mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: initiating a scan mode (304; 404) of a scanner to capture, with the scanner, a first set of images presented on a display associated with a mobile device first without illuminating the mobile device; attempting to decode (306; 406) the first set of images captured without illuminating the mobile device; characterised by if the first set of images are not successfully decoded, illuminating (310; 410) the mobile device, with the scanner, until a change in brightness on the display associated with the mobile device is recognised by the scanner, ceasing (316; 416) illuminating the mobile device and then capturing, with the scanner, further images of the display after ceasing illuminating the mobile device; and attempting to decode the further images. initiating a scan mode (304; 404) of a scanner to capture, with the scanner, a first set of images presented on a display associated with a mobile device first without illuminating the mobile device; attempting to decode (306; 406) the first set of images captured without illuminating the mobile device; characterised by if the first set of images are not successfully decoded, illuminating (310; 410) the mobile device, with the scanner, until a change in brightness on the display associated with the mobile device is recognised by the scanner, ceasing (316; 416) illuminating the mobile device and then capturing, with the scanner, further images of the display after ceasing illuminating the mobile device; and attempting to decode the further images. illuminating (310; 410) the mobile device, with the scanner, until a change in brightness on the display associated with the mobile device is recognised by the scanner, ceasing (316; 416) illuminating the mobile device and then capturing, with the scanner, further images of the display after ceasing illuminating the mobile device; and attempting to decode the further images.
A method for measuring the amount of the DR5 protein in a human biological sample of formalin fixed tissue, comprising detecting and/or quantifying the level of a DR5 fragment peptide in a protease digest of said biological sample using mass spectrometry; and calculating the level of DR5 protein in said sample, wherein the DR5 fragment peptide is the peptide of SEQ ID NO: 1, and wherein the amount is a relative amount or an absolute amount.
A printing system for providing a printed image to a web of packaging material, comprising: a detecting unit configured to continuously detect a feature, selected from the group comprising a lateral side edge of the web, a crease pattern, a pre-cut feature, an external device such as a cap, and a pre-printed pattern, on the packaging material, a control unit configured to continuously determine a first position of the detected feature and to determine a second position of an image to be printed, the second position being determined based on the first position; the printing system being characterized by further comprising: a printing unit having a plurality of printing nozzles arranged in an array extending in a direction being perpendicular to a feeding direction of the web of packaging material, wherein the control unit is further configured to: determine at least one printing nozzle based on the second position, to print the image, and to activate the at least one determined printing nozzle in order to print the image onto the packaging material at the second position. a detecting unit configured to continuously detect a feature, selected from the group comprising a lateral side edge of the web, a crease pattern, a pre-cut feature, an external device such as a cap, and a pre-printed pattern, on the packaging material, a control unit configured to continuously determine a first position of the detected feature and to determine a second position of an image to be printed, the second position being determined based on the first position; the printing system being characterized by further comprising: a printing unit having a plurality of printing nozzles arranged in an array extending in a direction being perpendicular to a feeding direction of the web of packaging material, wherein the control unit is further configured to: a printing unit having a plurality of printing nozzles arranged in an array extending in a direction being perpendicular to a feeding direction of the web of packaging material, wherein the control unit is further configured to: determine at least one printing nozzle based on the second position, to print the image, and to activate the at least one determined printing nozzle in order to print the image onto the packaging material at the second position.
The method of the thermomechanical densification of poplar plywood consisting of heating poplar plywood is such that plywood of a moisture of 5-15% is subjected to interval compression between the press plates, where the poplar plywood is heated to a temperature between 70° -105°C, and then compressed in 2-3 cycles under pressure of 5-20MPa, reducing the thickness of the plywood to 25-50% of its original thickness and that the relative deformation of the obtained plywood amounts to 50%-75%.
