mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining malfunction of a rotary encoder caused by malfunction of its bearing configuration, the rotary encoder comprising a rotor , a stator and a shaft having a bearing configuration , the method comprising the steps of: - providing (s401) an axial bushing internally connected to the bearing configuration and rotatably arranged in a housing of the rotary encoder, the rotary encoder comprising a distancing arrangement being arranged to change an axial distance between the rotor and the stator ; - pre-stressing (s402) the bushing and the bearing configuration in a first axial direction by means of a spring member ; - displacing (s403) the bushing and the bearing configuration together with the rotor in a second axial direction, opposite to the first axial direction, by means of rotation of the bushing resulting from malfunction of the bearing configuration and by means of creating increased distance between the rotor and stator caused by the distancing arrangement, which increased distance is sufficient to reduce detectability of angular positions of the shaft , as detected by the rotary encoder , to a level below a predetermined threshold. - providing (s401) an axial bushing internally connected to the bearing configuration and rotatably arranged in a housing of the rotary encoder, the rotary encoder comprising a distancing arrangement being arranged to change an axial distance between the rotor and the stator ; - pre-stressing (s402) the bushing and the bearing configuration in a first axial direction by means of a spring member ; - displacing (s403) the bushing and the bearing configuration together with the rotor in a second axial direction, opposite to the first axial direction, by means of rotation of the bushing resulting from malfunction of the bearing configuration and by means of creating increased distance between the rotor and stator caused by the distancing arrangement, which increased distance is sufficient to reduce detectability of angular positions of the shaft , as detected by the rotary encoder , to a level below a predetermined threshold.
A method for selectively serving either one sector in an N sector system or two sectors in a 2·N sector system, where N≥1, and using an antenna array comprising at least 4 antenna columns , each antenna column comprising physical antenna elements , the method comprising: generating (S102) at least one virtual antenna port pair per sector using the physical antenna elements, wherein each virtual antenna port in said at least one virtual antenna port pair is obtained by combining physical antenna elements having orthogonal polarization such that two virtual antenna ports in each virtual antenna port pair have identical power radiation patterns and orthogonal polarizations, wherein at least one antenna element per polarization has a non-zero beamforming weight, and wherein there are K antenna columns, and wherein non-zero beamforming weights for the antenna elements of the antenna columns are determined such that a k 2 + a K − k 2 = c where a k denotes the non-zero beamforming weight for the antenna elements of antenna column k and where c # 0 is a constant; and transmitting (S104) signals using said at least one virtual antenna port pair per sector in said one sector in the N sector system or in said two sectors in the 2·N sector system. generating (S102) at least one virtual antenna port pair per sector using the physical antenna elements, wherein each virtual antenna port in said at least one virtual antenna port pair is obtained by combining physical antenna elements having orthogonal polarization such that two virtual antenna ports in each virtual antenna port pair have identical power radiation patterns and orthogonal polarizations, wherein at least one antenna element per polarization has a non-zero beamforming weight, and wherein there are K antenna columns, and wherein non-zero beamforming weights for the antenna elements of the antenna columns are determined such that a k 2 + a K − k 2 = c where a k denotes the non-zero beamforming weight for the antenna elements of antenna column k and where c # 0 is a constant; and transmitting (S104) signals using said at least one virtual antenna port pair per sector in said one sector in the N sector system or in said two sectors in the 2·N sector system.
Method for determining a quality factor of an electrostatically actuated oscillator, the oscillator having a resonance frequency (F R ), the method comprising the following steps: - estimating the resonance frequency, F R , of the oscillator; - generating an excitation voltage, S 2 (t), defined as being the sum of a sinusoidal voltage having a constant frequency, F 0 , equal to the estimated resonance frequency and a finite pulse response of a low-pass filter having a spectral width, ΔF, the constant frequency, F 0 , and the spectral width, ΔF, being parameterised so as to satisfy the following relationship: F 0 − ΔF 2 ≤ F R ≤ F 0 + ΔF 2 where F R is the resonance frequency of the oscillator; - applying the excitation voltage at the input of the oscillator; - acquiring in the time domain a response voltage present at the output of the oscillator after having ceased applying the excitation voltage at the input of the oscillator; - determining the quality factor of the oscillator from the response voltage acquired at the output of the oscillator. - estimating the resonance frequency, F R , of the oscillator; - generating an excitation voltage, S 2 (t), defined as being the sum of a sinusoidal voltage having a constant frequency, F 0 , equal to the estimated resonance frequency and a finite pulse response of a low-pass filter having a spectral width, ΔF, the constant frequency, F 0 , and the spectral width, ΔF, being parameterised so as to satisfy the following relationship: F 0 − ΔF 2 ≤ F R ≤ F 0 + ΔF 2 where F R is the resonance frequency of the oscillator; - applying the excitation voltage at the input of the oscillator; - acquiring in the time domain a response voltage present at the output of the oscillator after having ceased applying the excitation voltage at the input of the oscillator; - determining the quality factor of the oscillator from the response voltage acquired at the output of the oscillator.
