mhurhangee/ep-ind-claims huggingface dataset:
A method, for use in a user equipment, for processing a downlink control channel sent as a bundled transmission over a bundle of subframes, the method comprising: receiving the downlink control channel; characterized by determining how to perform rate matching for the downlink control channel in different subframes of the bundle of subframes; and based at least in part on the determination: either performing rate matching separately for each subframe in the bundle of subframes; or performing rate matching jointly for each subframe in the bundle of subframes. receiving the downlink control channel; characterized by determining how to perform rate matching for the downlink control channel in different subframes of the bundle of subframes; and based at least in part on the determination: either performing rate matching separately for each subframe in the bundle of subframes; or performing rate matching jointly for each subframe in the bundle of subframes. either performing rate matching separately for each subframe in the bundle of subframes; or performing rate matching jointly for each subframe in the bundle of subframes.
Electrohydraulic forming device (100; 100'; 200) forming a blank of material (160; 260) comprising: - an electrohydraulic forming chamber (110; 210), - at least one so-called central electrode (120; 220; 301, 303, 305, 307, 309, 311, 313, 314, 315, 316) extending in a so-called longitudinal direction (XX') and comprising a first end arranged inside the electrohydraulic forming chamber (110; 210), - at least one so-called peripheral electrode (130; 230; 302, 308, 312, 317) electrically insulated from each central electrode (120; 220; 301, 303, 305, 307, 309, 311, 313, 314, 315, 316), having an end arranged at a distance from and around the end of a central electrode (120; 220; 301, 303, 305, 307, 309, 311, 313, 314, 315, 316), said end extending in a transverse plane (YY', ZZ') relative to said central electrode (120; 220; 301, 303, 305, 307, 309, 311, 313, 314, 315, 316), - a body (140; 240) provided with a bore for introducing each central electrode (120; 220; 301, 303, 305, 307, 309, 311, 313, 314, 315, 316) into the electrohydraulic forming chamber (110; 210), the electrohydraulic forming chamber (110; 210) being partially formed by said body (140; 240), and - a mould (150; 250), characterised in that each peripheral electrode (130; 230; 302, 308, 312, 317) is separate from said body (140; 240). - an electrohydraulic forming chamber (110; 210), - at least one so-called central electrode (120; 220; 301, 303, 305, 307, 309, 311, 313, 314, 315, 316) extending in a so-called longitudinal direction (XX') and comprising a first end arranged inside the electrohydraulic forming chamber (110; 210), - at least one so-called peripheral electrode (130; 230; 302, 308, 312, 317) electrically insulated from each central electrode (120; 220; 301, 303, 305, 307, 309, 311, 313, 314, 315, 316), having an end arranged at a distance from and around the end of a central electrode (120; 220; 301, 303, 305, 307, 309, 311, 313, 314, 315, 316), said end extending in a transverse plane (YY', ZZ') relative to said central electrode (120; 220; 301, 303, 305, 307, 309, 311, 313, 314, 315, 316), - a body (140; 240) provided with a bore for introducing each central electrode (120; 220; 301, 303, 305, 307, 309, 311, 313, 314, 315, 316) into the electrohydraulic forming chamber (110; 210), the electrohydraulic forming chamber (110; 210) being partially formed by said body (140; 240), and - a mould (150; 250),
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, configuration information on at least one reference signal identifying one or more candidate downlink transmission beams for a beam failure recovery and information on a search space for a response regarding the beam failure recovery; if the beam failure is detected, identifying a reference signal of which reference signal receiving power, RSRP, is greater than a predetermined threshold, for determining a candidate downlink transmission beam, based on the information on at least one reference signal, wherein there is binding relationship between candidate downlink transmission beams and beam failure recovery request time-frequency resources; determining a time-frequency resource based on the determined candidate beam and the binding relationship; transmitting, to the base station, on the determined time-frequency resource, a beam failure recovery request signal; identifying the search space for a response regarding the beam failure recovery based on the information on the search space; monitoring a downlink control channel based on the identified search space, the downlink control channel being identified by a cell radio network temporary identifier, C-RNTI; and receiving, from the base station, the response regarding the beam failure recovery on the downlink control channel. receiving, from a base station, configuration information on at least one reference signal identifying one or more candidate downlink transmission beams for a beam failure recovery and information on a search space for a response regarding the beam failure recovery; if the beam failure is detected, identifying a reference signal of which reference signal receiving power, RSRP, is greater than a predetermined threshold, for determining a candidate downlink transmission beam, based on the information on at least one reference signal, wherein there is binding relationship between candidate downlink transmission beams and beam failure recovery request time-frequency resources; determining a time-frequency resource based on the determined candidate beam and the binding relationship; transmitting, to the base station, on the determined time-frequency resource, a beam failure recovery request signal; identifying the search space for a response regarding the beam failure recovery based on the information on the search space; monitoring a downlink control channel based on the identified search space, the downlink control channel being identified by a cell radio network temporary identifier, C-RNTI; and receiving, from the base station, the response regarding the beam failure recovery on the downlink control channel.
