mhurhangee/ep-ind-claims huggingface dataset:
A user equipment, UE (102, 1202, 1302, 1502), comprising: receiving circuitry (120, 1243, 1320, 1520) configured to receive a physical downlink shared channel, PDSCH, that includes code block groups, CBGs, of a transport block; and transmitting circuitry (158, 1251, 1358, 1558) configured to transmit CBG based hybrid automatic repeat request-acknowledgement, HARQ-ACK, wherein for the CBG based HARQ-ACK corresponding to the PDSCH which is scheduled in a common search space, CSS, the transmitting circuitry (158, 1251, 1358, 1558) is configured to report one HARQ-ACK bit for the transport block in a first physical uplink control channel, PUCCH, format, the first PUCCH format is with uplink control information, UCI, payload of a first size, for the CBG based HARQ-ACK corresponding to the PDSCH which is scheduled in a UE-specific search space, USS, the transmitting circuitry (158, 1251, 1358, 1558) is configured to report HARQ-ACK bits of all CBGs in a second PUCCH format, the second PUCCH format is with UCI payload of a second size, the second size is larger than the first size. receiving circuitry (120, 1243, 1320, 1520) configured to receive a physical downlink shared channel, PDSCH, that includes code block groups, CBGs, of a transport block; and transmitting circuitry (158, 1251, 1358, 1558) configured to transmit CBG based hybrid automatic repeat request-acknowledgement, HARQ-ACK, wherein for the CBG based HARQ-ACK corresponding to the PDSCH which is scheduled in a common search space, CSS, the transmitting circuitry (158, 1251, 1358, 1558) is configured to report one HARQ-ACK bit for the transport block in a first physical uplink control channel, PUCCH, format, the first PUCCH format is with uplink control information, UCI, payload of a first size, for the CBG based HARQ-ACK corresponding to the PDSCH which is scheduled in a UE-specific search space, USS, the transmitting circuitry (158, 1251, 1358, 1558) is configured to report HARQ-ACK bits of all CBGs in a second PUCCH format, the second PUCCH format is with UCI payload of a second size, the second size is larger than the first size.
A manufacturing method of a semi-finished product comprising a plurality of contact probes for a testing head of electronic devices, said method comprising the step of: - providing a substrate made of a conductive material; said method being characterized in that it further comprises the step of: - defining each of said contact probes inside a respective frame by removing material from said substrate so that each of said contact probes turns out to be anchored to said substrate by at least one respective bridge of material, said step of defining said contact probes comprising a step of laser cutting, in correspondence with a contour of said contact probes and of said at least one bridge of material. - providing a substrate made of a conductive material; - defining each of said contact probes inside a respective frame by removing material from said substrate so that each of said contact probes turns out to be anchored to said substrate by at least one respective bridge of material, said step of defining said contact probes comprising a step of laser cutting, in correspondence with a contour of said contact probes and of said at least one bridge of material.
A fastener assembly for use in an associated fastener driving tool for driving a fastener from the assembly into an associated substrate, the fastener assembly comprising: a row of fasteners arranged substantially parallel to each other in a strip, each fastener having a shank; a molded tape-less collation system formed from a plastic material that is molded onto and adhered to the fasteners, the plastic material defining a collar portion encircling the fastener shank, the plastic material further defining a connecting portion extending between and connecting adjacent collar portions, the plastic material being formulated from an adhesive polymer, the collar portion being formed having a predetermined shape, characterized in that the adhesive polymer is, at least in part, a modified polyolefin, wherein when the fastener is driven from the driving tool, the collar portion remains adhered to the fastener at a location at which the collar portion is molded onto the fastener shank such that the collar portion encircling the shank penetrates the substrate with the fastener and is maintained on the shank as it penetrates the substrate. a row of fasteners arranged substantially parallel to each other in a strip, each fastener having a shank; a molded tape-less collation system formed from a plastic material that is molded onto and adhered to the fasteners, the plastic material defining a collar portion encircling the fastener shank, the plastic material further defining a connecting portion extending between and connecting adjacent collar portions, the plastic material being formulated from an adhesive polymer, the collar portion being formed having a predetermined shape,
A communication apparatus located on-board a mobile asset having an event/data recorder -EDR-, the apparatus comprising: an EDR interface adapted to communicate with the EDR; a memory adapted to store a plurality of EDR communication protocols; a processor adapted to dynamically determine identifying information of the EDR, and to select one of the plurality of EDR communication protocols stored in the memory to be used by the EDR interface based on the identifying information of the EDR; and the EDR interface adapted to communicate with the EDR using said one of the communication protocols selected by the processor. an EDR interface adapted to communicate with the EDR; a memory adapted to store a plurality of EDR communication protocols; a processor adapted to dynamically determine identifying information of the EDR, and to select one of the plurality of EDR communication protocols stored in the memory to be used by the EDR interface based on the identifying information of the EDR; and the EDR interface adapted to communicate with the EDR using said one of the communication protocols selected by the processor.
