mhurhangee/ep-ind-claims huggingface dataset:
A method of decoding video data, the method comprising: storing, by a video decoder and in a buffer, a set of reconstructed blocks of a current picture of the video data; determining, for the current block of the current picture a reference picture list index value into a reference picture list, which includes the current picture and at least one other picture and in which the current picture has a fixed index value; when the reference picture list index value determined for the current block has the fixed index value, determining, for the current block, a position of a reference block in the current picture, the reference block being a block among the set of reconstructed blocks of the current picture; forming a predictor block from the reference block among the set of reconstructed blocks of the current picture stored in the buffer; and reconstructing, by the video decoder, the current block of the video data based on the predictor block. storing, by a video decoder and in a buffer, a set of reconstructed blocks of a current picture of the video data; determining, for the current block of the current picture a reference picture list index value into a reference picture list, which includes the current picture and at least one other picture and in which the current picture has a fixed index value; when the reference picture list index value determined for the current block has the fixed index value, determining, for the current block, a position of a reference block in the current picture, the reference block being a block among the set of reconstructed blocks of the current picture; forming a predictor block from the reference block among the set of reconstructed blocks of the current picture stored in the buffer; and reconstructing, by the video decoder, the current block of the video data based on the predictor block.
An apparatus for controlling an actuatable occupant restraint device of a vehicle, said apparatus comprising: a central crash acceleration sensor for sensing crash acceleration in a direction perpendicular to a longitudinal axis of the vehicle at a central vehicle location and providing a first crash acceleration signal indicative thereof; a side pressure sensor for sensing pressure in a chamber disposed at a side of the vehicle and providing a side pressure signal indicative thereof; and a controller for actuating the actuatable occupant restraint device in response to the first crash acceleration signal and the side pressure signal, said controller (a) determining (84, 86) a first acceleration value comprising a moving average of absolute values of the first crash acceleration signal, (b) determining a change in pressure value comprising a change in pressure in said chamber determined from the side pressure signal, and (c) actuating said actuatable occupant restraint device when both said determined first acceleration value exceeds a first threshold and (136, 178) said determined change in pressure value exceeds a second threshold. a central crash acceleration sensor for sensing crash acceleration in a direction perpendicular to a longitudinal axis of the vehicle at a central vehicle location and providing a first crash acceleration signal indicative thereof; a side pressure sensor for sensing pressure in a chamber disposed at a side of the vehicle and providing a side pressure signal indicative thereof; and a controller for actuating the actuatable occupant restraint device in response to the first crash acceleration signal and the side pressure signal, said controller (a) determining (84, 86) a first acceleration value comprising a moving average of absolute values of the first crash acceleration signal, (b) determining a change in pressure value comprising a change in pressure in said chamber determined from the side pressure signal, and (c) actuating said actuatable occupant restraint device when both said determined first acceleration value exceeds a first threshold and (136, 178) said determined change in pressure value exceeds a second threshold.