A laminating system comprising a laminating module and a transportation module wherein the transportation module is arranged to drive the laminating module over a surface to be laminated; wherein the transportation module includes a retaining means and a drive means, wherein the retaining means generates a magnetic force and the magnetic force acts to retain the laminating module relative to the surface so as to resist movement of the laminating module relative to the surface except when urged to move in a laminating direction by the drive means; and the laminating module comprising an unwind unit adapted to receive a roll of laminate and a first pressing unit arranged to press the laminate against the surface to be laminated; characterized in that the transportation module comprises magnetic wheels, the magnetic wheels being arranged to be driven to rotate to both act as the driving means and the retaining means.
A terminal apparatus for transmitting frames comprising consecutive subframes consisting of two slots, including pilot signals based on pilot sequences from a set of sequences divided into groups, each group having an index, the apparatus comprising: a reception section configured to receive a control signal including hopping information; a generation section configured to generate, when the hopping information indicates inter-slot hopping, a first pilot sequence for each of the slots, the generation using a first sequence of group indexes changing on a slot basis, so that the first pilot sequence in each slot is a sequence from the group with the index determined by the first sequence of group indexes, and generate, when the hopping information indicates inter-subframe hopping, a second pilot sequence for each of the slots, the generation using a second sequence of group indexes changing on a subframe basis, so that the second pilot sequence in each slot is a sequence from the group with the index determined by the second sequence of group indexes; and a transmission section configured to transmit the subframes with the slots wherein the pilot signals are based on the first pilot sequence generated by the generation section for each slot or the second pilot sequence generated by the generation section for each slot, wherein a sequence group including sequences used in any subframe in the second pilot sequence is identical to a sequence group including sequences used in any one of the slots included in the subframe in the first pilot sequence. a reception section configured to receive a control signal including hopping information; a generation section configured to generate, when the hopping information indicates inter-slot hopping, a first pilot sequence for each of the slots, the generation using a first sequence of group indexes changing on a slot basis, so that the first pilot sequence in each slot is a sequence from the group with the index determined by the first sequence of group indexes, and generate, when the hopping information indicates inter-subframe hopping, a second pilot sequence for each of the slots, the generation using a second sequence of group indexes changing on a subframe basis, so that the second pilot sequence in each slot is a sequence from the group with the index determined by the second sequence of group indexes; and a transmission section configured to transmit the subframes with the slots wherein the pilot signals are based on the first pilot sequence generated by the generation section for each slot or the second pilot sequence generated by the generation section for each slot, wherein a sequence group including sequences used in any subframe in the second pilot sequence is identical to a sequence group including sequences used in any one of the slots included in the subframe in the first pilot sequence.
An embolisation bristle device for promoting clot formation in a body lumen comprising a stem and a plurality of flexible bristles extending generally radially outwardly from the stem, the bristles having a contracted delivery configuration and a deployed configuration in which the bristles extend generally radially outwardly of the stem to anchor the device in a lumen, the device comprising a plurality of segments (10, 11, 12), each of which comprises a plurality of bristles, and wherein at least some of the segments are spaced apart to define spaces therebetween to accommodate bending of the bristles, further comprising a flow restrictor having a contracted delivery configuration and an expanded deployed configuration, wherein the flow restrictor comprises a membrane, characterised in that at least some of the bristles are configured to urge the flow restrictor into the deployed configuration from the delivery configuration, and at least a portion of the membrane is located between bristles on both sides of the restrictor.
