mhurhangee/ep-ind-claims huggingface dataset:
A vehicular travel state monitoring device mounted on a vehicle to monitor a traveling state of the vehicle, the device comprising: a Web information acquiring means for acquiring Web information via an external network; the Web information comprising weather data and/or map information; an imaging means for capturing images of at least the outside of the vehicle; the images from the outside of the vehicle comprising images of the surface of the road; a vehicular travel state measuring means including a GPS, a three-axis acceleration sensor, and a three-axis angular velocity sensor; a synthetic image generating means for generating a synthetic image by synthesizing a plurality of data at predetermined time intervals, out of measurement data measured by the vehicular travel state measuring means, imaging data captured by the imaging means, and Web information data acquired by the Web information acquiring means; a display means for displaying the synthetic image synthesized by the synthetic image generating means as a moving image; a storage means for storing data of the moving image as travel record data of the vehicle; and a vehicular travel data analyzing unit for performing an analysis on change in input from the vehicular travel state measuring means and the imaging data and estimating a pinch cut of a tire when an increase in input vehicular vertical acceleration (Gz) measured by the three-axis acceleration sensor occurs repeatedly despite small unevenness or level difference of the road surface from the imaging data on a traveling direction of the vehicle. a Web information acquiring means for acquiring Web information via an external network; the Web information comprising weather data and/or map information; an imaging means for capturing images of at least the outside of the vehicle; the images from the outside of the vehicle comprising images of the surface of the road; a vehicular travel state measuring means including a GPS, a three-axis acceleration sensor, and a three-axis angular velocity sensor; a synthetic image generating means for generating a synthetic image by synthesizing a plurality of data at predetermined time intervals, out of measurement data measured by the vehicular travel state measuring means, imaging data captured by the imaging means, and Web information data acquired by the Web information acquiring means; a display means for displaying the synthetic image synthesized by the synthetic image generating means as a moving image; a storage means for storing data of the moving image as travel record data of the vehicle; and a vehicular travel data analyzing unit for performing an analysis on change in input from the vehicular travel state measuring means and the imaging data and estimating a pinch cut of a tire when an increase in input vehicular vertical acceleration (Gz) measured by the three-axis acceleration sensor occurs repeatedly despite small unevenness or level difference of the road surface from the imaging data on a traveling direction of the vehicle.
A power supply system (200, 300, 400, 600, 700, 812, 900, 1000, 1100, 1200, 1300, 1400, 1500, 1600, 1700) comprising - a first input for receiving an AC voltage, - an output for supplying power to a load (216, RL), - a DC-DC converter (204, 404) comprising a second input being capacitively coupled to the first input, and being arranged for supplying power to the output, - a rectifying circuit (212, D1) being capacitively coupled to the first input and being arranged between the first input and the output for supplying a rectified output voltage to the output, - a voltage limiter (214, Dzener2, D3a) being coupled to the output for limiting the rectified output voltage to a predefined voltage, and - a further rectifying circuit (302, D2) capacitively coupled to the first input for providing a further rectified voltage to the second input. - a first input for receiving an AC voltage, - an output for supplying power to a load (216, RL), - a DC-DC converter (204, 404) comprising a second input being capacitively coupled to the first input, and being arranged for supplying power to the output, - a rectifying circuit (212, D1) being capacitively coupled to the first input and being arranged between the first input and the output for supplying a rectified output voltage to the output, - a voltage limiter (214, Dzener2, D3a) being coupled to the output for limiting the rectified output voltage to a predefined voltage, and - a further rectifying circuit (302, D2) capacitively coupled to the first input for providing a further rectified voltage to the second input.
A leak detection system for a fuel delivery system including a fuel line, the leak detection system comprising: a pressure sensor coupled to the fuel line; a controller coupled to the sensor and configured to perform a plurality of leak tests on the fuel line between periods of fuel delivery based on an output of the sensor, each respective leak test producing test data, wherein the controller is configured to determine a measure of a leak rate of the fuel line during the respective test interval using the test data; characterized in that the controller is further configured to determining the presence of a leak greater than a threshold amount in the fuel line based on the measures of the leak rates of more than one of the plurality of leak tests, a first leak test of the more than one leak test_occurring prior to a first fuel delivery event and a second leak test of the more than one leak test_occurring subsequent to the first fuel delivery event. a pressure sensor coupled to the fuel line; a controller coupled to the sensor and configured to perform a plurality of leak tests on the fuel line between periods of fuel delivery based on an output of the sensor, each respective leak test producing test data, wherein the controller is configured to determine a measure of a leak rate of the fuel line during the respective test interval using the test data; characterized in that the controller is further configured to determining the presence of a leak greater than a threshold amount in the fuel line based on the measures of the leak rates of more than one of the plurality of leak tests, a first leak test of the more than one leak test_occurring prior to a first fuel delivery event and a second leak test of the more than one leak test_occurring subsequent to the first fuel delivery event.
