mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a target packet switched node (611, 711, 800) to generate a security context for a client (201, 601, 701) in a cellular communication system as part of a handover of a circuit switched connection from a source circuit switched node to the target packet switched node (611, 711, 800), wherein the target packet switched node (611, 711, 800) comprises processing circuitry, the method comprising: the target packet switched node (611, 711, 800) performing: receiving at least one cryptographic key from the source circuit switched node (607, 707); receiving identities of security algorithms supported by the client (601, 701) from a source packet switched node (609, 709); and using the at least one cryptographic key and the identities to generate the security context for the client (601, 701). the target packet switched node (611, 711, 800) performing: receiving at least one cryptographic key from the source circuit switched node (607, 707); receiving identities of security algorithms supported by the client (601, 701) from a source packet switched node (609, 709); and using the at least one cryptographic key and the identities to generate the security context for the client (601, 701). receiving at least one cryptographic key from the source circuit switched node (607, 707); receiving identities of security algorithms supported by the client (601, 701) from a source packet switched node (609, 709); and using the at least one cryptographic key and the identities to generate the security context for the client (601, 701).
A drawing device for drawing on flat drawing material, comprising - a drawing frame, - a support device for supporting the drawing frame relative to a subsurface, and - a drawing plate that is rotatably mounted on the drawing frame, wherein the drawing frame may be brought via the support device into at least two different pivot positions (α) relative to the subsurface, in which the drawing frame is supported by the support device, wherein the drawing plate is rotatable relative to the drawing frame and is provided with at least one clamping means (24, 26) in order to fix the flat drawing material relative to the drawing plate, so that the drawing material together with the drawing plate is positionable in various rotary positions relative to the drawing frame, characterized in that the drawing device is also provided with a tensioning device (28, 30), and the clamping means (24, 26) has an elongated clamping strip that is attachable and detachable relative to the drawing plate for fixing and removing an outer edge of the drawing material via the tensioning device (28, 30), wherein the clamping strip has fastening pins on its bottom side, and wherein the drawing plate has a plurality of fastening recesses (80, 82, 84) into which the fastening pins of the clamping strip are insertable and which are situated in such a way that the at least one clamping means (24, 26) is fastenable to the drawing plate in various positions. - a drawing frame, - a support device for supporting the drawing frame relative to a subsurface, and - a drawing plate that is rotatably mounted on the drawing frame,
A method for modifying autonomous flight of an aerial vehicle, said method comprising: generating a first signal with the aid of a flight controller in response to a first input, said first signal effecting an autonomous flight of said vehicle, said autonomous flight comprising an autonomous flight path (508, 520, 524, 608, 704, 814); and in response to a second input, generating a second signal with the aid of a flight controller, said second signal effecting modification (1008, 1022) of the autonomous flight path (508, 520, 524, 608, 704, 814) of said vehicle; wherein said autonomous flight path (508, 520, 524, 608, 704, 814) is modified while maintaining said autonomous flight, and wherein the modification (1008, 1022) of the autonomous flight path (508, 520, 524, 608, 704, 814) is maintained for a duration of said second input. generating a first signal with the aid of a flight controller in response to a first input, said first signal effecting an autonomous flight of said vehicle, said autonomous flight comprising an autonomous flight path (508, 520, 524, 608, 704, 814); and in response to a second input, generating a second signal with the aid of a flight controller, said second signal effecting modification (1008, 1022) of the autonomous flight path (508, 520, 524, 608, 704, 814) of said vehicle; wherein said autonomous flight path (508, 520, 524, 608, 704, 814) is modified while maintaining said autonomous flight, and wherein the modification (1008, 1022) of the autonomous flight path (508, 520, 524, 608, 704, 814) is maintained for a duration of said second input.
