mhurhangee/ep-ind-claims huggingface dataset:
A method in a wireless communication mobile station for preventing random access with outdated system information, the method characterized by: receiving, at the mobile station, system information earlier than a time at which the system information is effective; determining that a current time is within a new access blocking offset before the time at which the system information is effective; checking for a system information change indication; and delaying random access at least until the time at which the system information is effective. receiving, at the mobile station, system information earlier than a time at which the system information is effective; determining that a current time is within a new access blocking offset before the time at which the system information is effective; checking for a system information change indication; and delaying random access at least until the time at which the system information is effective.
A portable data carrier for executing transactions, having a card body in which there are configured a microcontroller for generating transaction data, a multi-segment display controlled by the microcontroller for representing the transaction data, and a switching device, wherein the microcontroller can generate at least two different types of transaction data and have them represented on the display, characterized in that the microcontroller has a number of different output settings that corresponds to the number of types of transactions, in which output settings the microcontroller generates a respectively different type of transaction data and has them displayed, wherein the microcontroller represents different types of transaction data respectively in different combinations of segments (22.n) of the display, and upon operating the switching device, the microcontroller switches respectively from one output setting to a different one, wherein the switching device is so connected to the microcontroller that the microcontroller outputs transaction data for a first transaction type upon a first operation, transaction data for a second transaction type upon repeated operation, transaction data for a third transaction type upon again repeated operation, etc.
A method for generating estimations of earth's gravity for sequential periods of time, wherein the method, performed by an apparatus, comprises for each period of time: obtaining acceleration data values from at least one acceleration sensor and orientation data values from at least one gyroscope over a period of time in question, the at least one acceleration sensor and the at least one gyroscope being coupled to an object, generating magnitude of orientation change from the orientation data values, determining a stability value for the object based on the acceleration data values and the magnitude of orientation change generated from the orientation data values, the stability value indicating the stability during the period of time in question, comparing the determined stability value to a threshold value wherein the threshold value is adjusted for the period of time in question, generating an estimation of earth's gravity over the period of time in question on the basis of the acceleration data values if the comparison indicates that the determined stability value is below the threshold value. obtaining acceleration data values from at least one acceleration sensor and orientation data values from at least one gyroscope over a period of time in question, the at least one acceleration sensor and the at least one gyroscope being coupled to an object, generating magnitude of orientation change from the orientation data values, determining a stability value for the object based on the acceleration data values and the magnitude of orientation change generated from the orientation data values, the stability value indicating the stability during the period of time in question, comparing the determined stability value to a threshold value wherein the threshold value is adjusted for the period of time in question, generating an estimation of earth's gravity over the period of time in question on the basis of the acceleration data values if the comparison indicates that the determined stability value is below the threshold value.
Method for changing over in a computer system having at least two execution units, wherein changeover means are included and are configured in such a manner that they change over between at least two operating modes, wherein a first operating mode corresponds to a comparison mode and a second operating mode corresponds to a performance mode, characterized in that an interrupt controller having three register sets (G1040a, G1040b, G1050) is provided, wherein the interrupt controller uses two of the register sets (G1040a, G1040b) in the performance mode and uses the third register set in the comparison mode.
A method comprising: detecting vocal input notes in a vocal signal; generating a vocal input note likelihood of occurrence based on a number of occurrences of each detected vocal input note; detecting non-vocal input notes in a non-vocal signal; generating a non-vocal note likelihood of occurrence based on a number of occurrences of each detected non-vocal input note; combining the vocal note likelihood of occurrence and the non-vocal note likelihood of occurrence to generate a combined note likelihood of occurrence; determining that a pitch of a vocal input note is stable based on a detected vibrato; mapping the vocal input notes to corresponding vocal output notes based on associated upper and lower note boundaries; shifting pitch of the vocal input notes to a pitch associated with the corresponding vocal output notes, wherein the shifting results in vocal output notes having a delay with respect to the vocal input notes; adjusting upper and lower note boundaries in response to the combined note likelihood of occurrence; and adjusting the delay of pitch shifting based on whether the pitch of the vocal input note is stable. detecting vocal input notes in a vocal signal; generating a vocal input note likelihood of occurrence based on a number of occurrences of each detected vocal input note; detecting non-vocal input notes in a non-vocal signal; generating a non-vocal note likelihood of occurrence based on a number of occurrences of each detected non-vocal input note; combining the vocal note likelihood of occurrence and the non-vocal note likelihood of occurrence to generate a combined note likelihood of occurrence; determining that a pitch of a vocal input note is stable based on a detected vibrato; mapping the vocal input notes to corresponding vocal output notes based on associated upper and lower note boundaries; shifting pitch of the vocal input notes to a pitch associated with the corresponding vocal output notes, wherein the shifting results in vocal output notes having a delay with respect to the vocal input notes; adjusting upper and lower note boundaries in response to the combined note likelihood of occurrence; and adjusting the delay of pitch shifting based on whether the pitch of the vocal input note is stable.
