mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for adapting input audio information, encoding one or more audio objects, to obtain adapted audio information, wherein the input audio information comprises two or more input audio downmix channels and further comprises input parametric side information, wherein the adapted audio information comprises one or more adapted audio downmix channels and further comprises adapted parametric side information, wherein the apparatus comprises: a downmix signal modifier for adapting, depending on adaptation information, the two or more input audio downmix channels to obtain the one or more adapted audio downmix channels, and a parametric side information adapter for adapting, depending on the adaptation information, the input parametric side information to obtain the adapted parametric side information, wherein the adaptation information comprises an adaptation matrix D dmx DSM, wherein the downmix signal modifier is configured to adapt, depending on the adaptation matrix D dmx DSM, the two or more input audio downmix channels X dmx ENC to obtain the one or more adapted audio downmix channels X dmx DSM, wherein the parametric side information adapter is configured to adapt, depending on the adaptation matrix D dmx DSM, the input parametric side information D dmx ENC to obtain the adapted parametric side information D dmx PSI. a downmix signal modifier for adapting, depending on adaptation information, the two or more input audio downmix channels to obtain the one or more adapted audio downmix channels, and a parametric side information adapter for adapting, depending on the adaptation information, the input parametric side information to obtain the adapted parametric side information,
A method for determining a clearance normalized amount of a metabolite disease biomarker in one type of sample comprising the steps of: (a) determining the amount of the metabolite disease biomarker in said type of sample of a subject suspected to suffer from the disease; (b) determining the amount of a kidney function biomarker which correlates with the glomerular filtration rate in the same type of sample; and (c) determining a clearance normalized amount for the metabolite disease biomarker by normalizing the amount determined for the metabolite disease biomarker in step (a) to the amount of the kidney function biomarker determined in step (b), wherein said type of sample is blood or a derivative thereof. (a) determining the amount of the metabolite disease biomarker in said type of sample of a subject suspected to suffer from the disease; (b) determining the amount of a kidney function biomarker which correlates with the glomerular filtration rate in the same type of sample; and (c) determining a clearance normalized amount for the metabolite disease biomarker by normalizing the amount determined for the metabolite disease biomarker in step (a) to the amount of the kidney function biomarker determined in step (b),
A method for processing weather data onboard a vehicle, the method comprising: receiving, at a vehicle and from a base station, a request for weather data, wherein the request comprises an indication of a specified location in space for the weather data; said method being characterized in further comprising: determining two or more parameters that relate to the location and course of the vehicle relative to the specified location in space; calculating a confidence level based on the two or more parameters, wherein the confidence level indicates an estimated accuracy for the weather data obtained from the vehicle; determining whether the confidence level exceeds a threshold level; and determining whether to transmit the weather data to the base station based on whether the confidence level exceeds the threshold level. receiving, at a vehicle and from a base station, a request for weather data, wherein the request comprises an indication of a specified location in space for the weather data; said method being characterized in further comprising: determining two or more parameters that relate to the location and course of the vehicle relative to the specified location in space; calculating a confidence level based on the two or more parameters, wherein the confidence level indicates an estimated accuracy for the weather data obtained from the vehicle; determining whether the confidence level exceeds a threshold level; and determining whether to transmit the weather data to the base station based on whether the confidence level exceeds the threshold level. determining two or more parameters that relate to the location and course of the vehicle relative to the specified location in space; calculating a confidence level based on the two or more parameters, wherein the confidence level indicates an estimated accuracy for the weather data obtained from the vehicle; determining whether the confidence level exceeds a threshold level; and determining whether to transmit the weather data to the base station based on whether the confidence level exceeds the threshold level.