A gear having an involute tooth surface, wherein a tooth right-angled cross-sectional shape in a tooth bottom side area of a tooth is line symmetry with respect to a line connecting a tooth bottom center and a gear center; a half of the tooth right-angled cross-sectional shape in the tooth bottom side area of the tooth divided at the tooth bottom center as a boundary is defined by a first involute portion extending from the tooth bottom center toward the tooth surface, characterized by an arcuate portion 14) connected smoothly to an end portion of the first involute portion, a second involute portion connected smoothly to an end portion of the arcuate portion, a third involute portion connected smoothly to an end portion of the second involute portion, and a tooth surface connecting curved portion connecting an end portion of the third involute portion and the tooth surface smoothly; the first involute portion is formed so as to be increased in radius of curvature with distance from the tooth bottom center; the arcuate portion is formed into an arcuate shape so as to have the same radius of curvature as the maximum radius of curvature of the first involute portion; the second involute portion is formed so as to have the same radius of curvature of a connecting portion with respect to the arcuate portion as the radius of curvature of the arcuate portion, and to be increased in the radius of curvature with distance from the arcuate portion; the third involute portion is formed so as to have the same radius of curvature of a connecting portion with respect to the second involute portion as the maximum radius of curvature of the second involute portion, and to be decreased in radius of curvature with distance from the second involute portion; the tooth surface connecting curved portion is formed of a smooth curved line which does not cause a stress concentration in a connecting area between the third involute portion and the tooth surface; a connecting portion between the second involute portion and the third involute portion is set to be positioned in the vicinity of a dangerous section position in a Hofer's 30 degrees tangent method; and the radii of curvature of the first involute portion, the arcuate portion, the second involute portion and the third involute portion are determined so that a stress variation width in a stress state of a so-called partly reverse state caused by a tensile stress and a compression stress generated in the tooth bottom side area of the tooth before and after the meshing of the tooth can be uniformized.
Heat pump system comprising at least one heat medium circuit (210,220,230,240,250,310,320,410,420,430,440,450,460) in turn comprising a compressor, an expansion valve (232,242), at least two primary heat exchanging means (422,433,452) arranged to transfer thermal energy between a primary-side heat medium and at least one of two different primary heat sources or sinks selected from outdoor air, a water body, the ground or exhaust air, at least one secondary heat exchanging means (314,315,316), arranged to transfer thermal energy between a secondary-side heat medium and at least one of two different secondary heat sources or sinks selected from indoors air, pool water and tap water, a respective temperature sensor (423,432,454) arranged to measure the temperature of each of said primary heat sources or sinks, a valve means (421,431,451) arranged to selectively direct the primary-side heat medium to at least one of said primary heat exchanging means, and a control means arranged to control said valve means, characterised in that the control means is arranged to, in a secondary-side heating operating mode, measure the temperature of said primary heat sources or sinks, and to control the valve means to selectively direct the primary-side heat medium to only the primary heat exchanging means that is sufficiently warm so as to be able to heat, via heat exchange, at least one heat medium in the heat pump circuit (210,220,230,240,250,310,320,410,420,430,440,450,460) to provide heat to at least one of said secondary heat sources or sinks and that is associated with the heat source or sink with the highest temperature, or to several of said primary heat exchanging means that are sufficiently warm so as to be able to heat, via heat exchange, at least one heat medium in the heat pump circuit to provide heat to at least one of said secondary heat sources or sinks with the purpose of providing heat to at least one of said secondary heat sources or sinks and that are associated with the respective heat sources or sinks with the highest temperatures, and in that the control means is arranged to, in at least one mode of operation, not direct the primary-side heat medium to all primary heat exchanging means (422,433,452) that are sufficiently warm so as to be able to heat, via heat exchange, at least one heat medium in the heat pump circuit to provide heat to at least one of said secondary heat sources or sinks but only to a subset of such sufficiently warm primary heat exchanging means.
A method (200, 300) for adding a next screen to an audit trail in an electronic device providing menu screens and video screens, the method is characterized by steps comprising: if the next screen is a video screen and a predetermined number of video screens has already been saved in the audit trail, removing one of the predetermined number of video screens from the audit trail before adding the next screen to the audit trail (310, 320, 322, 324); and if the next screen is not a video screen and an existing instance of the next screen has already been saved in the audit trail, removing the existing instance of the next screen and all screens thereafter from the audit trail before adding the next screen to the audit trail (310, 330, 340, 342, 344, or 202, 204, 206, 208, 210, 214). if the next screen is a video screen and a predetermined number of video screens has already been saved in the audit trail, removing one of the predetermined number of video screens from the audit trail before adding the next screen to the audit trail (310, 320, 322, 324); and if the next screen is not a video screen and an existing instance of the next screen has already been saved in the audit trail, removing the existing instance of the next screen and all screens thereafter from the audit trail before adding the next screen to the audit trail (310, 330, 340, 342, 344, or 202, 204, 206, 208, 210, 214).
A hair styling device comprising: an optical radiation source for radiating hair, a sensor unit for measuring effects from radiating hair; and a feedforward control device for controlling the optical radiation source in dependence on a signal from the sensor unit. an optical radiation source for radiating hair, a sensor unit for measuring effects from radiating hair; and a feedforward control device for controlling the optical radiation source in dependence on a signal from the sensor unit.
