mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method of evaluating repeater performance of a bent-pipe repeater path of an on-orbit spacecraft, comprising the steps of: identifying parameters of transmitting and receiving earth stations (26, 30) and component performance parameters of repeater components included in the repeater path; receiving telemetry data from the on-orbit spacecraft, the telemetry data including actual repeater performance; identifying an actual uplink effective isotropic radiated power 'EIRP' and an actual uplink atmospheric loss associated with the actual repeater performance; adjusting an estimated uplink EIRP and an estimated uplink atmospheric loss to be substantially equivalent to the actual uplink EIRP and the actual uplink atmospheric loss; predicting repeater performance as a function of the component performance parameters of the repeater components and the parameters of the transmitting and receiving earth stations and the adjusted estimated uplink EIRP and the adjusted estimated uplink atmospheric loss; calculating a difference between the predicted repeater performance and the actual repeater performance; and adjusting the component performance parameters of the repeater components until the difference between the predicted repeater performance and the actual repeater performance is within a predetermined range. identifying parameters of transmitting and receiving earth stations (26, 30) and component performance parameters of repeater components included in the repeater path; receiving telemetry data from the on-orbit spacecraft, the telemetry data including actual repeater performance; identifying an actual uplink effective isotropic radiated power 'EIRP' and an actual uplink atmospheric loss associated with the actual repeater performance; adjusting an estimated uplink EIRP and an estimated uplink atmospheric loss to be substantially equivalent to the actual uplink EIRP and the actual uplink atmospheric loss; predicting repeater performance as a function of the component performance parameters of the repeater components and the parameters of the transmitting and receiving earth stations and the adjusted estimated uplink EIRP and the adjusted estimated uplink atmospheric loss; calculating a difference between the predicted repeater performance and the actual repeater performance; and adjusting the component performance parameters of the repeater components until the difference between the predicted repeater performance and the actual repeater performance is within a predetermined range.
An interference power measurement method, wherein the method comprises: receiving, by a terminal, first signaling that carries first indication information, wherein the first indication information is used to indicate n first channel state information-reference signal CSI RS resources, a j th first CSI RS resource is associated with a power parameter P c,, j, the power parameter P c, j is a ratio of a transmit power on each resource element EPRE of a downlink shared channel to an EPRE of the j th first CSI RS resource, j = 1, 2,..., n, and n is a positive integer; and sending, by the terminal, a channel quality indicator CQI, wherein the CQI is determined based on a total interference power, the total interference power is a linear weighting result of an interference power measured on each of the n first CSI RS resources and an interference power I 0 measured on a zero power CSI RS resource, a weighting coefficient of an interference power I j measured on the j th first CSI RS resource is a function of the power parameter P c, j, and a weighting coefficient of I 0 is a function of 1 − ∑ j = 1 n P c, j. receiving, by a terminal, first signaling that carries first indication information, wherein the first indication information is used to indicate n first channel state information-reference signal CSI RS resources, a j th first CSI RS resource is associated with a power parameter P c,, j, the power parameter P c, j is a ratio of a transmit power on each resource element EPRE of a downlink shared channel to an EPRE of the j th first CSI RS resource, j = 1, 2,..., n, and n is a positive integer; and sending, by the terminal, a channel quality indicator CQI, wherein the CQI is determined based on a total interference power, the total interference power is a linear weighting result of an interference power measured on each of the n first CSI RS resources and an interference power I 0 measured on a zero power CSI RS resource, a weighting coefficient of an interference power I j measured on the j th first CSI RS resource is a function of the power parameter P c, j, and a weighting coefficient of I 0 is a function of 1 − ∑ j = 1 n P c, j.
A transport system comprising: a vehicle; a circuit with a rail (2a, 2b) extending at least on sections of the circuit, the vehicle being movably disposed along the circuit; and a drive system (3, 5, 6, 9) for a positive drive for propelling the vehicle along the circuit, wherein, at least on sections extending along the circuit, the drive system has a first engagement member and the drive system has a second engagement member, which is connected to the vehicle and which is propellable, wherein the first engagement member has projections (300, 301, 312, 313) on at least sections of the circuit and, between the projections, grooves, which are each bounded by a first projection (3002, 312) and an adjacent second projection (3012, 313), wherein the first engagement member has openings, of which at least one through-opening is formed between the first projection and the adjacent second projection, wherein through the through-opening engages a connecting member for the purpose of connecting the first engagement member with the rail for the purpose of attachment to the rail. a vehicle; a circuit with a rail (2a, 2b) extending at least on sections of the circuit, the vehicle being movably disposed along the circuit; and a drive system (3, 5, 6, 9) for a positive drive for propelling the vehicle along the circuit, wherein, at least on sections extending along the circuit, the drive system has a first engagement member and the drive system has a second engagement member, which is connected to the vehicle and which is propellable, wherein the first engagement member has projections (300, 301, 312, 313) on at least sections of the circuit and, between the projections, grooves, which are each bounded by a first projection (3002, 312) and an adjacent second projection (3012, 313), wherein the first engagement member has openings, of which at least one through-opening is formed between the first projection and the adjacent second projection, wherein through the through-opening engages a connecting member for the purpose of connecting the first engagement member with the rail for the purpose of attachment to the rail.
