mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting broadcast signals, transmitted by terrestrial sources and received by a satellite, in individual signals respectively from different individual antennas of an antenna array of the satellite, characterized in that: - said method comprises a first detection iteration and a second detection iteration (51 b), each of said first and second detection iterations comprising a step of forming, from the individual signals, virtual beams of different respective main radiation directions, and a step of searching for the presence of broadcast signals in the virtual beams, - for at least one broadcast signal detected during the first detection iteration (51 a), the respective contributions of said at least one detected broadcast signal to the different individual signals are attenuated, relative to said first detection iteration, for all or part of the virtual beams formed during the second detection iteration (51 b). - said method comprises a first detection iteration and a second detection iteration (51 b), each of said first and second detection iterations comprising a step of forming, from the individual signals, virtual beams of different respective main radiation directions, and a step of searching for the presence of broadcast signals in the virtual beams, - for at least one broadcast signal detected during the first detection iteration (51 a), the respective contributions of said at least one detected broadcast signal to the different individual signals are attenuated, relative to said first detection iteration, for all or part of the virtual beams formed during the second detection iteration (51 b).
Actuator (1; 1a; 1b) which can be moved from an initial position into a working position and has at least one actuator element (2; 2a; 2b) whose dimensions can be changed by an electrical signal, wherein at least two restoring means (20, 30; 30a, 20b; 30b) acting on the actuator element (2; 2a; 2b) are provided for movement into the working position and wherein the at least one actuator element (2; 2a; 2b) is floatingly mounted between the at least two restoring means (20, 30; 20a, 30a; 20b, 30b, 39) acting on the actuator element (2; 2a; 2b), characterised in that a first restoring means comprises at least one non-linear spring.
A weighing scale comprising: a case for housing electrical components; a load cell; a carriage comprising at least one arm coupled to and extending from the load cell, wherein the carriage is configured for supporting a weighing plate above the case, the load cell being configured to deform when a load is applied to the carriage, wherein the at least one arm extends over the case and is spaced apart from an upper surface of the case; and a cradle, for receiving the weighing plate, coupled to the at least one arm, the cradle comprising an aperture for locating the weighing plate onto the cradle, wherein the aperture comprises a retaining system comprising at least one resilient member configured for receiving and interlocking with a locating pin of the weighing plate. a case for housing electrical components; a load cell; a carriage comprising at least one arm coupled to and extending from the load cell, wherein the carriage is configured for supporting a weighing plate above the case, the load cell being configured to deform when a load is applied to the carriage, wherein the at least one arm extends over the case and is spaced apart from an upper surface of the case; and a cradle, for receiving the weighing plate, coupled to the at least one arm, the cradle comprising an aperture for locating the weighing plate onto the cradle, wherein the aperture comprises a retaining system comprising at least one resilient member configured for receiving and interlocking with a locating pin of the weighing plate.
An anti-PD-1 antibody or an antigen-binding portion thereof that binds to an epitope on human PD-1 comprising amino acid residues V64, L128, P130, K131, and A132 of SEQ ID NO: 1.
An antibody which has: a heavy chain variable region which comprises the following three complementary determining regions: CDR1 as shown in SEQ ID NO: 4, CDR2 as shown in SEQ ID NO: 6, and CDR3 as shown in SEQ ID NO: 8; and a light chain variable region which comprises the following three complementary determining regions: CDR1' as shown in SEQ ID NO: 14, CDR2' as shown in SEQ ID NO: 16, and CDR3' as shown in SEQ ID NO: 18. a heavy chain variable region which comprises the following three complementary determining regions: CDR1 as shown in SEQ ID NO: 4, CDR2 as shown in SEQ ID NO: 6, and CDR3 as shown in SEQ ID NO: 8; and CDR1 as shown in SEQ ID NO: 4, CDR2 as shown in SEQ ID NO: 6, and CDR3 as shown in SEQ ID NO: 8; and a light chain variable region which comprises the following three complementary determining regions: CDR1' as shown in SEQ ID NO: 14, CDR2' as shown in SEQ ID NO: 16, and CDR3' as shown in SEQ ID NO: 18. CDR1' as shown in SEQ ID NO: 14, CDR2' as shown in SEQ ID NO: 16, and CDR3' as shown in SEQ ID NO: 18.
