mhurhangee/ep-ind-claims huggingface dataset:
A method by a user equipment, UE, for wireless communications, comprising: receiving, from a base station, a control channel message comprising an indication to perform a random access procedure; determining a minimum time gap for transmission of a random access preamble based at least in part on a first numerology; and transmitting the random access preamble to the base station in response to the control channel message based at least in part on the minimum time gap, wherein the random access preamble is transmitted with a second numerology different from the first numerology. receiving, from a base station, a control channel message comprising an indication to perform a random access procedure; determining a minimum time gap for transmission of a random access preamble based at least in part on a first numerology; and transmitting the random access preamble to the base station in response to the control channel message based at least in part on the minimum time gap, wherein the random access preamble is transmitted with a second numerology different from the first numerology.
A light emitting device, comprising: - at least three light emitting diodes (6, 7, 8) having different peak emission wavelengths to primarily emit light in a blue, green and red wavelength range; at least one additional light emitting diode; and - a wavelength- conversion means to partially convert the primary light into secondary light in a visible light wavelength range, wherein the wavelength-conversion means is placed on at least one of an upper surface, a lower surface, and a side surface of the light emitting diodes (6, 7, 8, 21), or is mixed with a conductive adhesive or distributed in a molded part, and wherein the light emitting diodes (6, 7, 8, 21) and the wavelength-conversion means are mounted in a single package, characterised in that said at least three light emitting diodes comprise: - a first light emitting diode having a peak emission wavelength between 440 and 500 nm; - a second light emitting diode having a peak emission wavelength between 500 and 570 nm; and - a third light emitting diode having a peak emission wavelength between 570 and 670 nm; and said at least one additional light emitting diode emits light in a purple blue wavelength range, wherein said at least one additional light emitting diode has a peak emission wavelength between 410 and 460 nm. - at least three light emitting diodes (6, 7, 8) having different peak emission wavelengths to primarily emit light in a blue, green and red wavelength range; at least one additional light emitting diode; and - a wavelength- conversion means to partially convert the primary light into secondary light in a visible light wavelength range, - a first light emitting diode having a peak emission wavelength between 440 and 500 nm; - a second light emitting diode having a peak emission wavelength between 500 and 570 nm; and - a third light emitting diode having a peak emission wavelength between 570 and 670 nm; and said at least one additional light emitting diode emits light in a purple blue wavelength range, wherein said at least one additional light emitting diode has a peak emission wavelength between 410 and 460 nm.
A message reception device comprising: a communication unit configured to receive message information from a device linkage server to which at least one electrical apparatus is connected, the message information having a message text for giving notice concerning the electrical apparatus related to a service ID for identifying a content of a service concerning the electrical apparatus; a storage unit configured to save application transition information having the service ID, display button information, and transition destination information which are corresponding to each other; an application-transition-screen generator configured to extract the display button information corresponding to the service ID included in the message information, and configured to generate a notification screen including a display button corresponding to the display button information and a notification message corresponding to the message text included in the message information; a screen output unit configured to output the notification screen; and an application-start instructor configured to make the notification screen transit to an application screen on which an application prescribed by the transition destination information corresponding to the display button information starts, or to a function screen prescribed by the transition destination information corresponding to the display button information, based on the application transition information, when the display button is selected on the notification screen. a communication unit configured to receive message information from a device linkage server to which at least one electrical apparatus is connected, the message information having a message text for giving notice concerning the electrical apparatus related to a service ID for identifying a content of a service concerning the electrical apparatus; a storage unit configured to save application transition information having the service ID, display button information, and transition destination information which are corresponding to each other; an application-transition-screen generator configured to extract the display button information corresponding to the service ID included in the message information, and configured to generate a notification screen including a display button corresponding to the display button information and a notification message corresponding to the message text included in the message information; a screen output unit configured to output the notification screen; and an application-start instructor configured to make the notification screen transit to an application screen on which an application prescribed by the transition destination information corresponding to the display button information starts, or to a function screen prescribed by the transition destination information corresponding to the display button information, based on the application transition information, when the display button is selected on the notification screen.
