mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a hybrid automatic repeat request, HARQ, codebook, comprising: receiving a second downlink control information, DCI, by a terminal from a base station, to schedule a second PDSCH, the second DCI including HARQ timing indication information for the second PDSCH, wherein the HARQ timing indication information indicates an invalid HARQ timing to indicate that feedback for the second PDSCH is not to be transmitted temporally; receiving a first DCI, by the terminal from the base station, to schedule a first PDSCH, the first DCI including HARQ timing indication information for the first PDSCH, wherein the HARQ timing indication information indicates a group PUCCH time domain resource for transmitting the HARQ-ACK corresponding to the first PDSCH, determining, by a terminal device, a physical downlink shared channel, PDSCH, group, wherein the PDSCH group comprises the first PDSCH and the second PDSCH, the second PDSCH being received before the first PDSCH in time domain by the terminal device from the base station; determining, by the terminal device, the size of a group HARQ codebook according to a number of PDSCHs included in the PDSCH group, wherein the group HARQ codebook comprises an HARQ feedback corresponding to the first PDSCH and comprises an HARQ codebook corresponding to the second PDSCH, wherein the HARQ codebook corresponding to the second PDSCH is set as NACK or placeholder information; transmitting, by the terminal to the base station, the group HARQ codebook on the group PUCCH time domain resource. receiving a second downlink control information, DCI, by a terminal from a base station, to schedule a second PDSCH, the second DCI including HARQ timing indication information for the second PDSCH, wherein the HARQ timing indication information indicates an invalid HARQ timing to indicate that feedback for the second PDSCH is not to be transmitted temporally; receiving a first DCI, by the terminal from the base station, to schedule a first PDSCH, the first DCI including HARQ timing indication information for the first PDSCH, wherein the HARQ timing indication information indicates a group PUCCH time domain resource for transmitting the HARQ-ACK corresponding to the first PDSCH, determining, by a terminal device, a physical downlink shared channel, PDSCH, group, wherein the PDSCH group comprises the first PDSCH and the second PDSCH, the second PDSCH being received before the first PDSCH in time domain by the terminal device from the base station; determining, by the terminal device, the size of a group HARQ codebook according to a number of PDSCHs included in the PDSCH group, wherein the group HARQ codebook comprises an HARQ feedback corresponding to the first PDSCH and comprises an HARQ codebook corresponding to the second PDSCH, wherein the HARQ codebook corresponding to the second PDSCH is set as NACK or placeholder information; transmitting, by the terminal to the base station, the group HARQ codebook on the group PUCCH time domain resource.
A receptacle containing a test reagent which contains a test reagent for performing an inspection using a needle, the receptacle comprising: a receptacle body having a bottom; an upper surface situated on the upper part of the receptacle body and having a passage hole for inserting the needle; an information display part situated on the upper surface to display information relating to the test reagent contained in the receptacle body; and a lid part closes off the passage hole such that the information display part is visible, characterized in that said information display part formed with the upper surface extends outside from the side face of the receptacle body, and the lid part is connected to the upper surface and rotatable with respect to the receptacle body, for opening and closing the passage hole. a receptacle body having a bottom; an upper surface situated on the upper part of the receptacle body and having a passage hole for inserting the needle; an information display part situated on the upper surface to display information relating to the test reagent contained in the receptacle body; and a lid part closes off the passage hole such that the information display part is visible, characterized in that said information display part formed with the upper surface extends outside from the side face of the receptacle body, and the lid part is connected to the upper surface and rotatable with respect to the receptacle body, for opening and closing the passage hole.
A method of fabricating a metal oxide thin film substrate for an organic light emitting device, comprising: converting TiO2 and SnO2 into respective sol-gel solutions; mixing the sol-gel solutions to form a mixture wherein TiO2 and SnO2 are mixed at mixture ratios between 15:85 mol% and 85:15 mol%; coating a transparent base substrate with the mixture; drying the mixture that coats the transparent base substrate; and firing the dried mixture into a metal oxide thin film, wherein the composition ratio between the metal oxides is positioned within a miscibility gap in the TiO2-SnO2 phase diagram, so that the TiO2 and SnO2 making up the metal oxide thin film are not completely mixed with each other, wherein the metal oxide thin film is suitable to be used as an internal light extraction layer of the organic light emitting device. converting TiO2 and SnO2 into respective sol-gel solutions; mixing the sol-gel solutions to form a mixture wherein TiO2 and SnO2 are mixed at mixture ratios between 15:85 mol% and 85:15 mol%; coating a transparent base substrate with the mixture; drying the mixture that coats the transparent base substrate; and firing the dried mixture into a metal oxide thin film, wherein the composition ratio between the metal oxides is positioned within a miscibility gap in the TiO2-SnO2 phase diagram, so that the TiO2 and SnO2 making up the metal oxide thin film are not completely mixed with each other, wherein the metal oxide thin film is suitable to be used as an internal light extraction layer of the organic light emitting device.
