mhurhangee/ep-ind-claims huggingface dataset:
Method for providing data packets from a CAN bus, in particular a charging station for a motor vehicle, including the steps of: - capturing the data packets from at least one component of the CAN bus by means of a capture unit that is part of the CAN bus, - creating multiple web resources, which contain the data packets, according to a predetermined specification by means of a computing unit, wherein only data packets that are related according to the predetermined specification are combined in the web resources, each of the multiple web resources having a respective, unique address, - conveying a content of the web resources from the computing unit to a receiving device via a data connection, using a transmission protocol that is different than the CAN bus, by means of a communication unit. - capturing the data packets from at least one component of the CAN bus by means of a capture unit that is part of the CAN bus, - creating multiple web resources, which contain the data packets, according to a predetermined specification by means of a computing unit, wherein only data packets that are related according to the predetermined specification are combined in the web resources, each of the multiple web resources having a respective, unique address, - conveying a content of the web resources from the computing unit to a receiving device via a data connection, using a transmission protocol that is different than the CAN bus, by means of a communication unit.
An apparatus for ejecting droplets of a fluid, comprising: a substrate having a fluid pumping chamber formed therein; a descender formed in the substrate and fluidically connected to the fluid pumping chamber; a nozzle formed in the substrate and fluidically connected to the descender; an actuator in pressure communication with the fluid pumping chamber and capable of generating a firing pulse for causing ejection of a fluid droplet from the nozzle, the firing pulse having a firing pulse frequency; and a recirculation passage formed in the substrate; characterized in that the recirculation passage is configured to have an impedance at the firing pulse frequency substantially higher, preferably at least two times, more preferably at least ten times higher than the impedance of the nozzle. a substrate having a fluid pumping chamber formed therein; a descender formed in the substrate and fluidically connected to the fluid pumping chamber; a nozzle formed in the substrate and fluidically connected to the descender; an actuator in pressure communication with the fluid pumping chamber and capable of generating a firing pulse for causing ejection of a fluid droplet from the nozzle, the firing pulse having a firing pulse frequency; and a recirculation passage formed in the substrate;
A connecting piece for a duct, preferably a ventilation duct, and comprising an inner flow space in communication with the interior of the duct, the connecting piece having at least one joining portion, wherein the connecting piece displays, at least interiorly, a layer which is impervious to a fluid, in particular a gas, characterised in that the connecting piece is manufactured from a compressed fibre material of glass fibre or mineral wool and a minor admixture of a binder, that the connecting piece displays a central portion which is a substantially configurationally stable portion in association with the joining portion, on which an end region of the duct is slidable and fixable, and the impervious layer being adjacent the inner flow space of the connecting piece.
A method of wireless communication performed by a user equipment, UE, comprising: while connected to a first radio access technology, RAT network, entering a state in which measurements are performed in a second RAT network; selectively increasing a rate of measurements performed in the second RAT network when at least a first condition is met, comprising setting the rate of measurements in the second RAT network to a predetermined maximum rate which is calculated as a product of an integer multiplier and a frequency of a DRX cycle defined for the first RAT network; and selectively reducing the rate of measurements performed in the second RAT network when at least a second condition is met. while connected to a first radio access technology, RAT network, entering a state in which measurements are performed in a second RAT network; selectively increasing a rate of measurements performed in the second RAT network when at least a first condition is met, comprising setting the rate of measurements in the second RAT network to a predetermined maximum rate which is calculated as a product of an integer multiplier and a frequency of a DRX cycle defined for the first RAT network; and selectively reducing the rate of measurements performed in the second RAT network when at least a second condition is met.
A method for making a foam component, the method comprising: inserting a foam material into a cavity of a mold having a top plate and a bottom plate, the cavity being defined between the top plate and the bottom plate; heating the foam material within the cavity to cause the foam material to expand within the cavity; moving one of the top plate and the bottom plate relative to the other of the top plate and the bottom plate as the foam material expands and contacts the one of the top plate and the bottom plate to cause voids to form in the foam material within the cavity, a skin to form in the voids, to subsequently collapse the voids, and form a formed component; and curing the foam material to define a plurality of folds in the formed component, wherein the plurality of folds are non-uniform relative to each other. inserting a foam material into a cavity of a mold having a top plate and a bottom plate, the cavity being defined between the top plate and the bottom plate; heating the foam material within the cavity to cause the foam material to expand within the cavity; moving one of the top plate and the bottom plate relative to the other of the top plate and the bottom plate as the foam material expands and contacts the one of the top plate and the bottom plate to cause voids to form in the foam material within the cavity, a skin to form in the voids, to subsequently collapse the voids, and form a formed component; and curing the foam material to define a plurality of folds in the formed component, wherein the plurality of folds are non-uniform relative to each other.
