mhurhangee/ep-ind-claims huggingface dataset:
A method of receiving broadcasting signal, the method comprising: receiving the broadcasting signal and demodulating the received broadcasting signal by an Orthogonal Frequency Division Multiplexing, OFDM, method; obtaining a signal frame from the demodulated broadcasting signal, wherein the obtained signal frame is divided into a plurality of data slices of a variable bandwidth, wherein at least one data slice carries at least one Physical Layer Pipe, PLP, wherein the obtained signal frame includes L1, Layer-1 information including information indicating total number of the data slices and wherein a specific PLP includes L2, Layer-2 information having a network information table, NIT, wherein each PLP carries a output stream; obtaining the L2 information from the obtained signal frame to detect the NIT based on the L1 information, wherein the NIT includes a descriptor mapping the output stream to corresponding PLP in a data slice, the descriptor having an identifier of each data slice, an identifier of each PLP and an identifier of a current system; obtaining PLP in the obtained signal frame according to the detected NIT to convert data in the PLP to the output stream, wherein the output stream carries one or more services. receiving the broadcasting signal and demodulating the received broadcasting signal by an Orthogonal Frequency Division Multiplexing, OFDM, method; obtaining a signal frame from the demodulated broadcasting signal, wherein the obtained signal frame is divided into a plurality of data slices of a variable bandwidth, wherein at least one data slice carries at least one Physical Layer Pipe, PLP, wherein the obtained signal frame includes L1, Layer-1 information including information indicating total number of the data slices and wherein a specific PLP includes L2, Layer-2 information having a network information table, NIT, wherein each PLP carries a output stream; obtaining the L2 information from the obtained signal frame to detect the NIT based on the L1 information, wherein the NIT includes a descriptor mapping the output stream to corresponding PLP in a data slice, the descriptor having an identifier of each data slice, an identifier of each PLP and an identifier of a current system; obtaining PLP in the obtained signal frame according to the detected NIT to convert data in the PLP to the output stream, wherein the output stream carries one or more services.
A substantially monodispersed mixture of conjugates in which at least 95% of the compounds in the mixture have the same molecular weight and each comprising an insulin coupled to at least one oligomer that comprises a polyethylene glycol moiety and a lipophilic moiety, wherein the lipophilic moiety is an unsubstituted linear alkyl moiety having 2 to 12 carbon atoms and covalently coupled to the polyethylene glycol moiety, wherein the mixture has a dispersity coefficient greater than 10,000 where DC = ∑ i = 1 n N i ⁢ M i 2 ∑ i = 1 n N i ⁢ M i 2 ∑ i = 1 n N i - ∑ i = 1 n N i ⁢ M i 2 wherein: n is the number of different molecules in the sample; N i is the number of i th molecules in the sample; and M 1 is the mass of the i th molecule, and wherein the conjugate comprises at least one oligomer covalently coupled to the amine function of Lys B29 of the insulin. n is the number of different molecules in the sample; N i is the number of i th molecules in the sample; and M 1 is the mass of the i th molecule, and wherein the conjugate comprises at least one oligomer covalently coupled to the amine function of Lys B29 of the insulin.
Composite part composed of at least one part produced from at least one polyamide moulding composition and at least one part produced from at least one elastomer, characterized in that the polyamide moulding composition contains a mixture of polyamide having at least one polybutadiene copolymer which is liquid at room temperature and the elastomer part has been produced from rubber which is to be crosslinked or vulcanized with elemental sulphur.
Wind turbine tower access panel, which panel is removably fixable at a service aperture in a tower wall to thereby close said aperture; said access panel being generally planar and extending radially about an axis normal thereto, said access panel comprising a set of two or more fixing elements configured to securely fix said access panel in place at said aperture; wherein each said fixing element comprises an axial clamp, said clamp comprising an anchor fixed to said access panel, a clamping force adjuster and a clamp head having a clamping surface; said clamp head comprising a relatively deformable resilient material which deforms under an applied clamping load of said clamp thereby applying a clamping force to said tower wall.
