mhurhangee/patent-ind-claim-en huggingface dataset:
Control equipment for controlling an electric power system that comprises electric energy sources (106-110), the control equipment comprising: - signal outputs for transmitting control signals for controlling the electric energy sources, and - a signal input for receiving a target value of electric power produced by the electric power system, wherein the control equipment further comprises a controller configured to: - activate, from among inactive ones of the electric energy sources, one electric energy source in response to a situation in which a control value exceeds an activation limit, the control value being dependent on the target value of the electric power or an actual value of the electric power, - deactivate, from among active ones of the electric energy sources, one electric energy source in response to a situation in which the control value drops below a deactivation limit, and - control the active ones of the electric energy sources according to the target value and according to power sharing defined for the active ones of the electric energy sources, characterized in that the controller is configured to select, from among the inactive electric energy sources, the electric energy source to be activated at least partly on the basis of cumulative service times of the inactive electric energy sources. - signal outputs for transmitting control signals for controlling the electric energy sources, and - a signal input for receiving a target value of electric power produced by the electric power system, - activate, from among inactive ones of the electric energy sources, one electric energy source in response to a situation in which a control value exceeds an activation limit, the control value being dependent on the target value of the electric power or an actual value of the electric power, - deactivate, from among active ones of the electric energy sources, one electric energy source in response to a situation in which the control value drops below a deactivation limit, and - control the active ones of the electric energy sources according to the target value and according to power sharing defined for the active ones of the electric energy sources,
A high-purity electrolytic copper, wherein a Cu purity excluding gas components (O, F, S, C, and Cl) is 99.9999 mass% or more, a content of S is 0.1 mass ppm or less, and an area ratio of crystals having a ± 10° orientation is 5 % or more and less than 40%, when crystal orientation is measured by electron backscatter diffraction in a cross section along a thickness direction. wherein a Cu purity excluding gas components (O, F, S, C, and Cl) is 99.9999 mass% or more, a content of S is 0.1 mass ppm or less, and an area ratio of crystals having a ± 10° orientation is 5 % or more and less than 40%, when crystal orientation is measured by electron backscatter diffraction in a cross section along a thickness direction.
Terminal for a wireless network, the terminal being adapted to receive a control message; the terminal being further adapted to read from one of a set of alternative tables indicating modulation and coding schemes, MCS, based on the control message; wherein the terminal is adapted to perform modulation configuration based on information read from the table, characterised in that the terminal is specifically adapted to receive the control message when the control message comprises a parameter configuring a MCS table for both of two measurement subframe sets and at the same time configuring a channel quality indication, CQI, table for one of the measurement subframe sets. the terminal being further adapted to read from one of a set of alternative tables indicating modulation and coding schemes, MCS, based on the control message; wherein the terminal is adapted to perform modulation configuration based on information read from the table, characterised in that the terminal is specifically adapted to receive the control message when the control message comprises a parameter configuring a MCS table for both of two measurement subframe sets and at the same time configuring a channel quality indication, CQI, table for one of the measurement subframe sets.
A sensor assembly for analysis of physical parameters and chemical constituents of small volume samples of bodily fluids, the assembly comprising: a sensor panel with an upper surface and a lower surface and at least two analyte sensors located on the lower surface ; a sensor cartridge base with a fluid inlet and outlet and a contoured fluid pathway extending between the inlet and the outlet , wherein the contoured fluid pathway expands in proximity to each analyte sensor and narrows when traversing away from each analyte sensor , and as a fluid sample is input at the fluid inlet , the fluid traverses along the fluid pathway in contact with the at least one analyte sensor , characterized in that the sensor assembly further comprises an adhesive layer with a tacky upper and lower surface , first and second longitudinal edges and a contoured fluid pathway cutout spanning proximate the first and second longitudinal edges , the upper surface of the adhesive layer secured to the lower surface of the sensor panel ; and wherein the volumetric capacity of the contoured fluid pathway between the fluid inlet and the fluid outlet is in the range of from 20 to 35μl. a sensor panel with an upper surface and a lower surface and at least two analyte sensors located on the lower surface ; a sensor cartridge base with a fluid inlet and outlet and a contoured fluid pathway extending between the inlet and the outlet , wherein the contoured fluid pathway expands in proximity to each analyte sensor and narrows when traversing away from each analyte sensor , and as a fluid sample is input at the fluid inlet , the fluid traverses along the fluid pathway in contact with the at least one analyte sensor , characterized in that the sensor assembly further comprises an adhesive layer with a tacky upper and lower surface , first and second longitudinal edges and a contoured fluid pathway cutout spanning proximate the first and second longitudinal edges , the upper surface of the adhesive layer secured to the lower surface of the sensor panel ; and wherein the volumetric capacity of the contoured fluid pathway between the fluid inlet and the fluid outlet is in the range of from 20 to 35μl.
