mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a phase locked loop, which phase locked loop comprises a voltage controlled oscillator and an active loop filter (34,C31,C32,R31), wherein said voltage controlled oscillator generates an alternating-current output signal having a frequency which depends on an applied control voltage, and wherein said active loop filter provides a control voltage to said voltage controlled oscillator, said control voltage reflecting determined phase differences between a potentially frequency divided output signal of said voltage controlled oscillator and a reference signal, said method comprising: detecting frequency deviations between said potentially frequency divided output signal of said voltage controlled oscillator and said reference signal, wherein a resolution employed for detecting said frequency deviations is lower than a resolution employed for determining said phase differences; characterized by adding a direct-current voltage shift at an output of said active loop filter to said control voltage provided by said active loop filter, in case a frequency deviation is detected, for reducing dielectric absorption of at least one capacitor (C31,C32) of said active loop filter, said phase locked loop, including said at least one capacitor, being integrated in an integrated circuit. detecting frequency deviations between said potentially frequency divided output signal of said voltage controlled oscillator and said reference signal, wherein a resolution employed for detecting said frequency deviations is lower than a resolution employed for determining said phase differences; characterized by adding a direct-current voltage shift at an output of said active loop filter to said control voltage provided by said active loop filter, in case a frequency deviation is detected, for reducing dielectric absorption of at least one capacitor (C31,C32) of said active loop filter, said phase locked loop, including said at least one capacitor, being integrated in an integrated circuit.
Geared turbofan engine with a sun shaft driving a sun gear of planetary gearbox, the sun shaft having a front section proximal to the gearbox and a rear section distal from the gearbox, the outer diameter of the front section of the sun shaft is smaller than the outer diameter of the rear section of the sun shaft, wherein the outer diameter of the rear section varies in the axial direction of the sun shaft, and the front section of the sun shaft having between two and four undulant sections (2A, 2B), wherein each undulant section (2A, 2B) having at least one axial part extending in axial direction of the sun shaft and two diaphragm parts (5, 6) on either side of the at least one axial part extending in radial direction outward, wherein each undulant section (2A, 2B) having the same inner distances (W1, W2) between the diaphragm parts (5, 6), and wherein the at least one axial part of each undulant section (2A, 2B) having an inner diameter smaller than the outer diameter of the front section of the sun shaft.
An optical switch comprising: a light emitter configured to emit a pulsed light at a predetermined emission frequency toward an operation panel operated by a user; a light receiver configured to receive a pulsed light reflected from the operation panel, the light receiver being configured to generate a light receiving signal in response to receipt of the pulsed light; and a controller configured to receive the light receiving signal from the light receiver, the controller being configured to generate, in accordance with the light receiving signal, a controlling signal for controlling the emission frequency of the light emitter, wherein the controller comprises: a determiner configured to determine whether the operation panel is operated or not in accordance with the light receiving signal received from the light receiver; and a frequency setter configured to generate the controlling signal in accordance with a result of determination made by the determiner, characterized in that the frequency setter is configured to generate the controlling signal for lowering the emission frequency of the light emitter from a second emission frequency to a first emission frequency in a case where the determiner determines that a time period during which the operation panel is operated becomes equal to or more than a predetermined time period (Tx). a light emitter configured to emit a pulsed light at a predetermined emission frequency toward an operation panel operated by a user; a light receiver configured to receive a pulsed light reflected from the operation panel, the light receiver being configured to generate a light receiving signal in response to receipt of the pulsed light; and a controller configured to receive the light receiving signal from the light receiver, the controller being configured to generate, in accordance with the light receiving signal, a controlling signal for controlling the emission frequency of the light emitter, wherein the controller comprises: a determiner configured to determine whether the operation panel is operated or not in accordance with the light receiving signal received from the light receiver; and a frequency setter configured to generate the controlling signal in accordance with a result of determination made by the determiner, a determiner configured to determine whether the operation panel is operated or not in accordance with the light receiving signal received from the light receiver; and a frequency setter configured to generate the controlling signal in accordance with a result of determination made by the determiner, characterized in that the frequency setter is configured to generate the controlling signal for lowering the emission frequency of the light emitter from a second emission frequency to a first emission frequency in a case where the determiner determines that a time period during which the operation panel is operated becomes equal to or more than a predetermined time period (Tx).
