mhurhangee/patent-ind-claim-en huggingface dataset:
Method for determining an angle error (Δ) between an angle of rotation value (φ) determined by means of an angle measuring system and a reference value (φ R ), wherein the rotation angle value (φ) is determined from a rotation angle signal of a rotation angle sensor in an evaluation unit of the angle measuring system comprising the rotation angle sensor and the evaluation unit , wherein the reference value (φ R ) is determined from a reference angle signal in the evaluation unit of the angle measuring system , wherein the angle error between the rotation angle value (φ) and the reference value (φ R ) is determined in the evaluation unit of the angle measuring system , wherein the evaluation unit comprises a microcontroller , wherein the rotation angle signal is guided to at least an input of the microcontroller to determine the rotation angle value, characterized in that the reference angle signal comprises a count signal guided to a counter input of the microcontroller and a reference pulse signal guided to an interrupt input of the microcontroller to determine the reference value. wherein the rotation angle value (φ) is determined from a rotation angle signal of a rotation angle sensor in an evaluation unit of the angle measuring system comprising the rotation angle sensor and the evaluation unit , wherein the reference value (φ R ) is determined from a reference angle signal in the evaluation unit of the angle measuring system , wherein the angle error between the rotation angle value (φ) and the reference value (φ R ) is determined in the evaluation unit of the angle measuring system , wherein the evaluation unit comprises a microcontroller , wherein the rotation angle signal is guided to at least an input of the microcontroller to determine the rotation angle value, characterized in that the reference angle signal comprises a count signal guided to a counter input of the microcontroller and a reference pulse signal guided to an interrupt input of the microcontroller to determine the reference value.
A rotary electrical machine comprising: an electronic module comprising a printed circuit board and a plurality of electronic components , each of which is provided with respective connecting pins disposed on a component side of the printed circuit board ; the electronic module comprising at least one conductive track which comprises a plurality of tabs , each configured to be connected to a respective connecting pin ; the conductive track being positioned on the component side of the printed circuit board ; the printed circuit board having at least one seat configured to house at least a first tab of the tabs in such a way that the top face of the first tab is coplanar with the component side of the printed circuit board ; the machine being characterized in that , the conductive track comprises at least one branch disposed on the component side of the printed circuit board and a connecting element for connecting the first tab to the branch ; the connecting element being configured to compensate the difference in height between the branch and the first tab disposed in the seat of the conductive track . an electronic module comprising a printed circuit board and a plurality of electronic components , each of which is provided with respective connecting pins disposed on a component side of the printed circuit board ; the electronic module comprising at least one conductive track which comprises a plurality of tabs , each configured to be connected to a respective connecting pin ; the conductive track being positioned on the component side of the printed circuit board ; the printed circuit board having at least one seat configured to house at least a first tab of the tabs in such a way that the top face of the first tab is coplanar with the component side of the printed circuit board ; the machine being characterized in that , the conductive track comprises at least one branch disposed on the component side of the printed circuit board and a connecting element for connecting the first tab to the branch ; the connecting element being configured to compensate the difference in height between the branch and the first tab disposed in the seat of the conductive track .
A gesture recognition system comprising: a wearable tag suitable to be worn on a finger of a user of the system; and a gesture recognition device for recognising gestures made by the user, the device comprising: a gesture detector for detecting a particular gesture made by the user, the gesture detector comprising an array of antennae for transmitting and detecting electromagnetic radiation; a gesture analysis block comprising: a memory configured to store known gestures; and a pattern recognition block configured to associate the particular gesture detected by the gesture detector with a known gesture stored in the memory; and a magnetic field generator for interacting with the wearable tag worn on a finger of the user, the magnetic field generator configured to apply a DC current to at least one of the antennae in order to generate a magnetic field to provide a magnetic force on the wearable tag when the particular gesture simulating pressing a virtual switch above one of the antennae is recognised by the gesture analysis block , wherein the gesture detector is configured to detect electromagnetic radiation reflected from the wearable tag in order to detect the particular gesture, and wherein the device is configured to separate transmission of electromagnetic radiation from generation of the magnetic field using time-domain multiplexing or field switching. a wearable tag suitable to be worn on a finger of a user of the system; and a gesture recognition device for recognising gestures made by the user, the device comprising: a gesture detector for detecting a particular gesture made by the user, the gesture detector comprising an array of antennae for transmitting and detecting electromagnetic radiation; a gesture analysis block comprising: a memory configured to store known gestures; and a pattern recognition block configured to associate the particular gesture detected by the gesture detector with a known gesture stored in the memory; and a memory configured to store known gestures; and a pattern recognition block configured to associate the particular gesture detected by the gesture detector with a known gesture stored in the memory; and a magnetic field generator for interacting with the wearable tag worn on a finger of the user, the magnetic field generator configured to apply a DC current to at least one of the antennae in order to generate a magnetic field to provide a magnetic force on the wearable tag when the particular gesture simulating pressing a virtual switch above one of the antennae is recognised by the gesture analysis block , wherein the gesture detector is configured to detect electromagnetic radiation reflected from the wearable tag in order to detect the particular gesture, and wherein the device is configured to separate transmission of electromagnetic radiation from generation of the magnetic field using time-domain multiplexing or field switching.