An introducer sheath comprising: a liner having a passageway extending longitudinally therethrough, said liner having an outer surface; an inner jacket positioned longitudinally over said liner, said inner jacket having an inner surface and an outer surface, said inner surface engaged with said outer surface of said liner; a reinforcing member, characterised in that it further comprises an outer jacket positioned longitudinally over said inner jacket, said outer jacket having an inner surface bonded to said outer surface of said inner jacket; and said reinforcing member encapsulated in said inner jacket and said outer jacket. a liner having a passageway extending longitudinally therethrough, said liner having an outer surface; an inner jacket positioned longitudinally over said liner, said inner jacket having an inner surface and an outer surface, said inner surface engaged with said outer surface of said liner; a reinforcing member, characterised in that it further comprises an outer jacket positioned longitudinally over said inner jacket, said outer jacket having an inner surface bonded to said outer surface of said inner jacket; and said reinforcing member encapsulated in said inner jacket and said outer jacket.
A kit for assembling a dental attachment device, comprising; a cap for securing a dental appliance, the cap having an open end and an inner cavity forming a concave annular wall, and a first attachment portion; an abutment comprising an upper portion and a second attachment portion, the second attachment portion is configured for attachment to a tooth root or implant, the upper portion having a convex outer surface and an open end, the convex outer surface is configured for face to face swivel engagement with the concave annular wall of the cap; a one piece removable ball having an upper end and a head portion, the removable ball being positional between the cap and the abutment, wherein the head portion is configured for releasable retentive engagement in the open end of the abutment and the upper end configured for engagement to the cap; and the removable ball comprises a driving feature for engagement of a wrench to seat and torque the removable ball in the cap. a cap for securing a dental appliance, the cap having an open end and an inner cavity forming a concave annular wall, and a first attachment portion; an abutment comprising an upper portion and a second attachment portion, the second attachment portion is configured for attachment to a tooth root or implant, the upper portion having a convex outer surface and an open end, the convex outer surface is configured for face to face swivel engagement with the concave annular wall of the cap; a one piece removable ball having an upper end and a head portion, the removable ball being positional between the cap and the abutment, wherein the head portion is configured for releasable retentive engagement in the open end of the abutment and the upper end configured for engagement to the cap; and the removable ball comprises a driving feature for engagement of a wrench to seat and torque the removable ball in the cap.
A semiconductor apparatus examination method comprising: a step of acquiring a first interference waveform based on signals from a plurality of drive elements according to light from a first spot comprising the plurality of drive elements in a semiconductor apparatus; a step of acquiring a second interference waveform based on signals from the plurality of drive elements according to light from a second spot having a region configured to partially overlap the first spot and comprising the plurality of drive elements; and characterized in that the method further comprises a step of separating a waveform signal for each of the drive elements in the first and second spots based on the first and second interference waveforms. a step of acquiring a first interference waveform based on signals from a plurality of drive elements according to light from a first spot comprising the plurality of drive elements in a semiconductor apparatus; a step of acquiring a second interference waveform based on signals from the plurality of drive elements according to light from a second spot having a region configured to partially overlap the first spot and comprising the plurality of drive elements; and characterized in that the method further comprises a step of separating a waveform signal for each of the drive elements in the first and second spots based on the first and second interference waveforms.
A stacker wheel that has sheet pockets distributed over the circumference for receiving one or several sheets of sheet material, which extend in the stacker wheel from radially outside to radially inside, wherein the course of the sheet pockets - viewed along the respective sheet pocket from radially outside to radially inside - has a first curvature, in particular a positive curvature, in a first section and a first inflection point between the first section and a second section adjacent thereto, wherein the second section has a curvature inverse to the first curvature, in particular a negative curvature, characterized in - that the first inflection point - viewed along the respective sheet pocket from radially outside to radially inside - lies in a region of 40% to 70% of the length of the respective sheet pocket, and - that the sheet pockets are so constituted that the width of the respective sheet pocket - viewed from radially outside to radially inside - consistently decreases or remains the same, but - viewed from radially outside to radially inside - at no point of the sheet pocket increases. - that the first inflection point - viewed along the respective sheet pocket from radially outside to radially inside - lies in a region of 40% to 70% of the length of the respective sheet pocket, and - that the sheet pockets are so constituted that the width of the respective sheet pocket - viewed from radially outside to radially inside - consistently decreases or remains the same, but - viewed from radially outside to radially inside - at no point of the sheet pocket increases.
