mhurhangee/ep-ind-claims huggingface dataset:
A method of transmitting a signal to a base station by a user equipment configured to use 2 antennas, the method comprising: obtaining transmission rank information; generating a precoded signal by precoding layer signals, of which number corresponds to the transmission rank, using a specific precoding matrix corresponding to the transmission rank, wherein the specific precoding matrix is selected from a 2-antenna codebook; and transmitting the precoded signal to the base station, wherein the 2-antenna codebook includes 6 precoding matrixes 1 2 1 0, 1 2 1 1, 1 2 1 − 1, 1 2 1 j, 1 2 1 − j, 1 2 0 1 for the rank 1 and 1 precoding matrix 1 2 1 0 0 1 for rank 2. obtaining transmission rank information; generating a precoded signal by precoding layer signals, of which number corresponds to the transmission rank, using a specific precoding matrix corresponding to the transmission rank, wherein the specific precoding matrix is selected from a 2-antenna codebook; and transmitting the precoded signal to the base station, wherein the 2-antenna codebook includes 6 precoding matrixes 1 2 1 0, 1 2 1 1, 1 2 1 − 1, 1 2 1 j, 1 2 1 − j, 1 2 0 1 for the rank 1 and 1 precoding matrix 1 2 1 0 0 1 for rank 2.
A motorcycle tire comprising: a tread portion curved convexly and having a first tread edge (Tel) and a second tread edge, the tread portion provided with first inclined main grooves and second inclined main grooves which are arranged alternately in the tire circumferential direction while inclining in opposite directions to each other, wherein the first inclined main grooves extend from the first tread edge (Tel) toward the second tread edge across the tire equator to the respective second inclined main grooves which extend from the second tread edge toward the first tread edge (Tel) across the tire equator to the respective first inclined main grooves which are respectively next to the above-said first inclined main grooves, whereby the tread portion is provided with a first region delimited by the first tread edge, two of the first inclined main grooves and one of the second inclined main grooves, the first region is provided with blocks whose ground contacting top surfaces have vertices, characterised in that each of the vertices has an angle of not less than 60 degrees. a tread portion curved convexly and having a first tread edge (Tel) and a second tread edge, the tread portion provided with first inclined main grooves and second inclined main grooves which are arranged alternately in the tire circumferential direction while inclining in opposite directions to each other, wherein the first inclined main grooves extend from the first tread edge (Tel) toward the second tread edge across the tire equator to the respective second inclined main grooves which extend from the second tread edge toward the first tread edge (Tel) across the tire equator to the respective first inclined main grooves which are respectively next to the above-said first inclined main grooves, whereby the tread portion is provided with a first region delimited by the first tread edge, two of the first inclined main grooves and one of the second inclined main grooves, the first region is provided with blocks whose ground contacting top surfaces have vertices, characterised in that each of the vertices has an angle of not less than 60 degrees.
A pharmaceutical composition comprising a pharmaceutically acceptable carrier and a compound of 3-benzylsulfonylpropionitrile, or a pharmaceutically acceptable salt thereof.
