mhurhangee/ep-ind-claims huggingface dataset:
A method of allocating portions of a storage unit to a plurality of tasks for storing at least two types of data, the storage unit being divided into a plurality of equal sized portions wherein each portion of the plurality of portions is separately allocatable to a task of the plurality of tasks, the method comprising: receiving a request for one or more portions of the plurality of portions of the storage unit to store a particular type of data of the at least two types of data for a task of the plurality of tasks; associating the request with one of a plurality of virtual partitionings of the storage unit based on one or more characteristics of the request, each virtual partitioning partitions the storage unit between the at least two types of data by allotting none, one, or more than one portion of the plurality of portions of the storage unit to each of the at least two types of data; and allocating the requested one or more portions of the plurality of portions of the storage unit to the task from the none, one, or more than one portion of the storage unit allotted to the particular type of data in the virtual partitioning associated with the request; wherein a first virtual partitioning of the plurality of virtual partitionings allots a first set of portions of the plurality of portions of the storage unit to a first type of data of the at least two types of data, a second virtual partitioning of the plurality of virtual partitionings allots a second set of portions of the plurality of portions of the storage unit to a second, different, type of data of the at least two types of data, and the first set of portions overlaps with the second set of portions. receiving a request for one or more portions of the plurality of portions of the storage unit to store a particular type of data of the at least two types of data for a task of the plurality of tasks; associating the request with one of a plurality of virtual partitionings of the storage unit based on one or more characteristics of the request, each virtual partitioning partitions the storage unit between the at least two types of data by allotting none, one, or more than one portion of the plurality of portions of the storage unit to each of the at least two types of data; and allocating the requested one or more portions of the plurality of portions of the storage unit to the task from the none, one, or more than one portion of the storage unit allotted to the particular type of data in the virtual partitioning associated with the request; wherein a first virtual partitioning of the plurality of virtual partitionings allots a first set of portions of the plurality of portions of the storage unit to a first type of data of the at least two types of data, a second virtual partitioning of the plurality of virtual partitionings allots a second set of portions of the plurality of portions of the storage unit to a second, different, type of data of the at least two types of data, and the first set of portions overlaps with the second set of portions.
A luggage compartment adapted for being arranged overhead, the luggage compartment comprising a mobile part movable between an open position and a closed position, a control mechanism for acting on said mobile part to promote its closing and a control device for opening and closing the luggage compartment, the control device comprising: a detection unit (18, 20, 34), which comprises a capacitive sensor; wherein the detection unit is adapted to detect a first event triggered by a user and to transmit a first control signal to the control mechanism; wherein the first control signal corresponds to the first event; wherein the control mechanism is adapted to close the luggage compartment; wherein closing of the luggage compartment is triggered by the first control signal; wherein the detection unit (18, 20, 34) is further adapted to detect a second event and to transmit a second control signal to the mechanism; wherein the second control signal corresponds to the second event; wherein the mechanism is further adapted to open the luggage compartment; wherein opening of the luggage compartment is triggered by the second control signal; and wherein the second event is a certain sequence of single pressure strokes or a certain sequence of approaches of a user's hand. a detection unit (18, 20, 34), which comprises a capacitive sensor; wherein the detection unit is adapted to detect a first event triggered by a user and to transmit a first control signal to the control mechanism; wherein the first control signal corresponds to the first event; wherein the control mechanism is adapted to close the luggage compartment; wherein closing of the luggage compartment is triggered by the first control signal; wherein the detection unit (18, 20, 34) is further adapted to detect a second event and to transmit a second control signal to the mechanism; wherein the second control signal corresponds to the second event; wherein the mechanism is further adapted to open the luggage compartment; wherein opening of the luggage compartment is triggered by the second control signal; and wherein the second event is a certain sequence of single pressure strokes or a certain sequence of approaches of a user's hand.
Control system for controlling and/or monitoring devices, comprising: - a first determining module for determining execution requirements for an execution of control instructions by the devices, wherein - device-specific requirements and/or presupposed control instructions are stored in the execution requirements; - a distributed database system or a distributed communication system; - a first assigning module for assigning the respective execution requirements to the control instructions; - a first memory module for storing the respective control instructions with the assigned execution requirements in control transactions, wherein - the control transactions are stored in the distributed database system or in the distributed communication system; - the control transactions are transmitted to devices (300, D, BCN_D). - a first determining module for determining execution requirements for an execution of control instructions by the devices, wherein - device-specific requirements and/or presupposed control instructions are stored in the execution requirements; - device-specific requirements and/or presupposed control instructions are stored in the execution requirements; - a distributed database system or a distributed communication system; - a first assigning module for assigning the respective execution requirements to the control instructions; - a first memory module for storing the respective control instructions with the assigned execution requirements in control transactions, wherein - the control transactions are stored in the distributed database system or in the distributed communication system; - the control transactions are transmitted to devices (300, D, BCN_D). - the control transactions are stored in the distributed database system or in the distributed communication system; - the control transactions are transmitted to devices (300, D, BCN_D).
