mhurhangee/ep-ind-claims huggingface dataset:
A method of determining physical uplink control channel, PUCCH, transmit power in a time division duplex, TDD, carrier aggregation, CA, system, the method comprising: determining acknowledgement feedback bits in response to received transport blocks, TBs, within a bundling window for each of downlink, DL, cells; determining a number of acknowledgement information bits n HARQ for determining the PUCCH transmit power based on a sum of a number of the received TBs in the bundling window for each of the DL cells and a sum of a product of a number of missed downlink scheduling assignments and a maximum number of TBs for each of the DL cells, wherein the number of missed downlink scheduling assignments for a cell c is derived from a difference between V_dl_dai_c and U_dai_c, and the maximum number of TBs corresponds to a respective configured physical downlink shared channel, PDSCH, transmission mode, TM for the cell c; determining the PUCCH transmit power by identifying a minimum value between a maximum UE transmission power and a transmission power based on a monotonically increasing function of the n HARQ; and transmitting the acknowledgement feedback bits on a PUCCH using the PUCCH transmit power, wherein the V_dl_dai_c is a downlink assignment index, DAI, value included in the last downlink scheduling assignment detected within the bundling window in the cell c, and U_dai_c is a total number of downlink scheduling assignments detected within the bundling window in the cell c. determining acknowledgement feedback bits in response to received transport blocks, TBs, within a bundling window for each of downlink, DL, cells; determining a number of acknowledgement information bits n HARQ for determining the PUCCH transmit power based on a sum of a number of the received TBs in the bundling window for each of the DL cells and a sum of a product of a number of missed downlink scheduling assignments and a maximum number of TBs for each of the DL cells, wherein the number of missed downlink scheduling assignments for a cell c is derived from a difference between V_dl_dai_c and U_dai_c, and the maximum number of TBs corresponds to a respective configured physical downlink shared channel, PDSCH, transmission mode, TM for the cell c; determining the PUCCH transmit power by identifying a minimum value between a maximum UE transmission power and a transmission power based on a monotonically increasing function of the n HARQ; and transmitting the acknowledgement feedback bits on a PUCCH using the PUCCH transmit power, wherein the V_dl_dai_c is a downlink assignment index, DAI, value included in the last downlink scheduling assignment detected within the bundling window in the cell c, and U_dai_c is a total number of downlink scheduling assignments detected within the bundling window in the cell c.
Lining hose consisting of a resin-saturated curable fibre material, curable after insertion and expansion within a channel from the inside through irradiation with electromagnetic radiation and/or heat, and comprising a means for inspecting the complete curing of the fibre material, characterised in that the means comprises a first and a second electrical conductor (12a, 12b), extending substantially parallel with each other across the length of the lining hose, between which a strip-shaped section consisting of reaction resin (14a, 14b) is located, which has higher electrical conductivity in a liquid condition of the resin than in a cured condition of the same.
A method for controlling the operation of an exhaust aftertreatment system, EATS in a vehicle, the EATS comprising a fluid channel for providing a fluid pathway for the exhaust gases, a main SCR catalyst and a pre-SCR catalyst arranged in the fluid channel, the pre-SCR catalyst being arranged upstream the main SCR catalyst, a pre-injector arranged upstream the pre-SCR catalyst for providing reductant to the pre-SCR catalyst, a bypass channel fluidly connected to the fluid channel and arranged to bypass the pre-SCR-catalyst and the pre-injector, and a valve configured to control a split of exhaust gases between the pre-SCR catalyst and the bypass channel, the method comprising: - determining the amount of ammonia stored in the pre-SCR catalyst; - determining the temperature of the main SCR catalyst; - in response of determining that the ammonia storage in the pre-SCR catalyst is below an ammonia storage threshold and that the temperature of the main SCR catalyst is above a temperature threshold, injecting reductant by the pre-injector and controlling the valve to allow a flow of exhaust gases to the pre-SCR catalyst sufficient for transporting the injected reductant to the pre-SCR catalyst for increasing the ammonia storage such that the split of exhaust gases between the pre-SCR catalyst and the bypass channel is between 1:3 to 1:20. - determining the amount of ammonia stored in the pre-SCR catalyst; - determining the temperature of the main SCR catalyst; - in response of determining that the ammonia storage in the pre-SCR catalyst is below an ammonia storage threshold and that the temperature of the main SCR catalyst is above a temperature threshold, injecting reductant by the pre-injector and controlling the valve to allow a flow of exhaust gases to the pre-SCR catalyst sufficient for transporting the injected reductant to the pre-SCR catalyst for increasing the ammonia storage such that the split of exhaust gases between the pre-SCR catalyst and the bypass channel is between 1:3 to 1:20.
