mhurhangee/ep-ind-claims huggingface dataset:
A method of a User Equipment, in the following also referred to as UE, comprising: the UE receives and/or monitors a first control region via a first link; the UE transmits a first request if the first link fails; and the UE receives and/or monitors a second control region for a response via a second link within a time window associated with the first request; if the UE does not receive the response successfully within the time window associated with the first request, the UE transmits a second request and receives and/or monitors the second control region for a response via a second link within a time window associated with the second request; wherein there is a time gap between the last time unit of the time window associated with the first request and the starting time unit of the time window associated with the second request, and the UE receives and/or monitors the first control region during the time gap after the time window associated with the first request is over. the UE receives and/or monitors a first control region via a first link; the UE transmits a first request if the first link fails; and the UE receives and/or monitors a second control region for a response via a second link within a time window associated with the first request; if the UE does not receive the response successfully within the time window associated with the first request, the UE transmits a second request and receives and/or monitors the second control region for a response via a second link within a time window associated with the second request; wherein there is a time gap between the last time unit of the time window associated with the first request and the starting time unit of the time window associated with the second request, and the UE receives and/or monitors the first control region during the time gap after the time window associated with the first request is over.
An apparatus for decoding an image, the apparatus comprising: an entropy decoder configured to restore quantized residual coefficients and intra prediction information; a prediction mode decoder configured to restore an intra prediction mode on the basis of the intra prediction information; a residual signal decoder configured to restore a residual block from the quantized residual coefficients; a reference pixel generator configured to generate reference pixels corresponding to unavailable reference pixels and to adaptively filter the reference pixels according to the intra prediction mode; a prediction block generator configured to generate a prediction block using the reference pixels determined by the intra prediction mode; and an image reconstructor configured to generate a reconstructed image using the prediction block and the residual block, wherein the reference pixel generator adaptively filters the reference pixels according to a size of the prediction block for intra prediction modes existing between a horizontal mode and an intra prediction mode having a direction of 45° with respect to the horizontal mode, wherein, when the reference pixels are filtered for a second directional intra prediction mode, the reference pixels are also filtered for a first directional intra prediction mode that is closer to the intra prediction mode having the direction of 45° with respect to the horizontal mode than the second directional intra prediction mode is, wherein the second and the first directional intra prediction modes exist between the horizontal mode and the intra prediction mode having the direction of 45° with respect to the horizontal mode, wherein the number of intra prediction modes in which the filter is applied increases as the size of the prediction block increases, wherein the reference pixel generator does not filter the reference pixels of a current block which is smaller than a predetermined size, wherein, when all reference pixels are unavailable, all reference pixels are set to a predetermined value. an entropy decoder configured to restore quantized residual coefficients and intra prediction information; a prediction mode decoder configured to restore an intra prediction mode on the basis of the intra prediction information; a residual signal decoder configured to restore a residual block from the quantized residual coefficients; a reference pixel generator configured to generate reference pixels corresponding to unavailable reference pixels and to adaptively filter the reference pixels according to the intra prediction mode; a prediction block generator configured to generate a prediction block using the reference pixels determined by the intra prediction mode; and an image reconstructor configured to generate a reconstructed image using the prediction block and the residual block,
A straight motion assisting device for a work machine, wherein the device is adapted for receiving an input indicative of a steering angle from a position of a moveable member, wherein the device comprises a hydraulic system adapted to be effected by the displacement of the moveable member, and the hydraulic system comprises a hydraulic cylinder with a piston adapted for a reciprocating motion in the cylinder, and the piston is connected to the moveable member for movement in the cylinder in response to displacement of the moveable member, and the hydraulic system comprises at least one pump (221, 223) which is operatively connected to the hydraulic cylinder for moving the piston by pressurizing an interior space of the hydraulic cylinder, said at least one pump (221, 223) being adapted to be operated in response to that the work machine is in motion, characterized in that the device is adapted for applying a restoring force for affecting the work machine towards a straight motion when the steering angle input indicates that the work machine deviates from the straight motion and the hydraulic system is adapted to apply the restoring force.