A leg support for a motorcycle including: a support member arranged to receive a lower leg or foot of a rider thereagainst; and a substantially L-shaped body portion configured to conform to a frame of the motorcycle; wherein the body portion comprises: a middle portion arranged to be secured to the motorcycle; a first outwardly extending portion that extends outwardly from the middle portion and which is arranged to be attached to the frame of the motorcycle at a distal end thereof; and a second outwardly extending portion that extends outwardly from the middle portion, an end of the second outwardly extending portion being arranged to be attached to the support member; and securing means (12, 22, 52) for securing said body portion and/or support member to the motorcycle, whereby, when the body portion is secured to the motorcycle, the support member receives the lower leg or foot of the rider thereagainst and provides a means of assisting the rider to hold their body in a forward position while riding. a support member arranged to receive a lower leg or foot of a rider thereagainst; and a substantially L-shaped body portion configured to conform to a frame of the motorcycle; wherein the body portion comprises: a middle portion arranged to be secured to the motorcycle; a first outwardly extending portion that extends outwardly from the middle portion and which is arranged to be attached to the frame of the motorcycle at a distal end thereof; and a second outwardly extending portion that extends outwardly from the middle portion, an end of the second outwardly extending portion being arranged to be attached to the support member; and a middle portion arranged to be secured to the motorcycle; a first outwardly extending portion that extends outwardly from the middle portion and which is arranged to be attached to the frame of the motorcycle at a distal end thereof; and a second outwardly extending portion that extends outwardly from the middle portion, an end of the second outwardly extending portion being arranged to be attached to the support member; and securing means (12, 22, 52) for securing said body portion and/or support member to the motorcycle, whereby, when the body portion is secured to the motorcycle, the support member receives the lower leg or foot of the rider thereagainst and provides a means of assisting the rider to hold their body in a forward position while riding.
A migration method, comprising: receiving, by a user equipment, information sent by a base station of a first network, wherein the information instructs the user equipment to migrate from a second network to the first network, where the user equipment is in an idle state relative to the base station of the first network, and instructs the user equipment not to migrate to the second network, where the user equipment is in a non-idle state relative to the base station of the first network; and migrating, by the user equipment, according to the information, from the second network to the first network, where the user equipment is in an idle state relative to the base station of the first network; and not migrating, by the user equipment, according to the information, from the first network to the second network, where the user equipment is in a non-idle state relative to the base Station of the first network; wherein the first network is a 3GPP network, and the second network is a non-3GPP network. receiving, by a user equipment, information sent by a base station of a first network, wherein the information instructs the user equipment to migrate from a second network to the first network, where the user equipment is in an idle state relative to the base station of the first network, and instructs the user equipment not to migrate to the second network, where the user equipment is in a non-idle state relative to the base station of the first network; and migrating, by the user equipment, according to the information, from the second network to the first network, where the user equipment is in an idle state relative to the base station of the first network; and not migrating, by the user equipment, according to the information, from the first network to the second network, where the user equipment is in a non-idle state relative to the base Station of the first network; wherein the first network is a 3GPP network, and the second network is a non-3GPP network.
A pharmaceutical composition comprising: at least one pharmaceutically active ingredient and a biodegradable multi-branched copolymer comprising at least three polyester arms attached to a central core which comprises a polyether, wherein the multi-branched copolymer is substantially insoluble in aqueous solution and is obtainable by reacting a multi-branched polyether with D,L-lactide, and the multi-branched polyether is derivable from poly(ethylene glycol) and a polyol.
Filter unit for the filtration of fluids, in particular hydraulic fluids, with at least one component (30, 36), wherein a filter element extends cylindrically around a supporting tube, wherein the component (30, 36) is part of the filter element, is arranged at least partially in the flow of a fluid to be filtered and is formed as a film, sleeve or casing which is a supporting means, arranged on the outside or circumferentially, for the filter element, characterised in that the component (30, 36) has, at least in certain areas, an application of magnetisable and/or magnetised particles; and in that the filter element is a mesh pack which is folded in a pleat-like manner or a star shape and is arranged annularly around the supporting tube.
A method by a serving base station for a communication network that includes the serving base station, at least one neighbor base station, and at least one user equipment UE located within communication range of the serving base station and the at least one neighbor base station, the method comprising: transmitting at least one notification to the at least one UE, that the UE is to inform the serving base station of an interference cancellation capability of the UE and of measurements of signals received by the UE from the serving base station and a neighbor base station, wherein the at least one notification includes a geometry threshold value to be used by the UE to determine if the UE is to transmit a report including an indication of a geometry of the UE with respect to the neighbor base station based on said measurements of signals; and determining, based on at least one report that includes an indication of a geometry of at least one UE with respect to the neighbor base station, and an indication of the interference cancellation capability of the at least one UE, whether to generate a cell selection offset parameter for extending a range of the neighbor base station. transmitting at least one notification to the at least one UE, that the UE is to inform the serving base station of an interference cancellation capability of the UE and of measurements of signals received by the UE from the serving base station and a neighbor base station, wherein the at least one notification includes a geometry threshold value to be used by the UE to determine if the UE is to transmit a report including an indication of a geometry of the UE with respect to the neighbor base station based on said measurements of signals; and determining, based on at least one report that includes an indication of a geometry of at least one UE with respect to the neighbor base station, and an indication of the interference cancellation capability of the at least one UE, whether to generate a cell selection offset parameter for extending a range of the neighbor base station.
