mhurhangee/ep-ind-claims huggingface dataset:
A method performed at a transmitter comprising: partitioning a plurality of bits into K bit streams; obtaining K power scaled symbol streams by, for each one of k = 1,... K: encoding a k th bit stream of the K bit streams using a respective forward error correction encoder to obtain a k th encoded bit stream, mapping the k th encoded bit stream to respective symbols to obtain a k th symbol stream, and applying a respective power factor to the k th symbol stream to obtain a k th power scaled symbol stream; combining the K power scaled symbol streams, by means of a sequential switching, to obtain a stream of transmission symbols; and transmitting the stream of transmission symbols using Faster-than-Nyquist signaling, wherein at least one of the bit streams has a power factor applied that is different to a power factor applied to another bit stream, characterized in that the respective power factor to the k th symbol stream satisfies the relationship P k ≥ ρ σ 2 + ∑ i = 1 k − 1 ∑ m = − ∞ m = ∞ g mK + i 2 P k − i g 0 2 1 + ρ − ρ ∑ m = − ∞ m = ∞ g mK 2 where P k is the respective power factor of the k th symbol stream, ρ is a signal-to-interference-plus-noise ratio at which an error control code achieves error-free performance, σ 2 is noise variance of a channel, and g n = ∫ − ∞ ∞ h t h t − nτT dt, where τ is a time acceleration factor of the FTN signaling, h ( t) is a transmit pulse, and T is a duration of the transmit pulse. partitioning a plurality of bits into K bit streams; obtaining K power scaled symbol streams by, for each one of k = 1,... K: encoding a k th bit stream of the K bit streams using a respective forward error correction encoder to obtain a k th encoded bit stream, mapping the k th encoded bit stream to respective symbols to obtain a k th symbol stream, and applying a respective power factor to the k th symbol stream to obtain a k th power scaled symbol stream; combining the K power scaled symbol streams, by means of a sequential switching, to obtain a stream of transmission symbols; and transmitting the stream of transmission symbols using Faster-than-Nyquist signaling, wherein at least one of the bit streams has a power factor applied that is different to a power factor applied to another bit stream, characterized in that the respective power factor to the k th symbol stream satisfies the relationship P k ≥ ρ σ 2 + ∑ i = 1 k − 1 ∑ m = − ∞ m = ∞ g mK + i 2 P k − i g 0 2 1 + ρ − ρ ∑ m = − ∞ m = ∞ g mK 2 where P k is the respective power factor of the k th symbol stream, ρ is a signal-to-interference-plus-noise ratio at which an error control code achieves error-free performance, σ 2 is noise variance of a channel, and g n = ∫ − ∞ ∞ h t h t − nτT dt, where τ is a time acceleration factor of the FTN signaling, h ( t) is a transmit pulse, and T is a duration of the transmit pulse.
A power controller arranged to control transmission power of at least one mobile communication terminal (10, 10a, 10b, 11a) of a cell (4a, 4b) of a mobile communication network, the power controller comprising: a candidate maximum signal to interference ratio, SIR, calculator, arranged to calculate a candidate maximum SIR based on a current headroom value, the headroom value being an indicator of how much the transmission power of the at least one mobile communication terminal is allowed to increase in the cell (4a, 4b) and also taking into account an orthogonality factor, the orthogonality factor indicating distinguishability of a mobile communication terminal; and a SIR determiner arranged to determine a maximum SIR for the at least one mobile communication terminal based on the candidate maximum SIR. a candidate maximum signal to interference ratio, SIR, calculator, arranged to calculate a candidate maximum SIR based on a current headroom value, the headroom value being an indicator of how much the transmission power of the at least one mobile communication terminal is allowed to increase in the cell (4a, 4b) and also taking into account an orthogonality factor, the orthogonality factor indicating distinguishability of a mobile communication terminal; and a SIR determiner arranged to determine a maximum SIR for the at least one mobile communication terminal based on the candidate maximum SIR.
Method of operating a portable electronic device enclosed in a housing with an integrated chemical sensor (12,21) linked to a chemical sensor processing unit (211,23,25)and being sensitive to the concentration of a component in a sample of air and having an operating system providing instructions for the control of the portable device, wherein the chemical processing unit uses under operating conditions a first set of instructions and a second set of instructions stored within the portable device, wherein the first set of instructions is part of the operating system level (30,34,36) of instructions and the second set of instructions is part of a user level of instructions with the second set of instructions being linked to the operating system via an interface and wherein the second set of instructions is communicated to the portable device from a remote computing system based on access to measurements and/or operating conditions of the chemical sensor (12, 21).