Washing machine adapted for cages and accessories used in the field of research on laboratory animals, comprising a wash chamber and means for introducing washing liquid and rinsing liquid into said wash chamber, the washing machine comprising: - two loading levels in said wash chamber, each loading level comprising two shelves (5,...8) arranged in symmetrical positions relative to the median longitudinal axis of said wash chamber; - supports (10, 11) for said shelves, said supports being located in symmetrical positions on both sidewalls of said wash chamber and allowing said shelves to be arranged at different tilting angles; - three washing and rinsing assemblies (41, 42, 43) adapted to make movements of oscillation and rotation about a respective longitudinal axis in said wash chamber, said three assemblies being adapted to receive said washing liquid and rinsing liquid from said means for introducing washing liquid and rinsing liquid, and being interposed between said loading levels and lying in a symmetrical vertical plane in said wash chamber; - means for causing said movements of oscillation and rotation of said three washing and rinsing assemblies (41, 42, 43), said means for causing comprising: - a control rod adapted to slide vertically in an alternate fashion on an inner sidewall of said wash chamber; - a cylinder for actuating said rod; - wherein a number of pins are secured at a constant pitch on the control rod, said pins being adapted to engage with circular sectors integral with each washing and rinsing assembly. - two loading levels in said wash chamber, each loading level comprising two shelves (5,...8) arranged in symmetrical positions relative to the median longitudinal axis of said wash chamber; - supports (10, 11) for said shelves, said supports being located in symmetrical positions on both sidewalls of said wash chamber and allowing said shelves to be arranged at different tilting angles; - three washing and rinsing assemblies (41, 42, 43) adapted to make movements of oscillation and rotation about a respective longitudinal axis in said wash chamber, said three assemblies being adapted to receive said washing liquid and rinsing liquid from said means for introducing washing liquid and rinsing liquid, and being interposed between said loading levels and lying in a symmetrical vertical plane in said wash chamber; - means for causing said movements of oscillation and rotation of said three washing and rinsing assemblies (41, 42, 43), said means for causing comprising: - a control rod adapted to slide vertically in an alternate fashion on an inner sidewall of said wash chamber; - a cylinder for actuating said rod; - wherein a number of pins are secured at a constant pitch on the control rod, said pins being adapted to engage with circular sectors integral with each washing and rinsing assembly.
An engine torque control device comprising: an engine output torque control section configured to perform an engine output torque control of an engine output torque from an engine such that an engine output increasing control adjusts engine speed to approach a post-shift engine speed during a downshift operation of an automatic transmission linked to the engine; and an ignition timing control section configured to perform an ignition timing retardation control if an actual torque exceeds a target torque, when the engine output torque that has been increased by the engine output increasing control is to be reduced. an engine output torque control section configured to perform an engine output torque control of an engine output torque from an engine such that an engine output increasing control adjusts engine speed to approach a post-shift engine speed during a downshift operation of an automatic transmission linked to the engine; and an ignition timing control section configured to perform an ignition timing retardation control if an actual torque exceeds a target torque, when the engine output torque that has been increased by the engine output increasing control is to be reduced.
A power generation system; comprising: a compressor stage which provides a flow of air; a plenum stage downstream of said compressor stage which receives said flow of air from said compressor stage, wherein said plenum stage comprises at least one heating device; and a combustor stage positioned downstream of said plenum stage and having at least one pulse detonation combustor positioned therein, the at least one heating device being operable to raise a temperature of said flow of air to provide a heated flow of air and wherein at least some of said heated flow of air is directed to said combustor stage and combined with a fuel to create either a deflagration or a detonation within said combustion stage; the power generation system characterised in that said at least one heating device is a pre-burner which receives a first amount of said flow of air from said compressor stage and a second amount of said flow of air is directed to said plenum stage, and in that said pre-burner uses said first amount of said flow of air to burn a fuel within said plenum stage. a compressor stage which provides a flow of air; a plenum stage downstream of said compressor stage which receives said flow of air from said compressor stage, wherein said plenum stage comprises at least one heating device; and a combustor stage positioned downstream of said plenum stage and having at least one pulse detonation combustor positioned therein, the at least one heating device being operable to raise a temperature of said flow of air to provide a heated flow of air and wherein at least some of said heated flow of air is directed to said combustor stage and combined with a fuel to create either a deflagration or a detonation within said combustion stage; the power generation system characterised in that said at least one heating device is a pre-burner which receives a first amount of said flow of air from said compressor stage and a second amount of said flow of air is directed to said plenum stage, and in that said pre-burner uses said first amount of said flow of air to burn a fuel within said plenum stage.
A process for the manufacture of precipitated calcium carbonate which is suitable as opacifier, which process comprises a) A step of providing CaO, which is reacted with water to form dry Ca 2 b) A step wherein the dry Ca 2 of step a) is contacted with water to form a slurry; and c) A step wherein the slurry of Ca 2 from step b) is carbonated with CO 2. a) A step of providing CaO, which is reacted with water to form dry Ca 2 b) A step wherein the dry Ca 2 of step a) is contacted with water to form a slurry; and c) A step wherein the slurry of Ca 2 from step b) is carbonated with CO 2.
