mhurhangee/ep-ind-claims huggingface dataset:
A labeled single-stranded nucleic acid comprising at least two fluorescent atomic group pairs that exhibit an exciton effect, wherein an emission peak wavelength of one of the fluorescent atomic group pairs (hereinafter referred to as the fluorescent atomic group pair A) is shorter than an excitation peak wavelength of the other fluorescent atomic group pair (hereinafter referred to as the fluorescent atomic group pair B), the fluorescent atomic group pairs A and B have a Förster resonance energy transfer (FRET) effect, and the distance between the base having the fluorescent atomic group pair A and the base having the fluorescent atomic group pair B is 2 to 5 bases.
A boom for containing floating material spilled in water comprising: an elongated sheet comprising units and spaces between the units, each one of the units comprising at least one lighter than water plate (401a, 401b) and at least one heavier than water plate (402a, 402b) attached to the sheet, designed to fold flat when packed, and to self-expand into a polygonal cross-sectional shape when deployed.
A connecting device for connecting two components (2, 3), including a first leg connectable to a first one of the two components in that each one connecting element can be urged into the first component through each one of holes penetrating the first leg, and including a second leg arranged at an angle to the first leg, which is connectable to a second one of the two components by means of a further connecting element, and including a support plate, the support side of which faces an inner surface of the first leg and the mounting side of which faces away from this inner surface, wherein the support plate comprises holes, which each completely penetrate the support plate and which correspond to the holes of the first leg such that the respective connecting element can be urged through the one of the holes of the first leg and the respective hole of the support plate corresponding thereto, wherein a first damping element of a damping material is arranged between the first leg and the support plate, characterized in that at least two of the holes (19, 24) of the support plate extend obliquely with respect to the first leg and parallel with respect to the second leg and mirror-imaged to each other with respect to a mirror plane, which is perpendicular to the first leg and to the second leg.
A chip package comprising: an electronic chip having a plurality of die pads formed on a top surface thereof; a polyimide flex layer positioned on the electronic chip, the polyimide flex layer having a plurality of vias formed therein such that each of the plurality of vias corresponds to a respective die pad; an adhesive layer deposited between the electronic chip and the polyimide flex layer; and a plurality of metal interconnects formed on the polyimide flex layer, each of the plurality of metal interconnects comprising: a cover pad covering a portion of a top surface of the polyimide flex layer; a sidewall extending down from the cover pad and through the via along a perimeter thereof; and a base connected to the sidewall and forming an electrical connection with a respective die pad; characterized in that a thickness of each of the base and the sidewall is equal to or greater than a thickness of the adhesive layer so that the metal interconnects are resistant to metal fatigue and cracking that may occur based on stresses imparted thereon from a CTE mismatch between the metal forming the metal interconnects and the surrounding materials forming the polyimide flex layer and the adhesive. an electronic chip having a plurality of die pads formed on a top surface thereof; a polyimide flex layer positioned on the electronic chip, the polyimide flex layer having a plurality of vias formed therein such that each of the plurality of vias corresponds to a respective die pad; an adhesive layer deposited between the electronic chip and the polyimide flex layer; and a plurality of metal interconnects formed on the polyimide flex layer, each of the plurality of metal interconnects comprising: a cover pad covering a portion of a top surface of the polyimide flex layer; a sidewall extending down from the cover pad and through the via along a perimeter thereof; and a base connected to the sidewall and forming an electrical connection with a respective die pad; a cover pad covering a portion of a top surface of the polyimide flex layer; a sidewall extending down from the cover pad and through the via along a perimeter thereof; and a base connected to the sidewall and forming an electrical connection with a respective die pad;