Motor-vehicle seat, in particular a rear motor-vehicle seat, comprising a backrest frame including an upper cross-member, and a headrest connected to said upper cross-member, and tiltable between an upright operative position and an inoperative position rotated forwardly relative to the operative position, wherein said headrest is rotatably mounted on said upper cross-member of the backrest frame, so that it is adapted to tilt between said operative and inoperative positions around a transversal axis which is coincident with a longitudinal central axis of said cross-member, wherein said seat comprises a backrest with a padding body which contains therein the backrest frame, wherein said padding body has a recessed portion in its upper part, so as not to cover a portion of the upper cross-member of the frame of the backrest and that on that portion of the upper cross-member of the backrest frame a body is rotatably mounted, for supporting the headrest, which is therefore adapted to tilt around the axis of the cross-member for displacing the headrest between its operative and inoperative positions, wherein - one or more supporting rods supporting the headrest are slidably mounted within said supporting body of the headrest, said supporting rods are adapted to be received within through openings formed through the upper cross-member of the backrest frame when the headrest is in its operative position, said supporting rods are adapted to be received against stop seats associated to said upper cross-member of the backrest frame, on the front surface of the upper cross-member, when the headrest is in its inoperative position, - between the supporting body of the headrest and said supporting rods which are slidably mounted within said supporting body there are interposed elastic devices which tend to push the supporting rods of the headrest within said through openings of the upper cross-member of the backrest frame, when the headrest is in its upright operative position, and against said stop seats, when the headrest is in its forwardly rotated inoperative position. - one or more supporting rods supporting the headrest are slidably mounted within said supporting body of the headrest, said supporting rods are adapted to be received within through openings formed through the upper cross-member of the backrest frame when the headrest is in its operative position, said supporting rods are adapted to be received against stop seats associated to said upper cross-member of the backrest frame, on the front surface of the upper cross-member, when the headrest is in its inoperative position, - between the supporting body of the headrest and said supporting rods which are slidably mounted within said supporting body there are interposed elastic devices which tend to push the supporting rods of the headrest within said through openings of the upper cross-member of the backrest frame, when the headrest is in its upright operative position, and against said stop seats, when the headrest is in its forwardly rotated inoperative position.
A resin composition comprising an aromatic polysulfone, a liquid crystal polyester and a glass filler, wherein a boron oxide content, relative to a total mass of the resin composition, is less than 1.4% by mass, and wherein an amount of the liquid crystal polyester, when a total mass of the aromatic polysulfone, the liquid crystal polyester and the glass filler is deemed to be 100 parts by mass, is at least 10 parts by mass but not more than 30 parts by mass.
A communication device of a wireless communication system for handling a random access procedure, the communication device comprising: a processing means, for executing a program; and a storage unit, coupled to the processing means, for storing the program which instructs the processing means to perform the following steps: receiving a configuration message for the random access procedure from a network of the wireless communication system, wherein the configuration message configures the communication device to transmit a first random access preamble; performing a clear channel assessment, CCA, or listen before talk, LBT, operation before transmitting the first random access preamble; and increasing a preamble transmission counter of the first random access preamble by 1 when performing the CCA or LBT operation irrespective of whether the first random access preamble is successfully transmitted. a processing means, for executing a program; and a storage unit, coupled to the processing means, for storing the program which instructs the processing means to perform the following steps: receiving a configuration message for the random access procedure from a network of the wireless communication system, wherein the configuration message configures the communication device to transmit a first random access preamble; performing a clear channel assessment, CCA, or listen before talk, LBT, operation before transmitting the first random access preamble; and increasing a preamble transmission counter of the first random access preamble by 1 when performing the CCA or LBT operation irrespective of whether the first random access preamble is successfully transmitted. receiving a configuration message for the random access procedure from a network of the wireless communication system, wherein the configuration message configures the communication device to transmit a first random access preamble; performing a clear channel assessment, CCA, or listen before talk, LBT, operation before transmitting the first random access preamble; and increasing a preamble transmission counter of the first random access preamble by 1 when performing the CCA or LBT operation irrespective of whether the first random access preamble is successfully transmitted.
An information processing apparatus comprising: verification means (101, 203) configured to verify at least one of a plurality of software components to detect tampering of the at least one of a plurality of software components; storage means (120, 901) configured to store information for enabling a function of detecting the tampering, wherein the verification means is configured to verify the at least one of the plurality of a software components in a case where the storage means stores the information, and the verification means is configured to not verify the at least one of the plurality of a software components in a case where the storage means does not store the information, wherein the information for enabling a function of detecting the tampering comprises a set value indicating that a tampering detection function is enabled; measurement means configured to measure a predetermined time and output a predetermined signal when the predetermined time has elapsed; reboot means configured to reboot the information processing apparatus according to the predetermined signal; and measurement control means configured to cause the measurement means to reset time measured by the measuring means or to stop measuring time based on the set value indicating the tamper detection function is enabled being stored in the storage means (120, 901), wherein the reboot means is configured to not reboot the information processing apparatus while the verification means verifies at least one of the plurality of software components, in response to resetting the time or stopping measuring the time. verification means (101, 203) configured to verify at least one of a plurality of software components to detect tampering of the at least one of a plurality of software components; storage means (120, 901) configured to store information for enabling a function of detecting the tampering, wherein the verification means is configured to verify the at least one of the plurality of a software components in a case where the storage means stores the information, and the verification means is configured to not verify the at least one of the plurality of a software components in a case where the storage means does not store the information, wherein the information for enabling a function of detecting the tampering comprises a set value indicating that a tampering detection function is enabled; measurement means configured to measure a predetermined time and output a predetermined signal when the predetermined time has elapsed; reboot means configured to reboot the information processing apparatus according to the predetermined signal; and measurement control means configured to cause the measurement means to reset time measured by the measuring means or to stop measuring time based on the set value indicating the tamper detection function is enabled being stored in the storage means (120, 901), wherein the reboot means is configured to not reboot the information processing apparatus while the verification means verifies at least one of the plurality of software components, in response to resetting the time or stopping measuring the time.