Liquid cooled cable arrangement for high-power fast charging of electric vehicles, comprising a charging connector and a liquid cooled charging cable, whereby the liquid cooled charging cable comprises a plurality of conductors for supplying charging current and at least two fluid channels for supply and return liquid coolant, the charging connector comprises a plurality of bus bars and a plurality of contacts, each one conductor is electrically and thermally connected to one bus bar and via the bus bar to one contact, and the charging connector comprises a second part consisting of a thermally conductive and electrically insulating material comprising two semi-circular-like openings, into which the bus bars are inserted and to which the fluid channels are thermally connected such that heat generated in the contacts during charging can be removed by the liquid coolant, and the bus bars comprise bus bar fluid channels to which the fluid channels are thermally connected such that heat generated in the contacts during charging can be removed by the liquid coolant. a charging connector and a liquid cooled charging cable, whereby the liquid cooled charging cable comprises a plurality of conductors for supplying charging current and at least two fluid channels for supply and return liquid coolant, the charging connector comprises a plurality of bus bars and a plurality of contacts, each one conductor is electrically and thermally connected to one bus bar and via the bus bar to one contact, and the charging connector comprises a second part consisting of a thermally conductive and electrically insulating material comprising two semi-circular-like openings, into which the bus bars are inserted and to which the fluid channels are thermally connected such that heat generated in the contacts during charging can be removed by the liquid coolant, and the bus bars comprise bus bar fluid channels to which the fluid channels are thermally connected such that heat generated in the contacts during charging can be removed by the liquid coolant.
Photovoltaic module including: - a plurality of photovoltaic cells connected by an internal connection network in such a way as to form several chains of photovoltaic cells, - a plurality of external connection lines each connected to at least one chain of photovoltaic cells, - at least one junction box (130, 140) suitable for connecting the external connection lines, - at least one frame providing the support of the photovoltaic cells, wherein the frame includes at least one profile, at least partially hollow, and of which an outer wall includes at least one through-orifice in which the junction box is mounted, characterised in that the junction box (130, 140) includes a protective edge able to electrically insulate the external connection lines from the profile. - a plurality of photovoltaic cells connected by an internal connection network in such a way as to form several chains of photovoltaic cells, - a plurality of external connection lines each connected to at least one chain of photovoltaic cells, - at least one junction box (130, 140) suitable for connecting the external connection lines, - at least one frame providing the support of the photovoltaic cells,
A fault tolerant display system for a vehicle, the system comprising: a video camera; an application processor; a display in a cabin of the vehicle; and a hardware module interposed between the video camera, the application processor and the display, the hardware module configured to: receive streaming video from the video camera; merge the streaming video with overlays from the application processor to create an overlaid streaming video; display the overlaid streaming video on the display in the cabin of the vehicle; detect failure of the application processor; and in response to detecting failure of the application processor, switch to display on the display in the cabin of the vehicle the streaming video from the video camera and at least one overlay generated by the hardware module, the streaming video from the video camera and the at least one overlay generated by the hardware module displayed essentially simultaneously on the display. a video camera; an application processor; a display in a cabin of the vehicle; and a hardware module interposed between the video camera, the application processor and the display, the hardware module configured to: receive streaming video from the video camera; merge the streaming video with overlays from the application processor to create an overlaid streaming video; display the overlaid streaming video on the display in the cabin of the vehicle; detect failure of the application processor; and in response to detecting failure of the application processor, switch to display on the display in the cabin of the vehicle the streaming video from the video camera and at least one overlay generated by the hardware module, the streaming video from the video camera and the at least one overlay generated by the hardware module displayed essentially simultaneously on the display. receive streaming video from the video camera; merge the streaming video with overlays from the application processor to create an overlaid streaming video; display the overlaid streaming video on the display in the cabin of the vehicle; detect failure of the application processor; and in response to detecting failure of the application processor, switch to display on the display in the cabin of the vehicle the streaming video from the video camera and at least one overlay generated by the hardware module, the streaming video from the video camera and the at least one overlay generated by the hardware module displayed essentially simultaneously on the display.
An interlocking block configured to be assembled with another interlocking block having the same shape and the same size, comprising; a base in the shape of a pillar extending in a predetermined direction, the base having a surface formed with a pair of cutouts in bilateral symmetry in the predetermined direction, forming an end part, a thin part, a body part, another thin part, and another end part in this order along the predetermined direction, wherein: the width and the thickness of the base are the same; characterized in that the width of the base is W, then the length of the surface in the predetermined direction is 6W, and the distance from an end surface of the base to one of the pair of cutouts in the predetermined direction is W, and the length of each of the cutouts in the predetermined direction is W, and the depth of each of the cutouts is W/2, and the length of the body part in the predetermined direction is 2W. the width and the thickness of the base are the same; characterized in that the width of the base is W, then the length of the surface in the predetermined direction is 6W, and the distance from an end surface of the base to one of the pair of cutouts in the predetermined direction is W, and the length of each of the cutouts in the predetermined direction is W, and the depth of each of the cutouts is W/2, and the length of the body part in the predetermined direction is 2W.
