mhurhangee/ep-ind-claims huggingface dataset:
An image processing apparatus (100; 900; 1600) comprising: an input receiving unit arranged to receive an input of document data that is a target to be output and an output condition of the document data; an image output unit arranged to output the document data in accordance with the received output condition; a storage unit (110; 910; 1610) arranged to store therein the output condition under which the document data has been output, as a re-output condition to be set at a time when the document data is re-output; and a display control unit (106; 906; 1606) arranged to display the re-output condition on a display unit, wherein when a dependent item that is determined to be set together with a different item is present in the re-output condition, the display control unit (106; 906; 1606) displays, together with the re-output condition, a dependence-destination item that is the different item; the storage unit (110; 910; 1610) being arranged also to store therein a dependency relation rule that associates the dependent item with the dependence-destination item, and the image processing apparatus (100; 900; 1600) further comprises an item extracting unit arranged to extract the item from the re-output condition of the output document data, wherein when it is determined that the dependent item is present in the extracted item, the display control unit (106; 906; 1606) acquires the dependence-destination item that corresponds to the dependent item from the dependency relation rule and displays the acquired dependence-destination item together with the re-output condition on the display unit. an input receiving unit arranged to receive an input of document data that is a target to be output and an output condition of the document data; an image output unit arranged to output the document data in accordance with the received output condition; a storage unit (110; 910; 1610) arranged to store therein the output condition under which the document data has been output, as a re-output condition to be set at a time when the document data is re-output; and a display control unit (106; 906; 1606) arranged to display the re-output condition on a display unit, wherein when a dependent item that is determined to be set together with a different item is present in the re-output condition, the display control unit (106; 906; 1606) displays, together with the re-output condition, a dependence-destination item that is the different item; the storage unit (110; 910; 1610) being arranged also to store therein a dependency relation rule that associates the dependent item with the dependence-destination item, and the image processing apparatus (100; 900; 1600) further comprises an item extracting unit arranged to extract the item from the re-output condition of the output document data, wherein when it is determined that the dependent item is present in the extracted item, the display control unit (106; 906; 1606) acquires the dependence-destination item that corresponds to the dependent item from the dependency relation rule and displays the acquired dependence-destination item together with the re-output condition on the display unit.
A method for performing wireless communication by a first device, the method being performed by the first device and comprising: mapping a first sidelink control information, SCI, to a resource related to a physical sidelink control channel, PSCCH; mapping, based on a resource block, RB, offset and a resource element, RE, offset related to a phase tracking-reference signal, PT-RS, the PT-RS to a resource related to a physical sidelink shared channel, PSSCH; mapping a second SCI to a resource to which the PT-RS is not mapped among the resource related to the PSSCH; and transmitting, to a second device, the first SCI, the second SCI, and the PT-RS, wherein the RB offset related to the PT-RS is a remainder obtained by dividing partial bits of a cyclic redundancy check, CRC, on the PSCCH by an RB unit value, K PT-RS, related to PT-RS mapping. mapping a first sidelink control information, SCI, to a resource related to a physical sidelink control channel, PSCCH; mapping, based on a resource block, RB, offset and a resource element, RE, offset related to a phase tracking-reference signal, PT-RS, the PT-RS to a resource related to a physical sidelink shared channel, PSSCH; mapping a second SCI to a resource to which the PT-RS is not mapped among the resource related to the PSSCH; and transmitting, to a second device, the first SCI, the second SCI, and the PT-RS, wherein the RB offset related to the PT-RS is a remainder obtained by dividing partial bits of a cyclic redundancy check, CRC, on the PSCCH by an RB unit value, K PT-RS, related to PT-RS mapping.