A flexible circuit comprising: a perforated upper laminate sheet including a plurality of perforations (120, 220); a lower laminate sheet; a plurality of metallic conductors laminated between the perforated upper laminate sheet and the lower laminate sheet, wherein the metallic conductors are arranged side by side and extend in a longitudinal direction between the upper and lower laminate sheet (100, 110), wherein each of the metallic conductors is a metallic ribbon, a metallic tape or a metallic wire and wherein each of the metallic conductors has a plurality of sets of two metallic contacts, wherein the two metallic contacts of each set are on two separate portions of the same metallic conductor, the separate portions formed by perforations in the metallic conductor, wherein each set is exposed by a respective one of the perforations (120, 220); and a plurality of surface mount devices, wherein each of the surface mount devices is attached to a respective one of the sets of two metallic contacts. a perforated upper laminate sheet including a plurality of perforations (120, 220); a lower laminate sheet; a plurality of metallic conductors laminated between the perforated upper laminate sheet and the lower laminate sheet, wherein the metallic conductors are arranged side by side and extend in a longitudinal direction between the upper and lower laminate sheet (100, 110), wherein each of the metallic conductors is a metallic ribbon, a metallic tape or a metallic wire and wherein each of the metallic conductors has a plurality of sets of two metallic contacts, wherein the two metallic contacts of each set are on two separate portions of the same metallic conductor, the separate portions formed by perforations in the metallic conductor, wherein each set is exposed by a respective one of the perforations (120, 220); and a plurality of surface mount devices, wherein each of the surface mount devices is attached to a respective one of the sets of two metallic contacts.
A method comprising: sending, by a user device, packets over a network destined to a receiver device; receiving, by the user device, response information from the receiver device that is sent responsive to the receipt of the packets; controlling a behavior of the user device based on the response information, wherein controlling the behavior comprises: causing the user device to implement a first behavior with respect to data transmission over a plurality of subflows in response to the response information indicating a first condition, wherein the first behavior includes the user device being able to retransmit a lost packet over one of the plurality of subflows via a first network that is not the same as a second network of another one of the plurality of subflows over which the lost packet was originally sent; and causing the user device to implement a second behavior with respect to data transmission over the plurality of subflows in response to the response information indicating a second condition, in which the second behavior is different to the first behavior, the second behavior comprising the user device retransmitting the lost packet over the another one of the plurality of subflows over which the lost packet was originally sent. sending, by a user device, packets over a network destined to a receiver device; receiving, by the user device, response information from the receiver device that is sent responsive to the receipt of the packets; controlling a behavior of the user device based on the response information, wherein controlling the behavior comprises: causing the user device to implement a first behavior with respect to data transmission over a plurality of subflows in response to the response information indicating a first condition, wherein the first behavior includes the user device being able to retransmit a lost packet over one of the plurality of subflows via a first network that is not the same as a second network of another one of the plurality of subflows over which the lost packet was originally sent; and
A method performed by a computing system for creating an account for a user with an identity provider (330, 410), the method comprising: receiving a request to create an identity provider account with the identity provider for use in logging onto a third-party system; generating a display page for providing an integrated-consent user experience for collecting both some new-account information and scope-of-consent information for consenting to share account information with the third-party system; receiving, from the user and via the display page, the new-account information that includes user credentials for the identity provider account and a scope of consent to share account information of the identity provider account with the third-party system; after receipt of the new-account information and the scope of consent, creating for the user the identity provider account; and recording an indication of the scope of consent, wherein the user subsequently signs in to the third-party system using the user credentials for the identity provider account, and wherein the third-party system accesses account information of the identity provider account based on the user having provided the scope of consent. receiving a request to create an identity provider account with the identity provider for use in logging onto a third-party system; generating a display page for providing an integrated-consent user experience for collecting both some new-account information and scope-of-consent information for consenting to share account information with the third-party system; receiving, from the user and via the display page, the new-account information that includes user credentials for the identity provider account and a scope of consent to share account information of the identity provider account with the third-party system; after receipt of the new-account information and the scope of consent, creating for the user the identity provider account; and recording an indication of the scope of consent, wherein the user subsequently signs in to the third-party system using the user credentials for the identity provider account, and wherein the third-party system accesses account information of the identity provider account based on the user having provided the scope of consent.
A driver assistance system of a non-track bound vehicle which provides the driver with a direction-oriented steering recommendation by applying a steering torque to the driver's steering wheel by an electric motor or the like, characterised in that as a result of this steering torque, a steering wheel angle is initially set or at least is to be set in the recommended direction of rotation with an angular velocity of a relatively high magnitude and that thereafter a steering wheel angle is set or at least is to be set in the opposite direction of rotation with an angular velocity of a relatively low magnitude, this procedure being carried out in a self-regulating manner using the force applied by the driver to the steering wheel as a disturbance variable, in that when the driver applies a low force to the steering wheel, the steering torque applied to the steering wheel by said electric motor is of a low magnitude, whereas when the driver holds the steering wheel with a high force, a corresponding steering torque function with a greater magnitude of the maximum steering torque is applied in a regulated manner to the steering wheel.
