mhurhangee/patent-ind-claim-en huggingface dataset:
An optical fingerprint assembly, comprising: a fingerprint sensor configured to collect a light signal for fingerprint identification; a color temperature sensing unit configured to collect a light signal for color temperature detection; a fingerprint signal processing circuit connected to the fingerprint sensor and configured to process the light signal collected by the fingerprint sensor to generate a fingerprint signal; a color temperature signal processing unit connected to the color temperature sensing unit and configured to process the light signal collected by the color temperature sensing unit to generate a color temperature signal; and a control unit connected to the fingerprint signal processing circuit and the color temperature signal processing unit , the control unit being configured to generate fingerprint information for fingerprint identification according to the fingerprint signal output by the fingerprint signal processing circuit and to generate color temperature information of ambient light according to the color temperature signal output by the color temperature signal processing unit , wherein the control unit is further configured to execute the steps of the color temperature detection method of claim 9. a fingerprint sensor configured to collect a light signal for fingerprint identification; a color temperature sensing unit configured to collect a light signal for color temperature detection; a fingerprint signal processing circuit connected to the fingerprint sensor and configured to process the light signal collected by the fingerprint sensor to generate a fingerprint signal; a color temperature signal processing unit connected to the color temperature sensing unit and configured to process the light signal collected by the color temperature sensing unit to generate a color temperature signal; and a control unit connected to the fingerprint signal processing circuit and the color temperature signal processing unit , the control unit being configured to generate fingerprint information for fingerprint identification according to the fingerprint signal output by the fingerprint signal processing circuit and to generate color temperature information of ambient light according to the color temperature signal output by the color temperature signal processing unit , wherein the control unit is further configured to execute the steps of the color temperature detection method of claim 9.
A polymer blend comprising: 10 to 90 parts by weight of a propylene-based polymer component having a weight average molecular weight of at least 200 kg·mol -1 ; and 20 to 80 parts by weight of a propylene-based elastomer component comprising structural units derived from propylene and structural units derived from one or more of ethylene and C4-C12 alpha-olefins having a weight average molecular weight in the range from 5 to 50 kg·mol -1 . 10 to 90 parts by weight of a propylene-based polymer component having a weight average molecular weight of at least 200 kg·mol -1 ; and 20 to 80 parts by weight of a propylene-based elastomer component comprising structural units derived from propylene and structural units derived from one or more of ethylene and C4-C12 alpha-olefins having a weight average molecular weight in the range from 5 to 50 kg·mol -1 .
A method of diagnosing implant related risk of revision, the method comprising the following steps: - detecting a level of calprotectin in a biological sample from a subject with an implant; wherein - the biological sample is synovial fluid from the site of the implant; - the calprotectin to be detected is a secreted polypeptide and not intracellular polypeptide of intact cells present in the sample; - a level < 4 mg/l of the calprotectin is indicative of a diagnosis of no implant related risk of revision; and - a level ≥ 4 mg/l of calprotectin is indicative of a diagnosis of implant related risk of revision. - detecting a level of calprotectin in a biological sample from a subject with an implant; - the biological sample is synovial fluid from the site of the implant; - the calprotectin to be detected is a secreted polypeptide and not intracellular polypeptide of intact cells present in the sample; - a level < 4 mg/l of the calprotectin is indicative of a diagnosis of no implant related risk of revision; and - a level ≥ 4 mg/l of calprotectin is indicative of a diagnosis of implant related risk of revision.
A method for controlling an optical system, comprising: causing, by a controller , a light source composed of a laser source coupled to a fiber amplifier to emit pulses of light at a first pulse frequency; directing, by a scanner unit communicatively connected to the controller , the pulses of light out from the optical system; sensing, by at least one sensor communicatively connected with the controller , a reflected light signal reflected from at least one object in a field of view of the optical system; determining, by the controller , a signal-to-noise ratio of the reflected light signal; determining, by the controller , a signal difference between a signal-to-noise threshold and the signal-to-noise ratio, the signal-to-noise ratio being greater than the signal-to-noise threshold; and causing, by the controller , based on the signal difference, the light source to emit pulses of light at a second pulse frequency different than the first pulse frequency, the second pulse frequency being greater than the first pulse frequency, the second pulse frequency being greater than a recharge rate of the light source determined by a population inversion rate of the fiber amplifier . causing, by a controller , a light source composed of a laser source coupled to a fiber amplifier to emit pulses of light at a first pulse frequency; directing, by a scanner unit communicatively connected to the controller , the pulses of light out from the optical system; sensing, by at least one sensor communicatively connected with the controller , a reflected light signal reflected from at least one object in a field of view of the optical system; determining, by the controller , a signal-to-noise ratio of the reflected light signal; determining, by the controller , a signal difference between a signal-to-noise threshold and the signal-to-noise ratio, the signal-to-noise ratio being greater than the signal-to-noise threshold; and causing, by the controller , based on the signal difference, the light source to emit pulses of light at a second pulse frequency different than the first pulse frequency, the second pulse frequency being greater than the first pulse frequency, the second pulse frequency being greater than a recharge rate of the light source determined by a population inversion rate of the fiber amplifier .