Beam comprising a heel and a truss rigidly secured to one another and extending in a longitudinal direction, the truss being an arrangement of steel bars (4, 6, 7, 8, 9) welded to one another which is partially embedded in the heel to secure it to this heel while partially projecting from a face of this heel termed the upper face, the heel is made of concrete and it includes a shell (3, 18, 53, 54), this shell (3, 18, 53, 54) covering and adhering to at least one of the faces of the heel, characterized in that the heel is made of lightweight concrete and the shell is made of polypropylene or polyvinyl chloride to increase the service life of this heel by protecting it from external attack.
An accessory relay suitable for driving accessory equipment of a gas turbine engine, such as an aircraft engine, comprising a housing and a plurality of gear wheels inside the housing, the housing including means for fixing the accessory equipment to the housing and for driving it by the gear wheels through openings in the housing, the wheels each comprising a tubular body and an outer annular web comprising an outer peripheral gear teeth, the wheels being supported in the housing by bearings, at least one of said gear wheels being supported by a single bearing, characterized in that this bearing comprises a fixed ring radially outer with respect to an axis A of rotation of the wheel and mounted in a bore of the housing, and a movable ring radially inner with respect to the axis A and mounted on the body of the wheel, said bearing being spaced apart axially from a plane perpendicular to the axis A of the wheel and passing through the inner periphery of the web of this wheel. the housing including means for fixing the accessory equipment to the housing and for driving it by the gear wheels through openings in the housing, the wheels each comprising a tubular body and an outer annular web comprising an outer peripheral gear teeth, the wheels being supported in the housing by bearings, at least one of said gear wheels being supported by a single bearing, characterized in that this bearing comprises a fixed ring radially outer with respect to an axis A of rotation of the wheel and mounted in a bore of the housing, and a movable ring radially inner with respect to the axis A and mounted on the body of the wheel, said bearing being spaced apart axially from a plane perpendicular to the axis A of the wheel and passing through the inner periphery of the web of this wheel.
A speaker device comprising: a diaphragm; and a frame for supporting the diaphragm, wherein a cross-section passing the center of the diaphragm and parallel to a sound emission direction includes sequentially from an inner periphery to an outer periphery of the diaphragm along the sound emission direction: a first bent plate portion; a second bent plate portion having a cross-section in a convex arc shape; a third bent plate portion having a cross-section in a concave arc shape; and a fourth bent plate portion having a cross-section in a convex arc shape, and wherein an area of the first bent plate portion is larger than any of areas of the second, the third, the fourth bent plate portions, characterized in that the diaphragm is formed of a film containing polyimide; and the first bent plate portion has a cross-section in a concave arc shape; wherein curvature radius of the arc of the first bent plate portion is larger than curvature radius of the arc of the third bent plate portion, and curvature radius of the arc of the second bent plate portion is smaller than curvature radius of the arc of the third bent plate portion. a diaphragm; and a frame for supporting the diaphragm, wherein a cross-section passing the center of the diaphragm and parallel to a sound emission direction includes sequentially from an inner periphery to an outer periphery of the diaphragm along the sound emission direction: a first bent plate portion; a second bent plate portion having a cross-section in a convex arc shape; a third bent plate portion having a cross-section in a concave arc shape; and a fourth bent plate portion having a cross-section in a convex arc shape, and wherein an area of the first bent plate portion is larger than any of areas of the second, the third, the fourth bent plate portions, characterized in that the diaphragm is formed of a film containing polyimide; and the first bent plate portion has a cross-section in a concave arc shape; wherein curvature radius of the arc of the first bent plate portion is larger than curvature radius of the arc of the third bent plate portion, and curvature radius of the arc of the second bent plate portion is smaller than curvature radius of the arc of the third bent plate portion. a first bent plate portion; a second bent plate portion having a cross-section in a convex arc shape; a third bent plate portion having a cross-section in a concave arc shape; and a fourth bent plate portion having a cross-section in a convex arc shape, and wherein an area of the first bent plate portion is larger than any of areas of the second, the third, the fourth bent plate portions, characterized in that the diaphragm is formed of a film containing polyimide; and the first bent plate portion has a cross-section in a concave arc shape; wherein curvature radius of the arc of the first bent plate portion is larger than curvature radius of the arc of the third bent plate portion, and curvature radius of the arc of the second bent plate portion is smaller than curvature radius of the arc of the third bent plate portion.