A memory circuit comprising a plurality of memory elements, wherein each memory element is configured to store one data element of a plurality of data elements; for each memory element, an error detection information memory storing error detection information for the data element stored in the memory element; an error correction information memory configured to store joint error correction information of the plurality of data elements; a memory access circuit configured to, for a write access to write a new data element to a memory element of the plurality of memory elements, read an old data element stored in the memory element and an old error detection information from its associated error detection information memory, check whether the old error detection information indicates an error of the old data element and, if the old error detection information for the old data element indicates no error, update error correction information memory with a new joint error correction information based on the old joint error correction information, the old data element and the new data element, write the new data element to the memory element, and update its associated error detection information memory with a new error detection information based on the new data element, otherwise, read the plurality of data elements and determine a new joint error correction information based on the plurality of data elements and determine a new joint error correction information based on the plurality of data elements and the new data element, write the new data element to the memory element, update its associated error detection information memory with a new error detection information based on the new data element and update error correction information memory with said new joint error correction information. an error correction information memory configured to store joint error correction information of the plurality of data elements; a memory access circuit configured to,
A hearing aid comprising: a speech input unit configured to receive a speech signal from outside; a speech analysis unit configured to detect a sound segment and a segment acoustically regarded as soundless from the speech signal received by said speech input unit, and to detect a consonant segment and a vowel segment within the detected sound segment; a signal processing unit configured to temporally increment the consonant segment detected by said speech analysis unit and to temporally decrement at least one of the vowel segment and the segment acoustically regarded as soundless detected by said speech analysis unit; and an adjustment unit configured to adjust an amount of time by which the consonant segment is to be incremented, based on temporal resolution information that indicates auditory temporal resolution of a user of said hearing aid, wherein said signal processing unit is configured to increment, by the amount of time adjusted by said adjustment unit, the consonant segment detected by said speech analysis unit. a speech input unit configured to receive a speech signal from outside; a speech analysis unit configured to detect a sound segment and a segment acoustically regarded as soundless from the speech signal received by said speech input unit, and to detect a consonant segment and a vowel segment within the detected sound segment; a signal processing unit configured to temporally increment the consonant segment detected by said speech analysis unit and to temporally decrement at least one of the vowel segment and the segment acoustically regarded as soundless detected by said speech analysis unit; and an adjustment unit configured to adjust an amount of time by which the consonant segment is to be incremented, based on temporal resolution information that indicates auditory temporal resolution of a user of said hearing aid, wherein said signal processing unit is configured to increment, by the amount of time adjusted by said adjustment unit, the consonant segment detected by said speech analysis unit.
A guide device (100, 200, 300, 400) comprising a first guide rail assembly, a second guide rail assembly, and a third guide rail assembly, said first guide rail assembly being configured for stationary mounting on or to a base member, said first guide rail assembly comprising a first pair of guide rails, wherein the second guide rail assembly comprises a second pair of guide rails, wherein the third guide rail assembly comprises a third pair of guide rails, wherein the second guide rail assembly is displaceable relative to the first guide rail assembly by means of at least two pairs of rolling elements (11, 21) each arranged rollably on one of the guide rails, wherein the third guide rail assembly is displaceable relative to the second guide rail assembly by means of at least one pair of rolling elements (31, 22), the first guide rail assembly comprising a first toothed rack, the second guide rail assembly comprising a second toothed rack and the third guide rail assembly comprising a third toothed rack, wherein the first toothed rack and the third toothed rack are in engagement with one another via a toothed belt rotatably mounted on the second guide rail assembly on two rollers (27, 28), characterized in that a fourth guide rail assembly is provided, which has a fourth toothed rack, the fourth toothed rack and the second toothed rack being in engagement with one another via a toothed belt rotatably mounted on the third guide rail assembly on two rollers (37, 38).
A cellular telecommunications network including a radio access network (22,26) and a core network for providing GSM or like functions to devices registered therewith over a GSM or like bearer; wherein the radio access network (22,26) comprises a plurality of geographically distributed cells, and the cellular telecommunications network being adapted to provide core network GSM or like functions to devices registered therewith over a non-GSM bearer via another access network (20,24) including a plurality of access points, characterised in that said core network is operable to receive an identifier of said other access network (20,24) when a device communicates with the core network via an access point and to select a charge for providing telecommunications services in dependence upon the value of that identifier, wherein the identifier of the said other access network (20,24) includes the IP address of the device and the network is arranged such that, when the IP address of the device changes, this triggers the selection of a charge for providing telecommunications services.