A compound comprising a structure of formula (I), said compound being Wherein R1 is independently selected from methyl, deuterated methyl or oxetane; R2 is independently selected from methyl or deuterated methyl; R3 is independently selected from chlorine atom or ethynyl group; R4 is independently selected from hydrogen atoms or fluorine atoms. Wherein R1 is independently selected from methyl, deuterated methyl or oxetane; R2 is independently selected from methyl or deuterated methyl; R3 is independently selected from chlorine atom or ethynyl group; R4 is independently selected from hydrogen atoms or fluorine atoms.
A caster device with at least one caster , the caster device including: two or more grooves rotatable in association with rotation of the at least one caster about a drive axis of the at least one caster; a bar-shaped pin (35, 35A; 35B; 35C; 35D) displaceable between a first position and a second position, the first position being where an end of the pin engages with any one of the two or more grooves and thereby the at least one caster is in a locked state, and the second position being where the end of the pin is away from the grooves and thus the at least one caster is in an unlocked state; and an interlocked portion that is interlocked with the pin and displaceable in response to an external force so as to displace the pin between the first position and the second position, characterized in , by further including a biasing member urging the pin in a first direction, wherein the interlocked portion is movable to be away from the pin and configured to press the pin against an urging force of the biasing member so as to displace the pin.. two or more grooves rotatable in association with rotation of the at least one caster about a drive axis of the at least one caster; a bar-shaped pin (35, 35A; 35B; 35C; 35D) displaceable between a first position and a second position, the first position being where an end of the pin engages with any one of the two or more grooves and thereby the at least one caster is in a locked state, and the second position being where the end of the pin is away from the grooves and thus the at least one caster is in an unlocked state; and an interlocked portion that is interlocked with the pin and displaceable in response to an external force so as to displace the pin between the first position and the second position, characterized in , by further including a biasing member urging the pin in a first direction, wherein the interlocked portion is movable to be away from the pin and configured to press the pin against an urging force of the biasing member so as to displace the pin..
Method for event-controlled limit setting in the context of device monitoring for compliance with limit values in a medical technical , comprising the following method steps: - Predetermining of a multitude of limit-relevant events to be taken into account during device monitoring, each of which is stored as a state variable in a state vector (ZV) - Defining reference state vectors (R-ZV), each of which is assigned a target limit setting (Z-GW) - Acquising measurement signals for all or selected state variables to calculate a measurement signal vector - Comparison of the calculated measurement signal vector with the respective defined reference state vectors (R-ZV) and if they match : ∘ Controlling and monitoring of the medical technical with the target limit value setting (Z-GW), wherein in each case a limit value-relevant event is represented and processed by at least one bit of a bit mask and wherein a separate bit mask is processed for the setting in each case of a target limit value (Z-GW). - Predetermining of a multitude of limit-relevant events to be taken into account during device monitoring, each of which is stored as a state variable in a state vector (ZV) - Defining reference state vectors (R-ZV), each of which is assigned a target limit setting (Z-GW) - Acquising measurement signals for all or selected state variables to calculate a measurement signal vector - Comparison of the calculated measurement signal vector with the respective defined reference state vectors (R-ZV) and if they match : ∘ Controlling and monitoring of the medical technical with the target limit value setting (Z-GW), wherein in each case a limit value-relevant event is represented and processed by at least one bit of a bit mask and wherein a separate bit mask is processed for the setting in each case of a target limit value (Z-GW). ∘ Controlling and monitoring of the medical technical with the target limit value setting (Z-GW), wherein in each case a limit value-relevant event is represented and processed by at least one bit of a bit mask and wherein a separate bit mask is processed for the setting in each case of a target limit value (Z-GW).
Pharmaceutical composition for the use in the curative or prophylactic treatment of convulsions in a mammal, comprising a pharmaceutically acceptable vehicle and, as active ingredient, the peptide PVNFKFLSH or PVNFKLLSH, cyclic forms thereof, amide-, methyl-, or PEG-versions thereof, its salts; and/or combinations thereof, characterized by being presented in the form of a tablet, gel, oral liquid or syrup, capsule, suppository, injectable solution, inhalable form or in adhesive.