A purified extract fractionated with butanol from the extract of Pseudolysimachion rotundum var subintegrum, prepared by the method of: adding 30-80% ethanol to dried Pseudolysimachion rotundum var subintegrum and subjecting to cold water extraction, at the temperature ranging from 10 to 60 °C, for the period ranging from 6 hours to 48 hours; subsequently, subjecting to reflux extraction with hot water, at the temperature ranging from 40 to 120 °C, for the period ranging from 6 hours to 48 hours, to afford the 1st extract at 1st step; suspending the 1st extract in about 1 - 5 fold volume (v/v) of water, adding 1 - 10 fold volume (v/v) of butanol thereto, fractionating into water layer and butanol layer and collecting the butanol layer to afford the purified extract fractionated with butanol containing 15 - 50 % (w/w) verproside, 0.3 - 10 % (w/w) veratric acid, 0.5 - 10 % (w/w) catalposide, 0.3 - 10 % (w/w) picroside II, 0.3 - 10 % (w/w) isovanilloyl catalpol and 0.5 - 10 % (w/w) 6- O -veratroyl catalpol based on the weight of total extract (100 %) of Pseudolysimachion rotundum var subintegrum.
Method of operating a user equipment in a radio access network, the method comprising communicating based on a control information message received while operating on a first bandwidth part; wherein the control information message represents a bit pattern; wherein the bit pattern comprises a subpattern interpreted to indicate a mapping to resources based on a first unit size if the control information message indicates not to switch from the first bandwidth part to the second bandwidth part, and to indicate a mapping to resources based on a second unit size if the control information message indicates to switch from the first bandwidth part to the second bandwidth part. communicating based on a control information message received while operating on a first bandwidth part; wherein the control information message represents a bit pattern; wherein the bit pattern comprises a subpattern interpreted to indicate a mapping to resources based on a first unit size if the control information message indicates not to switch from the first bandwidth part to the second bandwidth part, and to indicate a mapping to resources based on a second unit size if the control information message indicates to switch from the first bandwidth part to the second bandwidth part.
A crash attenuator comprising: a pair of laterally spaced side frames (5, 50, 500) each comprising a first frame member (85, 185, 285) and a second frame member (86, 186, 286) rigidly connected with a respective hinge assembly (380, 480, 580) in a pre-impact configuration and wherein said first and second members of each of said side frames are hingedly connected about a vertical hinge axis with one of said respective hinge assemblies (380, 480, 580) in an impact configuration, wherein each of said respective hinge assemblies (380, 480, 580) comprises a living hinge when said hinge assemblies are in said impact configuration, and wherein each of said hinge assemblies (380, 480, 580) comprises a pair of spaced apart hinge members (80, 81, 180, 181, 280, 281), with at least one of said hinge members (81, 181, 281) defining said living hinge, wherein said hinge members comprise first plate members (80, 180, 280) and second plate members (81, 181, 281), wherein said first plate member is breakable in said impact configuration such that said second plate member (81, 181, 281) forms said living hinge. a pair of laterally spaced side frames (5, 50, 500) each comprising a first frame member (85, 185, 285) and a second frame member (86, 186, 286) rigidly connected with a respective hinge assembly (380, 480, 580) in a pre-impact configuration and wherein said first and second members of each of said side frames are hingedly connected about a vertical hinge axis with one of said respective hinge assemblies (380, 480, 580) in an impact configuration, wherein each of said respective hinge assemblies (380, 480, 580) comprises a living hinge when said hinge assemblies are in said impact configuration, and wherein each of said hinge assemblies (380, 480, 580) comprises a pair of spaced apart hinge members (80, 81, 180, 181, 280, 281), with at least one of said hinge members (81, 181, 281) defining said living hinge, wherein said hinge members comprise first plate members (80, 180, 280) and second plate members (81, 181, 281), wherein said first plate member is breakable in said impact configuration such that said second plate member (81, 181, 281) forms said living hinge.