A packaging bag formed by superimposing a front film on a back film and comprising an accommodation part formed by a top sealed part on an upper edge, side sealed parts (2, 4) on left and right lateral edges, and a bottom sealed part on a lower edge, wherein the bag can be unsealed from a the left side sealed part on an unsealing start side to a the right side sealed part on an unsealing terminal side across an accommodation part, an easily-openable part being provided on the left side sealed part on the unsealing start side, and, in the accommodation part between the sealed part on the unsealing start side and the sealed part on the unsealing terminal side, a front unsealing guide line (30; 32; 34) provided on the front film and a back unsealing guide line (30; 32; 34) provided on the back film are provided, the front unsealing guide line (30; 32; 34) and the back unsealing guide line (30; 32; 34) extending in an inclined manner with respect to an unsealing virtual straight line linearly drawn in an unsealing direction from the easily-openable part to the sealed part on the unsealing terminal side, wherein an end (30b; 32b; 34b) on the unsealing terminal side of the front unsealing guide line (30; 32; 34) and an end (30b; 32b; 34b) on the unsealing terminal side of the back unsealing guide line (30; 32; 34) are superimposed on each other on an inner edge or in the vicinity of the inner edge of the sealed part on the unsealing terminal side so that, when the packaging bag is unsealed, the break line of the front film and the break line of the back film are guided by the front unsealing guide line (30; 32; 34) and the back unsealing guide line (30; 32; 34) and joined in a superimposed manner on the inner edge of the sealed part on the unsealing terminal side, characterized in that an end (30b; 32b; 34b) on the unsealing terminal side of each of the front unsealing guide line (30; 32; 34) and the back unsealing guide line (30; 32; 34) is superimposed on each other on the inner edge or in the vicinity of the inner edge of the sealed part on the unsealing terminal side, and the other end (30b; 32b; 34b) each of the front unsealing guide line (30; 32; 34) and the back unsealing guide line (30; 32; 34) is positioned closer to the top sealed part than the unsealing virtual straight line, preferably positioned on the lower edge of the top sealed part, the end (30b; 32b; 34b) on the unsealing terminal side of each of the front unsealing guide line (30; 32; 34) and the back unsealing guide line (30; 32; 34) being either positioned on the unsealing virtual straight line or closer to the bottom sealed part than the unsealing virtual straight line.
A mobile wireless communications device comprising: a near field communication, NFC, transceiver; a controller coupled with said NFC transceiver; and an input device coupled with said controller, wherein said controller is configured to: receive tag data from at least one NFC tag when in close proximity thereto via the NFC transceiver; verify the tag data, and when the tag data is successfully verified, perform at least one device unlock operation; determine whether the tag data should be changed based on a predetermined schedule, wherein the controller is further configured to change the predetermined schedule based upon said input device; and if it is determined that the tag data should be changed, communicate with the at least one NFC tag and thereby change the tag data. a near field communication, NFC, transceiver; a controller coupled with said NFC transceiver; and an input device coupled with said controller, wherein said controller is configured to: receive tag data from at least one NFC tag when in close proximity thereto via the NFC transceiver; verify the tag data, and when the tag data is successfully verified, perform at least one device unlock operation; determine whether the tag data should be changed based on a predetermined schedule, wherein the controller is further configured to change the predetermined schedule based upon said input device; and if it is determined that the tag data should be changed, communicate with the at least one NFC tag and thereby change the tag data. receive tag data from at least one NFC tag when in close proximity thereto via the NFC transceiver; verify the tag data, and when the tag data is successfully verified, perform at least one device unlock operation; determine whether the tag data should be changed based on a predetermined schedule, wherein the controller is further configured to change the predetermined schedule based upon said input device; and if it is determined that the tag data should be changed, communicate with the at least one NFC tag and thereby change the tag data.