A clarifying agent composition, characterized by comprising 1.0 to 10 parts by mass of a colorant with respect to 100 parts by mass of a clarifying agent represented by the following Formula: wherein, R 1 to R 4 each independently represent a hydrogen atom or an alkyl group having 1 to 9 carbon atoms; R 5 represents a hydrogen atom or a methyl group; n represents 1 or 2; and M represents an alkali metal when n is 1, or Al when n is 2; wherein said colorant is a blue pigment; and wherein said clarifying agent composition further comprises a fatty acid metal salt.
A composition comprising one or more oligogalacturonan(s) with a degree of polymerization comprised between 9 and 20 and having a dimeric egg box conformation, or one or more oligoguluronan(s) in an egg box conformation, further stabilized by one or more polycationic saccharide(s).
An automatic frequency deviation correction method for a mobile terminal, characterized in comprising the step of configuring an initial frequency deviation value for the mobile terminal, which includes: during the mobile terminal initially accesses a cell, it synchronizes slots at intervals of a predetermined frequency deviation within a predetermined frequency deviation scanning range, and obtains the signal-to-interference ratio SIR of primary synchronization signal at the frequency deviation; after scanning the whole predetermined frequency deviation scanning range, the frequency deviation value corresponding to the maximum SIR of all the obtained SIRs as the initial frequency deviation value; and the mobile terminal is configured with the initial frequency deviation value to make sure that the frequency deviation is controlled within the predetermined frequency deviation during the initial access. during the mobile terminal initially accesses a cell, it synchronizes slots at intervals of a predetermined frequency deviation within a predetermined frequency deviation scanning range, and obtains the signal-to-interference ratio SIR of primary synchronization signal at the frequency deviation; after scanning the whole predetermined frequency deviation scanning range, the frequency deviation value corresponding to the maximum SIR of all the obtained SIRs as the initial frequency deviation value; and the mobile terminal is configured with the initial frequency deviation value to make sure that the frequency deviation is controlled within the predetermined frequency deviation during the initial access.
A processing method after configuration update failure, characterized by comprising: after a configuration of a first network element device changes, the first network element device sending a configuration update message to all its adjacent network element devices (S101, S201, S301); if the first network element device receives a configuration update failure message returned by any of its adjacent network element devices, and the configuration update failure message does not contain information instructing the first network element device to perform subsequent processing (S102, S202, S302), the first network element device rolling its configuration back to the one prior to configuration update (S103, S203, S303); and the first network element device resending the configuration update message to all its adjacent network element devices in the rolled-back configuration (S104, S204, S304). after a configuration of a first network element device changes, the first network element device sending a configuration update message to all its adjacent network element devices (S101, S201, S301); if the first network element device receives a configuration update failure message returned by any of its adjacent network element devices, and the configuration update failure message does not contain information instructing the first network element device to perform subsequent processing (S102, S202, S302), the first network element device rolling its configuration back to the one prior to configuration update (S103, S203, S303); and the first network element device resending the configuration update message to all its adjacent network element devices in the rolled-back configuration (S104, S204, S304).