A computer implemented method of analyzing a sample imaged by electron backscatter diffraction, the method comprising: identifying a plurality of Kikuchi bands in an electron backscatter diffraction image of a position on the sample; the method being characterized in that it comprises: forming, for each identified Kikuchi band, a respective vector representation of said Kikuchi band based at least in part on an estimate of the position on the sample; determining a configuration of the sample by identifying a particular set of expected vector representations from a plurality of sets of expected vector representations as matching the vector representations of the plurality of identified Kikuchi bands. identifying a plurality of Kikuchi bands in an electron backscatter diffraction image of a position on the sample; the method being characterized in that it comprises: forming, for each identified Kikuchi band, a respective vector representation of said Kikuchi band based at least in part on an estimate of the position on the sample; determining a configuration of the sample by identifying a particular set of expected vector representations from a plurality of sets of expected vector representations as matching the vector representations of the plurality of identified Kikuchi bands. forming, for each identified Kikuchi band, a respective vector representation of said Kikuchi band based at least in part on an estimate of the position on the sample; determining a configuration of the sample by identifying a particular set of expected vector representations from a plurality of sets of expected vector representations as matching the vector representations of the plurality of identified Kikuchi bands.
Vehicle longitudinal beam arrangement, having two longitudinal beams (2, 3, 3.1) spaced apart from each other in the z-direction and designed for energy absorption in case of an impact, and having a connection component having its primary extension in one plane and with an upper connection portion and a lower connection portion, via which the longitudinal beams (2, 3, 3.1) are connected to one another, wherein the connection component is arranged with its primary extension plane parallel to the longitudinal extension of the longitudinal beams (2, 3, 3.1) connected by said component, and the two connection portions (8, 9) each have two connection points (12, 12.1, 13, 13.1) arranged at a distance from one another in the longitudinal extension of the longitudinal beams (2, 3, 3.1), on which the connection component is connected to the respective longitudinal beam (2, 3, 3.1), while the connection component portion located between the connection points (12, 12.1, 13, 13.1) is not connected to the respective longitudinal beam (2, 3, 3.1), characterised in that the connection component is designed to be weaker in the portion located between the connection points (12, 12.1, 13,13.1) in the direction of the longitudinal extension of the longitudinal beams (2, 3, 3.1) than the portions bearing the connection points (12, 12.1, 13, 13.1), for the absorption of impact energy.
Process for preparing a surface region of a substrate for coating of the surface region of the substrate, where the surface region of the substrate consists of hard material, where the hard material contains a metallic binder, where, in a first step, a surface of the surface region of the substrate is chemically etched in order to reduce a proportion by weight of the metallic binder in the hard material in a surface zone of the surface region of the substrate, and, in a second step, a pulsed laser beam is passed over the surface of the surface region of the substrate in order to strengthen the surface zone of the surface region of the substrate, characterized in that the pulsed laser beam has a pulse duration of not more than 20 ps.