A method performed by a transmitter in a wireless communication system, the method comprising: identifying whether a packet data convergence protocol, PDCP, service data unit, SDU, corresponds to a service data access protocol, SDAP, control protocol data unit, PDU or a SDAP data PDU; in case that the PDCP SDU corresponds to the SDAP control PDU: in case that an integrity protection is configured, calculating a message authentication code-integrity, MAC-I, based on the SDAP control PDU; and concatenating the MAC-I, the SDAP control PDU, and a PDCP header to obtain a PDCP PDU, wherein a ciphering is not applied to the SDAP control PDU, and a header compression is not performed for the SDAP control PDU; and in case that the PDCP SDU corresponds to the SDAP data PDU: in case that a header compression is configured, performing the header compression for the PDCP SDU; in case that the integrity protection is configured, calculating the MAC-I based on the the PDCP SDU and concatenating the MAC-I and the SDAP data PDU; performing a ciphering except for a SDAP header; and concatenating the PDCP header to obtain the PDCP PDU; delivering, to a lower layer, the PDCP PDU (2530, 2540). identifying whether a packet data convergence protocol, PDCP, service data unit, SDU, corresponds to a service data access protocol, SDAP, control protocol data unit, PDU or a SDAP data PDU; in case that the PDCP SDU corresponds to the SDAP control PDU: in case that an integrity protection is configured, calculating a message authentication code-integrity, MAC-I, based on the SDAP control PDU; and concatenating the MAC-I, the SDAP control PDU, and a PDCP header to obtain a PDCP PDU, wherein a ciphering is not applied to the SDAP control PDU, and a header compression is not performed for the SDAP control PDU; and in case that an integrity protection is configured, calculating a message authentication code-integrity, MAC-I, based on the SDAP control PDU; and concatenating the MAC-I, the SDAP control PDU, and a PDCP header to obtain a PDCP PDU, wherein a ciphering is not applied to the SDAP control PDU, and a header compression is not performed for the SDAP control PDU; and in case that the PDCP SDU corresponds to the SDAP data PDU: in case that a header compression is configured, performing the header compression for the PDCP SDU; in case that the integrity protection is configured, calculating the MAC-I based on the the PDCP SDU and concatenating the MAC-I and the SDAP data PDU; performing a ciphering except for a SDAP header; and concatenating the PDCP header to obtain the PDCP PDU; in case that a header compression is configured, performing the header compression for the PDCP SDU; in case that the integrity protection is configured, calculating the MAC-I based on the the PDCP SDU and concatenating the MAC-I and the SDAP data PDU; performing a ciphering except for a SDAP header; and concatenating the PDCP header to obtain the PDCP PDU; delivering, to a lower layer, the PDCP PDU (2530, 2540).
An electric power steering control device, comprising: a steering wheel to be operated by a driver; a torque generation unit for generating a generated torque (τ m) for assisting a torque generated by steering by the driver; a torque detection unit provided between the steering wheel and the torque generation unit, for detecting a torsion generated between the steering wheel side and the torque generation unit side as a detected torque; an assist torque command calculation unit for calculating, based on the detected torque, an assist torque command for assisting the steering by the driver; characterized by a rotational speed detection unit for detecting a rotational speed on the torque generation unit side when the driver steers the steering wheel as a torque-generation-unit-side rotational speed (ω m); and a differential rotational speed calculation unit for calculating a difference in a rotational speed generated between the steering wheel side and the torque generation unit side as a differential rotational speed (ω d) wherein the differential rotational speed calculation unit calculates the differential rotational speed (ω d) based on the detected torque and the torque-generation-unit-side rotational speed (ω m), and wherein the torque generation unit generates the generated torque (τ m) based on a compensation torque, which is set depending on the assist torque command and the differential rotational speed (ω d). a steering wheel to be operated by a driver; a torque generation unit for generating a generated torque (τ m) for assisting a torque generated by steering by the driver; a torque detection unit provided between the steering wheel and the torque generation unit, for detecting a torsion generated between the steering wheel side and the torque generation unit side as a detected torque; an assist torque command calculation unit for calculating, based on the detected torque, an assist torque command for assisting the steering by the driver; characterized by a rotational speed detection unit for detecting a rotational speed on the torque generation unit side when the driver steers the steering wheel as a torque-generation-unit-side rotational speed (ω m); and a differential rotational speed calculation unit for calculating a difference in a rotational speed generated between the steering wheel side and the torque generation unit side as a differential rotational speed (ω d) wherein the differential rotational speed calculation unit calculates the differential rotational speed (ω d) based on the detected torque and the torque-generation-unit-side rotational speed (ω m), and wherein the torque generation unit generates the generated torque (τ m) based on a compensation torque, which is set depending on the assist torque command and the differential rotational speed (ω d).