An antenna comprising: a substrate including a ground portion; an external metallic frame; a float ground portion electrically connected to said external metallic frame, wherein the float ground portion is electrically disconnected from said substrate; and at least one radiator (42, 43) electrically connected to the float ground portion, wherein the at least one radiator (42, 43) includes: a main radiator configured to be fed with power; and an auxiliary radiator that is conductive with the float ground portion, and is coupled to the main radiator; wherein, upon being fed with power, the at least one radiator (42, 43) is arranged to operate as an antenna radiator, or the float ground portion is arranged to apply a current to the external metallic frame by the operation of the auxiliary radiator. a substrate including a ground portion; an external metallic frame; a float ground portion electrically connected to said external metallic frame, wherein the float ground portion is electrically disconnected from said substrate; and at least one radiator (42, 43) electrically connected to the float ground portion, wherein the at least one radiator (42, 43) includes: a main radiator configured to be fed with power; and an auxiliary radiator that is conductive with the float ground portion, and is coupled to the main radiator; a main radiator configured to be fed with power; and an auxiliary radiator that is conductive with the float ground portion, and is coupled to the main radiator; wherein, upon being fed with power, the at least one radiator (42, 43) is arranged to operate as an antenna radiator, or the float ground portion is arranged to apply a current to the external metallic frame by the operation of the auxiliary radiator.
A coffee machine comprising a machine body, an electronic controller, a water feed pump, a boiler for producing steam from said water, a steam dispenser provided with a shut-off solenoid valve, a dispensing device for dispensing milk emulsified and/or heated with said steam, said device having a jug containing the milk and a lid closing the jug having a Venturi effect chamber connected to said steam dispenser and to said jug for drawing the milk present in said jug, an optical means being further provided to detect the level of milk present in said jug comprising at least a first operative infrared optical means (12a, 12b) to acquire a signal at least around a first level of milk in said jug, characterized in that said controller is configured to: - store a nominal value of a transition time of said signal from a first threshold to a second threshold (S1, S2) preset around said first level, and a nominal value of a first delay between an instant of deactivation of said boiler and an instant of detection of said first level of milk; - during the execution of a current milk dispensing cycle, acquire a current value (Δt x) of said transition time of said signal from said first preset threshold to said second preset threshold (S1, S2); - execute said current milk dispensing cycle with a current value (dt 1a) of said first delay that is modified with respect to said nominal value of said first delay if said current transition time (Δt x) differs from said nominal transition time. - store a nominal value of a transition time of said signal from a first threshold to a second threshold (S1, S2) preset around said first level, and a nominal value of a first delay between an instant of deactivation of said boiler and an instant of detection of said first level of milk; - during the execution of a current milk dispensing cycle, acquire a current value (Δt x) of said transition time of said signal from said first preset threshold to said second preset threshold (S1, S2); - execute said current milk dispensing cycle with a current value (dt 1a) of said first delay that is modified with respect to said nominal value of said first delay if said current transition time (Δt x) differs from said nominal transition time.
Aerosol-generating device, comprising: an induction heater for heating an aerosol-forming substrate, the induction heater comprising an induction coil and a heating element, wherein the heating element is arrangeable within the induction coil; and a housing comprising a first housing portion and a second housing portion, wherein the first housing portion comprises a power supply for supplying power to the induction coil of the induction heater and a controller for controlling the supply of power from the power supply to the induction coil of the induction heater, and the second housing portion comprises the induction coil of the induction heater, and is configured for receiving a consumable containing aerosol-forming substrate, wherein the first and second housing portions (18, 20) are movable between a first operable position and a second position in which the first and second housing portions (18, 20) are displaced and the heating element is accessible, wherein the heating element is configured to be replaced when the first and second housing portions (18, 20) are in the second position. an induction heater for heating an aerosol-forming substrate, the induction heater comprising an induction coil and a heating element, wherein the heating element is arrangeable within the induction coil; and a housing comprising a first housing portion and a second housing portion, wherein the first housing portion comprises a power supply for supplying power to the induction coil of the induction heater and a controller for controlling the supply of power from the power supply to the induction coil of the induction heater, and the second housing portion comprises the induction coil of the induction heater, and is configured for receiving a consumable containing aerosol-forming substrate, wherein the first and second housing portions (18, 20) are movable between a first operable position and a second position in which the first and second housing portions (18, 20) are displaced and the heating element is accessible, wherein the heating element is configured to be replaced when the first and second housing portions (18, 20) are in the second position.
