mhurhangee/ep-ind-claims huggingface dataset:
A method implemented by a wireless transmit receive unit, WTRU, the method comprising: receiving configuration information through a relay WTRU connected to the WTRU, wherein the configuration information originates from a base station, wherein the configuration information comprises two or more thresholds for measurement reporting on one or more signals, wherein a first threshold is associated with sidelink Reference Signal Received Power, RSRP, measurements and a second threshold is associated with sidelink discovery RSRP measurements, wherein the one or more signals are one or more sidelink transmissions; measuring RSRP of the one or more signals; and upon determining at least a value, based on one or more RSRP measurements of the one or more signals, meets at least one of the first threshold or the second threshold, sending a measurement report to the base station, wherein the measurement report includes the value based on the one or more RSRP measurements of the one or more signals and a measurement type, wherein the measurement type indicates that the value was based on at least one data transmission or at least one discovery signal. receiving configuration information through a relay WTRU connected to the WTRU, wherein the configuration information originates from a base station, wherein the configuration information comprises two or more thresholds for measurement reporting on one or more signals, wherein a first threshold is associated with sidelink Reference Signal Received Power, RSRP, measurements and a second threshold is associated with sidelink discovery RSRP measurements, wherein the one or more signals are one or more sidelink transmissions; measuring RSRP of the one or more signals; and upon determining at least a value, based on one or more RSRP measurements of the one or more signals, meets at least one of the first threshold or the second threshold, sending a measurement report to the base station, wherein the measurement report includes the value based on the one or more RSRP measurements of the one or more signals and a measurement type, wherein the measurement type indicates that the value was based on at least one data transmission or at least one discovery signal.
An expression vector for enabling high-level production of a foreign gene-derived protein in a mammalian host cell, which comprises: (a) a translation-impaired dihydrofolate reductase gene cassette (translation-impaired DHFR gene cassette), whose expression is attenuated by altering codons to the least frequently used codons in a mammal, wherein the codons have been altered to GCA for alanine, CGA for arginine, AAU for asparagine, GAU for aspartic acid, UGU for cysteine, CAA for glutamine, GAA for glutamic acid, GGU for glycine, CAU for histidine, UUA for leucine, AAA for lysine, CCA for proline, UUU for phenylalanine, UCA for serine, ACU for threonine, UAU for tyrosine, and/or GUA for valine, and wherein a codon-altered region in the translation-impaired DHFR gene cassette is 30% or more of the full length of the gene cassette; and (b) a gene cassette comprising a cloning site for integration of a foreign gene between a highly transcriptionally active promoter and a highly stable polyadenylation signal. (a) a translation-impaired dihydrofolate reductase gene cassette (translation-impaired DHFR gene cassette), whose expression is attenuated by altering codons to the least frequently used codons in a mammal, wherein the codons have been altered to GCA for alanine, CGA for arginine, AAU for asparagine, GAU for aspartic acid, UGU for cysteine, CAA for glutamine, GAA for glutamic acid, GGU for glycine, CAU for histidine, UUA for leucine, AAA for lysine, CCA for proline, UUU for phenylalanine, UCA for serine, ACU for threonine, UAU for tyrosine, and/or GUA for valine, and wherein a codon-altered region in the translation-impaired DHFR gene cassette is 30% or more of the full length of the gene cassette; and (b) a gene cassette comprising a cloning site for integration of a foreign gene between a highly transcriptionally active promoter and a highly stable polyadenylation signal.
A method for manufacturing a wind turbine blade, comprising the steps of: - arranging (S2, S3) a joining portion comprising a fibre lay-up (12, 13, 14, 15, 16, 17) inside a first one and inside a second one of adjacent blade sections (20, 24), - covering the joining portion and the adjacent blade sections (20, 24) at least partially with a vacuum bag (19, 38), and - applying vacuum to a space covered by the vacuum bag (19, 38), infusing at least the fibre lay-up (12, 13, 14, 15, 16, 17) with a resin and curing the resin to obtain a cured joining portion joining the blade sections (20, 24) inside such that the cured joining portion joins the blade sections (20, 24) on their inside surfaces. - arranging (S2, S3) a joining portion comprising a fibre lay-up (12, 13, 14, 15, 16, 17) inside a first one and inside a second one of adjacent blade sections (20, 24), - covering the joining portion and the adjacent blade sections (20, 24) at least partially with a vacuum bag (19, 38), and - applying vacuum to a space covered by the vacuum bag (19, 38), infusing at least the fibre lay-up (12, 13, 14, 15, 16, 17) with a resin and curing the resin to obtain a cured joining portion joining the blade sections (20, 24) inside such that the cured joining portion joins the blade sections (20, 24) on their inside surfaces.