A method of predicting overall survival of a metastatic castration resistant prostate cancer (mCRPC) patient, the method comprising: (a) analyzing a blood sample from the patient for the presence or absence of an expression product of each of genes KLK3, KLK2, HOXB13, GHRL2 and FOXA1 in the blood sample, the expression product being RNA or cDNA; and (b) predicting (i) overall survival of about 11 to 15 months when an expression product from two tested genes is detected in the patient sample; (ii) overall survival of about 15 to 18 months when an expression product from one tested genes is detected in the patient sample; or (iii) overall survival of about 36 to 42 months when no expression products of any of the tested genes is detected in the patient sample. (a) analyzing a blood sample from the patient for the presence or absence of an expression product of each of genes KLK3, KLK2, HOXB13, GHRL2 and FOXA1 in the blood sample, the expression product being RNA or cDNA; and (b) predicting (i) overall survival of about 11 to 15 months when an expression product from two tested genes is detected in the patient sample; (ii) overall survival of about 15 to 18 months when an expression product from one tested genes is detected in the patient sample; or (iii) overall survival of about 36 to 42 months when no expression products of any of the tested genes is detected in the patient sample. (i) overall survival of about 11 to 15 months when an expression product from two tested genes is detected in the patient sample; (ii) overall survival of about 15 to 18 months when an expression product from one tested genes is detected in the patient sample; or (iii) overall survival of about 36 to 42 months when no expression products of any of the tested genes is detected in the patient sample.
A method of determining a cancer classification in a biological sample from a subject, wherein the biological sample includes a mixture of cell-free DNA molecules including tumor DNA molecules and non-tumor DNA molecules, the method comprising: for each size range of a plurality of size ranges: measuring a first amount of methylated cell-free DNA molecules from the biological sample corresponding to the size range, and calculating, by a computer system, a methylation level using the first amount of methylated cell-free DNA molecules corresponding to the size range and a second amount of DNA molecules in a second size range that includes sizes not in the size range; obtaining a reference size pattern including a plurality of reference methylation levels for the plurality of size ranges, wherein the reference size pattern is determined from a plurality of reference samples from subjects with cancer or from subjects without cancer; comparing a plurality of the methylation levels to the reference size pattern; and determining a level of cancer based on the comparison. for each size range of a plurality of size ranges: measuring a first amount of methylated cell-free DNA molecules from the biological sample corresponding to the size range, and calculating, by a computer system, a methylation level using the first amount of methylated cell-free DNA molecules corresponding to the size range and a second amount of DNA molecules in a second size range that includes sizes not in the size range; measuring a first amount of methylated cell-free DNA molecules from the biological sample corresponding to the size range, and calculating, by a computer system, a methylation level using the first amount of methylated cell-free DNA molecules corresponding to the size range and a second amount of DNA molecules in a second size range that includes sizes not in the size range; obtaining a reference size pattern including a plurality of reference methylation levels for the plurality of size ranges, wherein the reference size pattern is determined from a plurality of reference samples from subjects with cancer or from subjects without cancer; comparing a plurality of the methylation levels to the reference size pattern; and determining a level of cancer based on the comparison.
An airbag device for a vehicle, the airbag device comprising: a curtain airbag which is inflated and deployed between an inner side of the vehicle and an occupant in the event of a vehicle crash; and an inflater configured to supply a gas to the curtain airbag, wherein the curtain airbag comprises an auxiliary chamber which is inflated and deployed at a position corresponding to a head region of the occupant when the occupant is reclined backward at a predetermined setting angle or more, wherein the curtain airbag further comprises a main chamber which is inflated and deployed toward a side of the occupant, wherein the auxiliary chamber is disposed on the side of the occupant riding on a front seat in the main chamber, and is connected to a rear end of a front seat protection area for protecting the occupant, and wherein the auxiliary chamber is inflated and deployed downward from the main chamber in the event of a vehicle crash, characterized in that the auxiliary chamber comprises an internal chamber provided inside a chamber wall, and an external chamber provided outside the chamber wall, and wherein the internal chamber and the external chamber are inflated and deployed with different thicknesses. a curtain airbag which is inflated and deployed between an inner side of the vehicle and an occupant in the event of a vehicle crash; and an inflater configured to supply a gas to the curtain airbag, wherein the curtain airbag comprises an auxiliary chamber which is inflated and deployed at a position corresponding to a head region of the occupant when the occupant is reclined backward at a predetermined setting angle or more, wherein the curtain airbag further comprises a main chamber which is inflated and deployed toward a side of the occupant, wherein the auxiliary chamber is disposed on the side of the occupant riding on a front seat in the main chamber, and is connected to a rear end of a front seat protection area for protecting the occupant, and wherein the auxiliary chamber is inflated and deployed downward from the main chamber in the event of a vehicle crash, characterized in that the auxiliary chamber comprises an internal chamber provided inside a chamber wall, and an external chamber provided outside the chamber wall, and wherein the internal chamber and the external chamber are inflated and deployed with different thicknesses.
