mhurhangee/ep-ind-claims huggingface dataset:
A method of signaling resource allocation information by a base station in a multicarrier communication network, the method comprising: allocating resources for a mobile station in at least one of a downlink allocation interval for a secondary downlink carrier and an uplink allocation interval for a secondary uplink carrier, wherein the downlink allocation interval is included in at least a part of one or more subframes on the secondary downlink carrier which starts at a first offset after a start time of a subframe on a primary downlink carrier, and the uplink allocation interval is included in at least a part of one or more subframes of the secondary uplink carrier which starts at a second offset after the start time of the subframe on the primary downlink carrier, and transmitting resource allocation information related to the allocated resources in a control region included in the subframe on the primary downlink carrier to the mobile station, wherein the secondary downlink carrier and the secondary uplink carrier are a frequency carrier higher than the primary downlink carrier, and wherein transmit time intervals for the secondary uplink carrier and the secondary downlink carrier are smaller than transmit time intervals for the primary downlink carrier. allocating resources for a mobile station in at least one of a downlink allocation interval for a secondary downlink carrier and an uplink allocation interval for a secondary uplink carrier, wherein the downlink allocation interval is included in at least a part of one or more subframes on the secondary downlink carrier which starts at a first offset after a start time of a subframe on a primary downlink carrier, and the uplink allocation interval is included in at least a part of one or more subframes of the secondary uplink carrier which starts at a second offset after the start time of the subframe on the primary downlink carrier, and transmitting resource allocation information related to the allocated resources in a control region included in the subframe on the primary downlink carrier to the mobile station, wherein the secondary downlink carrier and the secondary uplink carrier are a frequency carrier higher than the primary downlink carrier, and wherein transmit time intervals for the secondary uplink carrier and the secondary downlink carrier are smaller than transmit time intervals for the primary downlink carrier.
A floor cleaning machine comprising a handle unit for operating the floor cleaning machine and a dead man's switch with an actuation unit, wherein - the actuation unit is retained on the handle unit by means of a first region; - the actuation unit has a second region which is swivelable relative to the first region; and - the second region is retained on the first region as a single piece by means of a hinge device, a swivel position of the second region relative to the first region determining whether the dead man's switch is operational or non-operational, a restoring spring device being associated with the actuation unit, a spring force of the restoring spring device having to be overcome for an operational position of the actuation unit. - the actuation unit is retained on the handle unit by means of a first region; - the actuation unit has a second region which is swivelable relative to the first region; and - the second region is retained on the first region as a single piece by means of a hinge device,
A computer-implemented method for anonymizing data, the method comprising: receiving, by a processing device, raw data (320, 321) from a wellbore operation, wherein the raw data (320, 321) are associated with depths; anonymizing, by the processing device, the raw data (320, 321) to convert the raw data (320, 321) to anonymized data (322, 323) by shuffling the raw data (320, 321) and removing the association with the depths; analyzing, by the processing device, the anonymized data (322, 323); and performing an action at the wellbore operation based at least in part on the analysis of the anonymized data (322, 323). receiving, by a processing device, raw data (320, 321) from a wellbore operation, wherein the raw data (320, 321) are associated with depths; anonymizing, by the processing device, the raw data (320, 321) to convert the raw data (320, 321) to anonymized data (322, 323) by shuffling the raw data (320, 321) and removing the association with the depths; analyzing, by the processing device, the anonymized data (322, 323); and performing an action at the wellbore operation based at least in part on the analysis of the anonymized data (322, 323).
A patient care system, comprising a medical pump for delivering a medicine to a patient, a processor in communication with the medical pump, the processor comprising a memory and a logic, characterized in that the memory stores a critical medicine information identifying whether the medicine is designated as a critical medicine, a trigger condition information identifying a trigger condition which would normally result in pausing/stopping delivery of medicine from the medical pump, wherein the logic is adapted to activate a fail-operate mode for the critical medicine, and control the medical pump to operate in the fail-operate mode for the critical medicine and keep infusing to deliver the critical medicine, when the fail-operate mode is activated, despite a triggering of the triggering condition. a medical pump for delivering a medicine to a patient, a processor in communication with the medical pump, the processor comprising a memory and a logic, characterized in that the memory stores a critical medicine information identifying whether the medicine is designated as a critical medicine, a trigger condition information identifying a trigger condition which would normally result in pausing/stopping delivery of medicine from the medical pump, a critical medicine information identifying whether the medicine is designated as a critical medicine, a trigger condition information identifying a trigger condition which would normally result in pausing/stopping delivery of medicine from the medical pump, wherein the logic is adapted to activate a fail-operate mode for the critical medicine, and control the medical pump to operate in the fail-operate mode for the critical medicine and keep infusing to deliver the critical medicine, when the fail-operate mode is activated, despite a triggering of the triggering condition. activate a fail-operate mode for the critical medicine, and control the medical pump to operate in the fail-operate mode for the critical medicine and keep infusing to deliver the critical medicine, when the fail-operate mode is activated, despite a triggering of the triggering condition.