Device for controlling a little-wheel (1; 100) accelerator, comprising a support element (4; 104), fixed to a steering wheel (2; 102), so as to move integrally with the same, and bearing rotation sliding elements for said little-wheel (1; 100) with respect to the steering wheel (2; 102) - support element (4; 104) assembly, sliding means for said rotation sliding element being provided on said little-wheel (1; 100), at least one potentiometer, and return means for bringing little-wheel (1; 100) into its normal rest position regardless the rotation direction of the same little-wheel, said device being characterised in that said rotation sliding elements are comprised of idle pins, having one end housed within suitable seats obtained in said support element (4; 104), and the other end sliding within grooves realised in the little-wheel (1; 100).
A stable formulation for parenteral injection comprising: (a) a peptide or a salt thereof that has been previously dried from an aqueous composition comprising a strong acid, wherein the dried peptide or salt thereof has a first ionization profile that corresponds to the peptide's optimal stability and solubility; and (b) an aprotic polar solvent, wherein the dried peptide or salt thereof is reconstituted into an aprotic polar solvent and has a second ionization profile in the aprotic polar solvent, wherein the first and second ionization profiles are within 1 pH unit of one another, wherein the aqueous composition does not include a non-volatile buffer, and wherein the peptide or salt thereof is glucagon. (a) a peptide or a salt thereof that has been previously dried from an aqueous composition comprising a strong acid, wherein the dried peptide or salt thereof has a first ionization profile that corresponds to the peptide's optimal stability and solubility; and (b) an aprotic polar solvent, wherein the dried peptide or salt thereof is reconstituted into an aprotic polar solvent and has a second ionization profile in the aprotic polar solvent,
Water raising facility, from a cleaning tank, having a separating facility, comprising: a U-shaped pipe the base of which is immersed into a liquid to be cleaned of a cleaning tank and which comprises a first leg as raising pipe and a second leg as ventilation pipe, whereby the base is designed as a connecting elbow between the raising pipe and the ventilation pipe, and whereby upper ends (11, 12) of the legs (6, 8) protrude from the liquid to be cleaned; an intake socket that is arranged on the ventilation pipe at a lower water level with respect to the cleaned clarified water to be raised, and at least one compressed air connector that is arranged on the raising pipe and below the water level of the intake socket that merges into a first immersion pipe socket, characterised in that the first immersion pipe socket merges into a separating facility, whereby a redirecting pipe of the separating facility is connected to an end of the first immersion pipe socket and is redirected opposite to the orientation of the first immersion pipe socket up to a level below the water level, and a second elbow is placed on the redirecting pipe and has, adjacent to it, a second immersion pipe socket that is oriented diagonally downward and merges into an aspiration opening that is oriented vertically. a U-shaped pipe the base of which is immersed into a liquid to be cleaned of a cleaning tank and which comprises a first leg as raising pipe and a second leg as ventilation pipe, whereby the base is designed as a connecting elbow between the raising pipe and the ventilation pipe, and whereby upper ends (11, 12) of the legs (6, 8) protrude from the liquid to be cleaned; an intake socket that is arranged on the ventilation pipe at a lower water level with respect to the cleaned clarified water to be raised, and at least one compressed air connector that is arranged on the raising pipe and below the water level of the intake socket that merges into a first immersion pipe socket, characterised in that the first immersion pipe socket merges into a separating facility, whereby a redirecting pipe of the separating facility is connected to an end of the first immersion pipe socket and is redirected opposite to the orientation of the first immersion pipe socket up to a level below the water level, and a second elbow is placed on the redirecting pipe and has, adjacent to it, a second immersion pipe socket that is oriented diagonally downward and merges into an aspiration opening that is oriented vertically.