A water tank structured to hold a volume of water and humidify air output by a pressurized air generator, the water tank comprising: a port arrangement extending inward from a wall of the water tank to an interior of the water tank, the port arrangement comprising: an inlet comprising a passage having a first end structured to receive the pressurized air output by the pressurized air generator and a second end disposed opposite the first end, the second end being disposed at a height above a maximum fill height of the water tank; a chimney surrounding the second end of the inlet and comprising a number of egress slots disposed at a height lower than the second end of the inlet and in fluid communication with the interior of the water tank; and an outlet comprising a passage having a first end in fluid communication with the interior of the water tank and a second end disposed opposite the first end and in fluid communication with an exterior of the water tank, wherein a lowest edge of the number of egress slots is disposed at a height above the maximum fill height of the water tank, and wherein a portion of the water tank exclusive of the port arrangement and exclusive of the volume of water comprises a vapor region of the water tank. a port arrangement extending inward from a wall of the water tank to an interior of the water tank, the port arrangement comprising: an inlet comprising a passage having a first end structured to receive the pressurized air output by the pressurized air generator and a second end disposed opposite the first end, the second end being disposed at a height above a maximum fill height of the water tank; a chimney surrounding the second end of the inlet and comprising a number of egress slots disposed at a height lower than the second end of the inlet and in fluid communication with the interior of the water tank; and an outlet comprising a passage having a first end in fluid communication with the interior of the water tank and a second end disposed opposite the first end and in fluid communication with an exterior of the water tank, an inlet comprising a passage having a first end structured to receive the pressurized air output by the pressurized air generator and a second end disposed opposite the first end, the second end being disposed at a height above a maximum fill height of the water tank; a chimney surrounding the second end of the inlet and comprising a number of egress slots disposed at a height lower than the second end of the inlet and in fluid communication with the interior of the water tank; and an outlet comprising a passage having a first end in fluid communication with the interior of the water tank and a second end disposed opposite the first end and in fluid communication with an exterior of the water tank, wherein a lowest edge of the number of egress slots is disposed at a height above the maximum fill height of the water tank, and wherein a portion of the water tank exclusive of the port arrangement and exclusive of the volume of water comprises a vapor region of the water tank.
A communication apparatus comprising: a transmitter, which, in operation, transmits an offset value to a user equipment; and a receiver, which, in operation, receives, from the user equipment, uplink control information that is time-multiplexed with user data in accordance with a coding rate, the coding rate being set based on a coding rate of user data and the offset value that is based on a first offset depending on a type of the uplink control information, characterized in that the coding rate is set based on the offset value that is also based on a second offset associated with a rank of a data channel in which the user data is received. a transmitter, which, in operation, transmits an offset value to a user equipment; and a receiver, which, in operation, receives, from the user equipment, uplink control information that is time-multiplexed with user data in accordance with a coding rate, the coding rate being set based on a coding rate of user data and the offset value that is based on a first offset depending on a type of the uplink control information, characterized in that the coding rate is set based on the offset value that is also based on a second offset associated with a rank of a data channel in which the user data is received.
A cam follower, comprising: - a tappet (10; 110; 210) defining two bores (26, 27) centered on a first axis and having a cylindrical outer surface centered on a translation axis perpendicular to the first axis, - a pin comprising two opposite ends (36, 37) each adapted to be fitted in one of the two bores (26, 27), - a roller element positioned between the two bores (26, 27) along the first axis and movable in rotation relative to the pin around the first axis, and - at least one antirotation device (80; 180; 80, 180) integrally formed with the tappet (10; 110; 210), wherein the tappet (10; 110; 210) is made of synthetic material, for example of polyamide or polyether-ether-ketone, and wherein the anti-rotation device (80; 180; 80, 180) is a pin protruding from the cylindrical outer surface of the tappet (10; 110; 210). - a tappet (10; 110; 210) defining two bores (26, 27) centered on a first axis and having a cylindrical outer surface centered on a translation axis perpendicular to the first axis, - a pin comprising two opposite ends (36, 37) each adapted to be fitted in one of the two bores (26, 27), - a roller element positioned between the two bores (26, 27) along the first axis and movable in rotation relative to the pin around the first axis, and - at least one antirotation device (80; 180; 80, 180) integrally formed with the tappet (10; 110; 210),