A dynamic gas permeability evaluation apparatus comprising: a measurement chamber in which a sample is disposed, the sample being configured to separate the measurement chamber into a first space and a second space; a test gas flow system (15, 16) for allowing a test gas to continuously flow into the first space; a carrier gas flow system (17, 18) for allowing a carrier gas to continuously flow into the second space; a measurement unit for measuring a specimen concentration in the carrier gas; and characterized by a test gas adjustment system for adjusting the specimen concentration of the test gas in the first space; a control unit for causing the test gas adjustment system to change the specimen concentration of the test gas; an analysis unit for analyzing a shift in change of the specimen concentration in the carrier gas measured by the measurement unit from change of the specimen concentration in the test gas, when the specimen concentration in the test gas is changed by the control unit. a measurement chamber in which a sample is disposed, the sample being configured to separate the measurement chamber into a first space and a second space; a test gas flow system (15, 16) for allowing a test gas to continuously flow into the first space; a carrier gas flow system (17, 18) for allowing a carrier gas to continuously flow into the second space; a measurement unit for measuring a specimen concentration in the carrier gas; and characterized by a test gas adjustment system for adjusting the specimen concentration of the test gas in the first space; a control unit for causing the test gas adjustment system to change the specimen concentration of the test gas; an analysis unit for analyzing a shift in change of the specimen concentration in the carrier gas measured by the measurement unit from change of the specimen concentration in the test gas, when the specimen concentration in the test gas is changed by the control unit.
Transportable reformer for the catalytic primary reforming of hydrocarbons using steam at elevated pressure, comprising a cracking tube system and a firing chamber, - wherein the cracking tube system comprises, as a reaction chamber, a multiplicity of vertical tubes, which are arranged in rows and are suitable for being filled with a catalyst, and devices for feeding hydrocarbons to be reformed and steam to the reaction chamber, and - comprises, in the upper region of the firing chamber, a multiplicity of firing devices which are arranged parallel to one another, wherein the firing devices arranged parallel to one another are arranged in each case between the cracking tubes and consist of a multiplicity of burners arranged in a row, and the burners are able to produce substantially downwardly directed flames which are suitable for heating the cracking tubes, - and collecting lines for discharging reformed synthesis gas from the reaction chamber, the collecting lines being situated outside the reaction chamber, and - flue gas tunnels for discharging the flue gas formed by the in the firing chamber, wherein - a multiplicity of horizontal flue gas tunnels which are arranged parallel to one another are provided, - and wherein the flue gas tunnels and the firing chamber are connected fixedly to one another, characterized in that the flue gas tunnels are arranged below the firing chamber, wherein the flue gas tunnels are arranged in each case between the collecting lines, and the collecting lines are connected to the flue gas tunnels such that they are in connection with the remainder of the reformer, with the result that the fully assembled reformer is designed as a transportable reformer. - wherein the cracking tube system comprises, as a reaction chamber, a multiplicity of vertical tubes, which are arranged in rows and are suitable for being filled with a catalyst, and devices for feeding hydrocarbons to be reformed and steam to the reaction chamber, and - comprises, in the upper region of the firing chamber, a multiplicity of firing devices which are arranged parallel to one another, - and collecting lines for discharging reformed synthesis gas from the reaction chamber, the collecting lines being situated outside the reaction chamber, and - flue gas tunnels for discharging the flue gas formed by the in the firing chamber, wherein - a multiplicity of horizontal flue gas tunnels which are arranged parallel to one another are provided, - and wherein the flue gas tunnels and the firing chamber are connected fixedly to one another, characterized in that the flue gas tunnels are arranged below the firing chamber, wherein the flue gas tunnels are arranged in each case between the collecting lines,
A method for post-processing a powder-based additively manufactured part, the method comprising the steps of: providing a powder-based additively manufactured part, the additively manufactured part comprising a material having a melting point, wherein said material is a thermoplastic material; providing a fluid for processing the additively manufactured part in order to improve the surface finish of the additively manufactured part; a heating step, wherein the fluid is heated; and an application step, wherein the heated fluid is applied to a surface of the additively manufactured part, and characterised in that the fluid comprises at least one acetal. providing a powder-based additively manufactured part, the additively manufactured part comprising a material having a melting point, wherein said material is a thermoplastic material; providing a fluid for processing the additively manufactured part in order to improve the surface finish of the additively manufactured part; a heating step, wherein the fluid is heated; and an application step, wherein the heated fluid is applied to a surface of the additively manufactured part, and characterised in that the fluid comprises at least one acetal.