A method comprising: outputting, by a computing device and for display, a graphical keyboard comprising a plurality of keys; receiving, by the computing device, an indication of a gesture detected at a presence-sensitive input device; determining, by the computing device, based at least in part on the indication of the gesture, a spatial model probability associated with one or more keys from the plurality of keys; the method further characterized in: adjusting, by the computing device, based on at least one characteristic of the gesture, the spatial model probability associated with the one or more keys from the plurality of keys, wherein the at least one characteristic of the gesture includes a speed of a portion of the gesture; determining, by the computing device, based on the adjusted spatial model probability associated with the one or more keys from the plurality of keys, a character string; and in response to determining that the character string is not included in a lexicon and that the adjusted spatial model probability associated with the one or more keys from the plurality of keys exceeds a probability threshold, outputting, by the computing device and for display, the character string. outputting, by a computing device and for display, a graphical keyboard comprising a plurality of keys; receiving, by the computing device, an indication of a gesture detected at a presence-sensitive input device; determining, by the computing device, based at least in part on the indication of the gesture, a spatial model probability associated with one or more keys from the plurality of keys; the method further characterized in: adjusting, by the computing device, based on at least one characteristic of the gesture, the spatial model probability associated with the one or more keys from the plurality of keys, wherein the at least one characteristic of the gesture includes a speed of a portion of the gesture; determining, by the computing device, based on the adjusted spatial model probability associated with the one or more keys from the plurality of keys, a character string; and in response to determining that the character string is not included in a lexicon and that the adjusted spatial model probability associated with the one or more keys from the plurality of keys exceeds a probability threshold, outputting, by the computing device and for display, the character string. adjusting, by the computing device, based on at least one characteristic of the gesture, the spatial model probability associated with the one or more keys from the plurality of keys, wherein the at least one characteristic of the gesture includes a speed of a portion of the gesture; determining, by the computing device, based on the adjusted spatial model probability associated with the one or more keys from the plurality of keys, a character string; and in response to determining that the character string is not included in a lexicon and that the adjusted spatial model probability associated with the one or more keys from the plurality of keys exceeds a probability threshold, outputting, by the computing device and for display, the character string.
A method performed by a wireless device for transmitting user data on an uplink during random access, the method comprising: receiving a resource grant indicating a plurality of options for the transmitting of the user data on the uplink during random access, each respective option comprising: a transport block size, TBS; and a number of repetitions; wherein the plurality of options is indicated by a first option with a maximum permitted TBS and wherein the other options with smaller TBSs are derived from the first option by using a predefined set of values of smaller TBSs; wherein the number of repetitions for each of the options is determined as a function of the maximum permitted TBS and the maximum number of repetitions supported in the cell; and transmitting the user data on the uplink during random access to a base station according to at least one of the options. receiving a resource grant indicating a plurality of options for the transmitting of the user data on the uplink during random access, each respective option comprising: a transport block size, TBS; and a number of repetitions; a transport block size, TBS; and a number of repetitions; wherein the plurality of options is indicated by a first option with a maximum permitted TBS and wherein the other options with smaller TBSs are derived from the first option by using a predefined set of values of smaller TBSs; wherein the number of repetitions for each of the options is determined as a function of the maximum permitted TBS and the maximum number of repetitions supported in the cell; and transmitting the user data on the uplink during random access to a base station according to at least one of the options.