A method for wireless communication at a first device, the method characterized by comprising: transmitting a reference signal to a second device during a first transmission time interval, TTI, of a carrier component; receiving an indication of an interference pattern experienced by the second device for a duration of the first TTI, the indication being based on the reference signal; receiving from the second device a request message for mission-critical, MiCri, data; and transmitting MiCri data to the second device during the first TTI of the carrier component using a hybrid automated repeat request, HARQ, block based on the indication. transmitting a reference signal to a second device during a first transmission time interval, TTI, of a carrier component; receiving an indication of an interference pattern experienced by the second device for a duration of the first TTI, the indication being based on the reference signal; receiving from the second device a request message for mission-critical, MiCri, data; and transmitting MiCri data to the second device during the first TTI of the carrier component using a hybrid automated repeat request, HARQ, block based on the indication.
A combustion boiler control method, comprising the steps of: a) monitoring the current load (Q h) of a combustion boiler; b) finding such a numerical value (Q h, candidate) for a current computational maximum boiler momentary load (Q h, max) for which at least one flue gas factor (df i) computed using currently monitored process data with a numerical model of the boiler fulfills an acceptance condition, and selecting the numerical value (Q h, candidate) as the current computational maximum boiler momentary load (Q h,max); c) indicating the current computational maximum boiler momentary load (Q h,max) to the operator and/or, if the current load (Q h) is c1) smaller than the current computational maximum boiler momentary load (Q h,max): c1i) indicating the boiler operator that the boiler load (Q h) may be increased, and/or c1ii) automatically increasing the boiler load (Q h), and/or c2) larger than the current computational maximum boiler momentary load (Q h,max): c2i) indicating the boiler operator that the boiler load (Q h) exceeds the current computational maximum boiler momentary load, and/or c2ii) automatically reducing the boiler load (Q h). a) monitoring the current load (Q h) of a combustion boiler; b) finding such a numerical value (Q h, candidate) for a current computational maximum boiler momentary load (Q h, max) for which at least one flue gas factor (df i) computed using currently monitored process data with a numerical model of the boiler fulfills an acceptance condition, and selecting the numerical value (Q h, candidate) as the current computational maximum boiler momentary load (Q h,max); c) indicating the current computational maximum boiler momentary load (Q h,max) to the operator and/or, if the current load (Q h) is c1) smaller than the current computational maximum boiler momentary load (Q h,max): c1i) indicating the boiler operator that the boiler load (Q h) may be increased, and/or c1ii) automatically increasing the boiler load (Q h), and/or c2) larger than the current computational maximum boiler momentary load (Q h,max): c2i) indicating the boiler operator that the boiler load (Q h) exceeds the current computational maximum boiler momentary load, and/or c2ii) automatically reducing the boiler load (Q h). c1) smaller than the current computational maximum boiler momentary load (Q h,max): c1i) indicating the boiler operator that the boiler load (Q h) may be increased, and/or c1ii) automatically increasing the boiler load (Q h), and/or c1i) indicating the boiler operator that the boiler load (Q h) may be increased, and/or c1ii) automatically increasing the boiler load (Q h), c2) larger than the current computational maximum boiler momentary load (Q h,max): c2i) indicating the boiler operator that the boiler load (Q h) exceeds the current computational maximum boiler momentary load, and/or c2ii) automatically reducing the boiler load (Q h). c2i) indicating the boiler operator that the boiler load (Q h) exceeds the current computational maximum boiler momentary load, and/or c2ii) automatically reducing the boiler load (Q h).