Carbon dioxide separation plant, wherein the carbon dioxide separation plant comprises an old building material feed, a crushing device, a moistening device and a conversion device , wherein the old building material feed is connected to the crushing device for the transfer of old building material, wherein the comminuting device is connected to the moistening device for transferring comminuted old building material, wherein the moistening device is connected to the conversion device for transferring moistened old building material, characterized in that the conversion device 60) is a countercurrent reactor, the conversion device having a gas feed for the gas to be purified on the underside and a gas outlet on the upper side, as a result of which the gas to be purified is guided from the underside to the upper side, the conversion device having a solids feed on the upper side and a solids outlet on the underside, so that the comminuted and moistened old building material is conveyed by gravity from the solids feed to the solids outlet in a bed of debris, consisting of comminuted and moistened old building material, and thus in countercurrent to the gas to be cleaned, the solids feed being connected to the moistening device for transferring moistened old building material.
A computer implemented method for use in a pre-fetch operation, comprising: selecting one of a first size function and a second size function based on whether a first or a second type of runtime operation is performed, wherein the first size function determines the size of an object that triggered a pre-fetch operation, wherein the second size function determines a moving average related to the object and other objects associated with other pre-fetch operations preceding the current pre-fetch operation, or wherein the second size function determines an exponential moving average related to the object and other objects associated with other pre-fetch operations preceding the current pre-fetch operation; calling the selected size function executed by a processor to determine object size information; comparing the object size information to a first one of a plurality of thresholds; pre-fetching into a cache an amount of memory defined by a first one of a plurality of size definitions corresponding to the first threshold when the object size information is less than the first threshold; wherein comparing the object size information to the first threshold and pre-fetching the amount of memory according to the comparison results in pre-fetching an amount of data commensurate with the object that triggered the pre-fetch operation, thereby preventing over-fetching; and further comprising comparing the object size information to a second one of the thresholds when the object size information is greater than or equal to the first threshold, wherein the second threshold is greater than the first threshold. selecting one of a first size function and a second size function based on whether a first or a second type of runtime operation is performed, wherein the first size function determines the size of an object that triggered a pre-fetch operation, wherein the second size function determines a moving average related to the object and other objects associated with other pre-fetch operations preceding the current pre-fetch operation, or wherein the second size function determines an exponential moving average related to the object and other objects associated with other pre-fetch operations preceding the current pre-fetch operation; calling the selected size function executed by a processor to determine object size information; comparing the object size information to a first one of a plurality of thresholds; pre-fetching into a cache an amount of memory defined by a first one of a plurality of size definitions corresponding to the first threshold when the object size information is less than the first threshold; wherein comparing the object size information to the first threshold and pre-fetching the amount of memory according to the comparison results in pre-fetching an amount of data commensurate with the object that triggered the pre-fetch operation, thereby preventing over-fetching; and further comprising comparing the object size information to a second one of the thresholds when the object size information is greater than or equal to the first threshold, wherein the second threshold is greater than the first threshold.
A peptide of (A) or (B) below: (A) a peptide of less than 15 amino acids comprising the amino acid sequence of SEQ ID NO: 2; or (B) a peptide of less than 15 amino acids which comprises the amino acid sequence of SEQ ID NO: 2, in which one, or two amino acid(s) are substituted, deleted, inserted, and/or added, and wherein the peptide shows cytotoxic (killer) T cell-inducing activity. (A) a peptide of less than 15 amino acids comprising the amino acid sequence of SEQ ID NO: 2; or (B) a peptide of less than 15 amino acids which comprises the amino acid sequence of SEQ ID NO: 2, in which one, or two amino acid(s) are substituted, deleted, inserted, and/or added, and wherein the peptide shows cytotoxic (killer) T cell-inducing activity.
