer and has no signaling or uplink user data pending (S1010).
An organic light emitting device, comprising: a first substrate comprising a display area (DA) and a non-display area (NDA); a dummy metal layer disposed on the first substrate in the non-display area (NDA), wherein the dummy metal layer comprises a first dummy metal layer and a second dummy metal layer , and the first dummy metal layer and the second dummy metal layer overlap each other; an insulating layer disposed between the first dummy metal layer and the second dummy metal layer in a cross-sectional view; a second substrate covering the first substrate ; and a sealant disposed between the first substrate and the second substrate and overlapping the dummy metal layer , wherein the first dummy metal layer is electrically connected to the second dummy metal layer , and the sealant contacts the second dummy metal layer , wherein a resistivity of the second dummy metal layer is less than a resistivity of the first dummy metal layer , and characterized in that a first side surface of the second dummy metal layer disposed near an edge of the first substrate is not covered by the sealant , and a second side surface of the second dummy metal layer opposite to the first side surface of the second dummy metal layer is covered by the sealant . a first substrate comprising a display area (DA) and a non-display area (NDA); a dummy metal layer disposed on the first substrate in the non-display area (NDA), wherein the dummy metal layer comprises a first dummy metal layer and a second dummy metal layer , and the first dummy metal layer and the second dummy metal layer overlap each other; an insulating layer disposed between the first dummy metal layer and the second dummy metal layer in a cross-sectional view; a second substrate covering the first substrate ; and a sealant disposed between the first substrate and the second substrate and overlapping the dummy metal layer , wherein the first dummy metal layer is electrically connected to the second dummy metal layer , and the sealant contacts the second dummy metal layer , wherein a resistivity of the second dummy metal layer is less than a resistivity of the first dummy metal layer , and characterized in that a first side surface of the second dummy metal layer disposed near an edge of the first substrate is not covered by the sealant , and a second side surface of the second dummy metal layer opposite to the first side surface of the second dummy metal layer is covered by the sealant .
A computer-implemented method comprising: identifying a highest-quality mobile network that provides a highest quality of service of services available from at least one mobile network available at a location of a system ; identifying a country code of the highest-quality mobile network; identifying a plurality of provisioned SIM services for the system ; selecting mobile networks from mobile network lists for each of the plurality of provisioned SIM services to be included in a combined mobile network list by matching the country code of the highest-quality mobile network with the country code associated with each of the selected mobile networks; selecting a mobile network from the combined mobile network list ; selecting a provisioned SIM service of the plurality of provisioned SIM services , and; using a credential of the selected provisioned SIM service to attempt to register with the selected mobile network as a home network; determining whether registration with the selected mobile network is successful, and if so, causing a SIM service of the system to assume the identity of the selected provisioned SIM service ; and selecting another mobile network from the combined mobile network list in response to determining that registration with the selected mobile network was not successful. identifying a highest-quality mobile network that provides a highest quality of service of services available from at least one mobile network available at a location of a system ; identifying a country code of the highest-quality mobile network; identifying a plurality of provisioned SIM services for the system ; selecting mobile networks from mobile network lists for each of the plurality of provisioned SIM services to be included in a combined mobile network list by matching the country code of the highest-quality mobile network with the country code associated with each of the selected mobile networks; selecting a mobile network from the combined mobile network list ; selecting a provisioned SIM service of the plurality of provisioned SIM services , and; using a credential of the selected provisioned SIM service to attempt to register with the selected mobile network as a home network; determining whether registration with the selected mobile network is successful, and if so, causing a SIM service of the system to assume the identity of the selected provisioned SIM service ; and selecting another mobile network from the combined mobile network list in response to determining that registration with the selected mobile network was not successful.
A microorganism inspection apparatus for measuring the number of microorganisms in a sample solution, comprising: a batch-type sample container formed of a light-transmitting material; stirring/mixing means for stirring/mixing a sample and a fluorescent staining reagent in the batch-type sample container to form a sample solution; an excitation light source including a light source that irradiates a horizontal irradiation plane of the sample container with an excitation light beam in a vertical direction while the sample solution is stirred by the stirring/mixing means; light-receiving means arranged on a lateral face side of the sample container , the light-receiving means being configured to detect a fluorescence beam emitted in response to the excitation light beam from the excitation light source ; and control means for converting the beam detected by the light-receiving means into an electric signal to detect the number of light emissions, and calculating the number of microorganisms contained in the sample in the sample container from the number of light emissions, wherein the stirring/mixing means and the excitation light source are arranged such that a direction of the flow of the sample solution due to agitation by the stirring/mixing means and a direction of the irradiation of the excitation light beam from the excitation light source are perpendicular to each other. a batch-type sample container formed of a light-transmitting material; stirring/mixing means for stirring/mixing a sample and a fluorescent staining reagent in the batch-type sample container to form a sample solution; an excitation light source including a light source that irradiates a horizontal irradiation plane of the sample container with an excitation light beam in a vertical direction while the sample solution is stirred by the stirring/mixing means; light-receiving means arranged on a lateral face side of the sample container , the light-receiving means being configured to detect a fluorescence beam emitted in response to the excitation light beam from the excitation light source ; and control means for converting the beam detected by the light-receiving means into an electric signal to detect the number of light emissions, and calculating the number of microorganisms contained in the sample in the sample container from the number of light emissions, wherein the stirring/mixing means and the excitation light source are arranged such that a direction of the flow of the sample solution due to agitation by the stirring/mixing means and a direction of the irradiation of the excitation light beam from the excitation light source are perpendicular to each other.
Method for manufacturing a platform lift rail having a curved direction of travel (D), the platform lift has a rail and a drive unit driving along the rail , the rail comprising - a tubular section for supporting the drive unit , - a rack section adapted for positively engaging with driving means of the drive unit , characterized in that the method comprises: providing a sheet metal , first step of plastic forming the sheet metal so as to form a tubular profile , thereby closing the tubular profile and forming a projecting flange configured for engaging with the driving means, in particular by connecting opposite faces of the sheet , permanently fixing the flange, in particular by joining the opposite faces in the area of the projecting flange , creating positive engagement means into the projecting flange by a material removing process, a second step of plastic forming the rail to provide the rail with a curved direction of travel (D). - a tubular section for supporting the drive unit , - a rack section adapted for positively engaging with driving means of the drive unit , providing a sheet metal , first step of plastic forming the sheet metal so as to form a tubular profile , thereby closing the tubular profile and forming a projecting flange configured for engaging with the driving means, in particular by connecting opposite faces of the sheet , permanently fixing the flange, in particular by joining the opposite faces in the area of the projecting flange , creating positive engagement means into the projecting flange by a material removing process, a second step of plastic forming the rail to provide the rail with a curved direction of travel (D).
Piston ring for an internal combustion engine, comprising: at least one indentation provided on a ring edge of the piston ring , characterised in that the at least one indentation has a varying depth profile in circumferential direction of the piston ring.