Method for monitoring the sliding mobility of a brake caliper of a sliding caliper disc brake, which brake caliper comprises a brake disc as well as brake linings on both sides of the brake disc, one brake lining thereof being supported directly against the brake caliper and the other brake lining thereof being capable of being clamped against the brake disc by a clamping device, wherein - by activation of the clamping device the brake linings, after overcoming the brake clearance, are pressed against the brake disc, - the displacement path travelled by the brake caliper during the activation is detected by a path sensor, - the detected displacement path is assigned to a control and monitoring unit as a path signal, characterised by the steps of - without activation of the clamping device, detection of first path signals (S 1) by the path sensor, and formation of a mean value (S M) from the first path signals (S 1), - with activation of the clamping device, setting of a first time value (T A), - determination of a second time value T 2 = T A + ΔT, wherein ΔT is a predetermined time difference, - detection of the second path signal (S 2) supplied by the path sensor when the second time value (T 2) is reached, - reaching of a negative conclusion about monitoring for the case where the condition S 2 < S M + ΔS occurs, wherein ΔS is a differential path, which is less than the displacement path travelled during preceding activations, - generation of a warning signal in the event of negative conclusions about monitoring or in the event of repeatedly occurring negative conclusions about monitoring with multiple activations of the clamping device. - by activation of the clamping device the brake linings, after overcoming the brake clearance, are pressed against the brake disc, - the displacement path travelled by the brake caliper during the activation is detected by a path sensor, - the detected displacement path is assigned to a control and monitoring unit as a path signal, - without activation of the clamping device, detection of first path signals (S 1) by the path sensor, and formation of a mean value (S M) from the first path signals (S 1), - with activation of the clamping device, setting of a first time value (T A), - determination of a second time value T 2 = T A + ΔT, wherein ΔT is a predetermined time difference, - detection of the second path signal (S 2) supplied by the path sensor when the second time value (T 2) is reached, - reaching of a negative conclusion about monitoring for the case where the condition S 2 < S M + ΔS occurs, wherein ΔS is a differential path, which is less than the displacement path travelled during preceding activations, - generation of a warning signal in the event of negative conclusions about monitoring or in the event of repeatedly occurring negative conclusions about monitoring with multiple activations of the clamping device.
An isolated antibody that inhibits binding between CD47 and SIRPα for use in a method of treating a blood cancer or myelodysplastic syndrome in a subject, comprising: (a) administering the isolated antibody that inhibits binding between CD47 and SIRPα; and (b) administering a hypomethylating agent to the subject, wherein the subject has at least one p53 mutation.
A robot lawnmower comprising: a body; a drive system carried by the body and configured to maneuver the robot across a lawn; a controller carried by the body and in communication with the drive system; at least one obstacle sensor carried by the body and configured to detect a potential obstacle proximate the robot; wherein the controller is configured to operate in a check setup mode in which a user maneuvers the robot to circumnavigate and approach boundaries, obstacles and/or marked guarded areas while the robot is in a manual mode and permit operation of the robot in an autonomous mode only after the check setup mode is completed, characterized in that the drive system is configured to direct the robot at a faster speed during manual mode than in autonomous mode. a body; a drive system carried by the body and configured to maneuver the robot across a lawn; a controller carried by the body and in communication with the drive system; at least one obstacle sensor carried by the body and configured to detect a potential obstacle proximate the robot; wherein the controller is configured to operate in a check setup mode in which a user maneuvers the robot to circumnavigate and approach boundaries, obstacles and/or marked guarded areas while the robot is in a manual mode and permit operation of the robot in an autonomous mode only after the check setup mode is completed, characterized in that the drive system is configured to direct the robot at a faster speed during manual mode than in autonomous mode.