A digital front end, DFE, for a direct digital radio frequency modulator (DDRM), the DFE comprising: an up-sampling unit, configured to provide an up-sampled 4-phase digital baseband, DBB, signal comprising in-phase and quadrature information; and a conversion unit, configured to convert the up-sampled 4-phase DBB signal to an 8-phase DBB signal, characterized in that the up-sampling unit (101, 811, 812) comprises at least one of an integer up-sampler having an integer up-sampling ratio and a fractional up-sampler having a non-integer up-sampling ratio, wherein the conversion unit (103, 1301) is configured to suppress an undesired image signal caused by a phase error of the DFE, in particular due to the phase conversion of the conversion unit, wherein the conversion unit (103, 1301) comprises a delay element configured to delay the quadrature information of the up-sampled 4-phase DBB signal (107, 801, 802); wherein the conversion unit (103, 1301) is configured to provide delayed versions (A",B") of in-phase and quadrature information of the 8-phase DBB signal based on the delayed quadrature information of the 4-phase DBB signal (107, 801, 802), and wherein the conversion unit comprises a multiplexer (1404, 1405) configured to multiplex between switching the in-phase and quadrature information (A', B') of the 8-phase DBB signal and their delayed versions (A", B") to the in-phase and quadrature information (A, B) of the 8-phase DBB signal (109, 1302). an up-sampling unit, configured to provide an up-sampled 4-phase digital baseband, DBB, signal comprising in-phase and quadrature information; and a conversion unit, configured to convert the up-sampled 4-phase DBB signal to an 8-phase DBB signal, characterized in that the up-sampling unit (101, 811, 812) comprises at least one of an integer up-sampler having an integer up-sampling ratio and a fractional up-sampler having a non-integer up-sampling ratio, wherein the conversion unit (103, 1301) is configured to suppress an undesired image signal caused by a phase error of the DFE, in particular due to the phase conversion of the conversion unit, wherein the conversion unit (103, 1301) comprises a delay element configured to delay the quadrature information of the up-sampled 4-phase DBB signal (107, 801, 802); wherein the conversion unit (103, 1301) is configured to provide delayed versions (A",B") of in-phase and quadrature information of the 8-phase DBB signal based on the delayed quadrature information of the 4-phase DBB signal (107, 801, 802), and wherein the conversion unit comprises a multiplexer (1404, 1405) configured to multiplex between switching the in-phase and quadrature information (A', B') of the 8-phase DBB signal and their delayed versions (A", B") to the in-phase and quadrature information (A, B) of the 8-phase DBB signal (109, 1302).
An arrangement configured to calibrate a temperature sensor using a dry block, wherein the arrangement comprises - a processor; - at least one pair of connecting terminals; - a heating and/or cooling unit, comprising at least one heating and/or cooling element for heating and/or cooling a desired part of the arrangement; - an insert configured as a place for a temperature sensor to be calibrated, characterized in that the arrangement further comprises: - a multifunctional process calibrator capable of operating, measuring and simulating at least two different quantities taken from a group of voltage, current, pressure, temperature, frequency and resistance; wherein - the heating and/or cooling unit and the multifunctional process calibrator are integrated in a single housing forming the arrangement. - a processor; - at least one pair of connecting terminals; - a heating and/or cooling unit, comprising at least one heating and/or cooling element for heating and/or cooling a desired part of the arrangement; - an insert configured as a place for a temperature sensor to be calibrated, - a multifunctional process calibrator capable of operating, measuring and simulating at least two different quantities taken from a group of voltage, current, pressure, temperature, frequency and resistance; wherein - the heating and/or cooling unit and the multifunctional process calibrator are integrated in a single housing forming the arrangement.
A spin flash dryer comprising a drying chamber enclosed by at least a chamber wall and a chamber bottom; a rotating stirrer, said rotating stirrer arranged in said drying chamber near said chamber bottom, said rotating stirrer being provided with a plurality of stirring blades; members (14, 15) for the supply of a material to be dried, said members (14,15) arranged in said chamber wall to permit the passage of a material to be dried from the exterior of said drying chamber to the interior of said drying chamber; apertures (5, 16) for supply and removal of a medium for fluidization and drying and for removal of a dried product, said aperture for supply of the fluidization and drying medium being positioned in said drying chamber wall between said chamber bottom and said aperture for removal of a dried product in said drying chamber; said spin flash dryer further comprising a waste outlet arranged in said chamber bottom of said spin flash dryer; and wherein said waste outlet is arranged for continuous removal of residual organic waste material, which residual organic waste material cannot be spin flash dried due to a density of said residual organic waste material being higher than a lifting power of said medium for fluidization and drying of said spin flash dryer; characterized in that: - said waste outlet is a valve which can form a sluice, said sluice comprising a rotating arrangement of openings and closures adapted to maintain an essentially fluid tight seal between the interior of said drying chamber and the exterior of said drying chamber during operation of said sluice and said spin flash dryer; and - wherein removal is caused by said rotating stirrer moving said residual organic waste material into said waste outlet during spin flash dryer operation upon which said residual organic waste material is removed via said waste outlet in a sluicing operation. - said waste outlet is a valve which can form a sluice, said sluice comprising a rotating arrangement of openings and closures adapted to maintain an essentially fluid tight seal between the interior of said drying chamber and the exterior of said drying chamber during operation of said sluice and said spin flash dryer; and - wherein removal is caused by said rotating stirrer moving said residual organic waste material into said waste outlet during spin flash dryer operation upon which said residual organic waste material is removed via said waste outlet in a sluicing operation.