An ultrasound diagnosis apparatus comprising: a high voltage power source; a transmission circuit configured to receive power from the high voltage power source, generate a pulse generating an ultrasound wave, and apply the ultrasound wave to a probe in the ultrasound diagnosis apparatus; a power circuit configured to receive the power from the high voltage power source and be charged with electric energy when the ultrasound diagnosis apparatus operates in a shear wave mode, and supply, to the transmission circuit, shear wave mode power used for generating a shear wave, based on the electric energy; and a processor configured to control the power circuit configured to supply the shear wave mode power when the shear wave mode is in operation, wherein the processor is further configured to control the high voltage power source and the power circuit such that insufficient power of the shear wave mode power is supplied from the high voltage power source to the transmission circuit and the shear wave mode power is constantly supplied to the transmission circuit. a high voltage power source; a transmission circuit configured to receive power from the high voltage power source, generate a pulse generating an ultrasound wave, and apply the ultrasound wave to a probe in the ultrasound diagnosis apparatus; a power circuit configured to receive the power from the high voltage power source and be charged with electric energy when the ultrasound diagnosis apparatus operates in a shear wave mode, and supply, to the transmission circuit, shear wave mode power used for generating a shear wave, based on the electric energy; and a processor configured to control the power circuit configured to supply the shear wave mode power when the shear wave mode is in operation, wherein the processor is further configured to control the high voltage power source and the power circuit such that insufficient power of the shear wave mode power is supplied from the high voltage power source to the transmission circuit and the shear wave mode power is constantly supplied to the transmission circuit.
Sticking plaster including: - a flexible strip having at least one adhesive face for sticking it, notably to a human tissue, such as skin, and - a dressing portion fixed to said adhesive strip over a portion only of the surface of said adhesive face, the dressing portion including a porous nonwoven support made of natural or synthetic fibres combined with a powder filler, such as a clay filler, and having a first face more loaded than the opposite second face by which said support is stuck to the strip, characterized in that, in a storage state of the sticking plaster, the adhesive face is covered with a peelable protective film, to be removed to stick on the sticking plaster, that does not cover the dressing portion. - a flexible strip having at least one adhesive face for sticking it, notably to a human tissue, such as skin, and - a dressing portion fixed to said adhesive strip over a portion only of the surface of said adhesive face, the dressing portion including a porous nonwoven support made of natural or synthetic fibres combined with a powder filler, such as a clay filler, and having a first face more loaded than the opposite second face by which said support is stuck to the strip, characterized in that, in a storage state of the sticking plaster, the adhesive face is covered with a peelable protective film, to be removed to stick on the sticking plaster, that does not cover the dressing portion.
A bridge voltage inversion circuit for a pressure gauge, comprising: a transformer including a primary winding and a secondary winding that outputs a bridge voltage; a reference capacitor connected to a first side of the secondary winding of the transformer; and a sensor capacitor connected to a second side of the secondary winding of the transformer, characterized by: wherein the reference capacitor has a fixed constant capacitance, wherein the sensor capacitor senses and responds to a pressure and is configured so that capacitance of the sensor capacity increases as pressure increases, and a capacitance of the sensor capacitor is at a minimum when the pressure is at vacuum, wherein the capacitance of the sensor capacitor at vacuum is less than the constant capacitance of the reference capacitor, wherein a bridge voltage is generated based on a capacitance mismatch between the reference capacitor and the sensor capacitor and the bridge voltage is at a maximum amplitude when the pressure is at vacuum, and wherein the reference capacitor and the sensor capacitor are configured so that a fold-over-pressure (P fo) at which the bridge voltage is at the minimum amplitude is greater than a full-scale pressure (P fs). a transformer including a primary winding and a secondary winding that outputs a bridge voltage; a reference capacitor connected to a first side of the secondary winding of the transformer; and a sensor capacitor connected to a second side of the secondary winding of the transformer, characterized by: wherein the reference capacitor has a fixed constant capacitance, wherein the sensor capacitor senses and responds to a pressure and is configured so that capacitance of the sensor capacity increases as pressure increases, and a capacitance of the sensor capacitor is at a minimum when the pressure is at vacuum, wherein the capacitance of the sensor capacitor at vacuum is less than the constant capacitance of the reference capacitor, wherein a bridge voltage is generated based on a capacitance mismatch between the reference capacitor and the sensor capacitor and the bridge voltage is at a maximum amplitude when the pressure is at vacuum, and wherein the reference capacitor and the sensor capacitor are configured so that a fold-over-pressure (P fo) at which the bridge voltage is at the minimum amplitude is greater than a full-scale pressure (P fs).