A package comprising: first and second packs (P1,P2) each capable of containing items, each pack (P1,P2) having a first face (F1, F1') bound by a first edge (E1,E1') and a second edge (E2, E2'), and means, connecting the first and second packs (P1,P2), which means comprising first and second straps (S1,S2) which extend between the first and second packs (P1,P2); wherein, in a first position of the packs (P1,P2) the first face (F1,F1') of the first and second packs (P1.P2) face each other with the first edges (E1,E1') of the first and second pack (P1,P2) adjacent to each other and the second edges (E2,E2') of the first and second pack (P1,P2) adjacent each other, the first and second straps (S1,S2) extending across the first face (F1,F1') and being hinged about the first and second edges (E1,E1'); (E2,E2'), wherein the first strap is hinged about the first edge of the first pack and hinged about the second edge (E2') of the second pack and the second strap is hinged about the second edge of the first pack and hinged about the first edge (E1') of the second pack, whereby the first and second packs (P1,P2) are movable, one relative to the other between at least the first position, a second position in which the second pack is rotated relative to the first pack about the first edge (E1') of the second pack and a third position in which the second pack is rotated relative to the first pack about the second edge (E2') of the second pack, characterised in that said first and second straps (S1,S2) in said first position being integral parts of a single member which joins said first and second straps (S1,S2) together, said single member being separable on first opening of the package to provide the first and second straps (S1,S2).
A method for promoting crystallization of a biodegradable resin composition, comprising the step of melt-kneading a raw material comprising ethylenebis 12-hydroxystearic amide having an amine value as determined according to ASTM D 2074 of 1.0 mg KOH/g or less and a biodegradable resin.
A creping adhesive comprising a non-thermosetting poly(aminoamide)-epihalohydrin resin and a polyvinyl alcohol copolymer, wherein the weight ratio of polyvinyl alcohol copolymer to PAE resin is from 3:1 to 7:1, and the polyvinyl alcohol copolymer comprises vinyl acetate repeat units and functional repeat units selected from carboxylate repeat units, sulfonate repeat units, and combinations thereof and has a degree of hydrolysis of from 70% to 85 mole%.
A method for providing Internet services comprising: receiving, using a processor, a service request message that is initiated by a user of an application provided by an Independent Software Vendor, ISV, the service request message being implemented according to an Application Programming Interface, API, type and including a plurality of platform-level parameters that conform to the API type; determining, using the processor, a set of authentication checks appropriate for the API type, the API type being one of a plurality of API types, wherein the determining of the set of authentication checks comprises: determining whether the API type is associated with a first API type or a second API type, the first API type being associated with a first set of authentication checks, the second API type being associated with a second set of authentication checks, the first set of authentication checks being different from the second set of authentication checks; performing, using the processor, authentication of the service request message according to the set of authentication checks; and routing, using the processor, the service request message to a service address of the Internet Service Provider, ISP, in the event that the service request message is authenticated. receiving, using a processor, a service request message that is initiated by a user of an application provided by an Independent Software Vendor, ISV, the service request message being implemented according to an Application Programming Interface, API, type and including a plurality of platform-level parameters that conform to the API type; determining, using the processor, a set of authentication checks appropriate for the API type, the API type being one of a plurality of API types, wherein the determining of the set of authentication checks comprises: determining whether the API type is associated with a first API type or a second API type, the first API type being associated with a first set of authentication checks, the second API type being associated with a second set of authentication checks, the first set of authentication checks being different from the second set of authentication checks; determining whether the API type is associated with a first API type or a second API type, the first API type being associated with a first set of authentication checks, the second API type being associated with a second set of authentication checks, the first set of authentication checks being different from the second set of authentication checks; performing, using the processor, authentication of the service request message according to the set of authentication checks; and routing, using the processor, the service request message to a service address of the Internet Service Provider, ISP, in the event that the service request message is authenticated.