A substantially nonaqueous therapeutic formulation comprising a binary eutectic mixture of: (a) capsaicin; and (b) a second active agent selected from lidocaine, tetracaine or menthol. (a) capsaicin; and (b) a second active agent selected from lidocaine, tetracaine or menthol.
A surgical instrument comprising a handle portion, a shaft housing a firing bar, an end effector comprising an anvil, a lower jaw, and a stapling and severing mechanism responsive to a longitudinal closing motion produced by the handle portion and the shaft, the instrument further comprising a cartridge, wherein the lower jaw is configured to receive the cartridge when in an open position, the cartridge comprising: (a) a cartridge bottom including walls defining a chamber; (b) a plurality of staples disposed in the chamber; and (c) a foam block disposed in the chamber; characterized in that the cartridge further comprises: (d) a lid disposed over the foam block and the chamber; wherein the lid comprises a plurality of apertures configured for receipt of the staples upon activation of the stapling and severing mechanism in response to the longitudinal closing motion. (a) a cartridge bottom including walls defining a chamber; (b) a plurality of staples disposed in the chamber; and (c) a foam block disposed in the chamber; characterized in that the cartridge further comprises: (d) a lid disposed over the foam block and the chamber; wherein the lid comprises a plurality of apertures configured for receipt of the staples upon activation of the stapling and severing mechanism in response to the longitudinal closing motion. (d) a lid disposed over the foam block and the chamber; wherein the lid comprises a plurality of apertures configured for receipt of the staples upon activation of the stapling and severing mechanism in response to the longitudinal closing motion.
Furniture fitting for performing a combined sliding and pivoting movement of a multi-part door having at least a first panel element and a second panel element, wherein the furniture fitting comprises a sliding guide for the first panel element and a pivoting guide for the first and the second panel element (21, 22), and wherein - in a first movement section, the first panel element is guided in a linearly displaceable manner relative to the second panel element by the sliding guide; and - in a second movement section, the first panel element and the second panel element are coupled to one another and are jointly pivotably guided by the pivoting guide, and wherein a pivot axis of the pivoting guide is positioned at a distance from a plane in which the door extends, so that the coupled panel elements (21, 22) are guided in a rotational and translational motion in the second movement section, characterized in that the sliding guide has at least one guide profile and a roller carriage running therein with rollers, wherein the guide profile has a first section for attachment to a body of a piece of furniture, and a second section which is pivotably guided by the pivoting guide, and wherein in the first movement section the roller carriage is guided from the first into the second section (311, 312). - in a first movement section, the first panel element is guided in a linearly displaceable manner relative to the second panel element by the sliding guide; and - in a second movement section, the first panel element and the second panel element are coupled to one another and are jointly pivotably guided by the pivoting guide,
A secondary battery state detection device for detecting a state of a secondary battery, comprising: a measurement unit for measuring or estimating an open-circuit voltage of the secondary battery; a determination unit for determining a state of charge by applying the open-circuit voltage measured or estimated by the measurement unit to a correlation equation expressing the relationship between the open-circuit voltage and the state of charge; a calculation unit for calculating the state of charge on the basis of an internal resistance of the secondary battery; a correction unit for correcting the correlation equation of the determination unit if the values of the state of charge determined by the determination unit and the state of charge calculated by the calculation unit differ; characterised in that it further comprises a learning unit for discharging the secondary battery and learning an element value of an equivalent circuit of the secondary battery on the basis of a voltage and a current in discharging; and a measuring unit for charging the secondary battery and measuring a resistance value of the secondary battery on the basis of a voltage and a current in charging, wherein the calculating unit being configured to calculate the state of charge on the basis of a ratio of the element value learned by the learning unit to the internal resistance measured by the measuring unit. a measurement unit for measuring or estimating an open-circuit voltage of the secondary battery; a determination unit for determining a state of charge by applying the open-circuit voltage measured or estimated by the measurement unit to a correlation equation expressing the relationship between the open-circuit voltage and the state of charge; a calculation unit for calculating the state of charge on the basis of an internal resistance of the secondary battery; a correction unit for correcting the correlation equation of the determination unit if the values of the state of charge determined by the determination unit and the state of charge calculated by the calculation unit differ; characterised in that it further comprises a learning unit for discharging the secondary battery and learning an element value of an equivalent circuit of the secondary battery on the basis of a voltage and a current in discharging; and a measuring unit for charging the secondary battery and measuring a resistance value of the secondary battery on the basis of a voltage and a current in charging, wherein the calculating unit being configured to calculate the state of charge on the basis of a ratio of the element value learned by the learning unit to the internal resistance measured by the measuring unit.