A tire wear state estimation system comprising: at least one tire supporting a vehicle; a CAN bus system disposed on the vehicle; at least one sensor disposed on the vehicle and in electronic communication with the CAN bus system; the at least one sensor operative to measure selected parameters associated with the vehicle and to communicate data for the selected parameters through the CAN bus system, including a first set of data, a second set of data and a third set of data; a rolling radius estimator operative to receive the first set of data and estimate a rolling radius for the at least one tire; an acceleration slip estimator operative to receive the second set of data and the estimated rolling radius to estimate the slip of the at least one tire during acceleration of the vehicle; a braking slip estimator operative to receive the third set of data and the estimated rolling radius to estimate the slip of the at least one tire during braking of the vehicle; and a tire slip analyzer to correlate the estimation of the slip of the at least one tire during acceleration of the vehicle and the slip of the at least one tire during braking of the vehicle and generate an estimated wear state of the at least one tire, wherein the first set of data includes a speed of a wheel, a speed of the vehicle, an acceleration of the vehicle, and a position of a vehicle throttle; and/or wherein the second set of data includes a speed of the vehicle, an acceleration of the vehicle and a position of a vehicle throttle. at least one tire supporting a vehicle; a CAN bus system disposed on the vehicle; at least one sensor disposed on the vehicle and in electronic communication with the CAN bus system; the at least one sensor operative to measure selected parameters associated with the vehicle and to communicate data for the selected parameters through the CAN bus system, including a first set of data, a second set of data and a third set of data; a rolling radius estimator operative to receive the first set of data and estimate a rolling radius for the at least one tire; an acceleration slip estimator operative to receive the second set of data and the estimated rolling radius to estimate the slip of the at least one tire during acceleration of the vehicle; a braking slip estimator operative to receive the third set of data and the estimated rolling radius to estimate the slip of the at least one tire during braking of the vehicle; and a tire slip analyzer to correlate the estimation of the slip of the at least one tire during acceleration of the vehicle and the slip of the at least one tire during braking of the vehicle and generate an estimated wear state of the at least one tire, wherein the first set of data includes a speed of a wheel, a speed of the vehicle, an acceleration of the vehicle, and a position of a vehicle throttle; and/or wherein the second set of data includes a speed of the vehicle, an acceleration of the vehicle and a position of a vehicle throttle.
A half bridge circuit comprising: an isolation substrate; a metal layer on one surface of the isolation substrate; a power loop substrate on the metal layer; an upper switch on the power loop substrate; a lower switch on the power loop substrate and coupled to the upper switch; a capacitor on the power loop substrate and coupled to the upper switch; a first via through the power loop substrate and coupled between the lower switch and the metal layer; and a second via through the power loop substrate and coupled between the capacitor and the metal layer; wherein the power loop substrate has a height and separates the metal layer from the upper switch, lower switch and capacitor by the height. an isolation substrate; a metal layer on one surface of the isolation substrate; a power loop substrate on the metal layer; an upper switch on the power loop substrate; a lower switch on the power loop substrate and coupled to the upper switch; a capacitor on the power loop substrate and coupled to the upper switch; a first via through the power loop substrate and coupled between the lower switch and the metal layer; and a second via through the power loop substrate and coupled between the capacitor and the metal layer; wherein the power loop substrate has a height and separates the metal layer from the upper switch, lower switch and capacitor by the height.
Device for measuring a thread, comprising a holder for releasable holding of a tube, wherein the thread is formed at one end of the tube, a first optical measuring path with a first optical sensor, wherein the first optical measuring path is arranged at a manipulator of the device, the manipulator being adapted to move the first measuring path relative to the tube, and wherein the first optical measuring path is settably tiltable about a first setting axis relative to a thread axis of the thread, wherein a second optical measuring path of the device with a second optical sensor is arranged at the manipulator, wherein the optical measuring paths together form a measuring channel for simultaneous measurement on opposite sides of the thread, characterised in that the measuring channel is tiltable by means of the manipulator about at least one second setting axis relative to the thread axis to that the measuring channel can be freely oriented within a solid angle interval.
A power converter including a regulating isolation stage for providing a regulated output to a load on a secondary side thereof and a controller on a primary side, said controller being arranged to keep said output substantially in regulation by matching supply at the primary side to load demand on the secondary side; a monitoring circuit receiving said output and a reference representing a regulation level said monitoring circuit generating a feedback signal indicative of said output relative to said reference; a first coupler arranged to convey said feedback signal to said controller without compromising isolation; said first coupler is an opto-coupler (18,19) comprising a light emissive device and a photo-sensitive device arranged such that the feedback signal drives the emissive device ON when said monitoring circuit indicates that the output is below the reference; and characterized by a generator circuit arranged to generate a heartbeat signal whenever said secondary side is up and running; and a second coupler arranged to convey said heartbeat signal to said controller without compromising isolation; wherein said controller increases said supply when the feedback signal so indicates and the heartbeat signal is present. a monitoring circuit receiving said output and a reference representing a regulation level said monitoring circuit generating a feedback signal indicative of said output relative to said reference; a first coupler arranged to convey said feedback signal to said controller without compromising isolation; said first coupler is an opto-coupler (18,19) comprising a light emissive device and a photo-sensitive device arranged such that the feedback signal drives the emissive device ON when said monitoring circuit indicates that the output is below the reference; and characterized by a generator circuit arranged to generate a heartbeat signal whenever said secondary side is up and running; and a second coupler arranged to convey said heartbeat signal to said controller without compromising isolation; wherein said controller increases said supply when the feedback signal so indicates and the heartbeat signal is present.