A flexible display structure for user equipment, the display structure comprising a deformable display surface and an actuation structure configured to deform the deformable surface, the actuation structure comprising: an actuation layer comprising multiple individually addressable electrically conductive actuators each of which being so positioned as to deform a selected portion of the display surface in a first direction; characterised by a biasing layer comprising multiple resiliently biased portions, each one of which so positioned as to correspond with an actuator of the actuation layer, and so configured as to accompany deformation of the deformable surface at a selected portion, each of the resiliently biased portions configured to urge the corresponding actuator of the actuation layer in a second direction opposite to the first direction, wherein the actuation layer is disposed between the deformable display surface and the biasing layer, wherein each of the individually addressable electrically conductive actuators comprises an anfractuous arm with an electrical connection to a feed layer configured to provide an electrical current, wherein the feed layer is disposed between actuation layer and biasing layer. an actuation layer comprising multiple individually addressable electrically conductive actuators each of which being so positioned as to deform a selected portion of the display surface in a first direction; characterised by a biasing layer comprising multiple resiliently biased portions, each one of which so positioned as to correspond with an actuator of the actuation layer, and so configured as to accompany deformation of the deformable surface at a selected portion, each of the resiliently biased portions configured to urge the corresponding actuator of the actuation layer in a second direction opposite to the first direction,
A probe body comprising: one or more light sources; one or more light sensors; an x-ray detector configured to detect, using at least one of the one or more light sensors, light from a scintillator for converting extra-orally applied x-rays to light; and a lower energy light detector configured to detect, using at least one of the one or more light sensors, light that has a lower energy than the x-ray portion of the electromagnetic spectrum from an object illuminated by at least one of the one or more light sources. one or more light sources; one or more light sensors; an x-ray detector configured to detect, using at least one of the one or more light sensors, light from a scintillator for converting extra-orally applied x-rays to light; and a lower energy light detector configured to detect, using at least one of the one or more light sensors, light that has a lower energy than the x-ray portion of the electromagnetic spectrum from an object illuminated by at least one of the one or more light sources.
A method for determining stroke volume of a subject, the method comprising: operating a processing system to receive an input signal that corresponds to arterial blood pressure; operating the processing system to calculate, as a first statistical moment, a standard deviation (σ) associated with numerical values corresponding to a sequence of measured arterial pressure values; operating the processing system to calculate a function of a second statistical moment associated with the numerical values corresponding to the sequence of measured arterial pressure values; characterized by operating the processing system to calculate a compliance factor which corresponds to the compliance of the subject's vasculature and is associated with the numerical values corresponding to the sequence of measured arterial pressure values; operating the processing system to calculate the stroke volume as a function of the standard deviation (σ), the compliance factor and the function, according to: SV = C × K × σ; and operating a display to present an indication of the calculated stroke volume to a user. operating a processing system to receive an input signal that corresponds to arterial blood pressure; operating the processing system to calculate, as a first statistical moment, a standard deviation (σ) associated with numerical values corresponding to a sequence of measured arterial pressure values; operating the processing system to calculate a function of a second statistical moment associated with the numerical values corresponding to the sequence of measured arterial pressure values; characterized by operating the processing system to calculate a compliance factor which corresponds to the compliance of the subject's vasculature and is associated with the numerical values corresponding to the sequence of measured arterial pressure values; operating the processing system to calculate the stroke volume as a function of the standard deviation (σ), the compliance factor and the function, according to: SV = C × K × σ; and operating a display to present an indication of the calculated stroke volume to a user.
Air conditioning system for an aircraft for the individual air conditioning of regions (28, 30, 32, 34) of a cabin of an aircraft, comprising - a central air conditioning device designed to provide a central air flow having, in flight, a pressure lying above the air pressure outside the cabin and an actual temperature (T gactual); - a first supply line designed to supply a part of the central air flow to a first cabin region, and - at least one branch line (10, 12, 14; 58) designed to supply another part of the central air flow to at least one further cabin region (30, 32, 34), characterized by a cooling device (16, 18, 20; 60) which cools the air flow in the at least one branch line (10, 12, 14; 58) if the actual temperature (T gactual) of the air flow in the branch line (10, 12, 14; 58) is higher than the desired temperature (T z1desired, T z2desired, T z3desired) of the air flow to be supplied to the respective further region (30, 32, 34), wherein the cooling device (16, 18, 20; 60) is designed, to effect cooling, to evaporate water into the air flow to be supplied to a region (28, 30, 32, 34) of the cabin. - a central air conditioning device designed to provide a central air flow having, in flight, a pressure lying above the air pressure outside the cabin and an actual temperature (T gactual); - a first supply line designed to supply a part of the central air flow to a first cabin region, and - at least one branch line (10, 12, 14; 58) designed to supply another part of the central air flow to at least one further cabin region (30, 32, 34),