A solar light/heat absorption/control building component comprising a plate-like body provided with a hollow portion between a transparent upper face and a lower face thereof, and a solar light/heat absorption material being filled in the hollow portion, said solar light /heat absorption material containing carbon particles, which have L*value of 30 or less as determined by CIE-Lab color system namely, light source D65, dispersed into a liquid medium having a specific heat ranging from 0.4 to 1.4 cal/g/°C and a melting point of 5 °C or lower, characterized in that said upper face and said lower face both transmitting light, and in said particles comprise carbonized materials of biomass.
Device for changing a sheet pile in a sheet feeder for a sheet treating machine, comprising a main pile supporting unit with a main pile actuating unit for lifting and lowering the main pile supporting unit, wherein the main pile supporting unit comprises a supporting surface adapted to support a pallet carrying a sheet pile, further comprising a residual pile supporting unit with a residual pile actuating unit for lifting and lowering the residual pile supporting unit, wherein the residual pile supporting unit comprises a plurality of residual pile bars extending substantially parallel to each other and being substantially parallel to the supporting surface, wherein the residual pile bars are coupled to a bar actuating unit adapted to move the residual pile bars into a sheet pile region and retract the residual pile bars from the sheet pile region, wherein the residual pile bars are arranged in the residual pile supporting unit in a rake-like manner such that they can be positioned in respective slots of a pallet being supported on the main pile supporting unit when the residual pile bars are in the sheet pile region, characterized in that each of the residual pile bars is movable within a predefined range of movement in a direction substantially orthogonal to the supporting surface, wherein the residual pile bars are movable independently from each other. comprising a main pile supporting unit with a main pile actuating unit for lifting and lowering the main pile supporting unit, wherein the main pile supporting unit comprises a supporting surface adapted to support a pallet carrying a sheet pile, further comprising a residual pile supporting unit with a residual pile actuating unit for lifting and lowering the residual pile supporting unit, wherein the residual pile supporting unit comprises a plurality of residual pile bars extending substantially parallel to each other and being substantially parallel to the supporting surface, wherein the residual pile bars are coupled to a bar actuating unit adapted to move the residual pile bars into a sheet pile region and retract the residual pile bars from the sheet pile region, wherein the residual pile bars are arranged in the residual pile supporting unit in a rake-like manner such that they can be positioned in respective slots of a pallet being supported on the main pile supporting unit when the residual pile bars are in the sheet pile region, characterized in that each of the residual pile bars is movable within a predefined range of movement in a direction substantially orthogonal to the supporting surface, wherein the residual pile bars are movable independently from each other.
A catalyst particle-holding structure used for production of carbon nanotubes, comprising: catalyst particles containing Fe; and a catalyst particle forming layer made of an alloy containing Al and Si, the catalyst particles being held by the catalyst particle forming layer so that a portion of each of the catalyst particles is embedded in the catalyst particle forming layer while the other portion of each of the catalyst particles is exposed from the surface of the catalyst particle forming layer, wherein the catalyst particle forming layer contains the Al and the Si at an atomic ratio of 1: 1 to 1: 9.
A method for operating a wind turbine, wherein - an inflow power to the wind turbine is determined, wherein the inflow power is representing a power available in an incoming wind, - a pitch angle (354, 384) of at least one rotor blade of the wind turbine is derived based on the inflow power, - the inflow power is determined based on a rotor acceleration of the wind turbine. - an inflow power to the wind turbine is determined, wherein the inflow power is representing a power available in an incoming wind, - a pitch angle (354, 384) of at least one rotor blade of the wind turbine is derived based on the inflow power, - the inflow power is determined based on a rotor acceleration of the wind turbine.
A self-propelled agricultural working machine with a working unit which has a working width transverse to a direction of travel of the working machine and is intended, during the travel of the working machine, to process a strip (12, 13, 18) of an agriculturally usable area the width of which corresponds to the working width, with a sensor assembly for detecting an edge (11, 15) between, on the one hand, a strip of the usable area which has already been processed or an area which is not to be processed, and on the other hand, an unprocessed portion of the usable area, and with an assistance system for defining a travel route (10, 16) for the working machine with the aid of the detected edge (11, 15), characterized in that the assistance system is configured to detect, by means of the sensor assembly, whether the width of the unprocessed portion is smaller than the working width and, if this is the case, to define the travel route in a manner such that during navigation of the travel route, the working unit projects over the unprocessed portion on two sides.
A pharmaceutical composition comprising a lithium cocrystal composition or a solvate or hydrate thereof, the lithium cocrystal composition comprising a lithium salt and a neutral organic molecule in a stoichiometric ratio.