A storage device state detection method in which a State of Health, SOH, or a State of Charge, SOC, of a storage device having an internal impedance which depends only on temperature is inferred from the internal impedance of the storage device, wherein: an internal resistance of the storage device is measured by using a signal with a first frequency of 1 kHz or lower; the internal impedance of the storage device is calculated by using a signal with a second frequency of 10 kHz or higher; and an initial SOH, or SOC respectively, of the storage device is calculated from a measured value of the internal resistance; characterized in that an internal temperature of the storage device is calculated from a measured value of the internal impedance; and the SOH, or SOC respectively, is inferred by using a calculated value of the internal temperature to correct the initial SOH, or SOC respectively. an internal resistance of the storage device is measured by using a signal with a first frequency of 1 kHz or lower; the internal impedance of the storage device is calculated by using a signal with a second frequency of 10 kHz or higher; and an initial SOH, or SOC respectively, of the storage device is calculated from a measured value of the internal resistance; characterized in that an internal temperature of the storage device is calculated from a measured value of the internal impedance; and the SOH, or SOC respectively, is inferred by using a calculated value of the internal temperature to correct the initial SOH, or SOC respectively.
A noise reduction box, comprising a shell and a detection assembly, wherein the inside of the shell defines a cavity, the shell is provided with an air inlet and an air outlet that are in communication with the cavity, and the detection assembly is mounted on the shell; characterized in that the detection assembly is adapted to detect the degree to which the inside of the cavity is dirty, so that the noise reduction box can be cleaned and serviced timely, wherein the detection assembly comprises a dirt adsorption component and the dirt adsorption component is adapted to absorb the pollutants in the air in the cavity and to develop the color to different degrees according to the amount of the absorbed pollutants.
A compressor comprising: a casing accommodating a compression mechanism; a detection device having a detection face for detecting an internal state of the casing, the detection face being located opposite an outer peripheral face of the casing, and having a rib; an elastic member (40, 240) including a first portion overlapping the detection device and a second portion (40b,) not overlapping the detection device, as seen in plan view; and a cover mounted to the casing to cover the detection device and a part of the elastic member (40, 140, 240, 540), wherein the cover is configured to press the second portion of the elastic member (40, 240) against the casing, with the first portion of the elastic member (40, 240) pressing the detection device against the casing, and the elastic member (40, 240) includes: a mounting hole into which the detection device is inserted; and a projection disposed on a part around a peripheral edge of the mounting hole and protruding toward the casing, wherein the rib is configured to restrict a movement of the projection toward the casing. a casing accommodating a compression mechanism; a detection device having a detection face for detecting an internal state of the casing, the detection face being located opposite an outer peripheral face of the casing, and having a rib; an elastic member (40, 240) including a first portion overlapping the detection device and a second portion (40b,) not overlapping the detection device, as seen in plan view; and a cover mounted to the casing to cover the detection device and a part of the elastic member (40, 140, 240, 540), wherein the cover is configured to press the second portion of the elastic member (40, 240) against the casing, with the first portion of the elastic member (40, 240) pressing the detection device against the casing, and the elastic member (40, 240) includes: a mounting hole into which the detection device is inserted; and a projection disposed on a part around a peripheral edge of the mounting hole and protruding toward the casing, wherein the rib is configured to restrict a movement of the projection toward the casing. a mounting hole into which the detection device is inserted; and a projection disposed on a part around a peripheral edge of the mounting hole and protruding toward the casing, wherein the rib is configured to restrict a movement of the projection toward the casing.