Method for characterizing the curvature of a road section, wherein the road section is described by an ordered sequence of points, each point being described by coordinates, the method being characterized in that it comprises a computer implementing the following steps: - a) selecting, from among the points of the section, points marking a curvature of the section, - b) computing, for each selected point of the section between the second one and the penultimate one, an indicator of curvature of the section at this point, the indicator of curvature of the section at a point being equal to the variation in the angle of the section at the current selected point divided by the distance between the current selected point and the previous selected point, - c) identifying each bend contained in the road section, each bend comprising a set of selected points of the section, and - d) for each bend contained in the road section, comparing the indicator of curvature of at least one of the points of the bend with a predetermined threshold, and - e) if the indicator of curvature computed for at least one of the selected points of the bend exceeds the predetermined threshold, recording, in a database of bends, a dataset comprising at least the set of points of the bend, and a datum characterizing the curvature of the bend, - f) receiving a request comprising the location of a vehicle, and - g) for each bend contained within a determined surface area around the location of the vehicle as received in the request, transmitting, to said vehicle, the dataset corresponding to said bend recorded in the database. - a) selecting, from among the points of the section, points marking a curvature of the section, - b) computing, for each selected point of the section between the second one and the penultimate one, an indicator of curvature of the section at this point, the indicator of curvature of the section at a point being equal to the variation in the angle of the section at the current selected point divided by the distance between the current selected point and the previous selected point, - c) identifying each bend contained in the road section, each bend comprising a set of selected points of the section, and - d) for each bend contained in the road section, comparing the indicator of curvature of at least one of the points of the bend with a predetermined threshold, and - e) if the indicator of curvature computed for at least one of the selected points of the bend exceeds the predetermined threshold, recording, in a database of bends, a dataset comprising at least the set of points of the bend, and a datum characterizing the curvature of the bend, - f) receiving a request comprising the location of a vehicle, and - g) for each bend contained within a determined surface area around the location of the vehicle as received in the request, transmitting, to said vehicle, the dataset corresponding to said bend recorded in the database.
A vehicle transmission system component, comprising: - a first subassembly having an input and an output, between which a torque can be transmitted, and - a second subassembly forming a pendulum-type damping device, and disposed outside the path of the torque transmitted by the first subassembly, wherein the first and the second subassemblies are connected to one another by at least one connecting means (30, 40) capable of being elastically deformed circumferentially, wherein this connecting means (30, 40) comprises at least one waved part comprising, circumferentially, a succession of zones axially offset in pairs. - a first subassembly having an input and an output, between which a torque can be transmitted, and - a second subassembly forming a pendulum-type damping device, and disposed outside the path of the torque transmitted by the first subassembly,
A vehicle approach notification device, comprising: a first illumination portion for mounting in a cab capable of elevation in a vehicle and for irradiating a first notification light toward a road surface behind the vehicle when the vehicle approach notification device is mounted on the vehicle; a second illumination portion for mounting on a vehicle body incapable of elevation in the vehicle and for irradiating a second notification light toward the road surface behind the vehicle when the vehicle approach notification device is mounted on the vehicle; and a control unit for controlling a lighting state of the first illumination portion and the second illumination portion according to a travel state of the vehicle body and an elevation position of the cab, wherein the vehicle approach notification device is characterized in that the control unit is configured such that it turns on or blinks the first illumination portion and turns off the second illumination portion when the travel state is backward travel and the elevation position is lower than a predetermined threshold value; it turns off the first illumination portion and turns on or blinks the second illumination portion when the travel state is backward travel or travel stop and the elevation position is equal to or higher than the threshold value; and it turns off the first illumination portion and the second illumination portion when the travel state is forward travel. a first illumination portion for mounting in a cab capable of elevation in a vehicle and for irradiating a first notification light toward a road surface behind the vehicle when the vehicle approach notification device is mounted on the vehicle; a second illumination portion for mounting on a vehicle body incapable of elevation in the vehicle and for irradiating a second notification light toward the road surface behind the vehicle when the vehicle approach notification device is mounted on the vehicle; and a control unit for controlling a lighting state of the first illumination portion and the second illumination portion according to a travel state of the vehicle body and an elevation position of the cab, wherein the vehicle approach notification device is characterized in that the control unit is configured such that it turns on or blinks the first illumination portion and turns off the second illumination portion when the travel state is backward travel and the elevation position is lower than a predetermined threshold value; it turns off the first illumination portion and turns on or blinks the second illumination portion when the travel state is backward travel or travel stop and the elevation position is equal to or higher than the threshold value; and it turns off the first illumination portion and the second illumination portion when the travel state is forward travel.
Monitoring system (1, 2, 3) for automated monitoring of a patient and detecting delirium of the patient, comprising: - a monitoring unit for obtaining image data of the patient over time, - an image analysis unit for detecting motion events of the patient from the obtained image data, - an evaluation unit for classifying the detected motion events into delirium-typical motion events and non-delirium-typical motion events, wherein said evaluation unit is configured to determine high and/or low movement counts indicating the intensity of detected motion events, and - a delirium determination unit for determining a delirium score from the duration of high or low movement counts and the duration, intensity, type, location and/or occurrence of delirium-typical motion events, said delirium score indicating the likelihood and/or strength of delirium of the patient. - a monitoring unit for obtaining image data of the patient over time, - an image analysis unit for detecting motion events of the patient from the obtained image data, - an evaluation unit for classifying the detected motion events into delirium-typical motion events and non-delirium-typical motion events, wherein said evaluation unit is configured to determine high and/or low movement counts indicating the intensity of detected motion events, and - a delirium determination unit for determining a delirium score from the duration of high or low movement counts and the duration, intensity, type, location and/or occurrence of delirium-typical motion events, said delirium score indicating the likelihood and/or strength of delirium of the patient.