A therapeutic fluid dispensing device to deliver a therapeutic fluid into a body of a patient, the device comprising: a controller to control one or more of fluid delivery operations and notification operations; at least one auditory notifier to produce one or more acoustic signals in response to application of one or more activation signals by the controller; a plurality of electrical contacts (182,182') coupled to the at least one auditory notifier to enable the application of the one or more activation signals to the at least one auditory notifier; and at least one housing retaining the at least one auditory notifier therein, wherein the at least one housing being structured to resonate at least one of the one or more acoustic signals produced by the at least one auditory notifier in response to application of at least one of the one or more activation signals; characterized in that the controller is configured to: apply one or more signals to the at least one auditory notifier; and determine at least one resonant frequency of the at least one auditory notifier based on at least one acoustic signal resulting from applying the one or more signals to the at least one auditory notifier. a controller to control one or more of fluid delivery operations and notification operations; at least one auditory notifier to produce one or more acoustic signals in response to application of one or more activation signals by the controller; a plurality of electrical contacts (182,182') coupled to the at least one auditory notifier to enable the application of the one or more activation signals to the at least one auditory notifier; and at least one housing retaining the at least one auditory notifier therein, wherein the at least one housing being structured to resonate at least one of the one or more acoustic signals produced by the at least one auditory notifier in response to application of at least one of the one or more activation signals; characterized in that the controller is configured to: apply one or more signals to the at least one auditory notifier; and determine at least one resonant frequency of the at least one auditory notifier based on at least one acoustic signal resulting from applying the one or more signals to the at least one auditory notifier. apply one or more signals to the at least one auditory notifier; and determine at least one resonant frequency of the at least one auditory notifier based on at least one acoustic signal resulting from applying the one or more signals to the at least one auditory notifier.
A computer-implemented method for converging mediated reality positioning from a mediated reality device and geographic positioning data from a geographic receiver, the method comprising: receiving three or more mediated reality coordinate points each associated with a different temporal point in time, indicative of when it has been collected; receiving three or more geographic coordinate points each associated with a timestamp indicative of when it has been collected; for each of the geographic coordinate points, determining which of the mediated reality coordinate points is nearest in time and associating the geographic coordinate point with such mediated reality coordinate point; determining a geographic trend line from the geographic coordinate points; determining a mediated reality trend line from the mediated reality coordinate points; determining a correction angle as an angle between the geographic trend line and the mediated reality trend line; and outputting the correction angle. receiving three or more mediated reality coordinate points each associated with a different temporal point in time, indicative of when it has been collected; receiving three or more geographic coordinate points each associated with a timestamp indicative of when it has been collected; for each of the geographic coordinate points, determining which of the mediated reality coordinate points is nearest in time and associating the geographic coordinate point with such mediated reality coordinate point; determining a geographic trend line from the geographic coordinate points; determining a mediated reality trend line from the mediated reality coordinate points; determining a correction angle as an angle between the geographic trend line and the mediated reality trend line; and outputting the correction angle.
An RNA probe comprising the following sequences: (i) a complementary strand sequence to a DNA barcode sequence, (ii) a sequence of a first stem portion, (iii) a sequence of a second stem portion, which is complementary to the first stem portion for hybridizing with the first stem portion to form a double-stranded stem, and (iv) a sequence of a loop portion for linking the first and second stem portions wherein, the RNA probe is labeled. (i) a complementary strand sequence to a DNA barcode sequence, (ii) a sequence of a first stem portion, (iii) a sequence of a second stem portion, which is complementary to the first stem portion for hybridizing with the first stem portion to form a double-stranded stem, and (iv) a sequence of a loop portion for linking the first and second stem portions wherein, the RNA probe is labeled.
A cardiac replacement valve for use within a human body comprising: a valve component; a stent component (100, 800) comprising a first section, a second section for housing the valve component, and a third section; wherein the third section comprises at least one attachment element (808, 814) configured for removable attachment to a delivery device; wherein the at least one attachment element (808, 814) comprises a circular or ovular geometric opening configured for removable attachment to a complimentary element of the delivery device, and wherein the at least one attachment element (808, 814) projects at least partially inwardly toward a center axis of the stent component (100, 800).. a valve component; a stent component (100, 800) comprising a first section, a second section for housing the valve component, and a third section; wherein the third section comprises at least one attachment element (808, 814) configured for removable attachment to a delivery device; wherein the at least one attachment element (808, 814) comprises a circular or ovular geometric opening configured for removable attachment to a complimentary element of the delivery device, and wherein the at least one attachment element (808, 814) projects at least partially inwardly toward a center axis of the stent component (100, 800)..