Elevator with at least one compensating means which is arranged between an elevator car and a counterweight and which serves for compensation for a weight of a support means, wherein the compensating means is guided by means of a guide device and forms a linear part (11.1), a loop part (11.2) and a curved part (11.3), characterised in that the loop part (11.2) and the curved part (11.3) together have a form similar to a parabola, and a monitoring device with a detection region (13.8) is provided at the guide device, wherein the monitoring device can be triggered by the loop part (11.2) of the compensating means in the detection region (13.8).
Device for holding in position a part for heat treatment in a well-type furnace, comprising: - a lifting column extending along a first axis; - at least one star support fixedly mounted on the lifting column, the star support comprising: - a hub mounted on the column; - at least three arms integral with the hub and extending outwardly from the hub to form a star, characterized in that: - the hub comprises for each arm, a yoke formed by two lugs extending outwardly of the hub, - each arm comprises: - a first end intended to be fitted into a yoke along an insertion axis, - First locking means dedicated to cooperate with second locking means integral with the yoke to eliminate all play between the yoke and the arm. - a lifting column extending along a first axis; - at least one star support fixedly mounted on the lifting column, the star support comprising: - a hub mounted on the column; - at least three arms integral with the hub and extending outwardly from the hub to form a star, - a hub mounted on the column; - at least three arms integral with the hub and extending outwardly from the hub to form a star, - the hub comprises for each arm, a yoke formed by two lugs extending outwardly of the hub, - each arm comprises: - a first end intended to be fitted into a yoke along an insertion axis, - First locking means dedicated to cooperate with second locking means integral with the yoke to eliminate all play between the yoke and the arm. - a first end intended to be fitted into a yoke along an insertion axis, - First locking means dedicated to cooperate with second locking means integral with the yoke to eliminate all play between the yoke and the arm.
A joining head for fastening a fastening element by means of a die to the surface (20.1) of a component with a gripper that can be linearly displaced in a first displacement direction R G and a magazine for containing a plurality of fastening elements that can be linearly displaced in a second displacement direction R M, wherein the first displacement direction R G runs transversely to the second displacement direction R M, characterized in that the gripper is designed as at least one die and the component can be fastenend by clinching.
Method for configuration of a femto radio base station, comprising: establishing a connection of said femto radio base station to a configuration server via the internet, positioning a mobile terminal within the transmission range of said femto radio base station, said mobile terminal contacting said configuration server over an existing macro base station and performing various measurements to identify the radio environment at the site of said femto radio base station, and said configuration server using the results from said measurements to determine a radio configuration for said femto radio base station, characterized in that said femto radio base station passively detects the traffic between said mobile terminal and said macro base station by means of its uplink radio interface, informs said configuration server accordingly and identifies said mobile terminal by means of detecting and analyzing signaling information exchanged between said mobile terminal and said macro base station. establishing a connection of said femto radio base station to a configuration server via the internet, positioning a mobile terminal within the transmission range of said femto radio base station, said mobile terminal contacting said configuration server over an existing macro base station and performing various measurements to identify the radio environment at the site of said femto radio base station, and said configuration server using the results from said measurements to determine a radio configuration for said femto radio base station,
A peptide product or a pharmaceutically acceptable salt thereof for use in the treatment of a liver disorder, wherein the peptide product is:His 1 -Aib 2 -Gln 3 -Gly 4 -Thr 5 -Phe 6 -Thr 7 -Ser 8 -Asp 9 -Tyr 10 -Ser 11 -Lys 12 -Tyr 13 -Leu 14 -Asp 15 -Glu* 16 -Lys(N-omega[1-(17-carboxyl-heptadecyloxy) beta-D-glucuronyl]) 17 -Ala 18 -Ala 19 -Lys* 20 -Glu 21 -Phe 22 -Ile 23 -Gln 24 -Trp 25 -Leu 26 -Leu 27 -Gln 28 -Thr 29 -NH 2 (SEQ. ID. NO. 1119), wherein Glu 16 * and Lys 20 * denote residues that are cyclized through their side chains to form a lactam.