A geared architecture for a gas turbine, comprising: an output shaft for connection with a fan; an input shaft; a gearbox connecting the input shaft with the output shaft, wherein the gearbox has a rearward carrier supported by a rearward radially fixed bearing structure; wherein the gearbox comprises a radially outer ring gear (60a, 60b) flexibly mounted to a fixed structure, characterised in that the gearbox has a flexible coupling provided between the output shaft and a forward carrier supported by a forward radially fixed bearing structure. an output shaft for connection with a fan; an input shaft; a gearbox connecting the input shaft with the output shaft, wherein the gearbox has a rearward carrier supported by a rearward radially fixed bearing structure; wherein the gearbox comprises a radially outer ring gear (60a, 60b) flexibly mounted to a fixed structure, characterised in that the gearbox has a flexible coupling provided between the output shaft and a forward carrier supported by a forward radially fixed bearing structure.
A method for detecting an edge of an iris in optical coherence tomography imaging of an eye, the method comprising: obtaining OCT data obtained from a scan of the eye, the OCT data comprising a plurality of A-lines, some of which pass through the iris and the lens of the eye and some of which pass through the lens but not the iris; detecting a first interface extending across adjacent A-lines, wherein at least a portion of the detected first interface is assumed to correspond to either the anterior surface or posterior surface of the iris; determining, for each of the adjacent A-lines, a first metric derived from one or more A-line pixels near the detected first interface, such that the first metric reflects an OCT signal intensity associated with the first interface; characterized by determining, for each of the adjacent A-lines, a second metric derived from one or more A-line pixels further from the detected first interface than the one or more A-line pixels used to derive the first metric, such that the second metric reflects OCT signal attenuation at a point or points posterior to the detected first interface; calculating an attenuation parameter for each of the adjacent A-lines, based on the first and second metrics; and determining, for each of the adjacent A-lines, whether the A-line passes through the iris, by comparing the attenuation parameter to a threshold value. obtaining OCT data obtained from a scan of the eye, the OCT data comprising a plurality of A-lines, some of which pass through the iris and the lens of the eye and some of which pass through the lens but not the iris; detecting a first interface extending across adjacent A-lines, wherein at least a portion of the detected first interface is assumed to correspond to either the anterior surface or posterior surface of the iris; determining, for each of the adjacent A-lines, a first metric derived from one or more A-line pixels near the detected first interface, such that the first metric reflects an OCT signal intensity associated with the first interface; characterized by determining, for each of the adjacent A-lines, a second metric derived from one or more A-line pixels further from the detected first interface than the one or more A-line pixels used to derive the first metric, such that the second metric reflects OCT signal attenuation at a point or points posterior to the detected first interface; calculating an attenuation parameter for each of the adjacent A-lines, based on the first and second metrics; and determining, for each of the adjacent A-lines, whether the A-line passes through the iris, by comparing the attenuation parameter to a threshold value.