An impingement cooled wall arrangement comprising an impingement sleeve and a wall exposed to a hot gas during operation, wherein the impingement sleeve is at least partly disposed in a plenum, and spaced at a distance from the wall to form a cooling flow path between the wall and the impingement sleeve such that compressed gas injected from the plenum through a first aperture in the cooling sleeve during operation impinges on the wall and flows as a cross flow towards an exit at a downstream end of the cooling flow path, a flow diverter is arranged in the cooling flow path downstream of the first aperture to divert the cross flow away from a second aperture wherein the flow diverter comprises a first leg extending along on one side of the second aperture in downstream direction of the cross flow and a second leg extending along on the other side of the second aperture in downstream direction of the cross flow and wherein no impingement cooling aperture (13, 14) is arranged in a first convective cooling section of the wall which is the wall section between the upstream end and downstream end of flow diverter outside the section shielded by the diverter, characterized in that the flow diverter extends from a location between the first aperture and the second aperture in downstream direction of the cross flow beyond the second aperture, wherein the cross section for the cross flow is reduced at a position in flow direction of the second aperture relative to the cross section of the cooling flow path upstream of the flow diverter.
Trailer coupling having a friction brake which comprises at least one friction plunger which can be applied laterally to a towing vehicle-side coupling element, a rotatable actuating means and a pitch mechanism having a curved pitch track for converting the rotary movement of the actuating means into an advancing movement of the friction plunger, characterized in that the pitch mechanism comprises a drive ring which is movably arranged on and along the longitudinal axis of the friction plunger and causes the friction plunger to advance.
Sliding door system having at least one movably mounted door panel and having an adjoining component, having a sealing device for sealing the door panel with respect to the adjoining component of the sliding door system, the sealing device having at least one movable sealing strip, and the sealing device having at least one first magnet which moves the sealing strip in a manner which is dependent on the position of the door panel, and the sealing device having at least one base profile, in or on which the first magnet is arranged, and the sealing device having at least one further magnet (15, 16) on the adjoining component of the sliding door system, the base profile being mounted such that it can be moved with respect to the door panel, characterized in that the sealing strip is mounted via at least one link element such that it can be moved with respect to the base profile, and the link element is of adjustable-length configuration.
Method of producing a foam particle part, comprising the following steps: - feeding of foam particles from a material container by means of a pipe to a filling injector, which is coupled to a mould, wherein the foam particles are conveyed in the pipe by means of a blowing gas, - thermoplastic welding of the foam particles in the mould to make a foam particle part with the input of heat, wherein steam is added to the foam particles to be fed, so as to humidify the same during their transport from the material container to the mould, during which steam is brought into the pipe by means of an injector nozzle and / or a propulsion nozzle located downstream the material container in the transport direction. - feeding of foam particles from a material container by means of a pipe to a filling injector, which is coupled to a mould, wherein the foam particles are conveyed in the pipe by means of a blowing gas, - thermoplastic welding of the foam particles in the mould to make a foam particle part with the input of heat,
A method for information transmission, characterized by, comprising: determining a predefined pattern for representing information, wherein the predefined pattern comprises a predefined sequence, and the information comprises Acknowledgement, ACK, or Negative Acknowledgement, NACK; and transmitting the predefined pattern representing the information on a preset time-frequency domain resource, wherein when the predefined pattern is the predefined sequence, the preset time-frequency domain resource comprises a preset time domain resource and a preset frequency domain resource; the preset time domain resource comprises a Transmission Time Interval, TTI, with a duration of K symbols, where K is greater than or equal to 1 and smaller than or equal to 7, and is a positive integer; and the preset frequency domain resource comprises M subcarriers, the M subcarriers being mapped as a comb structure in frequency domain, where a frequency domain offset number N is an integral multiple of 2, and M is an integral multiple of 12, wherein the frequency domain offset indicates an offset of an initial subcarrier index relative to a lowest index of corresponding resource blocks where the M subcarriers being mapped as the comb structure in the frequency domain, and the frequency domain offset number is a total number of the frequency domain offsets. determining a predefined pattern for representing information, wherein the predefined pattern comprises a predefined sequence, and the information comprises Acknowledgement, ACK, or Negative Acknowledgement, NACK; and transmitting the predefined pattern representing the information on a preset time-frequency domain resource, wherein when the predefined pattern is the predefined sequence, the preset time-frequency domain resource comprises a preset time domain resource and a preset frequency domain resource; the preset time domain resource comprises a Transmission Time Interval, TTI, with a duration of K symbols, where K is greater than or equal to 1 and smaller than or equal to 7, and is a positive integer; and the preset frequency domain resource comprises M subcarriers, the M subcarriers being mapped as a comb structure in frequency domain, where a frequency domain offset number N is an integral multiple of 2, and M is an integral multiple of 12, wherein the frequency domain offset indicates an offset of an initial subcarrier index relative to a lowest index of corresponding resource blocks where the M subcarriers being mapped as the comb structure in the frequency domain, and the frequency domain offset number is a total number of the frequency domain offsets.