A mains-connected power supply unit, in particular for a furniture drive, having a mains supply line which is connected to a mains plug, wherein the mains supply line is connectible to a power unit via a plug connection, and the power unit has a transformer which is connectible on the primary side by the plug connection to the mains supply line and transforms the alternating voltage on the mains side into a low voltage on the secondary side for operating an electric consumer, wherein the power unit has a connection for a control line to a mains cut-off, so that the power supply unit can be operated selectively with mains cut-off or without mains cut-off, wherein the control line has a plug connector, via which the control line is connectible in a pluggable manner to the power unit, wherein the mains cut-off is arranged on or in the first mains plug, and wherein the power supply unit has a second mains plug which is connectible via an associated mains supply line and a device plug connection to the power unit, and allows operation of the power supply unit without mains cut-off.
A physical quantity measuring device comprising: a metallic cylindrical case; a sensor module configured to detect a physical quantity; a joint disposed near a first open end of the cylindrical case, the sensor module being attached to the joint, the joint being provided with an introduction port configured to introduce a measurement target fluid to the sensor module; and a cover provided near a second open end of the cylindrical case, wherein the cylindrical case comprises an engagement portion provided near the first open end and engaged with the joint and a crimp portion provided near the second open end and configured to be plastically deformed by crimping, and the cover is attached to the cylindrical case by crimping the crimp portion, characterized in that the joint is a synthetic-resin joint, the cover comprises a locking portion that locks the sensor module and a projection projecting toward the joint, and the joint comprises a recess engaged with the projection at a position corresponding to the projection. a metallic cylindrical case; a sensor module configured to detect a physical quantity; a joint disposed near a first open end of the cylindrical case, the sensor module being attached to the joint, the joint being provided with an introduction port configured to introduce a measurement target fluid to the sensor module; and a cover provided near a second open end of the cylindrical case, wherein the cylindrical case comprises an engagement portion provided near the first open end and engaged with the joint and a crimp portion provided near the second open end and configured to be plastically deformed by crimping, and the cover is attached to the cylindrical case by crimping the crimp portion, characterized in that the joint is a synthetic-resin joint, the cover comprises a locking portion that locks the sensor module and a projection projecting toward the joint, and the joint comprises a recess engaged with the projection at a position corresponding to the projection.
Magnetic assembly comprising: at least a magnetic element (1, 16, 18, 21, 28, 21', 21", 21"') having a body comprising at least a tubular portion (5, 5', 5", 5"'), having a symmetry axis (y) and an outer radius (r 5), and at least a magnetic end (6, 7) arranged on said body substantially along said axis (y), at least a ferromagnetic element, able to be magnetically coupled to said at least one magnetic end (6, 7) of said at least a magnetic element (1, 16, 18, 21, 28, 21', 21", 21'"), said magnetic assembly being characterized in that it further comprises at least a decorative element (3, 3', 3", 14, 17, 19, 27, 26, 44, 45, 52) comprising at least a first decorative portion (8, 8', 8", 20, 47) and at least a ring or half-ring element (9, 43, 46, 53) having a symmetry axis (x) and an inner radius (r 9, r 48), in that said at least a first decorative portion (8, 8', 8", 20, 47) is able to be coupled, in a fixed or removable way, to said ring or half-ring element (9, 43, 46, 53), and in that said at least a ring or half-ring element (9, 43, 46, 53) of said at least a decorative element (3, 3', 3", 14, 17, 19, 27, 26, 44, 45, 52) is shaped so that it can be removably inserted on said at least a tubular portion (5, 5', 5", 5"') of said body of said at least a magnetic element (1, 16, 18, 21, 28, 21', 21", 21"') so that the symmetry axis (x) of said at least a ring or half-ring element (9, 43, 46, 53) corresponds with said axis (y) of said tubular portion (5, 5', 5", 5'"). at least a magnetic element (1, 16, 18, 21, 28, 21', 21", 21"') having a body comprising at least a tubular portion (5, 5', 5", 5"'), having a symmetry axis (y) and an outer radius (r 5), and at least a magnetic end (6, 7) arranged on said body substantially along said axis (y), at least a ferromagnetic element, able to be magnetically coupled to said at least one magnetic end (6, 7) of said at least a magnetic element (1, 16, 18, 21, 28, 21', 21", 21'"), said magnetic assembly being characterized in that it further comprises at least a decorative element (3, 3', 3", 14, 17, 19, 27, 26, 44, 45, 52) comprising at least a first decorative portion (8, 8', 8", 20, 47) and at least a ring or half-ring element (9, 43, 46, 53) having a symmetry axis (x) and an inner radius (r 9, r 48), in that said at least a first decorative portion (8, 8', 8", 20, 47) is able to be coupled, in a fixed or removable way, to said ring or half-ring element (9, 43, 46, 53), and in that said at least a ring or half-ring element (9, 43, 46, 53) of said at least a decorative element (3, 3', 3", 14, 17, 19, 27, 26, 44, 45, 52) is shaped so that it can be removably inserted on said at least a tubular portion (5, 5', 5", 5"') of said body of said at least a magnetic element (1, 16, 18, 21, 28, 21', 21", 21"') so that the symmetry axis (x) of said at least a ring or half-ring element (9, 43, 46, 53) corresponds with said axis (y) of said tubular portion (5, 5', 5", 5'").