A method to control a washing machine, the washing machine including a tub and a drum, the drum being rotatably mounted inside the tub and apt to contain laundry to be washed, the method comprising: ∘ setting a washing cycle among a plurality of washing cycles; ∘ calculating a first weight of the laundry in the drum before water is supplied to the drum and/or tub; ∘ comparing the first weight to a first threshold; ∘ if said first weight is below or equal to the first threshold, then the method further includes: • determining a parameter of the set washing cycle on the basis of said first weight; • washing and/or rinsing said laundry; characterized in that: ∘ if said first weight is above the first threshold, then the method further includes: • introducing water into the tub; • and, after water has been introduced into the tub: ▪ checking a level of water inside the drum; ▪ calculating a second weight of the laundry present into the drum on the basis of the amount of water needed to maintain a preset level of water in the drum; ▪ determining a parameter of the set washing cycle on the basis of said second weight, independently from the first weight; ▪ washing and/or rinsing said laundry. ∘ setting a washing cycle among a plurality of washing cycles; ∘ calculating a first weight of the laundry in the drum before water is supplied to the drum and/or tub; ∘ comparing the first weight to a first threshold; ∘ if said first weight is below or equal to the first threshold, then the method further includes: • determining a parameter of the set washing cycle on the basis of said first weight; • washing and/or rinsing said laundry; • determining a parameter of the set washing cycle on the basis of said first weight; • washing and/or rinsing said laundry; characterized in that: ∘ if said first weight is above the first threshold, then the method further includes: • introducing water into the tub; • and, after water has been introduced into the tub: ▪ checking a level of water inside the drum; ▪ calculating a second weight of the laundry present into the drum on the basis of the amount of water needed to maintain a preset level of water in the drum; ▪ determining a parameter of the set washing cycle on the basis of said second weight, independently from the first weight; ▪ washing and/or rinsing said laundry. • introducing water into the tub; • and, after water has been introduced into the tub: ▪ checking a level of water inside the drum; ▪ calculating a second weight of the laundry present into the drum on the basis of the amount of water needed to maintain a preset level of water in the drum; ▪ determining a parameter of the set washing cycle on the basis of said second weight, independently from the first weight; ▪ washing and/or rinsing said laundry. ▪ checking a level of water inside the drum; ▪ calculating a second weight of the laundry present into the drum on the basis of the amount of water needed to maintain a preset level of water in the drum; ▪ determining a parameter of the set washing cycle on the basis of said second weight, independently from the first weight; ▪ washing and/or rinsing said laundry.
A method for treating textile, with an isolated polypeptide having endoglucanase activity selected from the group consisting of: (a) a polypeptide having at least 80% sequence identity over the full length of the mature polypeptide of SEQ ID NO: 2; (b) a polypeptide encoded by a polynucleotide having at least 80% sequence identity over the full length of the mature polypeptide-coding sequence of SEQ ID NO: 1; and (c) a fragment of the polypeptide of (a) or (b) that has endoglucanase activity, wherein the fragment is of no less than 220 amino acids and comprises the carbohydrate binding domain of said polypeptide of (a) or (b); wherein the method is conducted at a temperature in the range of 15 - 65°C. (a) a polypeptide having at least 80% sequence identity over the full length of the mature polypeptide of SEQ ID NO: 2; (b) a polypeptide encoded by a polynucleotide having at least 80% sequence identity over the full length of the mature polypeptide-coding sequence of SEQ ID NO: 1; and (c) a fragment of the polypeptide of (a) or (b) that has endoglucanase activity, wherein the fragment is of no less than 220 amino acids and comprises the carbohydrate binding domain of said polypeptide of (a) or (b);
A safe stereo camera for monitoring a monitoring area, wherein safe means that all functionally essential components are fail-safe according to a specified safety level or their malfunction is detected, wherein the stereo camera comprises at least a first image sensor for taking a first two-dimensional image and a second image sensor for taking a second two-dimensional image of the monitoring area from a perspective offset from each other, a stereoscopy unit for generating a depth map from two-dimensional images according to the stereoscopic principle, an evaluation unit for processing depth maps and a test unit for testing the operability of the image sensors (16a-b) by detecting address decoder errors and further errors of the image sensors, wherein the evaluation unit is configured to detect the background of the monitored area in advance in a teach-in phase and thus to generate a reference depth map of the monitoring area and to compare a detected depth map with the reference depth map during operation, characterized in that the test unit is configured to determine a statistical measure of deviations of pixels of the depth map from the reference map and to detect an address decoder error and further errors in an image sensor (16a-b) on the basis of a deviation of the statistical measure from a reference value.