A hot melt adhesive composition comprising: a.) a first propylene based copolymer that has a co-monomer content of from 5 % by weight to 20 % by weight and a melt index of no greater than 20 (190°C, 2.16 kg); b.) a second propylene based copolymer that has a T g of no greater than -26°C and a Brookfield Viscosity at 190°C of no greater than 20,000 cps; c.) tackifying agent; and d.) no less than 22 % by weight of plasticizer. a.) a first propylene based copolymer that has a co-monomer content of from 5 % by weight to 20 % by weight and a melt index of no greater than 20 (190°C, 2.16 kg); b.) a second propylene based copolymer that has a T g of no greater than -26°C and a Brookfield Viscosity at 190°C of no greater than 20,000 cps; c.) tackifying agent; and d.) no less than 22 % by weight of plasticizer.
Use of a resin composition containing in a thermoplastic resin ultrafine metal particles of an average particle size of 1 to 100 nm, having a bond between a fatty acid component and the metal, said ultrafine metal particles being the ones formed in the thermoplastic resin by blending the thermoplastic resin with the fatty acid metal salt in an amount of 0.001 to 5 parts by weight per 100 parts by weight of the resin followed by heating, characterised in that the resin composition is used to inactivate microproteinous allergenic substances by bringing the resin composition into contact with the allergenic substances.
An aircraft galley with a trash compaction system comprising: an aircraft galley with a workdeck having a first dead space under the workdeck and a wall panel with a second dead space behind the panel and above the level of the workdeck, relative to an accessible side of the galley a trash chute (522, 622); and a storage chamber (524, 624) positioned below a level of the trash chute and the level of the workdeck, the trash chute configured to channel trash disposed through an opening (555, 655) of the trash chute at a level of the workdeck and above a level of a top of the storage chamber into an opening of the storage chamber at the top of the storage chamber, characterized in comprising a compactor mechanism (515, 615) disposed above a level of the trash chute and above a level of the workdeck in the second dead space; wherein the storage chamber located in the first dead space and removably positioned below the compactor mechanism and vertically aligned with it is accessible from a side of the space in which a trolley or cart is stored the opening of the trash chute horizontally offset from the vertical alignment of the storage chamber and compactor mechanism. an aircraft galley with a workdeck having a first dead space under the workdeck and a wall panel with a second dead space behind the panel and above the level of the workdeck, relative to an accessible side of the galley a trash chute (522, 622); and a storage chamber (524, 624) positioned below a level of the trash chute and the level of the workdeck, the trash chute configured to channel trash disposed through an opening (555, 655) of the trash chute at a level of the workdeck and above a level of a top of the storage chamber into an opening of the storage chamber at the top of the storage chamber, characterized in comprising a compactor mechanism (515, 615) disposed above a level of the trash chute and above a level of the workdeck in the second dead space; wherein the storage chamber located in the first dead space and removably positioned below the compactor mechanism and vertically aligned with it is accessible from a side of the space in which a trolley or cart is stored the opening of the trash chute horizontally offset from the vertical alignment of the storage chamber and compactor mechanism.
Contact brush of a rotary machine with commutator for a motor vehicle, comprising: - a first part, called wearing part, comprising an active face intended to be at least partially in contact with the commutator so as to energize the winding of a rotor, the first part comprising a useful height which is a dimension perpendicular to the active face which is in contact with the commutator, wherein a section of the first part of the brush, in a plane parallel to the active face, called working section, diminishes in size, for example stepwise, along the useful height of the brush in the direction away from the active face, - a front face adjacent to the active face at a leading edge and a rear face adjacent to the active face at a trailing edge, the front face and the rear face being connected by a first side face and a second side face, wherein at least two of the faces from among: - the front face - the rear face - the first side face and - the second side face extend perpendicularly with respect to the active face, characterized in that the at least two faces (13, 15, 17, 19) extending perpendicularly with respect to the active face comprise the front face and the rear face. - a first part, called wearing part, comprising an active face intended to be at least partially in contact with the commutator so as to energize the winding of a rotor, the first part comprising a useful height which is a dimension perpendicular to the active face which is in contact with the commutator, wherein a section of the first part of the brush, in a plane parallel to the active face, called working section, diminishes in size, for example stepwise, along the useful height of the brush in the direction away from the active face, - a front face adjacent to the active face at a leading edge and a rear face adjacent to the active face at a trailing edge, the front face and the rear face being connected by a first side face and a second side face, wherein at least two of the faces from among: - the front face - the rear face - the first side face and - the second side face
ONCOS-102 adenovirus (Ad5/3-d24-GMCSF) for use in the treatment of human malignant mesothelioma, wherein the virus is administered in combination with two chemotherapeutic agents to a patient, wherein the two chemotherapeutic agents are either Pemetrexed and Cisplatin, or Pemetrexed and Carboplatin.