Method for hiding an irrelevant object when detecting an obstacle by means of a sensor (12 to 15) operating according to the echo transit time principle in a driver assistance device of a motor vehicle, having the following steps: - the sensor (12 to 15) transmits a transmission signal at a transmission time (tS), - the sensor (12 to 15) receives an echo at a reception time (tE), and - the driver assistance device checks whether the reception time (tE) is within a predefined time window with respect to the transmission time (tS), - the driver assistance device checks whether a predetermined criterion with respect to an amplitude of the echo has been satisfied, and - the echo is interpreted as belonging to the irrelevant object if the reception time (tE) is within the predefined time window and the criterion based on the amplitude has been satisfied, characterized in that a trailer coupling of the motor vehicle is hidden as the irrelevant object, the criterion comprising the fact that a maximum of the echo is within a predefined range of values which is defined by a lower threshold value greater than zero and an upper threshold value. - the sensor (12 to 15) transmits a transmission signal at a transmission time (tS), - the sensor (12 to 15) receives an echo at a reception time (tE), and - the driver assistance device checks whether the reception time (tE) is within a predefined time window with respect to the transmission time (tS), - the driver assistance device checks whether a predetermined criterion with respect to an amplitude of the echo has been satisfied, and - the echo is interpreted as belonging to the irrelevant object if the reception time (tE) is within the predefined time window and the criterion based on the amplitude has been satisfied,
A probe-based method for patterning a surface of a material, the method comprising: providing a material having a polymer film with a network of molecules cross-linked via intermolecular, non essentially covalent bonds; and patterning the polymer film by desorbing molecules from the network with a heated, nano-scale dimensioned probe, wherein, at the step of providing, the network of molecules in the material provided comprises molecules of molecular glasses and an average molecular mass of the molecules in the polymer film is between 100 u and 2000 u providing a material having a polymer film with a network of molecules cross-linked via intermolecular, non essentially covalent bonds; and patterning the polymer film by desorbing molecules from the network with a heated, nano-scale dimensioned probe,
A computer-implemented method of generating a model driven form user interface to represent an application model, the method comprising: receiving a selecting input to select which of a plurality of different logical form types to use to generate a form user interface to represent an application model; providing a first declarative map; generating a display target independent logical form using the application model, the selected logical form type and the first declarative map, wherein generating the display target independent logical form using the first declarative map further comprises mapping property types of datum of the application model to display target independent logical controls in the display target independent logical form; mapping the display target independent logical form to a physical form using a second declarative map, wherein the physical form has a plurality of physical controls available for use in rendering the logical form on a display target, comprising using the second declarative map to map each of the logical controls in the logical form to one of the plurality of available physical controls; and rendering the form user interface at run-time using the generated logical form such that the application model is acted on at run-time, comprising rendering the logical form as the physical form on the display target, wherein the logical form is generated at run-time using both the selected logical form type and meta data from the application model. receiving a selecting input to select which of a plurality of different logical form types to use to generate a form user interface to represent an application model; providing a first declarative map; generating a display target independent logical form using the application model, the selected logical form type and the first declarative map, wherein generating the display target independent logical form using the first declarative map further comprises mapping property types of datum of the application model to display target independent logical controls in the display target independent logical form; mapping the display target independent logical form to a physical form using a second declarative map, wherein the physical form has a plurality of physical controls available for use in rendering the logical form on a display target, comprising using the second declarative map to map each of the logical controls in the logical form to one of the plurality of available physical controls; and rendering the form user interface at run-time using the generated logical form such that the application model is acted on at run-time, comprising rendering the logical form as the physical form on the display target, wherein the logical form is generated at run-time using both the selected logical form type and meta data from the application model.
A method for on-board determination of an estimated value of a road inclination of a road currently driven by a vehicle (100, 102), the vehicle (100, 102) comprising: - at least a first sensor configured to measure a first vehicle operating parameter for the vehicle (100, 102), and - an electronic control unit arranged in communication with the first sensor, where the method comprises the steps of: - measuring, using the first sensor, the first vehicle operating parameter; - receiving, at the ECU, the first vehicle operating parameter; - determining, at the ECU, an indication of a quality level for the first vehicle operating parameter, and - determining, at the ECU, the estimated value of the current road inclination based on the first vehicle operating parameter and the indication of the quality level for the first vehicle operating parameter, and characterized by the further steps of - comparing, at the ECU, the quality level with a threshold, wherein the determination of the estimated value of the current road inclination is further based on a result of the comparison, and wherein the estimated value of the current road inclination is based on a dead reckoning for the vehicle if the quality level is determined to be below the threshold. - at least a first sensor configured to measure a first vehicle operating parameter for the vehicle (100, 102), and - an electronic control unit arranged in communication with the first sensor, - measuring, using the first sensor, the first vehicle operating parameter; - receiving, at the ECU, the first vehicle operating parameter; - determining, at the ECU, an indication of a quality level for the first vehicle operating parameter, and - determining, at the ECU, the estimated value of the current road inclination based on the first vehicle operating parameter and the indication of the quality level for the first vehicle operating parameter, and characterized by the further steps of - comparing, at the ECU, the quality level with a threshold,