A method for receiving, by a user equipment, UE, a signal based on a non-orthogonal multiple access scheme in a wireless communication system, the method comprising: receiving, from a base station, BS, control information including information on a codebook selected for the UE among predefined codebooks for non-orthogonal multiple access and information on a codeword selected from the selected codebook, wherein each of predefined codebooks includes a plurality of codewords; receiving, from the BS, data for the UE according to scheduling of the control information; and detecting data for the UE by performing a multi-user detection, MUD, scheme based on the information on the selected codebook and the information on the selected codeword, wherein the MUD scheme is performed based on a multiplication of a corresponding conjugate value of the selected codeword with the received data, wherein the codeword is a UE-specific non-orthogonal cover code, NCC, and the codebook is a non-orthogonal codebook defined by Grassmannian Line Packing, and wherein the codebook is configured that a chordal distance between any two random codewords of the codebook is a same value. receiving, from a base station, BS, control information including information on a codebook selected for the UE among predefined codebooks for non-orthogonal multiple access and information on a codeword selected from the selected codebook, wherein each of predefined codebooks includes a plurality of codewords; receiving, from the BS, data for the UE according to scheduling of the control information; and detecting data for the UE by performing a multi-user detection, MUD, scheme based on the information on the selected codebook and the information on the selected codeword, wherein the MUD scheme is performed based on a multiplication of a corresponding conjugate value of the selected codeword with the received data, wherein the codeword is a UE-specific non-orthogonal cover code, NCC, and the codebook is a non-orthogonal codebook defined by Grassmannian Line Packing, and wherein the codebook is configured that a chordal distance between any two random codewords of the codebook is a same value.
Apparatus for monitoring a telecommunication network comprising a plurality of telecommunication lines , the apparatus comprising means (6, 7, P) configured for: - obtaining (S1, T1) operational data specifying the functioning of respective telecommunication lines, characterized in that said means are further configured for: - for respective groups of telecommunication lines , determining (S4, T3) a difference (N excess ) between a number of telecommunication lines impacted by an impairment in said group and an expected number of telecommunication lines impacted by an impairment in said group, based on said operational data, wherein a group of telecommunication lines comprises telecommunication lines having a common technical feature and/or associated with a common element of the telecommunication network, wherein the expected number of telecommunication lines impacted by an impairment represents an hypothetical situation wherein the impacted lines are evenly distributed in the groups, - ranking (S6, T5) groups based on the determined differences, - causing the display of a ranked list of groups. - obtaining (S1, T1) operational data specifying the functioning of respective telecommunication lines, - for respective groups of telecommunication lines , determining (S4, T3) a difference (N excess ) between a number of telecommunication lines impacted by an impairment in said group and an expected number of telecommunication lines impacted by an impairment in said group, based on said operational data, wherein a group of telecommunication lines comprises telecommunication lines having a common technical feature and/or associated with a common element of the telecommunication network, wherein the expected number of telecommunication lines impacted by an impairment represents an hypothetical situation wherein the impacted lines are evenly distributed in the groups, - ranking (S6, T5) groups based on the determined differences, - causing the display of a ranked list of groups.
A battery cell , comprising: a battery case having an accommodation portion in which an electrode assembly is mounted, and a sealing portion formed by sealing an outer periphery thereof; an electrode lead electrically connected to an electrode tab included in the electrode assembly and protruding out of the battery case via the sealing portion ; and a lead film located at a portion corresponding to the sealing portion in at least one of an upper portion and a lower portion of the electrode lead , wherein the lead film has a dented portion that is recessed in an inner direction of the battery case , the dented portion is opened toward the outside of the battery case , the sealing portion located on a gas inlet portion of the dented portion has a recessed sealing portion that is recessed outward from an inner side of the battery case , and the recessed sealing portion does not overlap with at least a part of the gas inlet portion on a plane. a battery case having an accommodation portion in which an electrode assembly is mounted, and a sealing portion formed by sealing an outer periphery thereof; an electrode lead electrically connected to an electrode tab included in the electrode assembly and protruding out of the battery case via the sealing portion ; and a lead film located at a portion corresponding to the sealing portion in at least one of an upper portion and a lower portion of the electrode lead , wherein the lead film has a dented portion that is recessed in an inner direction of the battery case , the dented portion is opened toward the outside of the battery case , the sealing portion located on a gas inlet portion of the dented portion has a recessed sealing portion that is recessed outward from an inner side of the battery case , and the recessed sealing portion does not overlap with at least a part of the gas inlet portion on a plane.