An electronic circuit comprising: an input terminal; an output terminal; a first supply rail; a second supply rail; a first field effect transistor, FET, of a first type and having respective gate, source and drain terminals; a second FET of said first type and having respective gate, source and drain terminals; a third FET of said first type and having respective gate, source and drain terminals; a fourth FET of said first type and having respective gate, source and drain terminals; a first load resistor; and a second load resistor, wherein the source of the first FET is connected to the first supply rail, the drain of the first FET and the source of the second FET are connected to the output terminal, the drain of the second FET is connected to the second supply rail, the gate of the third FET and the gate of the fourth FET are connected to the input terminal, the drain of the third FET is connected to the second supply rail, the first load resistor is connected between the first supply rail and the source of the third FET, the second load resistor is connected between the drain of the fourth FET and the second supply rail, the gate of the first FET is connected to a node between the source of the third FET and the first load resistor such that a voltage at the source of the third FET is applied to the gate of the first FET, and the gate of the second FET is connected to a node between the drain of the fourth FET and the second load resistor such that a voltage at the drain of the fourth FET is applied to the gate of the second FET. an input terminal; an output terminal; a first supply rail; a second supply rail; a first field effect transistor, FET, of a first type and having respective gate, source and drain terminals; a second FET of said first type and having respective gate, source and drain terminals; a third FET of said first type and having respective gate, source and drain terminals; a fourth FET of said first type and having respective gate, source and drain terminals; a first load resistor; and a second load resistor, wherein the source of the first FET is connected to the first supply rail, the drain of the first FET and the source of the second FET are connected to the output terminal, the drain of the second FET is connected to the second supply rail, the gate of the third FET and the gate of the fourth FET are connected to the input terminal, the drain of the third FET is connected to the second supply rail, the first load resistor is connected between the first supply rail and the source of the third FET, the second load resistor is connected between the drain of the fourth FET and the second supply rail, the gate of the first FET is connected to a node between the source of the third FET and the first load resistor such that a voltage at the source of the third FET is applied to the gate of the first FET, and the gate of the second FET is connected to a node between the drain of the fourth FET and the second load resistor such that a voltage at the drain of the fourth FET is applied to the gate of the second FET.
An external preparation for skin comprising: a silica aerogel powder including a mixture of hydrophilic aerogel particles having a hydrophilic functional group on a surface thereof, hydrophobic aerogel particles having a hydrophobic functional group on a surface thereof, and hybrid aerogel particles having a hydrophilic functional group and a hydrophobic functional group on a surface thereof; and a solvent, wherein the hydrophilic functional group is a hydroxy group, and the hydrophobic functional group is a methyl group. a silica aerogel powder including a mixture of hydrophilic aerogel particles having a hydrophilic functional group on a surface thereof, hydrophobic aerogel particles having a hydrophobic functional group on a surface thereof, and hybrid aerogel particles having a hydrophilic functional group and a hydrophobic functional group on a surface thereof; and a solvent, wherein the hydrophilic functional group is a hydroxy group, and the hydrophobic functional group is a methyl group.
A method for increasing the contents of ubiquinone and ubiquinol (CoQH2) in phototrophic microorganisms being cultivated in a culture medium in a bioreactor under light irradiation, wherein the phototrophic microorganisms are selected from the group consisting of blue algae, green algae and yellow-green algae, and wherein the method comprises a step of inducing oxidative stress, characterized in that the induction of oxidative stress is effected by incubating the phototrophic microorganisms together with Fe 3+ in the culture medium.
A high-workability steel sheet for three-piece welded cans, comprising, in percent by mass, more than 0.0015 % to 0.0030% of carbon, 0.10% or less of silicon, 0.20% to 0.80% of manganese, 0.001% to 0.020% of phosphorus, 0.001% to 0.020% of sulfur, more than 0.040% to 0.100% of aluminum, 0.030% or less of nitrogen, and 0.0002% to 0.0050% of boron, the balance being iron and incidental impurities, the steel sheet having a tensile strength of 400 MPa or more in a direction perpendicular to a rolling direction, a fracture elongation of 15% or more in the direction perpendicular to the rolling direction, and a thickness of 0.15 mm or less.
A composite processor, comprising: a circuit board having an optical link and an electrical link; a first processor element package including a substrate having an integrated circuit, a sub-wavelength grating optical coupler, and an electrical coupler, the electrical coupler of the first processor element package coupled to the electrical link of the circuit board; and a second processor element package including a substrate having an integrated circuit, a sub-wavelength grating optical coupler, and an electrical coupler, the electrical coupler of the second processor element package coupled to the electrical link of the circuit board, the sub-wavelength grating optical coupler of the first processor element package, the optical link of the circuit board, and the sub-wavelength grating optical coupler of the second processor element package collectively defining an optical communications path between the substrate of the first processor element package and the substrate of the second processor element package. a circuit board having an optical link and an electrical link; a first processor element package including a substrate having an integrated circuit, a sub-wavelength grating optical coupler, and an electrical coupler, the electrical coupler of the first processor element package coupled to the electrical link of the circuit board; and a second processor element package including a substrate having an integrated circuit, a sub-wavelength grating optical coupler, and an electrical coupler, the electrical coupler of the second processor element package coupled to the electrical link of the circuit board, the sub-wavelength grating optical coupler of the first processor element package, the optical link of the circuit board, and the sub-wavelength grating optical coupler of the second processor element package collectively defining an optical communications path between the substrate of the first processor element package and the substrate of the second processor element package.