A computer-implemented method for analyzing a plurality of digital interactions taking place at a website, the method comprising acts of: identifying a plurality of values of an attribute selected for the website, each value of the plurality of values corresponding respectively to a digital interaction of the plurality of digital interactions; dividing the plurality of values into a plurality of buckets by applying a hash-modding operation to each value of the plurality of values, wherein each bucket of the plurality of buckets corresponds to a residue of the hash-modding operation; for at least one bucket of the plurality of buckets, determining a count of values from the plurality of values that fall within the at least one bucket; comparing the count of values from the plurality of values that fall within the at least one bucket against historical information regarding the attribute during one or more prior digital interactions, wherein the historical information regarding the attribute comprises an expected count for the at least one bucket, and wherein the count of values from the plurality of values that fall within the at least one bucket is compared against the expected count for the at least one bucket; and determining whether the attribute is anomalous based at least on a result of the act. identifying a plurality of values of an attribute selected for the website, each value of the plurality of values corresponding respectively to a digital interaction of the plurality of digital interactions; dividing the plurality of values into a plurality of buckets by applying a hash-modding operation to each value of the plurality of values, wherein each bucket of the plurality of buckets corresponds to a residue of the hash-modding operation; for at least one bucket of the plurality of buckets, determining a count of values from the plurality of values that fall within the at least one bucket; comparing the count of values from the plurality of values that fall within the at least one bucket against historical information regarding the attribute during one or more prior digital interactions, wherein the historical information regarding the attribute comprises an expected count for the at least one bucket, and wherein the count of values from the plurality of values that fall within the at least one bucket is compared against the expected count for the at least one bucket; and determining whether the attribute is anomalous based at least on a result of the act.
A system for reducing the impact of near distance viewing on at least one of myopia onset and myopia progression, the system comprising: an electronic display (110, 304); a range finder operatively associated with the electronic display (110, 304) and configured to determine the distance between a user and the electronic display (110, 304); a facial mapping or recognition module comprising a camera or a CCD array and associated software for making facial comparison calculations; a display controller operatively associated with the electronic display (110, 304); and a microprocessor in communication with and configured to coordinate the operation of the range finder (108, 306) and the display controller, wherein the microprocessor is configured to automatically disrupt the display (110, 304) via the display controller when the display (110, 304) is closer to the user than a predetermined threshold and automatically restoring the display (110, 304) when the display (110, 304) is at a distance from the user that is equal to or greater than said predetermined threshold; characterized in that the facial mapping or recognition module is configured to determine the pupillary distance of the user to determine whether the user is an adult or a child, and the system is configured to adjust the predetermined threshold depending upon that determination. an electronic display (110, 304); a range finder operatively associated with the electronic display (110, 304) and configured to determine the distance between a user and the electronic display (110, 304); a facial mapping or recognition module comprising a camera or a CCD array and associated software for making facial comparison calculations; a display controller operatively associated with the electronic display (110, 304); and a microprocessor in communication with and configured to coordinate the operation of the range finder (108, 306) and the display controller, wherein the microprocessor is configured to automatically disrupt the display (110, 304) via the display controller when the display (110, 304) is closer to the user than a predetermined threshold and automatically restoring the display (110, 304) when the display (110, 304) is at a distance from the user that is equal to or greater than said predetermined threshold; characterized in that the facial mapping or recognition module is configured to determine the pupillary distance of the user to determine whether the user is an adult or a child, and the system is configured to adjust the predetermined threshold depending upon that determination.
