mhurhangee/ep-ind-claims huggingface dataset:
A speech recognition system of an aircraft comprising: a personal speech profile data (PSPD) interface configured to receive voice profiles which are associated with an individual, from a PSPD storage device that is physically distinct from the speech recognition system; a speech input module configured to produce a digital speech signal derived from an utterance made by a system user; and a speech processing module, operatively coupled to the speech input module, and configured to selectively retrieve a voice profile stored on the PSPD storage device through the PSPD interface based on operating condition parameters including a measurement of an ambient noise of the aircraft and a characteristic of the utterance made by the system user, and to execute a speech processing algorithm that analyzes the digital speech signal using the voice profile, in order to identify one or more recognized terms from the digital speech signal, wherein the identification of one or more recognized terms takes into account variations in the utterance made by the system user which relate to the characteristic of the system user, wherein the speech recognition system is further configured to access, initially while the aircraft is on the ground, a voice profile designated as a default voice profile wherein the default voice profile corresponds to ambient noise parameters in a quiet environment prior to an engine start of the aircraft and/or initially, the characteristic of a non-stress state of the utterance of the system user. a personal speech profile data (PSPD) interface configured to receive voice profiles which are associated with an individual, from a PSPD storage device that is physically distinct from the speech recognition system; a speech input module configured to produce a digital speech signal derived from an utterance made by a system user; and a speech processing module, operatively coupled to the speech input module, and configured to selectively retrieve a voice profile stored on the PSPD storage device through the PSPD interface based on operating condition parameters including a measurement of an ambient noise of the aircraft and a characteristic of the utterance made by the system user, and to execute a speech processing algorithm that analyzes the digital speech signal using the voice profile, in order to identify one or more recognized terms from the digital speech signal, wherein the identification of one or more recognized terms takes into account variations in the utterance made by the system user which relate to the characteristic of the system user, wherein the speech recognition system is further configured to access, initially while the aircraft is on the ground, a voice profile designated as a default voice profile wherein the default voice profile corresponds to ambient noise parameters in a quiet environment prior to an engine start of the aircraft and/or initially, the characteristic of a non-stress state of the utterance of the system user.
Characterization and driving method for closed loop operation of electrostatic MEMS based resonator structures with varying gap, characterized in that it comprises the steps of; • Converting an output current of an electrostatic MEMS based resonator with varying gap into a voltage via a trans-impedance amplifier, • Multiplying the output voltage of the trans-impedance amplifier, by means of a mixer, with AC voltage that drives the resonator and thereby converting a second harmonic component of the output voltage of the trans-impedance amplifier to main tone having the resonance frequency of the resonator; • Eliminating frequency components apart from the resonance frequency of the resonator from the output of the mixer with a harmonic elimination circuit which eliminates higher order harmonic frequencies except the resonance frequency • Adjusting gain and phase values at the harmonic elimination circuit output by using a phase and gain regulation amplifier, • Feeding back the phase and gain regulation amplifier output to a resonator drive electrode of the electrostatic MEMS based resonator with varying gap. • Converting an output current of an electrostatic MEMS based resonator with varying gap into a voltage via a trans-impedance amplifier, • Multiplying the output voltage of the trans-impedance amplifier, by means of a mixer, with AC voltage that drives the resonator and thereby converting a second harmonic component of the output voltage of the trans-impedance amplifier to main tone having the resonance frequency of the resonator; • Eliminating frequency components apart from the resonance frequency of the resonator from the output of the mixer with a harmonic elimination circuit which eliminates higher order harmonic frequencies except the resonance frequency • Adjusting gain and phase values at the harmonic elimination circuit output by using a phase and gain regulation amplifier, • Feeding back the phase and gain regulation amplifier output to a resonator drive electrode of the electrostatic MEMS based resonator with varying gap.
Tool revolver having a revolver body and a clamping device for clamping a tool receiver in a receiving opening of the revolver body, wherein the clamping device comprises two clamping elements (10, 11) which are displaceable with respect to one another by a common actuating element transversely to a central axis of the receiving opening, characterised in that a first clamping element is designed in the form of a ring and a second clamping element is designed in the form of a ring segment which is displaceable with respect to the ring.