A method comprising: based on a timing mode selected from a plurality of timing modes, each of said timing modes integrating, using an interface cluster , a first circuit design for a first circuit with a second circuit design for a second circuit , generating boundary conditions from the first circuit design by terminating a timing between the first circuit and the second circuit at one or more registers within the second circuit, the second circuit being a field programmable gate array, FPGA, and the first circuit being an application-specific integrated circuit, ASIC; based on the generated boundary conditions, integrating the first circuit design with the second circuit design into an integrated circuit design; and based on the integrated circuit design, fabricating an integrated circuit. based on a timing mode selected from a plurality of timing modes, each of said timing modes integrating, using an interface cluster , a first circuit design for a first circuit with a second circuit design for a second circuit , generating boundary conditions from the first circuit design by terminating a timing between the first circuit and the second circuit at one or more registers within the second circuit, the second circuit being a field programmable gate array, FPGA, and the first circuit being an application-specific integrated circuit, ASIC; based on the generated boundary conditions, integrating the first circuit design with the second circuit design into an integrated circuit design; and based on the integrated circuit design, fabricating an integrated circuit.
A method of operating a vapor compression system comprising a first compressor , a second compressor , a condenser , and at least one check valve in fluid communication with the condenser and at least one of the first compressor and the second compressor, the method comprising: transmitting a shutdown command to at least one of the first compressor and the second compressor, at least one of the first compressor and second compressor comprising a rotating shaft and a magnetic bearing , the magnetic bearing comprising an active mode and an inactive mode, the magnetic bearing levitating the rotating shaft in the active mode; the method characterised by comprising: monitoring a rotational speed of the rotating shaft for a preset time after the at least one of the first compressor and the second compressor is shutdown, wherein the magnetic bearing remains in the active mode at least during the preset time; determining that the check valve has failed if the rotational speed does not reach an acceptable threshold within the preset time; and if the check valve is determined to have failed, transmitting a shutdown command to the other of the first compressor or the second compressor . transmitting a shutdown command to at least one of the first compressor and the second compressor, at least one of the first compressor and second compressor comprising a rotating shaft and a magnetic bearing , the magnetic bearing comprising an active mode and an inactive mode, the magnetic bearing levitating the rotating shaft in the active mode; the method characterised by comprising: monitoring a rotational speed of the rotating shaft for a preset time after the at least one of the first compressor and the second compressor is shutdown, wherein the magnetic bearing remains in the active mode at least during the preset time; determining that the check valve has failed if the rotational speed does not reach an acceptable threshold within the preset time; and if the check valve is determined to have failed, transmitting a shutdown command to the other of the first compressor or the second compressor . monitoring a rotational speed of the rotating shaft for a preset time after the at least one of the first compressor and the second compressor is shutdown, wherein the magnetic bearing remains in the active mode at least during the preset time; determining that the check valve has failed if the rotational speed does not reach an acceptable threshold within the preset time; and if the check valve is determined to have failed, transmitting a shutdown command to the other of the first compressor or the second compressor .
An isolated human tissue stem cell in which a gene of interest is introduced into a gene locus of a stem cell marker gene, wherein: - the stem cell marker gene is a Leucine-Rich Repeat-Containing G Protein Coupled Receptor 5 (LGR5) gene, and - the gene of interest is introduced into exon 18 of an Lgr5 gene locus. - the stem cell marker gene is a Leucine-Rich Repeat-Containing G Protein Coupled Receptor 5 (LGR5) gene, and - the gene of interest is introduced into exon 18 of an Lgr5 gene locus.
Wavelength conversion apparatus , being configured for spectrally converting laser pulses by creating new spectral components of the laser pulses , comprising - a multi-pass cell device including an optically non-linear medium and being arranged for receiving the laser pulses to be converted and transmitting the laser pulses through the optically non-linear medium multiple times, wherein the new spectral components of the laser pulses are created by self-phase modulation, characterized by - a pulse shaper device being arranged upstream of the multi-pass cell device and being capable of changing the spectral phase and/or the amplitude of the laser pulses for providing the laser pulses to be converted with a non-symmetrical temporal pulse shape having a leading flank and a trailing flank with different amounts of steepness, wherein the non-symmetrical temporal pulse shape yields a centre wavelength shift of the laser pulses by the self-phase modulation in the multi-pass cell device . - a multi-pass cell device including an optically non-linear medium and being arranged for receiving the laser pulses to be converted and transmitting the laser pulses through the optically non-linear medium multiple times, wherein the new spectral components of the laser pulses are created by self-phase modulation, characterized by - a pulse shaper device being arranged upstream of the multi-pass cell device and being capable of changing the spectral phase and/or the amplitude of the laser pulses for providing the laser pulses to be converted with a non-symmetrical temporal pulse shape having a leading flank and a trailing flank with different amounts of steepness, wherein the non-symmetrical temporal pulse shape yields a centre wavelength shift of the laser pulses by the self-phase modulation in the multi-pass cell device .