Method for re-emitting a probe signal, implemented by a remote terminal connected to a central terminal by a mono-fiber optical line (MFOL), the probe signal being received by the remote terminal and of preset wavelength (λprobe), the central and remote terminals exchanging on said optical line payload data signals of wavelengths (λd, λu) different from that of the probe signal, comprising the following steps: • receiving the probe signal; and • re-emitting the probe signal on the mono-fiber line toward the central terminal; the method being characterized in that, the received probe signal being polarized with a first polarization, said method comprises, prior to the re-emitting step, a step of: • modifying the first polarization of the probe signal to a second polarization. • receiving the probe signal; and • re-emitting the probe signal on the mono-fiber line toward the central terminal; • modifying the first polarization of the probe signal to a second polarization.
A roller, in particular for pull-out guides for pull-out furniture parts, which is rotatable about an axis, comprising a tread, which forms a running surface of the roller, and a rim, to which the tread is applied and which is made of a material whose modulus of elasticity is greater than the modulus of elasticity of the material of the tread and which has a head portion and a throat portion lying radially within the head portion, the axial extent of the throat portion amounting to at most 70% of the axial extent of the head portion, wherein the head portion has an outer surface directed away from the axis of the roller, which outer surface forms a boundary surface with the tread and extends as far as a respective end (23, 24), at which a tangent applied to the outer surface of the head portion is at right angles to the axis of the roller, of the axial extent of the head portion, and wherein viewed in a cross-section, running parallel to the axis and through the axis, through the roller, the outer surface has a convex curvature at least in first and second edge portions (29, 30) of the axial extent of the head portion, which adjacent to the respective end (23, 24) of the axial extent of the head portion extend over at least a third of the axial extent of the head portion, and the tread projects beyond the head portion by at least 5%, preferably at least 10%, of the axial extent of the head portion of the rim over the respective end (23, 24) of the axial extent of the head portion related to the axial direction of the roller, wherein the rim is formed of POM with inorganic admixtures to increase the rigidity and the tread is formed of elastomer-modified POM, wherein the modulus of elasticity of the material of the tread is greater than 500 MPa and less than 2,500 MPa and the modulus of elasticity of the material of the rim is greater than 4,000 MPa, wherein the modulus of elasticity of the material of the rim is two to 20 times greater than the modulus of elasticity of the material of the tread, and wherein related to the cross-section, running parallel to the axis and through the axis, through the roller, the tread thickness measured in a radial direction increases steadily toward the respective axial end (23, 24) of the head portion, at least over the edge portions (29, 30) of the head portion.
A method comprising; receiving at least one reference signal from a first cell in a dormant state and at least one reference signal from a second cell in a dormant state within a same or different sub frames of a set of sub frames, wherein the at least one reference signal from the first cell is associated with different resource elements of said set of sub frames to those associated with the at least one reference signal from the second cell, each cell having an identity associated therewith, a position of the at least one reference signal from a respective cell is dependent on said cell identity, said position being dependent on a modulo operation performed with respect to said cell identity, wherein a period for transmitting the reference signal from the first cell is aligned with a period for transmitting the reference signal from the second cell.
Method for production of a gear wheel, wherein the gear wheel has at least one sintered material with a porosity, wherein the gear wheel has, in addition to the porosity, another noise reducing means, wherein the method has the following steps: - design of a sintered gear wheel using predetermined geometry and loading data, - simulation of a load computation and a noise prediction for the designed gear wheel, - selection of at least one noise reducing means for the gear wheel, - verification of a load computation and a noise prediction, - adapting of the gear wheel if necessary and repeating of at least a verification of the noise prediction or the load computation, - drafting of manufacturing data and manufacturing of the gear wheel on the basis of the manufacturing data. - design of a sintered gear wheel using predetermined geometry and loading data, - simulation of a load computation and a noise prediction for the designed gear wheel, - selection of at least one noise reducing means for the gear wheel, - verification of a load computation and a noise prediction, - adapting of the gear wheel if necessary and repeating of at least a verification of the noise prediction or the load computation, - drafting of manufacturing data and manufacturing of the gear wheel on the basis of the manufacturing data.
A high solids precipitated calcium carbonate suspension comprising PCC particles and having: a PCC particle size distribution d 90 value of 7 x 10 -7 m (0.7 microns) or less; a PCC particle size distribution d 50 value of 4 x 10 -7 m (0.4 microns) or less; a PCC particle size distribution d 90 /d 50 ratio of from 1.2 to about 2.2; and a PCC specific surface area of 10.0 meters squared per gram or greater.