A controlling method for Integrity Protection, IP, applied to a network device, comprising: acquiring parameter configuration information, wherein the parameter configuration information is stored in the network device or acquired from a Core Network, CN, side; and determining, based on the parameter configuration information, whether it is required to enable the IP for a Quality of Service, QoS, data flow; wherein acquiring the parameter configuration information comprises: acquiring IP related information for the QoS data flow from a CN; characterised in that the method further comprises: when indication information of the IP related information indicates enabling the IP for a target QoS data flow, and volume of the target QoS data flow exceeds a preset threshold, disabling the IP for the target QoS data flow. acquiring parameter configuration information, wherein the parameter configuration information is stored in the network device or acquired from a Core Network, CN, side; and determining, based on the parameter configuration information, whether it is required to enable the IP for a Quality of Service, QoS, data flow; wherein acquiring the parameter configuration information comprises: acquiring IP related information for the QoS data flow from a CN; characterised in that the method further comprises: when indication information of the IP related information indicates enabling the IP for a target QoS data flow, and volume of the target QoS data flow exceeds a preset threshold, disabling the IP for the target QoS data flow. acquiring IP related information for the QoS data flow from a CN; characterised in that the method further comprises: when indication information of the IP related information indicates enabling the IP for a target QoS data flow, and volume of the target QoS data flow exceeds a preset threshold, disabling the IP for the target QoS data flow.
Clinoptilolite, having a particle size of between 0.2 and 10 μm for use in the treatment of vaginal disorders such as bacterial vaginosis, vulvovaginal candidiasis, and trichomoniasis of mammals and humans, and also for restoring the healthy vaginal microbiota.
A stent comprising: a helical main stent component comprising a single band that forms a plurality of helical windings, wherein the single band has an undulating pattern; and a securement interconnecting the main stent component helical windings, wherein the securement structurally supports an entire length of the helical main stent component in a tubular form; characterized in a first end band having the undulating pattern, a first edge and a second edge, said first end band connected to the single band and extending at an angle offset from said single band when the stent is laid flat; a second end band having the undulating pattern, a first edge and a second edge, said second end band connected to the single band and extending at an angle offset from said single band when the stent is laid flat, wherein the end bands (1202, 1203) extend at an angle from the single band at ends of the stent, the end bands (1202, 1203) being configured to form a substantial right cylinder to a longitudinal axis of the stent at the ends of the stent; and wherein, in the tubular form, first edge of the first end band is brought together with second edge of the first end band and the first edge of the second end band is brought together with second edge of the second end band. a helical main stent component comprising a single band that forms a plurality of helical windings, wherein the single band has an undulating pattern; and a securement interconnecting the main stent component helical windings, wherein the securement structurally supports an entire length of the helical main stent component in a tubular form; characterized in a first end band having the undulating pattern, a first edge and a second edge, said first end band connected to the single band and extending at an angle offset from said single band when the stent is laid flat; a second end band having the undulating pattern, a first edge and a second edge, said second end band connected to the single band and extending at an angle offset from said single band when the stent is laid flat, a first end band having the undulating pattern, a first edge and a second edge, said first end band connected to the single band and extending at an angle offset from said single band when the stent is laid flat; a second end band having the undulating pattern, a first edge and a second edge, said second end band connected to the single band and extending at an angle offset from said single band when the stent is laid flat, wherein the end bands (1202, 1203) extend at an angle from the single band at ends of the stent, the end bands (1202, 1203) being configured to form a substantial right cylinder to a longitudinal axis of the stent at the ends of the stent; and wherein, in the tubular form, first edge of the first end band is brought together with second edge of the first end band and the first edge of the second end band is brought together with second edge of the second end band.
A method for performing channel access by a station, STA, of a wireless communication system, comprising: receiving, from an access point, AP,, information about a time window in which channel access of a traffic indication map, TIM, mode STA is not allowed; and performing (S1720; S1730) channel access on the basis of the time window, wherein channel access is performed in the time window when the STA corresponds to a non-TIM mode STA, and wherein channel access is performed in a time interval indicated by the TIM other than the time window when the STA corresponds to the TIM mode STA. receiving, from an access point, AP,, information about a time window in which channel access of a traffic indication map, TIM, mode STA is not allowed; and performing (S1720; S1730) channel access on the basis of the time window, wherein channel access is performed in the time window when the STA corresponds to a non-TIM mode STA, and wherein channel access is performed in a time interval indicated by the TIM other than the time window when the STA corresponds to the TIM mode STA.