A bed comprising: - a vertically extending support frame ; - a bed frame having a proximal end and a distal end opposite to the proximal end, wherein the bed frame is configured to support a mattress; - a support and motion system configured to support the bed frame with respect to the support frame and configured to move the bed frame relative to the support frame, wherein the support and motion system comprises: ∘ a first support that is moveable along the support frame, which first support is connected to the proximal end of the bed frame; ∘ a support beam ; ∘ a second support that is moveable along the support frame, which second support is connected to an end of the support beam, and wherein an opposite end of the support beam is connected to the bed frame at a location in between the proximal end and the distal end; and ∘ an actuator system to independently move the first and second support along the support frame allowing the bed frame to be positioned in an orientation parallel to the support frame and an orientation perpendicular to the support frame. - a vertically extending support frame ; - a bed frame having a proximal end and a distal end opposite to the proximal end, wherein the bed frame is configured to support a mattress; - a support and motion system configured to support the bed frame with respect to the support frame and configured to move the bed frame relative to the support frame, wherein the support and motion system comprises: ∘ a first support that is moveable along the support frame, which first support is connected to the proximal end of the bed frame; ∘ a support beam ; ∘ a second support that is moveable along the support frame, which second support is connected to an end of the support beam, and wherein an opposite end of the support beam is connected to the bed frame at a location in between the proximal end and the distal end; and ∘ an actuator system to independently move the first and second support along the support frame allowing the bed frame to be positioned in an orientation parallel to the support frame and an orientation perpendicular to the support frame. ∘ a first support that is moveable along the support frame, which first support is connected to the proximal end of the bed frame; ∘ a support beam ; ∘ a second support that is moveable along the support frame, which second support is connected to an end of the support beam, and wherein an opposite end of the support beam is connected to the bed frame at a location in between the proximal end and the distal end; and ∘ an actuator system to independently move the first and second support along the support frame allowing the bed frame to be positioned in an orientation parallel to the support frame and an orientation perpendicular to the support frame.
An assembly for providing a contoured biological tissue, the assembly comprising: a first plate configured to receive a biological tissue; a second plate having a surface and being configured to apply a compressive force on the biological tissue disposed on the first plate ; wherein one or both of the first and second plates comprise a defined shape (140a, b), and a contoured area within the defined shape, the contoured area comprising at least first and second elevations (142a, b, 144a, b) and a continuous transition between the first and second elevations (142a, b, 144a, b); and one or more energy sources associated with one or both of the first and second plates , the one or more energy sources delivering energy to the biological tissue to influence collagen fiber restructuring while the second plate applies the compressive force on the biological tissue, wherein the defined shape (140a, b) is one or a plurality of heart valve leaflets and wherein the heart valve leaflets each have a substantially straight free edge (146a, b) and an arcuate cusp edge (148a, b), wherein the first elevation (142a, b) is defined along the arcuate cusp edge (148a, b) and the second elevation (144a, b) is located between the arcuate cusp edge (148a, b). a first plate configured to receive a biological tissue; a second plate having a surface and being configured to apply a compressive force on the biological tissue disposed on the first plate ; wherein one or both of the first and second plates comprise a defined shape (140a, b), and a contoured area within the defined shape, the contoured area comprising at least first and second elevations (142a, b, 144a, b) and a continuous transition between the first and second elevations (142a, b, 144a, b); and one or more energy sources associated with one or both of the first and second plates , the one or more energy sources delivering energy to the biological tissue to influence collagen fiber restructuring while the second plate applies the compressive force on the biological tissue, wherein the defined shape (140a, b) is one or a plurality of heart valve leaflets and wherein the heart valve leaflets each have a substantially straight free edge (146a, b) and an arcuate cusp edge (148a, b), wherein the first elevation (142a, b) is defined along the arcuate cusp edge (148a, b) and the second elevation (144a, b) is located between the arcuate cusp edge (148a, b).