A peptide that has the amino acid sequence SEQ ID NO: 17 for use as a medicament in the treatment of cancer in a person by administering at least one said peptide one or more times in an amount sufficient for induction of T-cell immunity to mutant TGF-β-RII protein arising from said frameshift mutation.
Device for the detection of malfunctions of nozzles on the nozzle holders of an ink-jet printer, comprising at least one light source, one camera system, one control unit and one evaluation unit, whereby the individual nozzle holders each print with one of several printing inks, whereby a substrate to be decorated can be detected with the help of the camera system, characterized in that the control unit is designed to illuminate the decorated substrate chronologically sequentially with light in the colors of the printing inks used with the at least one light source, whereby the sequential color control and the respective duration of the illumination by the at least one light source and an interaction with the camera system is effected by the control unit, whereby the evaluation unit is set up to evaluate the images of a print sample of the decorated substrate acquired by the camera system by means of methods of image processing with regard to faulty patterns, whereby the presence of a faulty pattern can be evaluated as a criterion for a malfunction of at least one nozzle.
An oil sump comprising a lower shell intended to contain lubricating oil of an engine, wherein an oil flow, called the suction oil flow, is sucked by a suction tube to supply a lubricating circuit and an oil flow, called the return oil flow, falls into the oil sump, and also comprising an anti-emulsion plate disposed in the oil sump and orientation means allowing orienting at least part of the return oil flow towards an area located at the mouth of the suction tube for a transient period during which the oil has a temperature below an optimum operating temperature, the orientation means comprising a bypass tube leading at a first end into an opening of the anti-emulsion plates and at a second end to the mouth of the suction tube, characterized in that the anti-emulsion plate has a series of orifices for passage of the return oil flow to the lower shell, in that the orientation means also comprise a bimetallic shutter positioned in the opening of the anti-emulsion plate, the bimetallic shutter being movable between an open position in which oil can flow into the opening and a closed position in which the bimetallic shutter shuts off the opening, the bimetallic shutter being adapted to switch into the closed position when the oil reaches or exceeds its optimum temperature, and in that the orientation means also comprise a grid, the grid having a plurality of micro perforations which are said passage orifices, the micro perforations being configured to be crossed by oil reaching or exceeding a determined viscosity, so that as long as the return oil flow has not reached or exceeded a defined temperature, the return oil flow cannot pass through the grid.
Method for ensuring guaranteed services for real-time traffic on an interconnect with errors, wherein the real-time traffic comprises a first and a second traffic class (HRT, SRT), the traffic comprising hard real-time traffic which is intolerant of jitter as first traffic class and soft real-time traffic which is tolerant of jitter, as second traffic class, control traffic and/or best-effort traffic; wherein the different categories of traffic including control traffic, the first traffic class, re-transmissions of the second class traffic, the second class traffic and best-effort traffic, have priorities associated to them in decreasing order, respectively; the method comprising the steps of: transmitting the real-time traffic of the first and/or second traffic class (HRT; SRT) from a transmitter to a receiver; detecting by the receiver whether an error has occurred during the transmission of the real-time traffic and reporting the error to the transmitter; and if the real-time traffic comprises the first traffic class, passing on the real-time traffic of the first traffic class with any errors since delays in the data transmission caused by a re-transmission are not accepted; and if the real-time traffic comprises the second traffic class, re-transmitting at least part of the real-time traffic of the second traffic class by the transmitter if the transmitter has received an error report from the receiver within a predetermined time period; resolving contention among the requests from connections belonging to the first and second traffic classes, respectively, and distributing the grant to the winner of the contention, according to the given priorities. transmitting the real-time traffic of the first and/or second traffic class (HRT; SRT) from a transmitter to a receiver; detecting by the receiver whether an error has occurred during the transmission of the real-time traffic and reporting the error to the transmitter; and if the real-time traffic comprises the first traffic class, passing on the real-time traffic of the first traffic class with any errors since delays in the data transmission caused by a re-transmission are not accepted; and if the real-time traffic comprises the second traffic class, re-transmitting at least part of the real-time traffic of the second traffic class by the transmitter if the transmitter has received an error report from the receiver within a predetermined time period; resolving contention among the requests from connections belonging to the first and second traffic classes, respectively, and distributing the grant to the winner of the contention, according to the given priorities.