Injection molding system of at least one fat-containing product in at least one die, equipped with at least one injection means, said injection means being equipped therein with at least one injection channel, said injection means being fastened to at least one conveying means of said fat-containing product through at least one heated junction means, said system comprising: - at least one heating element arranged inside said injection means to said injection channel; - at least one male half-shell, of said die, connected to at least one lower surface of at least one cooled support means; characterized in that it comprises at least one gas insulating system comprising at least one means for entering at least one insulating gas and at least one adjusting means, each one of said means, being connected to at least one lower surface of said heated junction means, said gas insulating system being adapted to enable at least one entry of said insulating gas, through said means for entering, inducing a thermal insulation between said half-shell and said injection means, said gas insulating system being adapted to convey said gas, through said adjusting means, into said transit area, and to make it go out of said transit area, through said through-holes of said cooled support means, inducing a control of the physical conditions of said die. - at least one heating element arranged inside said injection means to said injection channel; - at least one male half-shell, of said die, connected to at least one lower surface of at least one cooled support means;
A sliding door with a magnetic drive system for at least one door leaf, having a linear drive unit, which includes • at least one row of soft or hard magnetic elements (1, 1e, 1f), and • at least one coil arrangement, which - is modularly configured, - comprises at least one coil module, which ∘ comprises several individual coils (7, 7a, 7b, 7c) disposed in driving direction, and ∘ is configured to be placed in driving direction in a row one after the other to other ones of the at least one coil module, and - upon correspondingly energizing, the individual coils (7, 7a, 7b, 7c) cause an interaction which effects advance forces with the at least one row of soft or hard magnetic elements (1, 1e, 1f), wherein • the at least one coil module includes an integral contacting, which connects the individual coils (7, 7a, 7b, 7c) of the coil module upon attachment of the at least one coil module automatically to the control lines of a control unit, and the at least one coil module includes an integral attaching element, characterized in that • the integral contacting and the attaching element are configured as one structural element. • at least one row of soft or hard magnetic elements (1, 1e, 1f), and • at least one coil arrangement, which - is modularly configured, - comprises at least one coil module, which ∘ comprises several individual coils (7, 7a, 7b, 7c) disposed in driving direction, and ∘ is configured to be placed in driving direction in a row one after the other to other ones of the at least one coil module, and - upon correspondingly energizing, the individual coils (7, 7a, 7b, 7c) cause an interaction which effects advance forces with the at least one row of soft or hard magnetic elements (1, 1e, 1f), wherein - is modularly configured, - comprises at least one coil module, which ∘ comprises several individual coils (7, 7a, 7b, 7c) disposed in driving direction, and ∘ is configured to be placed in driving direction in a row one after the other to other ones of the at least one coil module, and ∘ comprises several individual coils (7, 7a, 7b, 7c) disposed in driving direction, and ∘ is configured to be placed in driving direction in a row one after the other to other ones of the at least one coil module, and - upon correspondingly energizing, the individual coils (7, 7a, 7b, 7c) cause an interaction which effects advance forces with the at least one row of soft or hard magnetic elements (1, 1e, 1f), • the at least one coil module includes an integral contacting, which connects the individual coils (7, 7a, 7b, 7c) of the coil module upon attachment of the at least one coil module automatically to the control lines of a control unit, and the at least one coil module includes an integral attaching element, • the integral contacting and the attaching element are configured as one structural element.
A radio resource controller for controlling radio resources of a serving radio access node, and configured to assign particular radio resources of the serving radio access node to a radio communication session established between the serving radio access node and a particular mobile station, wherein the radio resource controller is further configured to push session information (UE_id; UE_ctx_ptr) of the radio communication session into a common data repository accessible in read and write access to both the radio resource controller and a further radio resource controller controlling radio resources of a further radio access node, wherein the session information comprise a mobile identifier (UE_id) that may be used by the particular mobile station for resumption of the radio communication session, wherein the session information further allow retrieval of contextual communication parameters (UE_ctx) used by the serving radio access node for radio communication with the particular mobile station during the radio communication session, wherein the radio resource controller is configured to run on a computer platform together with the further radio resource controller, wherein the computer platform further holds the common data repository and is remotely coupled via a packet data network to the serving radio access node and to the further radio access node, wherein the radio resource controller and the further radio resource controller share a common address space, and wherein the session information further comprises a memory pointer (UE_ctx_ptr) towards a memory area of the common address space wherein the contextual communication parameters are stored by the radio resource controller.