Steam iron comprising a steam distribution circuit in which a steam flow is intended to flow, and a retaining device arranged along the steam distribution circuit and configured to retain water droplets carried along by the steam flow and optionally to evaporate the said retained water droplets, the steam iron including an ironing board, advantageously equipped with steam openings, on which it can rest horizontally in an ironing position, the retaining device comprising a retaining member comprising at least: - a duct comprising a peripheral wall and having a longitudinal axis extending substantially vertically when the steam iron is in the ironing position, the peripheral wall comprising a lower inlet opening through which the steam flow enters the duct and an upper outlet opening through which the steam flow exits the duct, and - at least one retaining element extending from the peripheral wall and configured to retain water droplets carried along by the steam flow, the at least one retaining element defining at least partially an intermediate passage opening arranged downstream of the lower inlet opening and upstream of the upper outlet opening with respect to the direction of flow of the steam flow, the intermediate passage opening having a passage section smaller than the passage section of the lower inlet opening, characterised in that the at least one retaining element extends from the peripheral wall towards the inside of the duct and has at least one portion that is inclined towards the lower inlet opening. - a duct comprising a peripheral wall and having a longitudinal axis extending substantially vertically when the steam iron is in the ironing position, the peripheral wall comprising a lower inlet opening through which the steam flow enters the duct and an upper outlet opening through which the steam flow exits the duct, and - at least one retaining element extending from the peripheral wall and configured to retain water droplets carried along by the steam flow, the at least one retaining element defining at least partially an intermediate passage opening arranged downstream of the lower inlet opening and upstream of the upper outlet opening with respect to the direction of flow of the steam flow, the intermediate passage opening having a passage section smaller than the passage section of the lower inlet opening,
A digital optical modulator comprising: • a waveguide comprising a plurality of light paths (204, 206), • a plurality of phase shifter segments (208 - 222), each optically coupled to a light path from the plurality of light paths, configured to modulate light carried in the plurality of light paths to generate a modulated light in response to an electrical drive signal, wherein at least two of the plurality of phase shifter segments have a same length, • characterized in that each of the plurality of phase shifter segments (208 - 222) corresponds to a bit location in a digital electrical word, wherein a first phase shifter segment from the plurality of phase shifter segments (208 - 222) corresponds with a most significant bit, MSB, for the digital electrical word, and wherein a second phase shifter segment from the plurality of phase shifter segments (208 - 222) corresponds with a least significant bit, LSB, for the digital electrical word, • wherein the second phase shifter segment is longer than the first phase shifter segment, wherein the second phase shifter segment is configured to receive a lower digital electrical drive voltage than the first phase shifter segment. • a waveguide comprising a plurality of light paths (204, 206), • a plurality of phase shifter segments (208 - 222), each optically coupled to a light path from the plurality of light paths, configured to modulate light carried in the plurality of light paths to generate a modulated light in response to an electrical drive signal, wherein at least two of the plurality of phase shifter segments have a same length, • characterized in that each of the plurality of phase shifter segments (208 - 222) corresponds to a bit location in a digital electrical word, wherein a first phase shifter segment from the plurality of phase shifter segments (208 - 222) corresponds with a most significant bit, MSB, for the digital electrical word, and wherein a second phase shifter segment from the plurality of phase shifter segments (208 - 222) corresponds with a least significant bit, LSB, for the digital electrical word, • wherein the second phase shifter segment is longer than the first phase shifter segment, wherein the second phase shifter segment is configured to receive a lower digital electrical drive voltage than the first phase shifter segment.
Method for detecting antibodies in a patient sample, wherein a calibration strip as a separate strip is incubated together with a patient strip under the same test conditions, wherein both the calibration strip and the patient strip are placed into separate incubation channels of an incubation trough for the incubation, wherein furthermore the patient strip is incubated with patient serum, conjugate and substrate and wherein furthermore the calibration strip is incubated with a reference sample, conjugate and substrate, wherein the calibration strip has, in a calibration zone, seven regions in which calibration bands respectively appear following proper incubation with the reference sample under actually prevailing laboratory conditions, which calibration bands differ from one another in terms of their intensity, wherein furthermore a calibration curve is created on the basis of the seven calibration bands, wherein a check is carried out following creation of the calibration curve to determine whether the calibration curve is within limits permissible for the corresponding batch of a test kit, wherein the bands appearing on the patient strip are compared with the values of the calibration curve, and wherein an at least semi-quantitative evaluation of the patient strip is performed on the basis of the comparison. wherein a calibration strip as a separate strip is incubated together with a patient strip under the same test conditions, wherein both the calibration strip and the patient strip are placed into separate incubation channels of an incubation trough for the incubation, wherein furthermore the patient strip is incubated with patient serum, conjugate and substrate and wherein furthermore the calibration strip is incubated with a reference sample, conjugate and substrate, wherein the calibration strip has, in a calibration zone, seven regions in which calibration bands respectively appear following proper incubation with the reference sample under actually prevailing laboratory conditions, which calibration bands differ from one another in terms of their intensity, wherein furthermore a calibration curve is created on the basis of the seven calibration bands, wherein a check is carried out following creation of the calibration curve to determine whether the calibration curve is within limits permissible for the corresponding batch of a test kit, wherein the bands appearing on the patient strip are compared with the values of the calibration curve, and wherein an at least semi-quantitative evaluation of the patient strip is performed on the basis of the comparison.