An oral composition comprising: an orally acceptable vehicle, an effective therapeutic amount of an antibacterial compound consisting of a halogenated diphenyl ether, wherein the halogenated diphenyl ether is 2,4,4'trichloro-2'-hydroxy-diphenyl ether; a mixture of an anionic surfactant and a sodium cocoyl alkyl isethionate, wherein the anionic surfactant is sodium lauryl ethoxylated sulfate and wherein the sodium cocoyl alkyl isethionate is sodium cocoyl methyl isethionate, the mixture having 0.1 wt% to 2.0 wt% anionic surfactant based on the weight of the composition and 0.8 wt% to 2.0 wt% sodium cocoyl alkyl isethionate based on the weight of the composition, and a potassium ion releasable compound. an orally acceptable vehicle, an effective therapeutic amount of an antibacterial compound consisting of a halogenated diphenyl ether, wherein the halogenated diphenyl ether is 2,4,4'trichloro-2'-hydroxy-diphenyl ether; a mixture of an anionic surfactant and a sodium cocoyl alkyl isethionate, wherein the anionic surfactant is sodium lauryl ethoxylated sulfate and wherein the sodium cocoyl alkyl isethionate is sodium cocoyl methyl isethionate, the mixture having 0.1 wt% to 2.0 wt% anionic surfactant based on the weight of the composition and 0.8 wt% to 2.0 wt% sodium cocoyl alkyl isethionate based on the weight of the composition, and a potassium ion releasable compound.
Peptides of general formula: L 1 -X 1 -X 2 -X 3 -X 4, wherein: L 1 is H, or acyl, or an optionally N-acylated and/or N-alkylated and/or Cα-alkylated amino acid selected from Glu, Gln, Pro, hydroxy-Pro, Azt, Pip, pGlu, Aib, Ac4c, Ac5c, Ac6c; X 1 and X 3, which can be the same or different, are an optionally N-alkylated and/or Cα-alkylated basic amino acid, selected from Arg, Orn and optionally guanidylated Lys, and phenylalanines substituted at the meta or para positions with an amino or guanidino group; X 2 is an optionally N-alkylated amino acid, selected from Glu, Lys, α-methyl-leucine, α-methyl-valine, α-methyl-glutamic acid, Aib, Ac4c, Ac5c, Ac6c; X 4 is a hydrophobic amino acid which is amidated or non-amidated at the C-terminal end and optionally Cα-alkylated, selected from Phe, h-Phe, Tyr, Trp, 1-Nal, 2-Nal, h-1-Nal, h-2-Nal, Cha, Chg, Phg; and salts thereof for use in therapy in combination with an insulin for the treatment of diabetes related ocular pathologies. L 1 is H, or acyl, or an optionally N-acylated and/or N-alkylated and/or Cα-alkylated amino acid selected from Glu, Gln, Pro, hydroxy-Pro, Azt, Pip, pGlu, Aib, Ac4c, Ac5c, Ac6c; X 1 and X 3, which can be the same or different, are an optionally N-alkylated and/or Cα-alkylated basic amino acid, selected from Arg, Orn and optionally guanidylated Lys, and phenylalanines substituted at the meta or para positions with an amino or guanidino group; X 2 is an optionally N-alkylated amino acid, selected from Glu, Lys, α-methyl-leucine, α-methyl-valine, α-methyl-glutamic acid, Aib, Ac4c, Ac5c, Ac6c; X 4 is a hydrophobic amino acid which is amidated or non-amidated at the C-terminal end and optionally Cα-alkylated, selected from Phe, h-Phe, Tyr, Trp, 1-Nal, 2-Nal, h-1-Nal, h-2-Nal, Cha, Chg, Phg; and salts thereof for use in therapy in combination with an insulin for the treatment of diabetes related ocular pathologies.
A medical dressing for placement at the site of entry of percutaneous devices into the skin comprising: a hydrogel having an upper surface and a lower surface; a film covering the upper surface of the hydrogel; a support film with an adhesive included at a lower surface of the hydrogel, wherein the support film surrounds the hydrogel but does not entirely cover the hydrogel; a base sheet releasably covering the lower surface of the hydrogel and the adhesive of the support film; a slit in the film and hydrogel from the upper surface to the lower surface of the hydrogel, wherein the slit extends into the hydrogel from a perimeter of the hydrogel; wherein the base sheet includes a fold and extends beyond the hydrogel to form a tab that extends beyond the perimeter of the hydrogel, film and support film; wherein the base sheet includes a through cut coinciding with the slit; and wherein the film includes an adhesive that surrounds but does not cover the hydrogel and the film includes adhesive-free extensions that extend outward from each of the sides of the slit. a hydrogel having an upper surface and a lower surface; a film covering the upper surface of the hydrogel; a support film with an adhesive included at a lower surface of the hydrogel, wherein the support film surrounds the hydrogel but does not entirely cover the hydrogel; a base sheet releasably covering the lower surface of the hydrogel and the adhesive of the support film; a slit in the film and hydrogel from the upper surface to the lower surface of the hydrogel, wherein the slit extends into the hydrogel from a perimeter of the hydrogel; wherein the base sheet includes a fold and extends beyond the hydrogel to form a tab that extends beyond the perimeter of the hydrogel, film and support film; wherein the base sheet includes a through cut coinciding with the slit; and wherein the film includes an adhesive that surrounds but does not cover the hydrogel and the film includes adhesive-free extensions that extend outward from each of the sides of the slit.