A preparation method for a cyclododecanone, comprising: preparing an epoxidized cyclododecane by applying heat while additionally adding hydrogen peroxide to a mixture of cyclododecene and hydrogen peroxide under a catalyst system containing a tungsten compound, a phosphoric acid compound, and an amine compound; preparing a cyclododecanone through a rearrangement reaction without separation of a reaction mixture containing the epoxidized cyclododecane under an alkali metal halide catalyst; and purifying the cyclododecanone by mixing the reaction mixture containing the cyclododecanone with an aqueous organic acid solution and stirring them. preparing an epoxidized cyclododecane by applying heat while additionally adding hydrogen peroxide to a mixture of cyclododecene and hydrogen peroxide under a catalyst system containing a tungsten compound, a phosphoric acid compound, and an amine compound; preparing a cyclododecanone through a rearrangement reaction without separation of a reaction mixture containing the epoxidized cyclododecane under an alkali metal halide catalyst; and purifying the cyclododecanone by mixing the reaction mixture containing the cyclododecanone with an aqueous organic acid solution and stirring them.
Ball joint for a chassis of a vehicle, having a joint inner part and having a plain-bearing arrangement , wherein the joint inner part is movably mounted in the plain-bearing arrangement , and having a closure element for closing off a joint housing, wherein the plain-bearing arrangement and the closure element are connected to one another, and the plain-bearing arrangement for the joint inner part is formed from a single one-piece plastic part , characterized in that the closure element has multiple apertures through which the material of the plastic part extends and which are filled by means of the material of the plastic part , wherein, on account of the interaction of the apertures and the plastic part , a firm and form-fitting connection between the plastic part and the closure element is realized.
A method of fabricating an acousto-optic waveguide that includes a waveguide cladding surrounding an optical core, the method comprising: providing a wafer substrate having an upper surface ; depositing an initial amount of a first material over the upper surface of the wafer substrate to form a partial cladding layer ; depositing a second material over the partial cladding layer to form an optical layer ; removing portions of the second material of the optical layer to expose portions of the partial cladding layer and form an optical core structure comprising the remaining second material; and depositing an additional amount of the first material over the optical core structure and the exposed portions of the partial cladding layer to form a full cladding layer that surrounds the optical core structure; characterized in that a relative concentration of components of the first material is adjusted to provide Brillouin gain spectral position control of the waveguide cladding to tune the acousto-optic waveguide. providing a wafer substrate having an upper surface ; depositing an initial amount of a first material over the upper surface of the wafer substrate to form a partial cladding layer ; depositing a second material over the partial cladding layer to form an optical layer ; removing portions of the second material of the optical layer to expose portions of the partial cladding layer and form an optical core structure comprising the remaining second material; and depositing an additional amount of the first material over the optical core structure and the exposed portions of the partial cladding layer to form a full cladding layer that surrounds the optical core structure; characterized in that a relative concentration of components of the first material is adjusted to provide Brillouin gain spectral position control of the waveguide cladding to tune the acousto-optic waveguide.
An organic light emitting diode, OLED, panel sub-pixel, comprising: a substrate ; an OLED on the substrate, the OLED configured to emit visible light ; and a driver , either on the OLED or between the substrate and the OLED, including a visible light sensor configured to detect the visible light emitted by the OLED, an OLED driving transistor configured to drive the OLED, and an OLED switching transistor ; characterized in that the visible light sensor , the OLED driving transistor , and the OLED switching transistor are all on the same plane and all overlap the OLED in a direction that is substantially perpendicular to an upper surface of the substrate; and by a black shield configured to block the visible light emitted by the OLED , between the OLED switching transistor and the OLED and between the OLED driving transistor and the OLED. a substrate ; an OLED on the substrate, the OLED configured to emit visible light ; and a driver , either on the OLED or between the substrate and the OLED, including a visible light sensor configured to detect the visible light emitted by the OLED, an OLED driving transistor configured to drive the OLED, and an OLED switching transistor ; characterized in that the visible light sensor , the OLED driving transistor , and the OLED switching transistor are all on the same plane and all overlap the OLED in a direction that is substantially perpendicular to an upper surface of the substrate; and by a black shield configured to block the visible light emitted by the OLED , between the OLED switching transistor and the OLED and between the OLED driving transistor and the OLED.