A method for pushing multimedia information, comprising: obtaining (S101, S201) navigation data of a vehicle, upon detecting that the vehicle is in a traveling state and the vehicle is traveling at a speed lower than a preset speed threshold within a preset time period; estimating (S102, S202) duration that the vehicle is in a congestion state according to the navigation data; collecting (SI03, S203) scene information in the vehicle; determining (S204) emotional states of at least one user in the vehicle by analyzing the scene information in the vehicle, wherein the emotional states of the at least one user in the vehicle comprise an emotional state of a driver and emotional states of other users in the vehicle; generating (S205) first multimedia push information according to the duration that the vehicle is in the congestion state, the emotional state of the driver, and previous play records of the driver, and generating second multimedia push information according to the duration that the vehicle is in the congestion state, the emotional states of the other users in the vehicle, and data in a database; and displaying the first multimedia push information and the second multimedia push information to the driver. obtaining (S101, S201) navigation data of a vehicle, upon detecting that the vehicle is in a traveling state and the vehicle is traveling at a speed lower than a preset speed threshold within a preset time period; estimating (S102, S202) duration that the vehicle is in a congestion state according to the navigation data; collecting (SI03, S203) scene information in the vehicle; determining (S204) emotional states of at least one user in the vehicle by analyzing the scene information in the vehicle, wherein the emotional states of the at least one user in the vehicle comprise an emotional state of a driver and emotional states of other users in the vehicle; generating (S205) first multimedia push information according to the duration that the vehicle is in the congestion state, the emotional state of the driver, and previous play records of the driver, and generating second multimedia push information according to the duration that the vehicle is in the congestion state, the emotional states of the other users in the vehicle, and data in a database; and displaying the first multimedia push information and the second multimedia push information to the driver.
A compound having the following formula (I): and more specifically having the following formula (II): Wherein: AH represents -CO 2 H, -SO 3 H, -PO 3 H 2 ; m is 1, 2 or 3; R 1 and R 2 represent independently H, a C 1-6 alkyl, C 2-6 alkenyl or C 2-6 alkynyl group, each alkyl, alkenyl or alkynyl group being optionally substituted by at least one of the following radicals chosen from aryl, heterocycle, cycloalkyl, O-aryl, O-arylalkyl or O-cycloalkyl group ; said aryl, heterocycle, cycloalkyl, O-aryl, O-arylalkyl, O-cycloalkyl group being optionally substituted with one or more radicals chosen from a halogen atom, an alkyl group, an alkoxy group, a haloalkyl group, a haloalkoxy group, an acyl group, an O-cycloalkyl group, a heteroalkyl group, an O-aryl group, an O-arylalkyl group, an aryl group, a heterocycle group or an arylalkyl group; a pharmaceutical salt, solvate, zwitterionic form or any prodrug thereof, said prodrug being selected from esters formed with a phosphonic acid, carboxylic acid or sulfonic acid function present in formula (I) or (II) or a carbamate formed with the amino function in formula (I) or (II) with [(2-methylpropanoyl)oxy]ethoxycarbonyl]. AH represents -CO 2 H, -SO 3 H, -PO 3 H 2 ; m is 1, 2 or 3; R 1 and R 2 represent independently H, a C 1-6 alkyl, C 2-6 alkenyl or C 2-6 alkynyl group, each alkyl, alkenyl or alkynyl group being optionally substituted by at least one of the following radicals chosen from aryl, heterocycle, cycloalkyl, O-aryl, O-arylalkyl or O-cycloalkyl group ; said aryl, heterocycle, cycloalkyl, O-aryl, O-arylalkyl, O-cycloalkyl group being optionally substituted with one or more radicals chosen from a halogen atom, an alkyl group, an alkoxy group, a haloalkyl group, a haloalkoxy group, an acyl group, an O-cycloalkyl group, a heteroalkyl group, an O-aryl group, an O-arylalkyl group, an aryl group, a heterocycle group or an arylalkyl group; a pharmaceutical salt, solvate, zwitterionic form or any prodrug thereof, said prodrug being selected from esters formed with a phosphonic acid, carboxylic acid or sulfonic acid function present in formula (I) or (II) or a carbamate formed with the amino function in formula (I) or (II) with [(2-methylpropanoyl)oxy]ethoxycarbonyl].