A process for reducing the microbial count in a chocolate mass, comprising the steps of: a) placing a chocolate mass and water in a sterilizable container b) heating the chocolate mass and the water and stirring to a target temperature of more than 100°C c) building up an overpressure in the container at least during part of the heating period, d) degassing and cooling the container characterized in that e) upon reaching the target temperature, but prior to step d), the pressure is partially lowered abruptly so that an overpressure remains in the container and subsequently f) the pressure is raised back to the original overpressure. a) placing a chocolate mass and water in a sterilizable container b) heating the chocolate mass and the water and stirring to a target temperature of more than 100°C c) building up an overpressure in the container at least during part of the heating period, d) degassing and cooling the container characterized in that e) upon reaching the target temperature, but prior to step d), the pressure is partially lowered abruptly so that an overpressure remains in the container and subsequently f) the pressure is raised back to the original overpressure.
Retention mechanism for attachment of a technical equipment unit to a mounting rail, the retention mechanism comprising: - a slider, which is movable in a translational manner along a sliding direction, - a frame enclosing a groove for movably guiding the slider and - a lever, which is pivotable about a pivoting axis, wherein the lever is mechanically coupled with the slider, wherein the slider comprises a first retention section and the lever comprises a second retention section aligned with the first retention section in the sliding direction, wherein a reception area for receiving the mounting rail is defined between the first retention section and the second retention section, characterized in that the frame is electrically conductive, and wherein the frame comprises at least one first contact point extending into the reception area and at least one second contact point extending away from the reception area. - a slider, which is movable in a translational manner along a sliding direction, - a frame enclosing a groove for movably guiding the slider and - a lever, which is pivotable about a pivoting axis,
Dispenser system comprising - a storage vessel (2, 102) for storing a medium with at least one outlet valve, - a refillable dispenser module (3, 103) with a medium chamber which can be filled with a medium, with a pumping apparatus which has an inlet channel and can be actuated for discharging the medium out of the medium chamber, and with at least one inlet valve, and - an actuating apparatus, - the medium chamber being designed as a closed chamber with a variable volume, - it being possible for the dispenser module (3, 103) to be coupled to the storage vessel (2, 102) for filling the medium chamber, the at least one inlet valve and the at least one outlet valve being open in a forcibly actuated or pressure-loaded manner during filling, with the result that the medium chamber communicates with the storage vessel (2, 102), - the at least one inlet valve and the at least one outlet valve being closed in a disconnected state of the dispenser module (3, 103) and the storage vessel (2, 102, 502), and - it being possible for a volume of the medium chamber to be enlarged by means of the actuating apparatus during or after the coupling of the dispenser module (3, 103) and the storage vessel (2, 102) in order to generate a differential pressure between the medium chamber and the storage vessel (2, 102), a pressure in the storage vessel (2, 102) being higher than in the medium chamber, in order to convey medium out of the storage vessel (2, 102) into the medium chamber, characterized in that the actuating apparatus has at least one magnet and at least one at least partially magnetic or magnetizable element which interacts with the magnet for a volume change of the medium chamber. - a storage vessel (2, 102) for storing a medium with at least one outlet valve, - a refillable dispenser module (3, 103) with a medium chamber which can be filled with a medium, with a pumping apparatus which has an inlet channel and can be actuated for discharging the medium out of the medium chamber, and with at least one inlet valve, and - an actuating apparatus, - the medium chamber being designed as a closed chamber with a variable volume, - it being possible for the dispenser module (3, 103) to be coupled to the storage vessel (2, 102) for filling the medium chamber, the at least one inlet valve and the at least one outlet valve being open in a forcibly actuated or pressure-loaded manner during filling, with the result that the medium chamber communicates with the storage vessel (2, 102), - the at least one inlet valve and the at least one outlet valve being closed in a disconnected state of the dispenser module (3, 103) and the storage vessel (2, 102, 502), and - it being possible for a volume of the medium chamber to be enlarged by means of the actuating apparatus during or after the coupling of the dispenser module (3, 103) and the storage vessel (2, 102) in order to generate a differential pressure between the medium chamber and the storage vessel (2, 102), a pressure in the storage vessel (2, 102) being higher than in the medium chamber, in order to convey medium out of the storage vessel (2, 102) into the medium chamber,
A method for fixing a workpiece during machining by a machining head, in particular a drill head, of a machine tool, wherein the workpieces are machined from a machining side at a machining point, comprising the steps: - fixing of the workpiece relative to the machining head on the machining side of the workpiece and adjacent to the machining point by means of a fixing device, when a control command is given, wherein the fixing is realized by exerting a holding force which is directed to the fixing device and to the machining head; - machining of the workpiece at the machining point by the machining head; - removing dirt and/or residues resulting from machining from the machining side of the workpiece by an extracting device with at least one compressed air inlet; and - releasing the workpiece from the fixing device when a control command is given. - fixing of the workpiece relative to the machining head on the machining side of the workpiece and adjacent to the machining point by means of a fixing device, when a control command is given, wherein the fixing is realized by exerting a holding force which is directed to the fixing device and to the machining head; - machining of the workpiece at the machining point by the machining head; - removing dirt and/or residues resulting from machining from the machining side of the workpiece by an extracting device with at least one compressed air inlet; and - releasing the workpiece from the fixing device when a control command is given.