A method of sorting sperm comprising: extending the sperm sample in an initial extender having a predetermined pH to form an extended sperm sample, centrifuging the extended sperm sample, and removing supernatant until a predetermined concentration is reached; staining sperm in the sperm sample with a DNA selective dye and a quenching dye in a single dilution; sorting stained sperm in the sperm sample with a flow cytometer at an elevated pressure, the elevated pressure comprising a sheath fluid pressure between about 310 kPa and about 448 kPa, wherein the step of staining sperm in the sperm sample in a single dilution reduces damage imposed on the sperm by the elevated pressure. extending the sperm sample in an initial extender having a predetermined pH to form an extended sperm sample, centrifuging the extended sperm sample, and removing supernatant until a predetermined concentration is reached; staining sperm in the sperm sample with a DNA selective dye and a quenching dye in a single dilution; sorting stained sperm in the sperm sample with a flow cytometer at an elevated pressure, the elevated pressure comprising a sheath fluid pressure between about 310 kPa and about 448 kPa, wherein the step of staining sperm in the sperm sample in a single dilution reduces damage imposed on the sperm by the elevated pressure.
An operator's seat for heavy equipment having optimized switch arrangements for controlling the equipment, comprising: a switch instrument installed within a radius that a hand of an operator sitting in the operator's seat reaches; a control lever mounted mounted on the switch instrument to control operations of working devices; and switches arranged on the switch instrument in closest proximity to the control lever so that the operator in the operator's seat can operate the switches in the closest position in which the operator does not invade a control stroke zone of the control lever, characterized in that the switches include an engine RPM mode switch, operating switches of the equipment, and a display mode switch, and wherein the engine RPM mode switch is arranged on the right side of the control lever, the operating switches are arranged in front of the engine RPM mode switch, and the display mode switch is arranged at the rear of the engine RPM mode switch. a switch instrument installed within a radius that a hand of an operator sitting in the operator's seat reaches; a control lever mounted mounted on the switch instrument to control operations of working devices; and switches arranged on the switch instrument in closest proximity to the control lever so that the operator in the operator's seat can operate the switches in the closest position in which the operator does not invade a control stroke zone of the control lever, characterized in that the switches include an engine RPM mode switch, operating switches of the equipment, and a display mode switch, and wherein the engine RPM mode switch is arranged on the right side of the control lever, the operating switches are arranged in front of the engine RPM mode switch, and the display mode switch is arranged at the rear of the engine RPM mode switch.
Stairlift comprising: - at least one rail extending along a track - a frame, suspended on the at least one rail, and comprising: - a drive, for moving the frame part along the rail; - a support for a seat rotatably mounted on the frame; - a seat, movable, in particular pivotable, with respect to the frame; - a balancing system, for keeping the seat in a predetermined orientation with respect to a fixed world; wherein - the balancing system is provided with a lock (5, 6) for locking the movement of the seat with respect to the frame; and wherein the lock comprises a brake, characterized in that said brake is a drum brake or disc brake, and in that the lock is configured for disabling the drive. - at least one rail extending along a track - a frame, suspended on the at least one rail, and comprising: - a drive, for moving the frame part along the rail; - a support for a seat rotatably mounted on the frame; - a seat, movable, in particular pivotable, with respect to the frame; - a balancing system, for keeping the seat in a predetermined orientation with respect to a fixed world; wherein - the balancing system is provided with a lock (5, 6) for locking the movement of the seat with respect to the frame; and wherein the lock comprises a brake, characterized in that said brake is a drum brake or disc brake, and in that the lock is configured for disabling the drive.
A method for purifying daptomycin from high molecular weight molecules or aggregates, wherein the daptomycin is provided in micellar form, said method comprising: a. subjecting the micellar daptomycin to conditions in which the daptomycin is in monomeric form by altering the pH; and b. separating the monomeric daptomycin molecules from high molecular weight molecules or aggregates by a size separation technique. a. subjecting the micellar daptomycin to conditions in which the daptomycin is in monomeric form by altering the pH; and b. separating the monomeric daptomycin molecules from high molecular weight molecules or aggregates by a size separation technique.