Method for operating a sensor arrangement for determining at least a pressure p of a fluid or gaseous medium, wherein the sensor arrangement has a pressure connecting piece , wherein the pressure connecting piece has a diaphragm , to which the fluid or gaseous medium can be applied, as a pressure sensor, wherein the sensor arrangement comprises at least one sensor module , wherein the sensor module has at least one sensor chip , wherein the sensor arrangement has at least two measurement elements arranged on the diaphragm , wherein the sensor arrangement also has at least one evaluation circuit , wherein the evaluation circuit captures at least two signals from the at least two measurement elements arranged on the diaphragm , the at least two measurement elements are each connected to a separate amplifier , the amplifiers have different gain factors, the amplifiers are connected to a signal evaluation circuit , the signal evaluation circuit captures the amplifier output signals from the amplifiers and calculates the output signal from the signal evaluation circuit on the basis of the amplifier output signals from the amplifiers , wherein precisely two measurement elements are provided and the two measurement elements have an identical structure, characterized in that the at least one sensor chip has the two measurement elements arranged on the diaphragm , and in that , if both amplifier output signals exceed a predefined threshold value (SG1), the smaller amplifier output signal is used to calculate the output signal from the signal evaluation circuit using a high-pressure function and otherwise the larger amplifier output signal is used to calculate the output signal from the signal evaluation circuit using a low-pressure function, or, if both amplifier output signals fall below a predefined threshold value (SG2), the larger amplifier output signal is used to calculate the output signal from the signal evaluation circuit using a low-pressure function and otherwise the smaller amplifier output signal is used to calculate the output signal from the signal evaluation circuit using a high-pressure function.
A method for transmitting a data resource acquisition request, the method comprising: when there is a need to transmit an acquisition request for a first data source, acquiring, by a first node, traffic scheduling information of a plurality of secondary nodes stored locally corresponding to a source server to which the first data source belongs, wherein the traffic scheduling information includes traffic-to-be-split domain name level and traffic-to-be-split ratio; selecting , by the first node, a target node among the plurality of secondary nodes based on the traffic scheduling information of the plurality of secondary nodes; and transmitting , by the first node, the acquisition request for the first data source to the target node. when there is a need to transmit an acquisition request for a first data source, acquiring, by a first node, traffic scheduling information of a plurality of secondary nodes stored locally corresponding to a source server to which the first data source belongs, wherein the traffic scheduling information includes traffic-to-be-split domain name level and traffic-to-be-split ratio; selecting , by the first node, a target node among the plurality of secondary nodes based on the traffic scheduling information of the plurality of secondary nodes; and transmitting , by the first node, the acquisition request for the first data source to the target node.
Smoking articles box for housing a charge of smoking articles with an outer packaging surrounding a volume for housing the smoking articles, wherein the outer packaging comprises a body section and a lid , the lid being hinged on the body section , with an inner packaging arranged at least partially inside the outer packaging and suited for housing the smoking articles, wherein the inner packaging comprises an inner packaging body section and an inner packaging lid section , wherein the inner packaging lid section is attached to the inner packaging body section via a first perforation line and a second perforation line , which are separated from each other, characterised in that the first perforation line and the second perforation line are sections of a circumferential perforation line.
A crepe process that comprises applying an adhesive composition to a nonwoven web, drying, and creping the nonwoven web on a creping drum, characterized in that the adhesive composition comprises an aqueous copolymer dispersion obtained by emulsion polymerization of a monomer mixture comprising 65 to 94.5% by weight of vinyl acetate, 5 to 30% by weight of ethylene, (meth)acrylamide, and 0.1 to 4% by weight of an N-methylol functional monomer, wherein the N-methylol functional monomer constitutes from 25 to 85% by weight of the combined amounts of acrylamide and N-methylol functional monomer, said combined amounts constituting from 0.5 to 4% by weight of the monomer mixture; wherein the emulsion polymerization is performed in the presence of 1 to 10% by weight of polyvinyl alcohol, based in each case on the total weight of all monomers used for the polymerization; wherein the adhesive composition does not comprise any of the following types of surfactant: alkylphenol ethoxylate, phosphate ester, or sodium laureth sulfate, and wherein the polyvinyl alcohol has a degree of hydrolysis in a range from 86% to 89 mol%.
An inductive heating element for an aerosol-generating system, the inductive heating element comprising: a first susceptor , the first susceptor being a tubular susceptor defining an inner cavity for receiving aerosol-forming substrate ; a second susceptor , the second susceptor being a tubular susceptor defining an inner cavity for receiving aerosol-forming substrate ; and a separation between the first susceptor and the second susceptor , the separation thermally insulating the first susceptor from the second susceptor . a first susceptor , the first susceptor being a tubular susceptor defining an inner cavity for receiving aerosol-forming substrate ; a second susceptor , the second susceptor being a tubular susceptor defining an inner cavity for receiving aerosol-forming substrate ; and a separation between the first susceptor and the second susceptor , the separation thermally insulating the first susceptor from the second susceptor .