A device comprising: a processor configured to: receive a bitstream, the bitstream comprising a base layer and an enhancement layer; identify an enhancement layer video block of an enhancement layer picture; determine a collocated video block in a collocated picture for temporal motion vector prediction, TMVP, of the enhancement layer video block of the enhancement layer picture; determine a motion vector, MV, and reference picture of a base layer picture; generate a motion vector, MV, of the collocated video block in the collocated picture for the TMVP of the enhancement layer picture based on the MV of the base layer picture and a spatial ratio between the base layer and the enhancement layer; determine a reference picture of the collocated video block based on the reference picture of the base layer picture; perform temporal motion vector prediction, TMVP, by temporally scaling the MV of the collocated video block based on a ratio between a temporal distance between the enhancement layer picture and a reference picture of the enhancement layer video block, and a temporal distance between the collocated picture and the reference picture of the collocated video block; generate a motion vector, MV, of the enhancement layer video block using the temporally scaled MV for the collocated video block; and decode the enhancement layer picture using the MV of the enhancement layer video block. receive a bitstream, the bitstream comprising a base layer and an enhancement layer; identify an enhancement layer video block of an enhancement layer picture; determine a collocated video block in a collocated picture for temporal motion vector prediction, TMVP, of the enhancement layer video block of the enhancement layer picture; determine a motion vector, MV, and reference picture of a base layer picture; generate a motion vector, MV, of the collocated video block in the collocated picture for the TMVP of the enhancement layer picture based on the MV of the base layer picture and a spatial ratio between the base layer and the enhancement layer; determine a reference picture of the collocated video block based on the reference picture of the base layer picture; perform temporal motion vector prediction, TMVP, by temporally scaling the MV of the collocated video block based on a ratio between a temporal distance between the enhancement layer picture and a reference picture of the enhancement layer video block, and a temporal distance between the collocated picture and the reference picture of the collocated video block; generate a motion vector, MV, of the enhancement layer video block using the temporally scaled MV for the collocated video block; and decode the enhancement layer picture using the MV of the enhancement layer video block.
Non-collapsible implantable tissue regeneration guide, consisting of a segment of an umbilical artery or vein whose wall is inverted, characterized in that it is viro-inactivated and freeze-dried.
A cellulose composite comprising crystalline cellulose having an average polymerization degree of 500 or less and a hydrophilic gum wherein the hydrophilic gum is a branched anionic polysaccharide, wherein the cellulose composite has a storage elastic modulus (G') of 0.06 Pa or more in a water dispersion of pH 4 which contains the cellulose composite in an amount of 1 % by mass.
A method for encoding an input audio signal, the method comprising: receiving, at an encoder, an input audio signal having a low-band portion having a first energy level and a high-band portion having a second energy level; determining a spectral tilt representative of the energy distribution of the input audio signal by comparing a first autocorrelation value of the input audio signal to a second autocorrelation value of the input audio signal; scaling the input audio signal by a scaling factor to generate a scaled input signal, the scaling factor determined based on the spectral tilt of the input audio signal; generating a low-band excitation signal based on the input signal; generating a high-band target signal from the scaled input signal; generating, from the high-band target signal and the low-band excitation signal, high-band side information from which a decoder is able to reconstruct the high-band target signal; and encoding the high-band side information as part of a bit-stream representing the input audio signal. receiving, at an encoder, an input audio signal having a low-band portion having a first energy level and a high-band portion having a second energy level; determining a spectral tilt representative of the energy distribution of the input audio signal by comparing a first autocorrelation value of the input audio signal to a second autocorrelation value of the input audio signal; scaling the input audio signal by a scaling factor to generate a scaled input signal, the scaling factor determined based on the spectral tilt of the input audio signal; generating a low-band excitation signal based on the input signal; generating a high-band target signal from the scaled input signal; generating, from the high-band target signal and the low-band excitation signal, high-band side information from which a decoder is able to reconstruct the high-band target signal; and encoding the high-band side information as part of a bit-stream representing the input audio signal.
A cleaning system of a drum conveyor of a filter segment feeding apparatus in the tobacco industry wherein a transport drum comprises a plurality of discs on the circumferential surface of which concavities are formed, whereas the concavities of individual discs are positioned relative to one another so that together they form receiving channels for filter rods, where in the said channels the filter rods are transported during cutting, whereas the peripheries of adjacent discs do not contact one another and in this way they form circumferential grooves, ch aracterized in that the discs have passages discharging the dirt, the circumferential grooves have a connection with the passages discharging the dirt, and in addition the system comprises a vacuum channel receiving the dirt having a connection with the passages discharging the dirt in the discs. the discs have passages discharging the dirt, the circumferential grooves have a connection with the passages discharging the dirt, and in addition the system comprises a vacuum channel receiving the dirt having a connection with the passages discharging the dirt in the discs.