A stable liquid formulation for parenteral injection comprising: (a) a biocompatible non-aqueous aprotic solvent, wherein the liquid formulation comprises the aprotic solvent, and wherein the aprotic solvent is dimethylsulfoxide (DMSO), dimethylformamide, ethyl acetate, n-methyl pyrrolidone, dimethyl acetamide, propylene carbonate, or mixtures thereof; and (b) a small molecule drug, or a salt thereof, solubilized within the non-aqueous solvent, wherein the small molecule drug is a benzodiazepine, and wherein the benzodiazepine is present in the liquid formulation in an amount up to its solubility limit in the formulation, wherein the liquid formulation comprises less than 10% by weight residual water, and wherein the volume of the liquid formulation to be parenterally injected is 3 ml or less. (a) a biocompatible non-aqueous aprotic solvent, wherein the liquid formulation comprises the aprotic solvent, and wherein the aprotic solvent is dimethylsulfoxide (DMSO), dimethylformamide, ethyl acetate, n-methyl pyrrolidone, dimethyl acetamide, propylene carbonate, or mixtures thereof; and (b) a small molecule drug, or a salt thereof, solubilized within the non-aqueous solvent, wherein the small molecule drug is a benzodiazepine, and wherein the benzodiazepine is present in the liquid formulation in an amount up to its solubility limit in the formulation,
A deoxyribozyme containing or consisting of nucleotide sequence: wherein X 1 is G or T; X 2 is G or T; X 3 is A or C; X 4 is G or T; X 5 is A or T; X 6 is G or T or A; X 7 is A or C or G or T; X 8 is A or G or T; X 9 is T or C or A or G; X 10 is A or T or G; X 11 is G or A; X 12 is T or C or G; X 13 is T or G or C; X 14 is G or A or C or T; R 1 represents a nucleotide sequence containing 3 to 30 nucleotides; R 2 represents a nucleotide sequence containing 3 to 30 nucleotides; R 3 represents a nucleotide sequence containing 0 to 30 nucleotides; bp 1 and bp2 are nucleotides selected from G, A, C, T, which together form a base pair; helix1, helix2, and helix3 each independently denotes a nucleotide sequence preferably containing 4 or more nucleotides, wherein helix1, helix2, and helix3 together form a triple helical structure. X 1 is G or T; X 2 is G or T; X 3 is A or C; X 4 is G or T; X 5 is A or T; X 6 is G or T or A; X 7 is A or C or G or T; X 8 is A or G or T; X 9 is T or C or A or G; X 10 is A or T or G; X 11 is G or A; X 12 is T or C or G; X 13 is T or G or C; X 14 is G or A or C or T; R 1 represents a nucleotide sequence containing 3 to 30 nucleotides; R 2 represents a nucleotide sequence containing 3 to 30 nucleotides; R 3 represents a nucleotide sequence containing 0 to 30 nucleotides; bp 1 and bp2 are nucleotides selected from G, A, C, T, which together form a base pair; helix1, helix2, and helix3 each independently denotes a nucleotide sequence preferably containing 4 or more nucleotides, wherein helix1, helix2, and helix3 together form a triple helical structure.
Device for contactless measurement of a spacing and/or a profile of a measurement object, wherein a light source produces an illuminating light beam in order to illuminate the measurement object and wherein a detector is provided in order to detect the portion of the illuminating light beam reflected on the measurement object, characterised in that a first optical unit and a second optical unit are arranged in the beam path of the illuminating light beam, wherein the first and the second optical units are constructed in such a manner that the illuminating light beam is first split by means of the first optical unit in a splitting plane which is arranged parallel with the propagation direction and afterwards is substantially parallelised by means of the second optical unit, wherein substantially no splitting is produced in directions perpendicular to the splitting plane, and in that the second optical unit comprises a Fresnel lens.
A liquid circulation device, comprising: a plurality of piezoelectric pumps (33, 36) configured to circulate liquid between a replenishing tank and a liquid discharge head through an operation of a piezoelectric actuator thereof; a DC power supply; a switching circuit configured to switch an output of the DC power supply to provide a driving voltage to the piezoelectric actuator; and a control circuit configured to control the driving voltage by controlling a switching timing of the switching circuit, characterized in that: the piezoelectric actuator comprises an electrode having a potential that increases in accordance with elapsed time from a start of energization, and the control circuit controls the driving voltage by controlling a length of energization time of the piezoelectric actuator from the start of the energization to the end of the energization using the switching circuit. a plurality of piezoelectric pumps (33, 36) configured to circulate liquid between a replenishing tank and a liquid discharge head through an operation of a piezoelectric actuator thereof; a DC power supply; a switching circuit configured to switch an output of the DC power supply to provide a driving voltage to the piezoelectric actuator; and a control circuit configured to control the driving voltage by controlling a switching timing of the switching circuit, characterized in that: the piezoelectric actuator comprises an electrode having a potential that increases in accordance with elapsed time from a start of energization, and the control circuit controls the driving voltage by controlling a length of energization time of the piezoelectric actuator from the start of the energization to the end of the energization using the switching circuit. the piezoelectric actuator comprises an electrode having a potential that increases in accordance with elapsed time from a start of energization, and the control circuit controls the driving voltage by controlling a length of energization time of the piezoelectric actuator from the start of the energization to the end of the energization using the switching circuit.