A direct current circuit breaking device to be connected in series with a power line (18; 32, 34, 36, 38) and comprising: a branch comprising a number of series-connected current diverting modules, each current diverting module comprising a non-linear resistor (SA1, SA2, SA3, SA4) in parallel with a corresponding power switch (S1, S2, S3, S4), where the power switches together form a main breaker operable to be opened for diverting a current through the main breaker to the non-linear resistors (SA1, SA2, SA3, SA4), said power switches (S1, S2, S3, S4) being controllable, upon the circuit breaking device being set to interrupt a current through the power line caused by a fault in the power line, characterized in that, said power switches are to be blocked according to a sequential blocking scheme that defines a sequence of blocking instances at which power switches are to be blocked in order to commutate the fault current over to the non-linear resistors, wherein the blocking instances are separated by a blocking instance separation time set to allow a ringing amplitude of a ringing voltage to be damped to an acceptable level, where a voltage seen across the non-linear resistors is a superposition of a protection voltage of the non-linear resistors and the ringing voltage. a branch comprising a number of series-connected current diverting modules, each current diverting module comprising a non-linear resistor (SA1, SA2, SA3, SA4) in parallel with a corresponding power switch (S1, S2, S3, S4), where the power switches together form a main breaker operable to be opened for diverting a current through the main breaker to the non-linear resistors (SA1, SA2, SA3, SA4), said power switches (S1, S2, S3, S4) being controllable, upon the circuit breaking device being set to interrupt a current through the power line caused by a fault in the power line, characterized in that, said power switches are to be blocked according to a sequential blocking scheme that defines a sequence of blocking instances at which power switches are to be blocked in order to commutate the fault current over to the non-linear resistors, wherein the blocking instances are separated by a blocking instance separation time set to allow a ringing amplitude of a ringing voltage to be damped to an acceptable level, where a voltage seen across the non-linear resistors is a superposition of a protection voltage of the non-linear resistors and the ringing voltage.
An animal deterrence apparatus including a light source providing light in a wavelength range detectable by a target animal and a polariser, the apparatus configured to project polarised light over an area in which animals are to be deterred, characterized in that the polariser is a variable polarising element configured to vary the polarisation of the projected light over time.
A sensor for a capacitive determination of a filling level of a cartridge filled with a liquid substance, the sensor comprising: - a planar flexible foil adapted to be wrapped around an outer circumference of a tubular shaped barrel of the cartridge, the foil having at least a sensing zone and a communication zone, - at least a first electrode (61; 161; 161; 361) and at least a second electrode (62; 162; 262; 362) implemented as electrical capacity measurement electrodes located in the sensing zone, and being permanently and fixedly attached to the flexible foil, - a processor (50; 350) electrically connected with the at least first and second electrodes (61, 62; 161, 162; 261, 262; 361, 362), and - an antenna (51; 351) located in the communication zone and electrically connected with the processor (50; 350), wherein the sensing zone and the communication zone are non-overlapping sections of the planar flexible foil. - a planar flexible foil adapted to be wrapped around an outer circumference of a tubular shaped barrel of the cartridge, the foil having at least a sensing zone and a communication zone, - at least a first electrode (61; 161; 161; 361) and at least a second electrode (62; 162; 262; 362) implemented as electrical capacity measurement electrodes located in the sensing zone, and being permanently and fixedly attached to the flexible foil, - a processor (50; 350) electrically connected with the at least first and second electrodes (61, 62; 161, 162; 261, 262; 361, 362), and - an antenna (51; 351) located in the communication zone and electrically connected with the processor (50; 350), wherein the sensing zone and the communication zone are non-overlapping sections of the planar flexible foil.