Carrier module for fieldbus modules (200L, 200R), comprising: - a first plug-in connector for electrically and mechanically connecting a left-hand-side fieldbus module to the carrier module, and - a second plug-in connector for electrically and mechanically connecting a right-hand-side fieldbus module to the carrier module, characterized in that the carrier module can be latched onto a load-bearing profile and can be moved on the load-bearing profile, wherein the first plug-in connector comprises a first low-voltage plug-in connector, a first extra-low-voltage plug-in connector and a first data plug-in connector and the second plug-in connector comprises a second low-voltage plug-in connector, a second extra-low-voltage plug-in connector and a second data plug-in connector, and wherein the first low-voltage plug-in connector, the first extra-low-voltage plug-in connector and the first data plug-in connector are arranged in a first row on a first side of the carrier module and the second low-voltage plug-in connector, the second extra-low-voltage plug-in connector and the second data plug-in connector are arranged in a second row on a second side of the carrier module. - a first plug-in connector for electrically and mechanically connecting a left-hand-side fieldbus module to the carrier module, and - a second plug-in connector for electrically and mechanically connecting a right-hand-side fieldbus module to the carrier module, characterized in that the carrier module can be latched onto a load-bearing profile and can be moved on the load-bearing profile,
A method for input/output (Vrefq_out) voltage training of a three-dimensional memory device (104, 450), comprising: setting a reference voltage (Vrefq1) value at an on-die termination enabled status; controlling the 3D memory device (104, 450) to perform a write training process; determining whether a further write training process is needed; in response to determining that the further write training process is needed, repeating operations, and; and in response to determining that the further write training process is not needed, setting the reference voltage (Vrefq1) value as an optimized reference voltage (Vrefq1) value. setting a reference voltage (Vrefq1) value at an on-die termination enabled status; controlling the 3D memory device (104, 450) to perform a write training process; determining whether a further write training process is needed; in response to determining that the further write training process is needed, repeating operations, and; and in response to determining that the further write training process is not needed, setting the reference voltage (Vrefq1) value as an optimized reference voltage (Vrefq1) value.
A toy assembly, comprising: a housing; an inner object inside the housing; and a breakout element that is operable to break the housing to expose the inner object, characterised in that the housing is formed of a polymer composition comprising: about 15-25 weight-% base polymer; about 1-5 weight-% organic acid metal salt; and about 75-85 weight-% inorganic/particulate filler. a housing; an inner object inside the housing; and a breakout element that is operable to break the housing to expose the inner object, characterised in that the housing is formed of a polymer composition comprising: about 15-25 weight-% base polymer; about 1-5 weight-% organic acid metal salt; and about 75-85 weight-% inorganic/particulate filler. about 15-25 weight-% base polymer; about 1-5 weight-% organic acid metal salt; and about 75-85 weight-% inorganic/particulate filler.
A waste heat recovery apparatus, comprising: a working fluid circuit to circulate working fluid; a boiler connected on the working fluid circuit and adapted to recover waste heat from a source and transfer recovered waste heat to the working fluid; a temperature sensor disposed to sense a temperature of the working fluid at an exit of the boiler and generate a temperature signal representative thereof; an expander connected on the working fluid circuit to receive working fluid from the boiler; a heating jacket in heat transfer contact with the expander; wherein, the working fluid circuit downstream of the boiler includes a first branch connecting to the expander and a second branch connecting to the heating jacket, and comprising a valve to selectively control working fluid flow to the first branch and second branch, characterized in that the valve controls working fluid flow proportionately to the first branch and second branch; and in that the waste heat recovery apparatus further comprises a controller connected to receive the temperature signal from the temperature sensor and connected to control the valve, the controller adapted to control the valve responsive to the temperature signal. a working fluid circuit to circulate working fluid; a boiler connected on the working fluid circuit and adapted to recover waste heat from a source and transfer recovered waste heat to the working fluid; a temperature sensor disposed to sense a temperature of the working fluid at an exit of the boiler and generate a temperature signal representative thereof; an expander connected on the working fluid circuit to receive working fluid from the boiler; a heating jacket in heat transfer contact with the expander; wherein, the working fluid circuit downstream of the boiler includes a first branch connecting to the expander and a second branch connecting to the heating jacket, and comprising a valve to selectively control working fluid flow to the first branch and second branch, characterized in that the valve controls working fluid flow proportionately to the first branch and second branch; and in that the waste heat recovery apparatus further comprises a controller connected to receive the temperature signal from the temperature sensor and connected to control the valve, the controller adapted to control the valve responsive to the temperature signal.