A moving object travel support apparatus capable of switching between a manual travel mode and an automatic travel mode, the moving object travel support apparatus comprising: a travel mode determination unit that determines which travel mode is to be selected out of a manual travel mode and an automatic travel mode; and a scheduled switching point decision unit that decides a scheduled switching point at which the automatic travel mode is switched to the manual travel mode in a case where the travel mode determination unit selects the manual travel mode; wherein the moving object travel support apparatus comprises a travel control details decision unit that decides travel control details at the time of travel in the automatic travel mode up to the scheduled switching point on the basis of a condition of a predetermined manual travel zone including the scheduled switching point out of the manual travel zones on which travel in the selected manual travel mode is scheduled, characterised in that the travel control details decision unit decides the travel control details by estimating a visual recognition condition of a driver toward a surrounding environment of the predetermined manual travel zone. a travel mode determination unit that determines which travel mode is to be selected out of a manual travel mode and an automatic travel mode; and a scheduled switching point decision unit that decides a scheduled switching point at which the automatic travel mode is switched to the manual travel mode in a case where the travel mode determination unit selects the manual travel mode; wherein the moving object travel support apparatus comprises a travel control details decision unit that decides travel control details at the time of travel in the automatic travel mode up to the scheduled switching point on the basis of a condition of a predetermined manual travel zone including the scheduled switching point out of the manual travel zones on which travel in the selected manual travel mode is scheduled, characterised in that the travel control details decision unit decides the travel control details by estimating a visual recognition condition of a driver toward a surrounding environment of the predetermined manual travel zone.
Reverse osmosis module, comprising an elongated pressure cylinder with an inlet for raw water at its one end, an outlet for concentrate at its other end, as well as an outlet for the obtained permeate at one of the two ends, a membrane element sitting in the pressure cylinder with at least one semipermeable osmosis membrane, which is wound around the collecting pipe, wherein the collecting pipe has a number of boreholes for the entry of the obtained permeate, characterized in that a coaxial inner pipe sits in the collecting pipe, a circular collecting channel is formed between the inner pipe and collecting pipe, a closed overflow chamber is formed at the end of the collecting pipe lying opposite the permeate outlet, the collecting channel empties into the overflow chamber, the inner pipe connects the overflow chamber with the permeate outlet, a flow resistor sits in the collecting channel, wherein the flow resistor is dimensioned in such a way that the predominant portion of the permeate that penetrates into the collecting pipe through the boreholes initially flows through the collecting channel to the overflow chamber, and only a relatively small portion of the permeate flows in the opposite direction directly to the permeate outlet and merges with the main flow coming in there through the inner pipe, wherein the flow resistor is arranged in the area of the end of the collecting pipe that faces the permeate outlet.
Use of a compound defined by Formula wherein: X 1 is O; R 2 is alkyl, halogen, carboxyl or hydroxyl; R 3 is alkyl or halogen, and R 4 is alkyl, unsubstituted aryl or aryl substituted with 1-3 halogens, wherein the alkyl in R 2, R 3, and R 4 is straight or branched chain alkyl having 1 to 20 carbon atoms; for increasing virus production in a cell-culture medium, said medium comprising a virus and cells that are capable of being infected by said virus. X 1 is O; R 2 is alkyl, halogen, carboxyl or hydroxyl; R 3 is alkyl or halogen, and R 4 is alkyl, unsubstituted aryl or aryl substituted with 1-3 halogens,