A digital broadcasting receiver comprising: an A/D converter for converting received analog signals to a digital signal data stream; an Orthogonal Frequency Division Multiplexing, OFDM, demodulator for producing a set of complex I and Q components of subcarriers from the digital signal data stream, wherein the set of complex I and Q components is formed using a Fourier transform on the digital signal data stream; a CSI estimator for estimating Channel State Information, CSI, from the set of complex I and Q components, wherein the CSI is indicative of reliability for each subcarrier in an OFDM symbol; and a TPS decoder for decoding Transmission Parameter Signaling, TPS, data from the set of complex I and Q components by multiplying the I component of each subcarrier that carries the TPS data with the CSI corresponding to the subcarrier. an A/D converter for converting received analog signals to a digital signal data stream; an Orthogonal Frequency Division Multiplexing, OFDM, demodulator for producing a set of complex I and Q components of subcarriers from the digital signal data stream, wherein the set of complex I and Q components is formed using a Fourier transform on the digital signal data stream; a CSI estimator for estimating Channel State Information, CSI, from the set of complex I and Q components, wherein the CSI is indicative of reliability for each subcarrier in an OFDM symbol; and a TPS decoder for decoding Transmission Parameter Signaling, TPS, data from the set of complex I and Q components by multiplying the I component of each subcarrier that carries the TPS data with the CSI corresponding to the subcarrier.
A polymer characterized by containing a repeating unit represented by chemical formula 1, wherein the energy difference between the singlet energy level and the triplet energy level of the structural unit E, i.e. (S1 -T1), is less than or equal to 0.35 eV.
A flow-regulating luminal endoprosthesis comprising at least one first section and one second section, with each one of the sections comprising a braided meshing, wherein at an end of the endoprosthesis, one of the sections is turned over with respect to the other section in such a way as to form an endoprosthesis comprising two substantially coaxial sections (31, 32) and a turned over part joining the two sections (31, 32) said turned over part comprising a braided meshing and being located at an end of the endoprosthesis, said first and second braided meshing being superimposed and separated, said endoprosthesis being characterised in that the said first section comprising the first braided meshing and the second said section comprising the second braided meshing (31,32) are separated by 0.5 mm to 4 mm.
A device for driving at least one wheel for an aircraft landing gear, this device comprising: - at least one landing gear wheel, this wheel comprising a rim having an axis of rotation, - an electric motor comprising a shaft, - a mechanical transmission system for mechanical transmission between the shaft of the motor and the rim, this mechanical transmission system comprising a mechanical reduction gear, wherein the mechanical reduction gear comprises: - a sun gear secured in rotation to the shaft of the motor, this sun gear being centred on the axis and comprising an external toothing, - a stationary ring gear centred on the axis and which comprises an internal toothing, this stationary ring gear being configured to be secured to a stator of the device, - a movable ring gear centred on the axis and that comprises an internal toothing, this movable ring gear being secured in rotation to the rim, and - planet gears which are meshed with the sun gear, the planet gears being carried by a planet carrier which is mobile in rotation about the axis, each of the planet gears comprising two external toothing (34a, 54a) meshed respectively with the toothing (38d, 56a) of the stationary and movable ring gears. - at least one landing gear wheel, this wheel comprising a rim having an axis of rotation, - an electric motor comprising a shaft, - a mechanical transmission system for mechanical transmission between the shaft of the motor and the rim, this mechanical transmission system comprising a mechanical reduction gear, - a sun gear secured in rotation to the shaft of the motor, this sun gear being centred on the axis and comprising an external toothing, - a stationary ring gear centred on the axis and which comprises an internal toothing, this stationary ring gear being configured to be secured to a stator of the device, - a movable ring gear centred on the axis and that comprises an internal toothing, this movable ring gear being secured in rotation to the rim, and - planet gears which are meshed with the sun gear, the planet gears being carried by a planet carrier which is mobile in rotation about the axis, each of the planet gears comprising two external toothing (34a, 54a) meshed respectively with the toothing (38d, 56a) of the stationary and movable ring gears.
A method in a base station of a mobile telecommunication network for allocating and de-allocating uplink base station processing resources to a mobile terminal, wherein the mobile terminal and the base station are adapted to communicate on an uplink channel supporting macro-diversity, and the base station is a non-serving base-station without control of the transmission resource allocation to the mobile-terminal, the method comprising the following steps: - predicting the bit rate of a future transmission, - predicting a likelihood of successful decoding of a future transmission, and - allocating or de-allocating processing resources for the mobile terminal based on said predictions. - predicting the bit rate of a future transmission, - predicting a likelihood of successful decoding of a future transmission, and - allocating or de-allocating processing resources for the mobile terminal based on said predictions.