A method of manufacturing an airbag package or an occupant restraint system comprising an airbag package in which a folded airbag is inserted in a molding element and subsequently compressed and heated, wherein compressing the airbag is carried out at least until the airbag package is substantially independently continuously dimensionally stable, characterized in that, for thermally fixing the airbag package, after the step of heating a step of cooling the airbag to an end of process temperature within a short period of less than 35 minutes by at least 100°C is provided.
A session context handling method used in handover from a 5G network to a 4G network, comprising: receiving, by a session management network element, a first message that is from a mobility management network element and that is used to request to establish a session for a terminal device, wherein the first message carries an identifier of a data network, the session management network element comprises a Session Management Function, SMF, and the mobility management network element comprises an Access and Mobility Management Function, AMF; obtaining, by the session management network element, capability information of the data network based on the identifier of the data network; and when the capability information of the data network is that the data network supports a non-IP session, generating, by the session management network element, a non-IP session context based on an Ethernet or unstructured session context of the terminal device; or when the capability information of the data network is that the data network does not support the non-IP session, skipping generating, by the session management network element, the non-IP session context based on the Ethernet or unstructured session context of the terminal device, and wherein the obtaining, by the session management network element, capability information of the data network based on the identifier of the data network comprises: sending, by the session management network element, the identifier of the data network to a policy control function, and receiving the capability information of the data network from the policy control function. receiving, by a session management network element, a first message that is from a mobility management network element and that is used to request to establish a session for a terminal device, wherein the first message carries an identifier of a data network, the session management network element comprises a Session Management Function, SMF, and the mobility management network element comprises an Access and Mobility Management Function, AMF; obtaining, by the session management network element, capability information of the data network based on the identifier of the data network; and when the capability information of the data network is that the data network supports a non-IP session, generating, by the session management network element, a non-IP session context based on an Ethernet or unstructured session context of the terminal device; or when the capability information of the data network is that the data network does not support the non-IP session, skipping generating, by the session management network element, the non-IP session context based on the Ethernet or unstructured session context of the terminal device, and wherein the obtaining, by the session management network element, capability information of the data network based on the identifier of the data network comprises: sending, by the session management network element, the identifier of the data network to a policy control function, and receiving the capability information of the data network from the policy control function.
A method for forming a three-dimensional component by successive selective layer-by-layer solidification of a loose particulate material, wherein a holding frame is additionally formed while forming the three-dimensional component, characterized in that the holding frame and/or the component is formed with a plurality of holding spaces each having a holding space wall, substantially surrounding the holding space in an annular manner and defining an annular holding space inner contour and a holding space opening, wherein a corresponding plurality of holding portions formed at the component and/or at the holding frame and having a holding portion outer contour engage into the holding spaces via the associated holding space opening, wherein the respective holding portion outer contour is formed circumferentially substantially conform to the respective holding space inner contour, wherein the holding space inner contour and the holding portion outer contour are each arranged in short distance from one another, whereby an annular gap is formed between the holding space inner contour and the holding portion outer contour, wherein non-solidified particulate material outside of the respective gap is removed from the completed component, such that non-solidified particulate material remains in contact with the holding space inner contour and the holding piece outer contour in the respective gap, such that the component remains supported at the holding frame without clearance by the remaining particulate material in the respective gap.
A synthetic isolated small activating RNA (saRNA) which up-regulates expression of HNF4a gene by at least 20% in the presence of the saRNA compared to the expression of HNF4a gene in the absence of the saRNA, wherein the saRNA is at least 80% complementary to a region on SEQ ID No. 1, wherein the saRNA is double-stranded and consists of an antisense strand and a sense strand, and wherein the antisense strand consists of SEQ ID No. 136 and the sense strand consists of SEQ ID No. 135.