Exposure control circuitry operable to receive a distorted image signal that includes distortion resulting from a wide angle lens element of an imaging device and operable to control at least one of a light emitting element, an image sensor, and an optical assembly including the wide angle lens, the exposure control circuitry further configured to, based on the distorted image signal: (a) activate a first distortion model for performing exposure control at an angle of operation; (b) model an inverse effect of the distortion by (i) estimating pixel weights that respective pixels of the distorted image signal would have in an undistorted image signal which is an undistorted version of the distorted image signal; (ii) scaling pixel intensity values of the pixels of the distorted image signal by respective pixel weights to produce a weighted pixel value for the respective pixels; (c) provide the weighted pixel values to an exposure control pixel counting process to produce one or more exposure feedback control signals; (d) transmit the one or more exposure feedback control signals to at least one of the light emitting element, the optical assembly, and the image sensor assembly; characterised in that the exposure control circuitry is further configured to (e) receive a new angle at which the imaging device will operate and, in response, activate a second distortion model for performing exposure control at the new angle of operation, and receive the distorted image signal produced at the new angle. (a) activate a first distortion model for performing exposure control at an angle of operation; (b) model an inverse effect of the distortion by (i) estimating pixel weights that respective pixels of the distorted image signal would have in an undistorted image signal which is an undistorted version of the distorted image signal; (ii) scaling pixel intensity values of the pixels of the distorted image signal by respective pixel weights to produce a weighted pixel value for the respective pixels; (c) provide the weighted pixel values to an exposure control pixel counting process to produce one or more exposure feedback control signals; (d) transmit the one or more exposure feedback control signals to at least one of the light emitting element, the optical assembly, and the image sensor assembly;
Detergent composition for domestic or industrial use comprising, as thickener, a self-invertible inverse latex comprising an aqueous phase comprising: a. a crosslinked anionic polyelectrolyte consisting of: - at least one monomer unit derived from 2-methyl-2-[(1-oxo-2-propenyl)amino]-1-propanesulfonic acid in free acid form or partially or totally salified form; - at least one monomer unit derived from at least one monomer chosen from the elements of the group consisting of acrylamide, N,N-dimethylacrylamide, methacrylamide, N-isopropylacrylamide, N-tert-butylacrylamide; and - at least one monomer unit derived from a polyethylenic crosslinking monomer, b. glutamic acid, N,N-diacetic acid, tetrasodium salt. a. a crosslinked anionic polyelectrolyte consisting of: - at least one monomer unit derived from 2-methyl-2-[(1-oxo-2-propenyl)amino]-1-propanesulfonic acid in free acid form or partially or totally salified form; - at least one monomer unit derived from at least one monomer chosen from the elements of the group consisting of acrylamide, N,N-dimethylacrylamide, methacrylamide, N-isopropylacrylamide, N-tert-butylacrylamide; and - at least one monomer unit derived from a polyethylenic crosslinking monomer, - at least one monomer unit derived from 2-methyl-2-[(1-oxo-2-propenyl)amino]-1-propanesulfonic acid in free acid form or partially or totally salified form; - at least one monomer unit derived from at least one monomer chosen from the elements of the group consisting of acrylamide, N,N-dimethylacrylamide, methacrylamide, N-isopropylacrylamide, N-tert-butylacrylamide; and - at least one monomer unit derived from a polyethylenic crosslinking monomer, b. glutamic acid, N,N-diacetic acid, tetrasodium salt.
An absorbent article, comprising an absorbent element obtained by wrapping an absorbent body in a wrapping sheet, the absorbent body being obtained by mixing and accumulating fibers and high absorbent polymer particles, wherein the absorbent body includes an impregnation layer impregnated with a hot melt adhesive having melt viscosity of 1,000 to 6,000 mPa·s on at least one side of a front face side and a back face side of the absorbent body, and a part of an internal surface of the wrapping sheet facing the impregnation layer is bonded to an external surface of the impregnation layer through an adhesive layer made of a hot melt adhesive having melt viscosity within a range of 4, 000 to 9, 000 mPa·s and having higher melt viscosity than melt viscosity of the hot melt adhesive impregnated into the impregnation layer.
A magnetizing method, which is characterized by applying a preset magnetizing voltage to a solenoid of a preset turn number, the preset magnetizing voltage being more than or equal to 1.5 times of the product of the DC resistance of the solenoid and the peak magnetizing current of the solenoid; magnetizing the magnetic field reversible permanent magnet in the solenoid at the preset magnetizing voltage by adopting the solenoid; obtaining a preset residual magnetism of the magnetic field reversible permanent magnet when the magnetizing current of the solenoid is cut off, according to the ampere turns of the solenoid and the corresponding relation between the ampere turns and the residual magnetism; the magnetic field reversible permanent magnet producing acting force with the permanent magnet at one end of the solenoid under the action of the preset residual magnetism to couple the tool bit on the permanent magnet.