A composition comprising an adeno-associated virus vector (AAV vector) having a serotype 1 capsid and encoding an acid sphingomyelinase, for use in a method of treating Niemann Pick A disease in a mammal, wherein the method comprises administering the composition to the deep cerebellar nuclei of the central nervous system of the mammal, such that the vector is contacted with an axonal ending, wherein the vector transduces a cell located at a distal site in the central nervous system, and wherein the encoded acid sphingomyelinase is translated.
A method for CC bond formation using organolithium compounds under continuous flow conditions in a micro or mesoreactor system, characterized in that an organic substrate is reacted in the presence of a donor solvent with an alkyl lithium compound to form a Li intermediate, which can be reacted in situ or subsequently in a second reaction step with an electrophile to form an organic secondary product, the organolithium compound RLi being used as a solution in a hydrocarbon or hydrocarbon mixture, and the RLi concentration being at least 3 M, preferably at least 4 M.
A device for treating a liquid comprising a solvent and a solute, and separating the solvent and solute, the device comprising a continuous flow treatment chamber including: (a) one or more drying zones (101,102); (b) one or more return zones (103,104) to circulate heating fluid continuously through drying zone(s) (101,102) and return zone(s) (103,104) sequentially, the heating fluid including a fluid which contains the same molecules as the solvent; (c) a heating fluid inlet(s) in at least one of the return zones (103,104) for the introduction of the heating fluid; (d) a circulating fan to circulate the heating fluid; (e) a liquid inlet(s) in the drying zone(s) (101,102) including nozzles through which liquid to be treated is introduced in misted form into the zones (101,102); (f) a solute collector(s) located in the drying zone(s) (101,102) downstream of the liquid inlet(s) and that collects the droplets of said liquid in misted form; wherein the introduced liquid is heated by direct interaction with the heating fluid and wherein the solute collector(s) is a mist eliminator, and wherein at least one of the drying zones (101,102) include at least two drying cells, each drying cell having: (i) a liquid inlet(s) including nozzles though which liquid to be treated is introduced in misted form into the drying cell; (ii) a solute collector(s) located in the drying cell downstream of the liquid inlet(s); and (iii) a drying cell inlet for heating fluid. (a) one or more drying zones (101,102); (b) one or more return zones (103,104) to circulate heating fluid continuously through drying zone(s) (101,102) and return zone(s) (103,104) sequentially, the heating fluid including a fluid which contains the same molecules as the solvent; (c) a heating fluid inlet(s) in at least one of the return zones (103,104) for the introduction of the heating fluid; (d) a circulating fan to circulate the heating fluid; (e) a liquid inlet(s) in the drying zone(s) (101,102) including nozzles through which liquid to be treated is introduced in misted form into the zones (101,102); (f) a solute collector(s) located in the drying zone(s) (101,102) downstream of the liquid inlet(s) and that collects the droplets of said liquid in misted form; (i) a liquid inlet(s) including nozzles though which liquid to be treated is introduced in misted form into the drying cell; (ii) a solute collector(s) located in the drying cell downstream of the liquid inlet(s); and (iii) a drying cell inlet for heating fluid.
Endo-tracheal catheter for use in an anesthetic procedure, comprising: - a catheter tube, the catheter tube having a tubular wall defining an inner lumen for guiding a gaseous flow, and - a connection piece which defines a chamber being in fluid connection with the catheter tube and comprising a port for connecting a detection device to the endo-tracheal catheter for detecting at least one substance in the gaseous flow flowing through the catheter tube, an insert tube received in the inner lumen of the catheter tube for guiding the gaseous flow through the catheter tube and/or a coating covering the tubular wall at a side facing the inner lumen for guiding the gaseous flow through the catheter tube, characterized by the insert tube and/or the coating extending through the inner lumen from a first end of the catheter tube connected to the connection piece to a second, far end of the catheter tube to be inserted into the trachea of a patient, and whereas the insert tube and/or the coating are made from a material providing for a reduced adhesion of said substance to be detected by said detection device as compared to the tubular wall of the catheter tube, whereas the substance is an anesthetic agent. - a catheter tube, the catheter tube having a tubular wall defining an inner lumen for guiding a gaseous flow, and - a connection piece which defines a chamber being in fluid connection with the catheter tube and comprising a port for connecting a detection device to the endo-tracheal catheter for detecting at least one substance in the gaseous flow flowing through the catheter tube, an insert tube received in the inner lumen of the catheter tube for guiding the gaseous flow through the catheter tube and/or a coating covering the tubular wall at a side facing the inner lumen for guiding the gaseous flow through the catheter tube, characterized by the insert tube and/or the coating extending through the inner lumen from a first end of the catheter tube connected to the connection piece to a second, far end of the catheter tube to be inserted into the trachea of a patient, and whereas the insert tube and/or the coating are made from a material providing for a reduced adhesion of said substance to be detected by said detection device as compared to the tubular wall of the catheter tube, whereas the substance is an anesthetic agent.