Oil-separating device, particularly for crankcase ventilation of an internal combustion engine, having a hollow member which extends axially in a longitudinal axis and through which a gas flow which is charged with oil can flow, wherein an oil separation ring which can be flowed against by the gas flow is formed in the hollow member, wherein there is arranged in the hollow member a substantially rotationally symmetrical flow guiding member which has a flow projection located in the longitudinal axis and which has a flow contour which radially increases in a downstream direction so that the flow guiding member can be flowed round by the gas flow, characterized in that there is formed between the radially outer region of the flow guiding member and the inner side of the hollow member a peripheral flow cross-section region having a radial flow cross-section width, wherein the oil separation ring has a radial width which corresponds at least to the radial flow cross-section width in the flow cross-section region, and in that the gas flow between the flow contour and the inner side of the hollow member can strike the oil separation ring in an accelerated manner.
A video decoding method, comprising: obtaining, from a bitstream, first information of a coding tree unit, CTU, in a to-be-decoded picture, wherein the first information is used to indicate a maximum allowed width-to-height ratio of a coding unit CU obtained by dividing the CTU and the first information is also used to indicate the minimum allowed width-to-height ratio of the CU obtained by dividing the CTU; obtaining division information of the CTU from the bitstream; dividing the CTU into one or more CUs based on the first information and the division information, wherein a width-to-height ratio of the one or more CUs falls within the value range indicated by the maximum allowed width-to-height ratio and the minimum allowed width-to-height ratio, and the plurality of CUs do not overlap each other; and decoding the one or more CUs to obtain a reconstructed pixel of the one or more CUs. obtaining, from a bitstream, first information of a coding tree unit, CTU, in a to-be-decoded picture, wherein the first information is used to indicate a maximum allowed width-to-height ratio of a coding unit CU obtained by dividing the CTU and the first information is also used to indicate the minimum allowed width-to-height ratio of the CU obtained by dividing the CTU; obtaining division information of the CTU from the bitstream; dividing the CTU into one or more CUs based on the first information and the division information, wherein a width-to-height ratio of the one or more CUs falls within the value range indicated by the maximum allowed width-to-height ratio and the minimum allowed width-to-height ratio, and the plurality of CUs do not overlap each other; and decoding the one or more CUs to obtain a reconstructed pixel of the one or more CUs.
An ultrasonic bonding tool configured to be used on a horn side of an ultrasonic bonding device, the ultrasonic bonding device being a device configured to be used to join together two superimposed synthetic resin sheets, each of the two superimposed synthetic resin sheets including a polyethylene layer, a polypropylene layer and a heat-resistant layer composed of ceramic particles, such that the heat-resistant layers face each other, the ultrasonic bonding tool comprising: a plurality of protrusions shaped as quadrangular pyramids having a flat top surface; wherein the plurality of protrusions are arranged regularly at fixed intervals and wherein the plurality of protrusions are arranged so that continuous straight lines of V-shaped grooves are formed between two adjacent ones of protrusions; and characterized in that each of the protrusions has an angle within a range of 110-130°, the angle being an apex angle formed by two mutually opposite side surfaces (31a and 31c) from among four side surfaces (31a, 31b, 31c, 31d). a plurality of protrusions shaped as quadrangular pyramids having a flat top surface; wherein the plurality of protrusions are arranged regularly at fixed intervals and wherein the plurality of protrusions are arranged so that continuous straight lines of V-shaped grooves are formed between two adjacent ones of protrusions; and characterized in that each of the protrusions has an angle within a range of 110-130°, the angle being an apex angle formed by two mutually opposite side surfaces (31a and 31c) from among four side surfaces (31a, 31b, 31c, 31d).