Device for determining contamination of a fluid by a microorganism, said device comprising: - a housing having an internal volume delimited by at least one side wall and a bottom, - a cover which closes the housing and which is positioned opposite the bottom, - a fluid inlet port which is arranged on the cover and which opens out into the internal volume of said housing, the fluid inlet port extending along an axis that is substantially secant and preferably perpendicular to the cover, - at least one filtration member, arranged in the internal volume, - at least one nutrient layer comprising a microbiological culture medium, - a fluid outlet port which is provided on the housing and which opens out into the internal volume of said housing, the device being characterized in that: - the cover has an inner surface in the internal volume extending radially around the fluid inlet port up to a peripheral edge of the cover, said inner surface being inclined or curved and converging towards the fluid inlet port, - the device comprises a support grille configured to support the nutrient layer, and - the bottom of the housing has a surface extending radially around the fluid outlet port up to the side wall of the housing, said surface being inclined and converging towards the fluid outlet port. - a housing having an internal volume delimited by at least one side wall and a bottom, - a cover which closes the housing and which is positioned opposite the bottom, - a fluid inlet port which is arranged on the cover and which opens out into the internal volume of said housing, the fluid inlet port extending along an axis that is substantially secant and preferably perpendicular to the cover, - at least one filtration member, arranged in the internal volume, - at least one nutrient layer comprising a microbiological culture medium, - a fluid outlet port which is provided on the housing and which opens out into the internal volume of said housing, - the cover has an inner surface in the internal volume extending radially around the fluid inlet port up to a peripheral edge of the cover, said inner surface being inclined or curved and converging towards the fluid inlet port, - the device comprises a support grille configured to support the nutrient layer, and - the bottom of the housing has a surface extending radially around the fluid outlet port up to the side wall of the housing, said surface being inclined and converging towards the fluid outlet port.
Use of an adhesive tape comprising at least one pressure-sensitively adhesive layer, the adhesive layer having at least one groove that does not extend to one of the edges of the adhesive layer, and the proportion, determined by means of scanning electron microscopy, of the total groove volume of the adhesive layer that is accounted for by such grooves being more than 50%, for the adhesive bonding of printing plates.
A wireless communication device comprising: a receiver configured to receive information about allowed access classes; a processor coupled to the receiver, the processor configured to determine whether an emergency access class is allowed; and a transmitter coupled to the processor, the transmitter configured to transmit an emergency call after the emergency access class is determined to be allowed, wherein the processor is configured to accept an incoming emergency call for a predefined time period after the transmission of the emergency call. a receiver configured to receive information about allowed access classes; a processor coupled to the receiver, the processor configured to determine whether an emergency access class is allowed; and a transmitter coupled to the processor, the transmitter configured to transmit an emergency call after the emergency access class is determined to be allowed, wherein the processor is configured to accept an incoming emergency call for a predefined time period after the transmission of the emergency call.
An auto-segmentation method performed by a processor, the method comprising: performing atlas-based auto-segmentation on a subject image to generate first data representative of at least one structure in the subject image, wherein performing the atlas-based auto-segmentation includes registering the subject image with a plurality of atlas images to map a plurality of points in the subject image to points of the atlas images; selecting a subset of the plurality of points in the subject image; applying the selected subset of the plurality of the points in the subject image to a trained classifier to generate second data representative of the at least one structure in the subject image; and combining the first data with the second data to generate third data representative of the at least one structure in the subject image. performing atlas-based auto-segmentation on a subject image to generate first data representative of at least one structure in the subject image, wherein performing the atlas-based auto-segmentation includes registering the subject image with a plurality of atlas images to map a plurality of points in the subject image to points of the atlas images; selecting a subset of the plurality of points in the subject image; applying the selected subset of the plurality of the points in the subject image to a trained classifier to generate second data representative of the at least one structure in the subject image; and combining the first data with the second data to generate third data representative of the at least one structure in the subject image.