A computer-implemented method for maintaining security of a computer system, comprising: providing access to a database of signatures, each signature associated with a signature certainty value; determining a system certainty value for the computer system; receiving data; comparing (S40;S60) the received data with the database of signatures to identify a matching signature; comparing (S48,S50;S68,S60) the associated signature certainty value of the matching signature to the system certainty value; and filtering (S52,S54;S62,S64) the data based on the comparisons; wherein the filtering step further comprises: adjusting the system certainty value by decreasing (S46;S63) the system certainty value each time received data is determined to match a signature in the database; and comparing (S48,S50;S68,S60) the associated signature certainty value of the matching signature to the adjusted system certainty value and wherein the data is discarded when the signature certainty level exceeds the adjusted system certainty level. providing access to a database of signatures, each signature associated with a signature certainty value; determining a system certainty value for the computer system; receiving data; comparing (S40;S60) the received data with the database of signatures to identify a matching signature; comparing (S48,S50;S68,S60) the associated signature certainty value of the matching signature to the system certainty value; and filtering (S52,S54;S62,S64) the data based on the comparisons; wherein the filtering step further comprises: adjusting the system certainty value by decreasing (S46;S63) the system certainty value each time received data is determined to match a signature in the database; and comparing (S48,S50;S68,S60) the associated signature certainty value of the matching signature to the adjusted system certainty value and wherein the data is discarded when the signature certainty level exceeds the adjusted system certainty level. adjusting the system certainty value by decreasing (S46;S63) the system certainty value each time received data is determined to match a signature in the database; and comparing (S48,S50;S68,S60) the associated signature certainty value of the matching signature to the adjusted system certainty value and wherein the data is discarded when the signature certainty level exceeds the adjusted system certainty level.
An architectural covering support (10; 110) for mounting to the periphery of an architectural opening, the support including: an elongate element (20; 120) having one end defining an opening (28; 128) extending longitudinally along the elongate element with longitudinally extending facing support surfaces (28a; 128a); and a support bracket (22; 122) having a first leg (24; 124) for fitment into the opening of the elongate element and a second leg (26; 126) for supporting an architectural covering; wherein the first leg (24; 124) includes a first insertion member (40; 140) with a mounting surface (40a; 140a) and an oppositely facing receiving surface (40b; 140b); characterized in that the first insertion member (40; 140) is configured to fit within the opening (28; 128) of the elongate element such that between the first insertion member and the opening, alongside the receiving surface (40b; 140b) of the first insertion member, a space is available for fitment of a second insertion member (50; 150; 150'). an elongate element (20; 120) having one end defining an opening (28; 128) extending longitudinally along the elongate element with longitudinally extending facing support surfaces (28a; 128a); and a support bracket (22; 122) having a first leg (24; 124) for fitment into the opening of the elongate element and a second leg (26; 126) for supporting an architectural covering; wherein the first leg (24; 124) includes a first insertion member (40; 140) with a mounting surface (40a; 140a) and an oppositely facing receiving surface (40b; 140b); characterized in that the first insertion member (40; 140) is configured to fit within the opening (28; 128) of the elongate element such that between the first insertion member and the opening, alongside the receiving surface (40b; 140b) of the first insertion member, a space is available for fitment of a second insertion member (50; 150; 150').
An information processing apparatus comprising: at least one processor (50, 50A) that is configured to: acquire (S14, S200) a plurality of low-energy images (70L 1, 70L 2) captured by a radiography apparatus by emitting radiation having first energy to a subject into which a contrast medium has been injected, and each of a plurality of high-energy images (70H 1 -70H 5) captured by the radiography apparatus at different timings by emitting radiation having second energy higher than the first energy to the subject into which the contrast medium has been injected; characterized in that the plurality of low-energy images is captured by the radiography apparatus at different timings that are smaller than the timings of capturing of the high-energy images; and generate (S16, S202) a plurality of difference images (72 1 -72 5), each showing a difference between a low-energy image satisfying a predetermined condition among the plurality of low-energy images and a high-energy image, for each of the plurality of high-energy images. acquire (S14, S200) a plurality of low-energy images (70L 1, 70L 2) captured by a radiography apparatus by emitting radiation having first energy to a subject into which a contrast medium has been injected, and each of a plurality of high-energy images (70H 1 -70H 5) captured by the radiography apparatus at different timings by emitting radiation having second energy higher than the first energy to the subject into which the contrast medium has been injected; characterized in that the plurality of low-energy images is captured by the radiography apparatus at different timings that are smaller than the timings of capturing of the high-energy images; and generate (S16, S202) a plurality of difference images (72 1 -72 5), each showing a difference between a low-energy image satisfying a predetermined condition among the plurality of low-energy images and a high-energy image, for each of the plurality of high-energy images.