A semiautomatic apparatus for surface treatment with a laser source of items of clothing, e.g. denim jeans, wherein the items have front, rear and side surfaces, which apparatus comprises: - support means for supporting the items rotatable about substantially vertical axes (Y1, Y2); - movement means for moving said support means about said vertical axes (Y1, Y2); - laser means for surface treatment of the items; wherein said laser means comprise at least one first and one second laser generators for directing laser beams (B1, B2) respectively to the front surface, the rear surface and/or the side surfaces of the items to be treated; characterized in that said support means comprise multiple arms configured to move from a loading/unloading station of an item to be treated/being treated to two work stations (20, 21) of the items to be treated which are simultaneously facing said generators (17, 18), a passage being provided to allow an operator to access to said loading/unloading station, said first and said second generators being placed on opposite sides of said passage to avoid any interference of the laser beams (B1, B2) generated by said generators (17, 18) with the operator upon access thereof to said loading/unloading station. - support means for supporting the items rotatable about substantially vertical axes (Y1, Y2); - movement means for moving said support means about said vertical axes (Y1, Y2); - laser means for surface treatment of the items; wherein said laser means comprise at least one first and one second laser generators for directing laser beams (B1, B2) respectively to the front surface, the rear surface and/or the side surfaces of the items to be treated; characterized in that said support means comprise multiple arms configured to move from a loading/unloading station of an item to be treated/being treated to two work stations (20, 21) of the items to be treated which are simultaneously facing said generators (17, 18), a passage being provided to allow an operator to access to said loading/unloading station, said first and said second generators being placed on opposite sides of said passage to avoid any interference of the laser beams (B1, B2) generated by said generators (17, 18) with the operator upon access thereof to said loading/unloading station.
A method of arbitrating data accesses among a plurality of clients in a video system, the method comprising the steps of: receiving from a first client a first data access request for a first memory location; determining a first indication of a time taken to access the first memory location based on the previous data access request; receiving from a second client a second data access request for a second memory location; determining a second indication of a time taken to access the second memory location based on the previous data access request; and providing the first and second indications of the time taken to an optimiser arranged to determine a rank for the first and second data access requests based upon the first and second indications and to output to a memory pipeline for servicing one of the first or second data access requests having the higher rank. receiving from a first client a first data access request for a first memory location; determining a first indication of a time taken to access the first memory location based on the previous data access request; receiving from a second client a second data access request for a second memory location; determining a second indication of a time taken to access the second memory location based on the previous data access request; and providing the first and second indications of the time taken to an optimiser arranged to determine a rank for the first and second data access requests based upon the first and second indications and to output to a memory pipeline for servicing one of the first or second data access requests having the higher rank.
An integrated circuit to drive a plurality of fluid actuation devices, the integrated circuit comprising: an interface to connect to a single contact pad of a host print apparatus; a first sensor of a first type coupled to the interface; a second sensor of a second type coupled to the interface, the second type being different from the first type; and control logic to enable the first sensor or the second sensor to provide an enabled sensor, wherein a voltage bias or a current bias applied to the interface generates a sensed current or a sensed voltage, respectively, on the interface indicating the state of the enabled sensor. an interface to connect to a single contact pad of a host print apparatus; a first sensor of a first type coupled to the interface; a second sensor of a second type coupled to the interface, the second type being different from the first type; and control logic to enable the first sensor or the second sensor to provide an enabled sensor, wherein a voltage bias or a current bias applied to the interface generates a sensed current or a sensed voltage, respectively, on the interface indicating the state of the enabled sensor.
A method of producing an α, β ethylenically unsaturated carboxylic acid or ester, comprising the steps of contacting formaldehyde or a suitable source thereof with a carboxylic acid or ester of formula R 3 -CH 2 -COOR 4 wherein R 4 is either hydrogen or an alkyl group and R 3 is either hydrogen, an alkyl or aryl group, in the presence of a catalyst and optionally in the presence of an alcohol, wherein the catalyst comprises a nitrided metal oxide having at least two types of metal cations, M 1 and M 2, wherein M 1 is selected from the metals of group 3, 4, 13 (called also IIIA) or 14 (called also IVA) of the periodic table and M 2 is selected from phosphorus or the metals of groups 5 or 15 (called also VA) of the periodic table.
An unmanned aerial vehicle system, comprising: an engagement element adapted to be carried by a UAV; a lifting device; a parachute carried by the lifting device, wherein the lifting device includes a canister in which the parachute is carried; a capture line attached to the parachute and configured to engage with the engagement element carried by the UAV; and an extraction device carried in or proximate to the canister, including a spring-powered piston configured to propel the parachute from the canister in response to an actuator signal delivered by an operator, or automatically in response to an increase in tension on the capture line. an engagement element adapted to be carried by a UAV; a lifting device; a parachute carried by the lifting device, wherein the lifting device includes a canister in which the parachute is carried; a capture line attached to the parachute and configured to engage with the engagement element carried by the UAV; and an extraction device carried in or proximate to the canister, including a spring-powered piston configured to propel the parachute from the canister in response to an actuator signal delivered by an operator, or automatically in response to an increase in tension on the capture line.