A vehicle control apparatus, comprising: a current sensor configured to detect a current value of a battery; a voltage sensor configured to detect a voltage value of the battery; and a processing device configured to detect an open circuit fault of the battery in a vehicle stop state with a vehicle speed at 0 based on the voltage value of the voltage sensor detected in the vehicle stop state; detect the open circuit fault of the battery in a vehicle non-stop state with a vehicle speed higher than 0 based on the current value of the current sensor detected in the vehicle non-stop state; initiate the idling stop control in the vehicle stop state under initiation conditions that the open circuit fault is not detected based on the voltage value; and suppress to initiate the idling stop control in the vehicle non-stop state, in response to detecting the open circuit fault based on the current value; the vehicle control apparatus being characterized in that the processing device is further configured to permit to initiate the idling stop control in the vehicle stop state under the initiation conditions, even in the case where the open circuit fault has been detected based on the current value in the vehicle non-stop state. a current sensor configured to detect a current value of a battery; a voltage sensor configured to detect a voltage value of the battery; and a processing device configured to detect an open circuit fault of the battery in a vehicle stop state with a vehicle speed at 0 based on the voltage value of the voltage sensor detected in the vehicle stop state; detect the open circuit fault of the battery in a vehicle non-stop state with a vehicle speed higher than 0 based on the current value of the current sensor detected in the vehicle non-stop state; initiate the idling stop control in the vehicle stop state under initiation conditions that the open circuit fault is not detected based on the voltage value; and suppress to initiate the idling stop control in the vehicle non-stop state, in response to detecting the open circuit fault based on the current value; detect an open circuit fault of the battery in a vehicle stop state with a vehicle speed at 0 based on the voltage value of the voltage sensor detected in the vehicle stop state; detect the open circuit fault of the battery in a vehicle non-stop state with a vehicle speed higher than 0 based on the current value of the current sensor detected in the vehicle non-stop state; initiate the idling stop control in the vehicle stop state under initiation conditions that the open circuit fault is not detected based on the voltage value; and suppress to initiate the idling stop control in the vehicle non-stop state, in response to detecting the open circuit fault based on the current value; the vehicle control apparatus being characterized in that the processing device is further configured to
A compound selected from the following structures: or including enantiomers, diastereomers, hydrates, solvates, pharmaceutically acceptable salts, and complexes thereof.
A trailer for transporting bulk material, the trailer comprising a container mounted on a chassis, the chassis mounted on a wheeled suspension, the container comprising opposing sidewalls, a floor, a front wall, and a rear opening, the trailer further comprising: an unloading system comprising: a plow disposed in the container and shaped and sized to span substantially a transverse cross-section of the container; and a plow motor system (118, 224) operable to move the plow longitudinally in the container to urge or push the bulk material in the container toward and out of the rear opening of the container; characterized in that at least one of the sidewalls comprises a removable panel installed longitudinally along a bottom of the sidewall, wherein an inward-facing surface of the removable panel and an inward-facing surface of the sidewall are substantially co-planar, wherein the at least one sidewall comprises a sidewall relief sized and configured to receive the removable panel. an unloading system comprising: a plow disposed in the container and shaped and sized to span substantially a transverse cross-section of the container; and a plow motor system (118, 224) operable to move the plow longitudinally in the container to urge or push the bulk material in the container toward and out of the rear opening of the container; characterized in that at least one of the sidewalls comprises a removable panel installed longitudinally along a bottom of the sidewall, wherein an inward-facing surface of the removable panel and an inward-facing surface of the sidewall are substantially co-planar, wherein the at least one sidewall comprises a sidewall relief sized and configured to receive the removable panel. a plow disposed in the container and shaped and sized to span substantially a transverse cross-section of the container; and a plow motor system (118, 224) operable to move the plow longitudinally in the container to urge or push the bulk material in the container toward and out of the rear opening of the container; characterized in that at least one of the sidewalls comprises a removable panel installed longitudinally along a bottom of the sidewall, wherein an inward-facing surface of the removable panel and an inward-facing surface of the sidewall are substantially co-planar, wherein the at least one sidewall comprises a sidewall relief sized and configured to receive the removable panel.