A method of handling radio resource control, RRC, connection reconfiguration for a mobile device in a long term evolution-advanced, LTE-A, wireless communication system, the mobile device having an RRC connection in a primary cell, the method comprising: receiving a first configuration in an RRC message from a network, wherein the first configuration is used for a first secondary cell; ignoring the first configuration when the mobile device is unable to comply with all of the first configuration; and maintaining the RRC connection with the primary cell. receiving a first configuration in an RRC message from a network, wherein the first configuration is used for a first secondary cell; ignoring the first configuration when the mobile device is unable to comply with all of the first configuration; and maintaining the RRC connection with the primary cell.
Method for operating a drive train of a hybrid vehicle having a hybrid drive comprising at least one electric machine and an internal combustion engine, wherein an automated transmission is connected between the internal combustion engine and an output, wherein the electric machine is coupled via a friction clutch to a shaft of the automated transmission, and wherein shifting operations are carried out in the automated transmission by interrupting the drive torque made available at the output by the hybrid drive, in that firstly in a first phase the drive torque which is made available at the output is reduced, subsequently in a second phase after reduction of the drive torque the actual shifting operation is carried out and subsequently in a third phase, after the execution of the actual shifting operation, drive torque is increased again at the output, wherein in order to carry out the actual shifting operation after the disengagement of an actual gear speed of the shifting operation and before an engagement of a target gear speed of the shifting operation the automated transmission is synchronized, by utilizing an oscillating mass of the electric machine, in such a way that when the friction clutch via which the electric machine is coupled to the transmission to be synchronized is opened, the rotational speed of the electric machine is adjusted to an oscillating rotational speed, and in that subsequently the friction clutch via which the electric machine is coupled to the transmission to be synchronized is firstly closed in order to synchronize the oscillation of the automated transmission, characterized in that the friction clutch is then at least partially opened again.
A method for executing an application expeditiously on at least one computer processor, the method comprising: simultaneously executing a plurality of instances of the application on the at least one computer processor, the application being expected to produce a sequence of results, each instance being generated by compiling the source code of the application according to a respective compiler option that is different from respective compiler options used to generate all other instances from the plurality of instances, wherein a first instance in the plurality of instances produces outputs corresponding to the sequence of results, and each other instance in the plurality of instances produces outputs corresponding to the same sequence of results; and for each result of a first sequence of results to be produced by the application: monitoring, corresponding to the result, a respective output generated by each instance; and selecting from the monitored outputs the output occurring earliest as output of the application corresponding to the result, and labelling all other outputs as duplicates, thereby speeding up a computing performance of the at least one computer processor. simultaneously executing a plurality of instances of the application on the at least one computer processor, the application being expected to produce a sequence of results, each instance being generated by compiling the source code of the application according to a respective compiler option that is different from respective compiler options used to generate all other instances from the plurality of instances, wherein a first instance in the plurality of instances produces outputs corresponding to the sequence of results, and each other instance in the plurality of instances produces outputs corresponding to the same sequence of results; and for each result of a first sequence of results to be produced by the application: monitoring, corresponding to the result, a respective output generated by each instance; and selecting from the monitored outputs the output occurring earliest as output of the application corresponding to the result, and labelling all other outputs as duplicates, thereby speeding up a computing performance of the at least one computer processor. monitoring, corresponding to the result, a respective output generated by each instance; and selecting from the monitored outputs the output occurring earliest as output of the application corresponding to the result, and labelling all other outputs as duplicates, thereby speeding up a computing performance of the at least one computer processor.