A Bluetooth low energy BLE device, characterized by comprising a processor and a BLE communication module, wherein the processor is configured to trigger, when the BLE device obtains and stores update data, the BLE communication module to transfer the update data to a peripheral BLE device by using a BLE link, until that all peripheral BLE devices obtain the update data is detected, wherein the peripheral BLE device is a device that enables to perform end-to-end BLE communication with the BLE device that obtains the update data; wherein, the transferring the update data to the peripheral BLE device comprises: initiating a BLE broadcast, wherein the broadcast carries version information of the update data; and in response to a BLE communication request from the peripheral BLE device, establishing a BLE communication connection to the peripheral BLE device and sending over the established BLE communication connection the update data stored in the BLE device; wherein the BLE communication request is initiated when the version information carried in the BLE broadcast is read by the peripheral BLE device and is inconsistent with the version information of the update data stored in the peripheral BLE device. initiating a BLE broadcast, wherein the broadcast carries version information of the update data; and in response to a BLE communication request from the peripheral BLE device, establishing a BLE communication connection to the peripheral BLE device and sending over the established BLE communication connection the update data stored in the BLE device;
A heavy-duty tire comprising: a tread portion; a pair of axially spaced bead portions each with a bead core therein; a pair of sidewall portions extending between the tread edges and the bead portions; a carcass extending between the bead cores in the bead portions through the tread portion and the sidewall portions; and a tread reinforcing belt disposed radially outside the carcass in the tread portion, wherein the belt comprises a first belt ply, a second belt ply, a third belt ply and a fourth belt ply which are arranged in this order from the carcass side toward the outside in the tire radial direction, and each of the first to fourth belt plies (7A, 7B, 7C, 7D) is composed of belt cords inclined with respect to the tire equatorial plane, wherein a first distance L1 in the tire radial direction between the belt cords of the third belt ply and the belt cords of the fourth belt ply is not more than a second distance L2 in the tire radial direction between the belt cords of the second belt ply and the belt cords of the third belt ply, characterized in that with respect to a cord count of a belt ply which is the number of the belt cords per unit width of the belt ply, a cord count E4 of the fourth belt ply is smaller than a cord count E3 of the third belt ply. a tread portion; a pair of axially spaced bead portions each with a bead core therein; a pair of sidewall portions extending between the tread edges and the bead portions; a carcass extending between the bead cores in the bead portions through the tread portion and the sidewall portions; and a tread reinforcing belt disposed radially outside the carcass in the tread portion, wherein the belt comprises a first belt ply, a second belt ply, a third belt ply and a fourth belt ply which are arranged in this order from the carcass side toward the outside in the tire radial direction, and each of the first to fourth belt plies (7A, 7B, 7C, 7D) is composed of belt cords inclined with respect to the tire equatorial plane, wherein a first distance L1 in the tire radial direction between the belt cords of the third belt ply and the belt cords of the fourth belt ply is not more than a second distance L2 in the tire radial direction between the belt cords of the second belt ply and the belt cords of the third belt ply, characterized in that with respect to a cord count of a belt ply which is the number of the belt cords per unit width of the belt ply, a cord count E4 of the fourth belt ply is smaller than a cord count E3 of the third belt ply.
A method for manufacturing a spectrometer for spectrally resolving light with a spectroscopic unit and detecting the light with a photodetector, the method comprising the steps of: preparing a package having a rectangular parallelepiped box, which is provided with a recess whose bottom face is a semispherical curved surface and has a first area and a second area surrounding the first area, the first and second areas being continuous with each other on the same curved surface; forming a resin layer in the first area after preparing the package; forming a plurality of grating grooves arranged in a row along a predetermined direction by pressing a mold against the resin layer after forming the resin layer; providing the package with the spectroscopic unit by forming the resin layer with a reflecting film after forming the grating grooves; and accommodating the photodetector into the package after providing the spectroscopic unit. preparing a package having a rectangular parallelepiped box, which is provided with a recess whose bottom face is a semispherical curved surface and has a first area and a second area surrounding the first area, the first and second areas being continuous with each other on the same curved surface; forming a resin layer in the first area after preparing the package; forming a plurality of grating grooves arranged in a row along a predetermined direction by pressing a mold against the resin layer after forming the resin layer; providing the package with the spectroscopic unit by forming the resin layer with a reflecting film after forming the grating grooves; and accommodating the photodetector into the package after providing the spectroscopic unit.
A partial discharge detection arrangement for a gas-insulated switchgear, the arrangement comprising - a PD detector comprising a monitoring device and an antenna for receiving signals from the occurrence of PD, and - a rupture disc unit comprising a RD arranged to rupture when a predetermined pressure differential across the RD is exceeded, characterised in that the RD is arranged to be electrically isolated from direct electrical contact with the GIS, and in that it is connected to the monitoring device such that the RD simultaneously serves as antenna of the PD detector. - a PD detector comprising a monitoring device and an antenna for receiving signals from the occurrence of PD, and - a rupture disc unit comprising a RD arranged to rupture when a predetermined pressure differential across the RD is exceeded, characterised in that the RD is arranged to be electrically isolated from direct electrical contact with the GIS, and in that it is connected to the monitoring device such that the RD simultaneously serves as antenna of the PD detector.
A method for genetically modifying a filamentous fungus host for increased protein production, which comprises genetically modifying a filamentous fungus host by introducing into a fungus host an additional copy or copies of gene tre77513 having SEQ ID NO:1, or expressing the gene under another promoter resulting in increased expression of the gene or the coding region of the gene or other nucleotide sequence hybridizing under stringent conditions to said gene, said modified host being capable of increased production of cellulase or hemicellulase as compared to the the unmodified filamentous fungus host.