A vehicle passenger seating unit of the type having at least first and second seats facing each other, comprising the combination of: (a) a privacy divider that includes first and second video monitors positioned between the first and second seats and selectively moveable between respective stowed positions wherein, when both video monitors are stowed, visual interaction is permitted between seat occupants in the first and second seats , and when either or both video monitors are deployed into a deployed, privacy position between the first and second seats, privacy is provided to the seat occupants in the first and second seats ; and (b) first and second tracks on which respective first and second video monitors are mounted for independent horizontal movement between stowed and deployed privacy positions, characterized in that the first and second tracks are adapted for being positioned in a vertical position when the respective first and second video monitor is in the stowed position and are adapted for being moved into a horizontal position to permit the respective first and second video monitor to be moved horizontally on the track between stowed and deployed privacy positions. (a) a privacy divider that includes first and second video monitors positioned between the first and second seats and selectively moveable between respective stowed positions wherein, when both video monitors are stowed, visual interaction is permitted between seat occupants in the first and second seats , and when either or both video monitors are deployed into a deployed, privacy position between the first and second seats, privacy is provided to the seat occupants in the first and second seats ; and (b) first and second tracks on which respective first and second video monitors are mounted for independent horizontal movement between stowed and deployed privacy positions,
A method comprising: receiving a plurality of protocol data units (PDUs); initiating aggregation of the plurality of PDUs into a transmission block including an intended number of PDUs; receiving a priority PDU; in response to receiving the priority PDU: terminating the aggregation, even if the number of PDUs aggregated prior to receiving the priority PDU is less than the intended number of PDUs; releasing at least the priority PDU; and resuming aggregation of the plurality of PDUs. receiving a plurality of protocol data units (PDUs); initiating aggregation of the plurality of PDUs into a transmission block including an intended number of PDUs; receiving a priority PDU; in response to receiving the priority PDU: terminating the aggregation, even if the number of PDUs aggregated prior to receiving the priority PDU is less than the intended number of PDUs; releasing at least the priority PDU; and resuming aggregation of the plurality of PDUs. terminating the aggregation, even if the number of PDUs aggregated prior to receiving the priority PDU is less than the intended number of PDUs; releasing at least the priority PDU; and resuming aggregation of the plurality of PDUs.
An optoelectronic sensor for detecting objects in a monitored area , the optoelectronic sensor comprising, for receiving received light from the monitored area in a wavelength range, a light receiver having a plurality of avalanche photodiode elements , each of which can be biased with a bias voltage above a breakdown voltage and can thus be operated in a Geiger mode, receiving optics having a first optical filter , 28a) tuned to the wavelength range, and a control and evaluation unit configured to detect information about the objects from a received signal of the light receiver , the wavelength range shifting within a tolerance wavelength range, the tolerance wavelength range comprising the wavelength range which is subject to drift during operation of the sensor , characterized in that the first filter has a transmission range which is narrower than the tolerance wavelength range and in that the receiving optics have at least one further optical filter whose transmission range is narrower than the tolerance wavelength range and is different from the transmission range of the first filter.
A scale-inhibiting polymer comprising one or more scale-inhibiting units and one or more tagging units, wherein the scale-inhibiting polymer contains from 0.01% to 30% by weight tagging units based on the total units in the polymer, wherein each tagging unit is formed from a compound of Formula I or II: wherein each R' is independently R, OR, NRC(S)NR 2 , or NRC(O)NR 2 ; each R is independently H, C 1 -C 6 alkyl, C 2 -C 6 alkenyl, C 6 -C 14 aryl, or C 7 -C 20 aralkyl; and wherein each alkyl or aryl group may be optionally independently substituted with one or more halo, C 1 -C 6 alkyl, or C 1 -C 6 haloalkyl substituents; or a salt, hydrate, salt hydrate, stereoisomer, dehydrate or derivative thereof. wherein each R' is independently R, OR, NRC(S)NR 2 , or NRC(O)NR 2 ; each R is independently H, C 1 -C 6 alkyl, C 2 -C 6 alkenyl, C 6 -C 14 aryl, or C 7 -C 20 aralkyl; and wherein each alkyl or aryl group may be optionally independently substituted with one or more halo, C 1 -C 6 alkyl, or C 1 -C 6 haloalkyl substituents; or a salt, hydrate, salt hydrate, stereoisomer, dehydrate or derivative thereof.