A method for generating a modified bitstream in MPEG-4 audio format by a source device, the source device comprising a receiver and an embedder, wherein the method includes the steps of: a) receiving (S100), by the receiver, a bitstream including coded media data; b) generating (S101), by the embedder, payload of additional uncompressed PCM audio data and embedding the payload in the bitstream for obtaining (S102), as an output from the embedder, a modified bitstream including the coded media data and the payload of the additional uncompressed PCM audio data, wherein the generated payload is embedded in the bitstream by transporting the payload in the modified bitstream via an MPEG-4 audio bitstream extension mechanism, wherein the MPEG-4 audio bitstream extension mechanism is a data stream element (DSE); and c) outputting (S103) the modified bitstream to the sink device. a) receiving (S100), by the receiver, a bitstream including coded media data; b) generating (S101), by the embedder, payload of additional uncompressed PCM audio data and embedding the payload in the bitstream for obtaining (S102), as an output from the embedder, a modified bitstream including the coded media data and the payload of the additional uncompressed PCM audio data, wherein the generated payload is embedded in the bitstream by transporting the payload in the modified bitstream via an MPEG-4 audio bitstream extension mechanism, wherein the MPEG-4 audio bitstream extension mechanism is a data stream element (DSE); and c) outputting (S103) the modified bitstream to the sink device.
Motor vehicle latch, in particular motor vehicle door latch, comprising a locking mechanism consisting substantially of a catch and a pawl , and comprising an accumulator lever which can be controlled by the catch and which temporarily holds the pawl in its open position, also referred to as the accumulator position, at least during an opening operation of the locking mechanism , wherein a common spring acting on the catch and the accumulator lever is provided, wherein the spring is designed as a leg spring having a wound portion and two spring legs , characterized in that the spring is connected, by means of its wound portion , to the catch .
An apparatus comprising: a charging switch (P1) configured to selectively couple a first node of an inductor (L) to a supply voltage (VDD); a discharging switch (N1) configured to selectively couple the first node of the inductor (L) to ground; a control block configured to control the charging and discharging switches (P1, N1) to set an output voltage at a load coupled to a second node of the inductor (L), the control block comprising a comparator comparing a filtered error voltage to an adjusted ramp voltage; a negative current sense block (602; 602.1) configured to sense negative current through the inductor (L) by sensing negative current through the charging switch (P1), wherein the adjusted ramp voltage comprises an additive term that reduces the adjusted ramp voltage based on the sensed negative current through the inductor. a charging switch (P1) configured to selectively couple a first node of an inductor (L) to a supply voltage (VDD); a discharging switch (N1) configured to selectively couple the first node of the inductor (L) to ground; a control block configured to control the charging and discharging switches (P1, N1) to set an output voltage at a load coupled to a second node of the inductor (L), the control block comprising a comparator comparing a filtered error voltage to an adjusted ramp voltage; a negative current sense block (602; 602.1) configured to sense negative current through the inductor (L) by sensing negative current through the charging switch (P1), wherein the adjusted ramp voltage comprises an additive term that reduces the adjusted ramp voltage based on the sensed negative current through the inductor.
A support comprising: - an electrically conductive biased table connected to a high voltage power supply and supported on an electrically insulating stand , - an electrically insulating substrate carrier in the form of a cylinder, its top face presenting a bearing plane designed to receive a substrate , said substrate carrier having further a shoulder 21 that projects from its base - legs standing on said biased table in order to support the bottom face of said substrate carrier , and - an electrically conductive clamping flange for clamping said shoulder against said biased table , - at least one electrically conductive connection for connecting said bearing plane to said biased table , and the support including at least one electrically conductive element for connecting said bearing plane to said shoulder , said electrically conductive element comprising: - a first strip arranged at the periphery of said top face; - a second strip that extends on said cylinder between said first strip and said shoulder ; - a third strip in contact with said second strip and arranged on said shoulder , said support being characterized in that : - it comprises electrically conductive springs , these springs being arranged between the third strip and said flange and made to absorb differential expansion; - said clamping flange is arranged to press against the shoulder via said springs , and - said substrate carrier incorporates a heating resistance . - an electrically conductive biased table connected to a high voltage power supply and supported on an electrically insulating stand , - an electrically insulating substrate carrier in the form of a cylinder, its top face presenting a bearing plane designed to receive a substrate , said substrate carrier having further a shoulder 21 that projects from its base - legs standing on said biased table in order to support the bottom face of said substrate carrier , and - an electrically conductive clamping flange for clamping said shoulder against said biased table , - at least one electrically conductive connection for connecting said bearing plane to said biased table , and - a first strip arranged at the periphery of said top face; - a second strip that extends on said cylinder between said first strip and said shoulder ; - a third strip in contact with said second strip and arranged on said shoulder , - it comprises electrically conductive springs , these springs being arranged between the third strip and said flange and made to absorb differential expansion; - said clamping flange is arranged to press against the shoulder via said springs , and - said substrate carrier incorporates a heating resistance .