A ring laser gyroscope comprising: a first solid waveguide; a gain medium interaction region where light traveling through the first solid waveguide interacts with non-solid Doppler-broadened gain medium molecules positioned outside of the first solid waveguide; at least one medium exciter (110, 112) configured to excite the non-solid Doppler-broadened gain medium at the gain medium interaction region, wherein the excited non-solid Doppler-broadened gain medium induces first and second laser fields within the first solid waveguide, wherein the first laser field travels in a clockwise direction within the first solid waveguide and the second laser field travels in a counter-clockwise direction within the first solid waveguide; a second solid waveguide having a first section positioned in close proximity with the first solid waveguide, a second section positioned on a first side of the first section, a third section positioned on a second side of the first section, and a readout optical coupler coupling the second section and the third section together at an output end; wherein the second solid waveguide is configured to couple portions of the first and second laser fields from the first solid waveguide and into the output end; and a photodetector communicatively coupled to the readout optical coupler at the output end and configured to detect the portions of the first and second laser fields, characterized in that the gain medium interaction region surrounds a portion of the first solid waveguide with dimensions small enough to force energy from the first and second laser fields outside of the first solid waveguide into an evanescent mode where the first and second laser fields interact with the non-solid Doppler-broadened gain medium molecules positioned outside the first solid waveguide. a first solid waveguide; a gain medium interaction region where light traveling through the first solid waveguide interacts with non-solid Doppler-broadened gain medium molecules positioned outside of the first solid waveguide; at least one medium exciter (110, 112) configured to excite the non-solid Doppler-broadened gain medium at the gain medium interaction region, wherein the excited non-solid Doppler-broadened gain medium induces first and second laser fields within the first solid waveguide, wherein the first laser field travels in a clockwise direction within the first solid waveguide and the second laser field travels in a counter-clockwise direction within the first solid waveguide; a second solid waveguide having a first section positioned in close proximity with the first solid waveguide, a second section positioned on a first side of the first section, a third section positioned on a second side of the first section, and a readout optical coupler coupling the second section and the third section together at an output end; wherein the second solid waveguide is configured to couple portions of the first and second laser fields from the first solid waveguide and into the output end; and a photodetector communicatively coupled to the readout optical coupler at the output end and configured to detect the portions of the first and second laser fields,
A storage device which is a two-part container comprising a cover frame which clips to a planar section and side walls to form a rigid enclosed box, wherein the side walls are pivotably joined to the planar section so that the container is movable between a collapsed configuration in which the container is substantially flat, and an expanded configuration defining an opening to an interior of the container, and locking means for securing the cover frame to the side wall so as to close the opening of the container whereby the locking means comprises a locking portion formed on one of the cover frame and the side wall, and a locking indent formed on one of the other of the cover frame and the side wall, the locking portion adapted for secure engagement in the locking indent, wherein the cover frame comprises a downwardly projecting skirt, and one of the locking portion and the locking indent is on the skirt and the other of the locking portion and the locking indent is on the side wall of the container, wherein the locking means comprises a plurality of locking portions formed on one of the cover frame and the side wall, and a plurality of locking indents formed in the other of the cover frame and the side wall, the locking portions are adapted for secure engagement in the locking indents, wherein the locking portion and locking indent are of complimentary shape to facilitate secure engagement of the locking portion within the locking indent, wherein the side wall of the container is provided with side wall connection means, wherein the cover frame comprises side connectors for securing the cover frame to a cover frame of an adjacent storage device, wherein the planar section of the container comprises connection holes for receiving protrusions extending from a cover frame of another storage device to facilitate secure stacking.
Process for the production of micro- or nanofibres of poly(cyanoacrylate), characterized in that it comprises the steps of: - mixing the cyanoacrylate monomer with a dipolar aprotic solvent to form a poly(cyanoacrylate) gel; - dissolving the gel in a solvent for acrylates, suitable for forming a solution suitable for electro spinning, and - subjecting the resulting solution to electrospinning in order to form said micro- or nanofibres. - mixing the cyanoacrylate monomer with a dipolar aprotic solvent to form a poly(cyanoacrylate) gel; - dissolving the gel in a solvent for acrylates, suitable for forming a solution suitable for electro spinning, and - subjecting the resulting solution to electrospinning in order to form said micro- or nanofibres.
A vehicle comprising: - a compartment, wherein the compartment is designed to be loaded by an object; and - an operating device comprising a user-interface, wherein the user-interface is designed to output at least one output signal on a part of the user-interface, - the operating device is arranged in front of the compartment and is designed to cover the compartment; characterized in that - the compartment comprises a sensing unit, wherein the sensing unit is designed to detect a presence of the object when at least a part of the object is loaded into the compartment; and - the operating device comprises a control circuitry, wherein the control circuitry is designed to display a digital image of the object on a part of the user-interface to enable a visualization of the object on the user-interface of the operating device in the vehicle. - a compartment, wherein the compartment is designed to be loaded by an object; and - an operating device comprising a user-interface, wherein the user-interface is designed to output at least one output signal on a part of the user-interface, - the operating device is arranged in front of the compartment and is designed to cover the compartment; - the compartment comprises a sensing unit, wherein the sensing unit is designed to detect a presence of the object when at least a part of the object is loaded into the compartment; and - the operating device comprises a control circuitry, wherein the control circuitry is designed to display a digital image of the object on a part of the user-interface to enable a visualization of the object on the user-interface of the operating device in the vehicle.