An external fixing device for treating a fracture of a calcaneal, wherein the external fixing device comprises: an external fixing plate provided with a hollow portion and a plurality of threaded holes, wherein a shape of the external fixing plate is adapted to match a contour of a calcaneus, and the hollow portion extends through the external fixing plate along a thickness direction of the external fixing plate; and a plurality of screws, wherein one end of each of the screws matches one of the threaded holes by thread fit and the other end of each of the screws is suitable to screw into the calcaneus, characterized in that two types of internal threads that differ in thread direction are formed on an inner circumferential wall of each of the threaded holes. an external fixing plate provided with a hollow portion and a plurality of threaded holes, wherein a shape of the external fixing plate is adapted to match a contour of a calcaneus, and the hollow portion extends through the external fixing plate along a thickness direction of the external fixing plate; and a plurality of screws, wherein one end of each of the screws matches one of the threaded holes by thread fit and the other end of each of the screws is suitable to screw into the calcaneus, characterized in that two types of internal threads that differ in thread direction are formed on an inner circumferential wall of each of the threaded holes.
A computer-implemented method to automatically generate a theme-based video, the computer-implemented method comprising: obtaining image criteria for a theme from a theme definition; querying an image database to obtain a plurality of images that meet the image criteria; determining that a count of the plurality of images satisfies a threshold based on the theme definition; determining one or more available themes; determining a respective engagement metric for the one or more available themes; selecting the theme from the one or more available themes based at least in part on the respective engagement metric; generating, based on the selected theme, the theme-based video that includes one or more of the plurality of images; after at least a portion of the theme-based video has been displayed, receiving feedback related to the theme-based video from the user; and adjusting the engagement metric for the theme based on the feedback for the theme-based video. obtaining image criteria for a theme from a theme definition; querying an image database to obtain a plurality of images that meet the image criteria; determining that a count of the plurality of images satisfies a threshold based on the theme definition; determining one or more available themes; determining a respective engagement metric for the one or more available themes; selecting the theme from the one or more available themes based at least in part on the respective engagement metric; generating, based on the selected theme, the theme-based video that includes one or more of the plurality of images; after at least a portion of the theme-based video has been displayed, receiving feedback related to the theme-based video from the user; and adjusting the engagement metric for the theme based on the feedback for the theme-based video.
A process for the treatment of organic material, comprising the following steps: (a) hydrolyzing the organic material by mechanical hydrolysis, chemical hydrolysis, thermal hydrolysis and biological hydrolysis; (b) anaerobic digestion of the hydrolyzed organic material in a single fermenter into biogas and digestate; (c) separating the digestate into a liquid fraction and a solid fraction by mechanical means; (d) recycling the solid fraction of the digestate to the thermal hydrolysis; (e) separating the liquid fraction of the digestate into a filtrate and a retentate containing bacterial biomass by filtration means; (f) recycling the retentate containing bacterial biomass to the fermenter; (g) concentrating the filtrate by dehydration; and (h) recycling of the dehydration water from step (g) to the hydrolysis step (a) for diluting the organic material. (a) hydrolyzing the organic material by mechanical hydrolysis, chemical hydrolysis, thermal hydrolysis and biological hydrolysis; (b) anaerobic digestion of the hydrolyzed organic material in a single fermenter into biogas and digestate; (c) separating the digestate into a liquid fraction and a solid fraction by mechanical means; (d) recycling the solid fraction of the digestate to the thermal hydrolysis; (e) separating the liquid fraction of the digestate into a filtrate and a retentate containing bacterial biomass by filtration means; (f) recycling the retentate containing bacterial biomass to the fermenter; (g) concentrating the filtrate by dehydration; and (h) recycling of the dehydration water from step (g) to the hydrolysis step (a) for diluting the organic material.
A plasma deposition process for producing an optical preform having a cladding glass layer of fluorine-doped quartz glass, said method comprising forming SiO 2 particles by means of a plasma torch in the presence of fluorine, and deposition said SiO 2 - particles layer by layer on outer surface of a cylindrical substrate body of quartz glass rotating about a longitudinal axis thereof, and vitrifying said SiO 2 - particles so as to form the cladding glass layer, whereby the plasma torch and the substrate body being moved relative to each other such that the plasma torch reversingly moves between two turning points (A; B) along the substrate body, characterized in that a thermal element (11; 12) thermally acts on the area of the one turning point (A; B) when the plasma torch is positioned in an area of the other turning point (B; A).