An oral care device, having a linear electro-polymer motor (101, 201, 401, 601) comprising: a fixed member (117, 217, 450); a linear shaft (112, 212, 412, 612) having an axis (102, 202, 402) associated therewith; a polymer actuator (114, 214, 414, 614) comprising a first end and a second end, wherein the first end of the polymer actuator is fixedly connected to the linear shaft and the second end of the polymer actuator is fixedly connected to the fixed member; a bias member (115, 215, 415, 615) comprising a first end and a second end, wherein: the first end of the bias member is fixedly connected to the linear shaft; the second end of the bias member is fixedly connected to the fixed member such that a spring force provided by the bias member opposes a movement of the linear shaft provided by the polymer actuator; and the polymer actuator changes length after receipt of voltage to move the linear shaft along the axis; and a device housing acting as the fixed member. a fixed member (117, 217, 450); a linear shaft (112, 212, 412, 612) having an axis (102, 202, 402) associated therewith; a polymer actuator (114, 214, 414, 614) comprising a first end and a second end, wherein the first end of the polymer actuator is fixedly connected to the linear shaft and the second end of the polymer actuator is fixedly connected to the fixed member; a bias member (115, 215, 415, 615) comprising a first end and a second end, wherein: the first end of the bias member is fixedly connected to the linear shaft; the second end of the bias member is fixedly connected to the fixed member such that a spring force provided by the bias member opposes a movement of the linear shaft provided by the polymer actuator; and the polymer actuator changes length after receipt of voltage to move the linear shaft along the axis; and the first end of the bias member is fixedly connected to the linear shaft; the second end of the bias member is fixedly connected to the fixed member such that a spring force provided by the bias member opposes a movement of the linear shaft provided by the polymer actuator; and the polymer actuator changes length after receipt of voltage to move the linear shaft along the axis; and a device housing acting as the fixed member.
A user equipment, UE,, wherein the UE is configured to receive and process a radio signal, the radio signal comprising a first frequency band (f 1), wherein a first signal comprising a plurality of TDD-frames (frame N, frame N+1) is received in the first frequency band (f 1); wherein the UE is configured to evaluate reception of downlink data contained in the first signal to obtain evaluation data indicating an ACK or NACK; wherein the UE is configured to transmit the evaluation data in a second frequency band (f 2) outside the first frequency band (f 1); wherein in the first frequency band (f 1) each TDD-frame (frame N, frame N+1) comprises a plurality of subframes (202 0 - 202 9), wherein the UE is configured to transmit the evaluation data in an uplink subframe of the second frequency band during an downlink subframe (202 6) of the first frequency band. wherein the UE is configured to receive and process a radio signal, the radio signal comprising a first frequency band (f 1), wherein a first signal comprising a plurality of TDD-frames (frame N, frame N+1) is received in the first frequency band (f 1); wherein the UE is configured to evaluate reception of downlink data contained in the first signal to obtain evaluation data indicating an ACK or NACK; wherein the UE is configured to transmit the evaluation data in a second frequency band (f 2) outside the first frequency band (f 1); wherein in the first frequency band (f 1) each TDD-frame (frame N, frame N+1) comprises a plurality of subframes (202 0 - 202 9), wherein the UE is configured to transmit the evaluation data in an uplink subframe of the second frequency band during an downlink subframe (202 6) of the first frequency band.
A fiber comprising: a polymeric blend comprising from 95 wt % to 99 wt % of a high density ethylene-based polymer having a M w /M n from 2.0 to 3.0; from 5 wt% to 1 wt% of a low density ethylene-based polymer having a melt index from 5 g/10 min to 15 g/10 min, as measured using ASTM D-1238, Condition 190°C/2.16kg; and the fiber having a density from 1 denier (0.111 tex) to 2 denier (0.222 tex) and a 3% secant modulus from 8.5 g/denier (75.2 cN/tex) to 20 g/denier (177 cN/tex), as measured using the method defined in the description. a polymeric blend comprising from 95 wt % to 99 wt % of a high density ethylene-based polymer having a M w /M n from 2.0 to 3.0; from 5 wt% to 1 wt% of a low density ethylene-based polymer having a melt index from 5 g/10 min to 15 g/10 min, as measured using ASTM D-1238, Condition 190°C/2.16kg; and the fiber having a density from 1 denier (0.111 tex) to 2 denier (0.222 tex) and a 3% secant modulus from 8.5 g/denier (75.2 cN/tex) to 20 g/denier (177 cN/tex), as measured using the method defined in the description.