An electrical water heating appliance comprising pump means connected to a water heating means via a water flow path, and further comprising valve means arranged in the flow path, wherein the valve means is a pressure-compensating valve arranged to regulate the flow of water to the heating means so as to achieve a substantially uniform flow rate regardless of the water pressure in the range of 1.0 to 3.0 bar, wherein the uniform flow rate is selected from a range of 10-15 Uh.
A lighting device comprising: a substrate; a plurality of light sources (21, 22) disposed on the substrate; a resin layer covering the light sources (21, 22) on the substrate; a light blocking layer having at least one opening portion on the resin layer; and a lens plate disposed on the light blocking layer, wherein the lens plate includes a light transmitting portion and a plurality of convex portions arranged on one or the other surface of the light transmitting portion, wherein the emission surface is an upper surface of the resin layer, wherein the light blocking layer is disposed between the resin layer and the lens plate, and wherein an interval between the lens plate and the light blocking layer is provided as a first air layer, characterized in that the interval between the lens plate and the light blocking layer is greater than a length of the opening portion, and that a total area of the opening portion is 50% or less of an area of an emission surface through which light is emitted through the resin layer. a substrate; a plurality of light sources (21, 22) disposed on the substrate; a resin layer covering the light sources (21, 22) on the substrate; a light blocking layer having at least one opening portion on the resin layer; and a lens plate disposed on the light blocking layer, wherein the lens plate includes a light transmitting portion and a plurality of convex portions arranged on one or the other surface of the light transmitting portion, wherein the emission surface is an upper surface of the resin layer, wherein the light blocking layer is disposed between the resin layer and the lens plate, and wherein an interval between the lens plate and the light blocking layer is provided as a first air layer, characterized in that the interval between the lens plate and the light blocking layer is greater than a length of the opening portion, and that a total area of the opening portion is 50% or less of an area of an emission surface through which light is emitted through the resin layer.
An electro-optical stimulation and recording system, comprising: a substrate; a plurality of cell culture wells coupled to the substrate, wherein the plurality of cell culture wells and the substrate form a multiwell plate; a plurality of electrode arrays, each of the plurality of electrode arrays being positioned at a base of one of the plurality of cell culture wells, wherein each respective electrode array comprises a plurality of electrodes, each individual electrode of each respective electrode array being arranged to collect a respective electric signal associated with a respective portion of said one of the plurality of cell culture wells; characterized by an optical stimulation device comprising a plurality of light-emitting element sets, wherein each of the plurality of light-emitting element sets is attached to the optical stimulation device, each of the plurality of light-emitting element sets corresponding to one of the plurality of cell culture wells having an electrode array, each of the plurality of light-emitting element sets being configured to deliver optical stimulation to at least a portion of one of the plurality of cell culture wells, and wherein the optical stimulation device is detachably coupled to the multiwell plate; and a control and monitoring system operably connected to the plurality of electrode arrays, wherein the control and monitoring system is configured to control the optical stimulation device and to receive the respective electrical signal collected by each individual electrode of each respective electrode array. a substrate; a plurality of cell culture wells coupled to the substrate, wherein the plurality of cell culture wells and the substrate form a multiwell plate; a plurality of electrode arrays, each of the plurality of electrode arrays being positioned at a base of one of the plurality of cell culture wells, wherein each respective electrode array comprises a plurality of electrodes, each individual electrode of each respective electrode array being arranged to collect a respective electric signal associated with a respective portion of said one of the plurality of cell culture wells; characterized by an optical stimulation device comprising a plurality of light-emitting element sets, wherein each of the plurality of light-emitting element sets is attached to the optical stimulation device, each of the plurality of light-emitting element sets corresponding to one of the plurality of cell culture wells having an electrode array, each of the plurality of light-emitting element sets being configured to deliver optical stimulation to at least a portion of one of the plurality of cell culture wells, and wherein the optical stimulation device is detachably coupled to the multiwell plate; and a control and monitoring system operably connected to the plurality of electrode arrays, wherein the control and monitoring system is configured to control the optical stimulation device and to receive the respective electrical signal collected by each individual electrode of each respective electrode array.