A device for applying treatment to a nerve of a patient, the device comprising: a stimulating collar configured for being implanted around the nerve ; and a stimulator for applying electrical as well as magnetic stimulation to the nerve through the collar . a stimulating collar configured for being implanted around the nerve ; and a stimulator for applying electrical as well as magnetic stimulation to the nerve through the collar .
Method for preparing substituted styrene derivatives of the formula (I): where R 1 is Cl ( Ia ), Br ( Ib ) or methyl (Ic), characterized in that a dihydrobenzofuran derivative of the formula (II) where R 1 is Cl, Br or methyl, is reacted by heating in the presence of an alkoxide or hydroxide base to give compounds of the formula (I).
Apomorphine for use in the treatment of methylphenidate induced hyperactivity, wherein the apomorphine has a blocking effect on the hyperactivity induced by the methylphenidate.
A surgical instrument (16010 - figure 120), comprising: an elongate shaft assembly defining a shaft axis (SA-SA); a surgical end effector pivotally coupled to said elongate shaft assembly for selective articulation relative to said elongate shaft assembly about an articulation axis (B-B) that is transverse to, and laterally offset from, said shaft axis (SA-SA) said surgical end effector defining an end effector axis (EA), said surgical end effector configured to be selectively articulated between an unarticulated position wherein said effector axis (EA) is coaxially aligned with or parallel with said shaft axis (SA-SA) to a maximum articulated position on one side of said shaft axis (SA-SA) wherein said end effector axis (EA) is perpendicular to said shaft axis (SA-SA); and an articulation system operably interfacing with said surgical end effector to selectively move said surgical end effector between said unarticulated position and said articulated positions, characterized in that : said surgical end effector is pivotally coupled to said elongate shaft assembly by a spring pin that defines said articulation axis (B-B) and which is configured to apply a de-articulation biasing motion to said surgical end effector . an elongate shaft assembly defining a shaft axis (SA-SA); a surgical end effector pivotally coupled to said elongate shaft assembly for selective articulation relative to said elongate shaft assembly about an articulation axis (B-B) that is transverse to, and laterally offset from, said shaft axis (SA-SA) said surgical end effector defining an end effector axis (EA), said surgical end effector configured to be selectively articulated between an unarticulated position wherein said effector axis (EA) is coaxially aligned with or parallel with said shaft axis (SA-SA) to a maximum articulated position on one side of said shaft axis (SA-SA) wherein said end effector axis (EA) is perpendicular to said shaft axis (SA-SA); and an articulation system operably interfacing with said surgical end effector to selectively move said surgical end effector between said unarticulated position and said articulated positions, characterized in that : said surgical end effector is pivotally coupled to said elongate shaft assembly by a spring pin that defines said articulation axis (B-B) and which is configured to apply a de-articulation biasing motion to said surgical end effector .
A blind tacking fastener (100-600) comprising: a stem (110-410) comprising: a gripping portion (114-314); a stem head (112-412) having a ring member ; and a body (116-316) extending from the stem head to the gripping portion; and a sleeve (150-550), the sleeve comprising an inner channel (158-458), wherein the body of the stem passes through the inner channel of the sleeve, and wherein the stem comprises a first material and the sleeve comprises a second material, wherein the ring member is fracturable from the body of the stem along fracture points (122-322) and detachable from the sleeve (150-550) and the body of the stem by a pulling force exerted on the gripping portion. a stem (110-410) comprising: a gripping portion (114-314); a stem head (112-412) having a ring member ; and a body (116-316) extending from the stem head to the gripping portion; and a gripping portion (114-314); a stem head (112-412) having a ring member ; and a body (116-316) extending from the stem head to the gripping portion; and a sleeve (150-550), the sleeve comprising an inner channel (158-458), wherein the body of the stem passes through the inner channel of the sleeve, and wherein the stem comprises a first material and the sleeve comprises a second material, wherein the ring member is fracturable from the body of the stem along fracture points (122-322) and detachable from the sleeve (150-550) and the body of the stem by a pulling force exerted on the gripping portion.