Working vehicle comprising a lifting boom, a fluid line (C2, V2) to deliver hydraulic fluid to a tank when the boom lowers, a control valve intercepting the fluid line (C2, V2), a fluid piloting line (Pil) connected to a user interface for piloting the control valve when the boom lowers, characterised in that a pressure compensator is piloted by a first pressure signal (p_MO) branched from the fluid line at the low pressure side of the control valve when lowering the lifting boom and by a second pressure signal (p_pil) from the fluid piloting line (Pil) so that, upon increasing of the first pressure signal (p_MO) during boom lowering, a branch of the piloting line (Pil) is progressively connected to the tank for causing the control valve to progressively close, the pressure of the branch being decoupled from the pressure of the second pressure signal (p_pil).
A process for treating an aqueous solution, wherein the aqueous solution comprises dissolved sugar solids in an amount of 10% to 50% by weight based on the weight of the aqueous solution; wherein the dissolved sugar solids contain monosaccharides in an amount of 1% to 99% by weight based on the weight of the dissolved sugar solids; wherein the aqueous solution has ionic conductivity of 100 to 10,000 μS/cm and color content of 100 to 10,000 international color units; wherein the process comprises (a) bringing the aqueous solution into contact with a collection of resin particles, wherein the resin particles comprise one or more vinyl aromatic polymers; wherein the polymer comprises non-quaternary amino groups bonded to the resin particles and which are present in an amount of 0.1 to 2.0 equivalents per liter of resin particles; and wherein quaternary ammonium groups bonded to the resin particles are present in an amount of 0 to 0.25 equivalents per liter of resin particles; (b) separating the aqueous solution from the collection of resin particles to produce a resin-treated aqueous solution; (c) bringing the resin-treated aqueous solution into contact with activated carbon; and (d) separating the resin-treated aqueous solution from the activated carbon to produce a resin-carbon-treated solution, wherein the aqueous solution is first contacted with the resin, and then the resin-treated aqueous solution is contacted with the activated carbon. (a) bringing the aqueous solution into contact with a collection of resin particles, wherein the resin particles comprise one or more vinyl aromatic polymers; wherein the polymer comprises non-quaternary amino groups bonded to the resin particles and which are present in an amount of 0.1 to 2.0 equivalents per liter of resin particles; and wherein quaternary ammonium groups bonded to the resin particles are present in an amount of 0 to 0.25 equivalents per liter of resin particles; wherein the resin particles comprise one or more vinyl aromatic polymers; wherein the polymer comprises non-quaternary amino groups bonded to the resin particles and which are present in an amount of 0.1 to 2.0 equivalents per liter of resin particles; and wherein quaternary ammonium groups bonded to the resin particles are present in an amount of 0 to 0.25 equivalents per liter of resin particles; (b) separating the aqueous solution from the collection of resin particles to produce a resin-treated aqueous solution; (c) bringing the resin-treated aqueous solution into contact with activated carbon; and (d) separating the resin-treated aqueous solution from the activated carbon to produce a resin-carbon-treated solution,
Linear drive in the form of an electromagnetic direct drive, having a path of movement on which at least one, and preferably a plurality, of mobile elements circulate and can be individually controlled, wherein at least one of the mobile elements is provided in the form of a transport slide or transport carriage (mover) for the linear drive, wherein the mobile element comprises at least one cleaning unit or is configured as such, and specifically for the cleaning of the movement path, characterised in that the cleaning unit comprises a storage medium for fluids, in particular liquid media.