Method for spectral colour density measurement in colour printing, - in which a spectrally resolved reference reflectance is measured for an unprinted substrate using a spatially resolved spectral measurement system, preferably at a large number of measurement points, - in which at least one colour measuring field, preferably a plurality of colour measuring fields, is printed with at least one printing ink using a colour printer, - in which the spectrally resolved reflectance for at least one colour measurement field is measured with the spatially resolved spectral measurement system at a large number of measurement points, - wherein the at least one colour measuring field is measured in a raster at a large number of measuring points with a resolution of at least 30 dpi and - wherein at least 80% of the area of the at least one colour measurement field is measured, and - in which the colour density for the printing ink is calculated for each measuring point from the spectral distribution of the measured reflectance, the measured reference reflectance and a spectral weight function representing the printing ink. - in which a spectrally resolved reference reflectance is measured for an unprinted substrate using a spatially resolved spectral measurement system, preferably at a large number of measurement points, - in which at least one colour measuring field, preferably a plurality of colour measuring fields, is printed with at least one printing ink using a colour printer, - in which the spectrally resolved reflectance for at least one colour measurement field is measured with the spatially resolved spectral measurement system at a large number of measurement points, - wherein the at least one colour measuring field is measured in a raster at a large number of measuring points with a resolution of at least 30 dpi and - wherein at least 80% of the area of the at least one colour measurement field is measured, and - wherein the at least one colour measuring field is measured in a raster at a large number of measuring points with a resolution of at least 30 dpi and - wherein at least 80% of the area of the at least one colour measurement field is measured, - in which the colour density for the printing ink is calculated for each measuring point from the spectral distribution of the measured reflectance, the measured reference reflectance and a spectral weight function representing the printing ink.
A nitric oxide-releasing wound treatment film comprising S-nitrosoglutathione encapsulated in chitosan.
A granule comprising (a) a core which comprises an enzyme, surrounded by (b) a first coating which comprises bleach catalyst particles, which is surrounded by (c) a second coating comprising at least 60% by weight of a water-soluble salt having a constant humidity at 20°C which is above 85%; wherein the bleach catalyst particles comprise at least 80% by weight of a manganese complex with nitrogen-containing ligands, characterized in that at least 70% by weight of the particles have particle sizes in the range from 1 μm to 50 μm, at most 15% by weight of the particles have particle sizes of > 50 μm, and at most 15% by weight of the particles have particle sizes of < 1 μm, wherein the percentages are based on the total amount of the particles. (a) a core which comprises an enzyme, surrounded by (b) a first coating which comprises bleach catalyst particles, which is surrounded by (c) a second coating comprising at least 60% by weight of a water-soluble salt having a constant humidity at 20°C which is above 85%; wherein the bleach catalyst particles comprise at least 80% by weight of a manganese complex with nitrogen-containing ligands, characterized in that at least 70% by weight of the particles have particle sizes in the range from 1 μm to 50 μm, at most 15% by weight of the particles have particle sizes of > 50 μm, and at most 15% by weight of the particles have particle sizes of < 1 μm, wherein the percentages are based on the total amount of the particles.
A system operable to provide healthcare data to a user device in a healthcare network , the healthcare network comprising a plurality of data sources comprising healthcare data, the system comprising at least one processor and at least one memory including computer program code, the at least one memory and the computer program code configured to, with the at least one processor, cause the system at least to perform the steps of: maintaining, in a database , a first plurality of associations between a first plurality of the data sources and healthcare data stored therein; receiving, from the user device , a request for first healthcare data, wherein the requested first healthcare data is stored in a second of the data sources , the second data source being different to the first plurality of data sources; determining whether the requested first healthcare data can be retrieved based on the first plurality of associations; selectively, based on an outcome of the determining, causing a second association between the second data source and the requested first healthcare data to be detected and stored in the database ; retrieving the requested first healthcare data from the second data source; and transmitting the retrieved first healthcare data for receipt by the user device . maintaining, in a database , a first plurality of associations between a first plurality of the data sources and healthcare data stored therein; receiving, from the user device , a request for first healthcare data, wherein the requested first healthcare data is stored in a second of the data sources , the second data source being different to the first plurality of data sources; determining whether the requested first healthcare data can be retrieved based on the first plurality of associations; selectively, based on an outcome of the determining, causing a second association between the second data source and the requested first healthcare data to be detected and stored in the database ; retrieving the requested first healthcare data from the second data source; and transmitting the retrieved first healthcare data for receipt by the user device .