A method executed by a microprocessor for optimizing a plurality of gains of a controller, the method comprising: defining a first gain of a control parameter; defining a second gain of the control parameter, wherein the first and second gains and the control parameter are used by the controller to generate a command signal for a device; selecting a low point and a high point for the first gain; selecting a low point and a high point for the second gain; carrying out a combination for each of the low and high points of the first gain with each of the low and high points of the second gain; calculating an error between an actual system parameter of the device and a desired system parameter for each combination, wherein the actual system parameter is a function of the command signal; selecting the combination that yields the lowest error; utilizing values of the first and second gains of the selected combination in a subsequent iteration. defining a first gain of a control parameter; defining a second gain of the control parameter, wherein the first and second gains and the control parameter are used by the controller to generate a command signal for a device; selecting a low point and a high point for the first gain; selecting a low point and a high point for the second gain; carrying out a combination for each of the low and high points of the first gain with each of the low and high points of the second gain; calculating an error between an actual system parameter of the device and a desired system parameter for each combination, wherein the actual system parameter is a function of the command signal; selecting the combination that yields the lowest error; utilizing values of the first and second gains of the selected combination in a subsequent iteration.
An uplink transmission method, comprising: setting a first transmit power for a first uplink channel based on a channel priority of the first uplink channel, a channel priority of a first physical random access channel, PRACH and a channel priority of a second PRACH, wherein the first uplink channel comprises at least one of a physical uplink shared channel, PUSCH and a physical uplink control channel, PUCCH, a first time domain resource on which the first uplink channel is located, a second time domain resource on which the first PRACH is located and a third time domain resource on which the second PRACH is located overlap, the channel priority of the second PRACH is higher than the channel priority of the first uplink channel, the channel priority of the first uplink channel is higher than the channel priority of the first PRACH, and the first transmit power is greater than 0; and sending the first uplink channel at the first transmit power. setting a first transmit power for a first uplink channel based on a channel priority of the first uplink channel, a channel priority of a first physical random access channel, PRACH and a channel priority of a second PRACH, wherein the first uplink channel comprises at least one of a physical uplink shared channel, PUSCH and a physical uplink control channel, PUCCH, a first time domain resource on which the first uplink channel is located, a second time domain resource on which the first PRACH is located and a third time domain resource on which the second PRACH is located overlap, the channel priority of the second PRACH is higher than the channel priority of the first uplink channel, the channel priority of the first uplink channel is higher than the channel priority of the first PRACH, and the first transmit power is greater than 0; and sending the first uplink channel at the first transmit power.
A developing roller comprising a mandrel, an elastic layer provided on the circumference of the mandrel, and a surface layer provided on the circumference of the elastic layer, wherein the surface layer contains a urethane resin serving as a binder and urethane resin particles dispersed in the binder, for forming convex portions on the surface of the surface layer, the surface of the urethane resin particles is partly covered with attached fine inorganic particles containing at least one element selected from silicon, titanium and aluminum, and the urethane resin particles are in direct contact with the binder at the part of the surface onto which the fine inorganic particles are not attached.
An automatic liquid dispenser comprising: - a liquid dispensing module measuring a receptacle and a liquid height, dispensing liquid into a receptacle and measuring a level of the liquid ejected into the receptacle; - a display module indicating the level of the liquid inside the receptacle; and - a controller controlling an operation of the liquid dispensing module and the display module; wherein the liquid dispensing module further comprises a receptacle accommodator for accommodating the receptacle, and wherein an identifying mark is further installed on the receptacle accommodator for arranging the receptacle; wherein the display module comprises: - a level establisher provided for establishing the level of the liquid dispensed by the liquid dispensing module; and - a level indicator for indicating the level of the liquid inside the receptacle, characterized in that the level indicator has a cross-sectional shape of the receptacle, and is divided therein by a plurality of regions for indicating the level of the liquid inside the receptacle; and in that the display module further comprises a level indicator for indicating the divided regions of the receptacle-shaped level indicator corresponding to the levels established by the level establisher. - a liquid dispensing module measuring a receptacle and a liquid height, dispensing liquid into a receptacle and measuring a level of the liquid ejected into the receptacle; - a display module indicating the level of the liquid inside the receptacle; and - a controller controlling an operation of the liquid dispensing module and the display module; - a level establisher provided for establishing the level of the liquid dispensed by the liquid dispensing module; and - a level indicator for indicating the level of the liquid inside the receptacle,
Apparatus for supplying dialysate for a dialysis apparatus, comprising a balancing device which comprises at least one balancing chamber (9, 10) for balancing fresh and used dialysate, and a metering device for filling the at least one balancing chamber (9, 10) with permeate and concentrates in a specified mixing ratio for producing dialysate, characterised in that the metering device comprises only a single metering pump, the metering device being designed such that specified volumes of the concentrates are conveyed into the at least one balancing chamber (9, 10) in successive working cycles using the single metering device.