A carton for holding a plurality of containers, the carton comprising: a plurality of panels (15, 17, 21, 25) that extends at least partially around an interior of the carton, the plurality of panels comprises a top panel and a side panel; and an insert comprising a central panel and a crown retention panel foldably connected to the central panel, an attachment flap being foldably connected to the crown retention panel; wherein the top panel at least partially overlaps the central panel, at least a portion of the crown retention panel is spaced apart from the side panel in the interior of the carton, and at least a portion of the attachment flap is at least partially in face-to-face contact with the side panel, characterized in that the attachment flap comprises a proximal portion foldably connected to the crown retention panel along a first lateral fold line and a distal portion foldably connected to the proximal portion along a second lateral fold line, and the first lateral fold line is spaced apart from an outer edge of the crown retention panel. a plurality of panels (15, 17, 21, 25) that extends at least partially around an interior of the carton, the plurality of panels comprises a top panel and a side panel; and an insert comprising a central panel and a crown retention panel foldably connected to the central panel, an attachment flap being foldably connected to the crown retention panel; wherein the top panel at least partially overlaps the central panel, at least a portion of the crown retention panel is spaced apart from the side panel in the interior of the carton, and at least a portion of the attachment flap is at least partially in face-to-face contact with the side panel, characterized in that the attachment flap comprises a proximal portion foldably connected to the crown retention panel along a first lateral fold line and a distal portion foldably connected to the proximal portion along a second lateral fold line, and the first lateral fold line is spaced apart from an outer edge of the crown retention panel.
A microscope drape coupling system, comprising: a coupling member configured to be placed around and to couple to an objective lens barrel of a microscope, wherein said objective lens barrel extends into a radial and into a longitudinal direction; and a lens housing coupled to the coupling member, the lens housing having a transparent protective lens disposed within the lens housing, the transparent protective lens positioned such that a geometric normal of the transparent protective lens forms an angle with respect to an optical axis of an objective lens housed within the objective lens barrel when the housing is coupled to the objective lens barrel; characterised by a fitting disposed between the coupling member and the lens housing in the radial and the longitudinal direction, the fitting frictioanally retained by the coupling member such that the rotation of the fitting relative to the coupling member is prevented, the fitting is further configured to reduce friction between the lens housing and the flexible coupling member and thereby enable rotation of the lens housing with respect to the coupling member. a coupling member configured to be placed around and to couple to an objective lens barrel of a microscope, wherein said objective lens barrel extends into a radial and into a longitudinal direction; and a lens housing coupled to the coupling member, the lens housing having a transparent protective lens disposed within the lens housing, the transparent protective lens positioned such that a geometric normal of the transparent protective lens forms an angle with respect to an optical axis of an objective lens housed within the objective lens barrel when the housing is coupled to the objective lens barrel; characterised by a fitting disposed between the coupling member and the lens housing in the radial and the longitudinal direction, the fitting frictioanally retained by the coupling member such that the rotation of the fitting relative to the coupling member is prevented, the fitting is further configured to reduce friction between the lens housing and the flexible coupling member and thereby enable rotation of the lens housing with respect to the coupling member.
An electrolytic capacitor obtained by impregnating a capacitor element with electrolyte solution, wherein the capacitor element is formed by winding an anode electrode foil and a cathode electrode foil, which are connected to an anode tab and to a cathode tab, respectively, together with intervening a separator, housing the capacitor element in a cylindrical outer case with a bottom, and sealing an open end of the outer case by a sealing member, characterized in that an electrolyte solution containing aluminum tetrafluoride salt is used as the electrolyte solution and an etched aluminium foil is used for the cathode electrode foil, the cathode electrode foil is provided with a coating of 0.02 - 0.1 μm thickness which is made of a metal nitride selected from the group consisting of titanium nitride, zirconium nitride, tantalum nitride and niobium nitride or a metal selected from the group consisting of titanium, zirconium, tantalum and niobium formed on the whole surface or a part of the cathode electrode foil and the cathode tab is made of aluminium of 99% purity.