Desmear module (1,1') for a horizontal galvanic or wet-chemical process line for metal deposition on a substrate to be treated for a removal of precipitates comprising a desmear container (2,2') being connectable to a desmear unit (3,3'), a pump (4,4') and at least a first liquid connection element (5,5') for connecting said pump (4,4') with the desmear unit (3,3'), wherein said pump (4,4') is in conjunction with said desmear unit (3,3') by said at least first liquid connection element (5,5'); and wherein a treatment liquid level (6,6') is provided inside of the desmear module (1,1'), which is above of an intake area (7,7') of the pump (4,4') characterized in that the desmear module (1,1') further comprises at least a first liquid area (9,9'), at least an adjacent second liquid area (10,10') comprising the intake area (7,7') of the pump (4,4'), and at least a first separating element (11,11') arranged between said at least first liquid area (9,9') and said at least second liquid area (10,10'); wherein the first separating element is a non-permeable liquid weir being arranged below the treatment liquid level inside of the desmear module comprising an overflow edge to allow treatment liquid to flow from the first liquid area to the second liquid area or wherein the first separating element is a permeable liquid weir going from the bottom of the desmear container up to an absolute height above the treatment liquid level inside of the desmear module; wherein the term desmear module (1,1') refers to a horizontal processing module being able to allow a desmear process step taking place inside it in order to remove smear from the drillings of the through-going conduits in substrates to be treated; and wherein the term desmear unit (3,3') refers to a module of a horizontal process line containing flooding device elements, each adapted to direct a flow of desmear treatment liquid to one or both surfaces of the substrate to be treated, to remove residual smear of the raw material of the substrate to be treated out of the drilled through-going conduits.
A method of masking wind turbine noise from a wind turbine, the method comprising: generating masking noise to produce resultant noise with a modulation depth which is less than a modulation depth of the wind turbine noise and an average level which is greater than an average level of the wind turbine noise, wherein the masking noise is un-modulated masking noise with a substantially constant level, the method further comprising measuring a parameter which is directly or indirectly indicative of the modulation depth of the wind turbine noise and controlling an average level of the masking noise in accordance with the parameter so that the average level of the masking noise is greater than or equal to the average level of the wind turbine noise.
A process for preparing N-(aminoiminomethyl)-2-aminoacetic acid containing N-(aminoiminomethyl)-2-aminoacetic acid in a thermodynamically metastable crystal modification, whereby the thermodynamically metastable crystal modification shows in the X-ray powder diffractogram of the crystal modification when using Cu-Kα radiation the strongest reflection bands at 2Θ = 20.2 ° and 23.3 ° and 23.8 ° and 25.3 ° with a measurement accuracy of +/- 0.2 °, characterized in that N-(aminoiminomethyl)-2-aminoacetic acid is crystallized from a water-containing solution in the presence of at least one guanidine compound of formula (l), wherein formula represents: where radicals R 1, R 2, R 3, R 4 and X, Y and index k in formula (l) independently of one another mean: R 1, R 2 = independently of one another hydrogen, C1 to C4 alkyl or, with the formation of a ring, together a radical of the formula (ll), where the formula (ll) is wherein Y = CH 2, O, NH, NCH 3 or a bond, R 3, R 4 = independently hydrogen or C1 to C4 alkyl, X = CH 3 COO, Cl, Br, NO 3, SO 3 (NH 2) or 1⁄2 SO 4, k = 0 or 1, whereby the guanidine compound of formula (l) is used in an amount of at least 8 percent by weight (based on the total weight of the solution). R 1, R 2 = independently of one another hydrogen, C1 to C4 alkyl or, with the formation of a ring, together a radical of the formula (ll), where the formula (ll) is wherein Y = CH 2, O, NH, NCH 3 or a bond, R 3, R 4 = independently hydrogen or C1 to C4 alkyl, X = CH 3 COO, Cl, Br, NO 3, SO 3 (NH 2) or 1⁄2 SO 4, k = 0 or 1,