A server (10, 10a) comprising: a communication interface (15, 15a, 115) to receive telemetry data from a plurality of client devices, wherein the telemetry data is to indicate a health of a component of a client device from the plurality of client devices; a prediction engine (20, 20a) to process the telemetry data to determine the health of the client device with a prediction model to identify a hardware issue at a component of the client device; characterized in that the server (10, 10a) further comprises: a diagnostic evaluator (25, 25a) in communication with the prediction engine (20, 20a), wherein the diagnostic evaluator (25, 25a) is to request a local confirmation of the hardware issue from the client device upon identification of the hardware issue by the prediction engine (20, 20a), and wherein the local confirmation is determined at the client device via a diagnostic engine; and a reporter (30, 30a) to report the hardware issue upon receipt of the local confirmation. a communication interface (15, 15a, 115) to receive telemetry data from a plurality of client devices, wherein the telemetry data is to indicate a health of a component of a client device from the plurality of client devices; a prediction engine (20, 20a) to process the telemetry data to determine the health of the client device with a prediction model to identify a hardware issue at a component of the client device; characterized in that the server (10, 10a) further comprises: a diagnostic evaluator (25, 25a) in communication with the prediction engine (20, 20a), wherein the diagnostic evaluator (25, 25a) is to request a local confirmation of the hardware issue from the client device upon identification of the hardware issue by the prediction engine (20, 20a), and wherein the local confirmation is determined at the client device via a diagnostic engine; and a reporter (30, 30a) to report the hardware issue upon receipt of the local confirmation. a diagnostic evaluator (25, 25a) in communication with the prediction engine (20, 20a), wherein the diagnostic evaluator (25, 25a) is to request a local confirmation of the hardware issue from the client device upon identification of the hardware issue by the prediction engine (20, 20a), and wherein the local confirmation is determined at the client device via a diagnostic engine; and a reporter (30, 30a) to report the hardware issue upon receipt of the local confirmation.
Stalked crop harvesting header comprising multiple harvesting units, wherein each harvesting unit comprises a set of deck plates defining a channel, a set of snapping rollers mounted below the deck plates and adapted to grasp and pull stalks downwardly through the channel, a pair of gathering chains adapted for conveying stalks along the channel, wherein each harvesting unit further comprises a stalk guiding means (17, 18) at either side of a front end of said channel, wherein the stalk guiding means (17, 18) each comprise an upper stalk guiding wheel and a lower stalk guiding wheel carried by a frame, characterised in that said frame further comprises a protrusion between the upper and the lower stalk guiding wheels, which protrusion comprises a support for carrying a respective front end of the snapping rollers.
Façade or window construction with several window elements (102, 106) arranged next to one another, each bounded by frame elements (624, 625), wherein guide rails (10, 108) of a sun protection device (100; 1000) are provided on two outer frame elements, wherein between the guide rails (10, 108) at least one support rail (610, 611) is provided, which is attached to a central frame element, characterised in that a fall protection is fixed on one or both sides of the support rail, which is fixed on its side opposite this support rail (610, 611) on or in one of the two guide rails or a further support rail (610, 611).
A treatment tip device for delivery of electrical therapy, the device comprising: a treatment tip housing (101, 301, 401, 501, 1201, 1701); an electrode housing (103, 303, 703, 1703) extending from a distal end of the treatment tip housing (101, 301, 401, 501, 1201, 1701) and configured to retract proximally into the treatment tip housing; a soft, electrically insulating material at a distal end face of the electrode housing, the soft, electrically insulating material having a durometer of 60 or less on the Shore A hardness scale; and a plurality of treatment electrodes (305, 405, 705, 1605) housed at least partially within the electrode housing, wherein the device has an un-deployed configuration in which distal ends of the plurality of treatment electrodes do not extend beyond the distal end face of the electrode housing and the soft, electrically insulating material, and a deployed configuration in which the plurality of treatment electrodes extend beyond the distal end face of the electrode housing; and wherein the electrode housing (103, 303, 703, 1703) is configured to move relative to the plurality of treatment electrodes to convert between the un-deployed and the deployed configurations. a treatment tip housing (101, 301, 401, 501, 1201, 1701); an electrode housing (103, 303, 703, 1703) extending from a distal end of the treatment tip housing (101, 301, 401, 501, 1201, 1701) and configured to retract proximally into the treatment tip housing; a soft, electrically insulating material at a distal end face of the electrode housing, the soft, electrically insulating material having a durometer of 60 or less on the Shore A hardness scale; and a plurality of treatment electrodes (305, 405, 705, 1605) housed at least partially within the electrode housing, wherein the device has an un-deployed configuration in which distal ends of the plurality of treatment electrodes do not extend beyond the distal end face of the electrode housing and the soft, electrically insulating material, and a deployed configuration in which the plurality of treatment electrodes extend beyond the distal end face of the electrode housing; and wherein the electrode housing (103, 303, 703, 1703) is configured to move relative to the plurality of treatment electrodes to convert between the un-deployed and the deployed configurations.