mhurhangee/ep-ind-claims huggingface dataset:
A wireless communication device comprising: a cellular communication interface that is configured to communicate using Long Term Evolution, LTE, or Long Term Evolution Advanced, LTE-A, technology; a second communication interface that is configured to communicate using one or more of Wi-Fi® technology and Bluetooth® technology; and processing circuitry coupled to the cellular communication interface and to the second communication interface, wherein the processing circuitry is configured to control the wireless communication device to at least: transmit data traffic via the cellular communication interface; determine occurrence of an in-device interference condition resulting from transmission of the data traffic via the cellular communication interface interfering with concurrent data reception via the second communication interface; and characterized in that: the processing circuitry is further configured to control the wireless communication device to: reduce a bit rate of data provided by an application layer to a transmission control protocol, internet protocol, TCP/IP stack to reduce the bit rate of the data traffic transmitted via the cellular communication interface in response to the in-device interference condition. a cellular communication interface that is configured to communicate using Long Term Evolution, LTE, or Long Term Evolution Advanced, LTE-A, technology; a second communication interface that is configured to communicate using one or more of Wi-Fi® technology and Bluetooth® technology; and processing circuitry coupled to the cellular communication interface and to the second communication interface, wherein the processing circuitry is configured to control the wireless communication device to at least: transmit data traffic via the cellular communication interface; determine occurrence of an in-device interference condition resulting from transmission of the data traffic via the cellular communication interface interfering with concurrent data reception via the second communication interface; and characterized in that: transmit data traffic via the cellular communication interface; determine occurrence of an in-device interference condition resulting from transmission of the data traffic via the cellular communication interface interfering with concurrent data reception via the second communication interface; and characterized in that: the processing circuitry is further configured to control the wireless communication device to: reduce a bit rate of data provided by an application layer to a transmission control protocol, internet protocol, TCP/IP stack to reduce the bit rate of the data traffic transmitted via the cellular communication interface in response to the in-device interference condition.
A method for diagnosing a subject as suffering from heart failure or being at risk of developing heart failure, the method comprising: a) determining the level of at least one genetic marker in a body fluid obtained from said subject, wherein said at least one genetic marker is miR-423-5p; and b) diagnosing whether the subject suffers from heart failure or is at risk of developing heart failure based on the level of said at least one genetic marker determined in step a). a) determining the level of at least one genetic marker in a body fluid obtained from said subject, wherein said at least one genetic marker is miR-423-5p; and b) diagnosing whether the subject suffers from heart failure or is at risk of developing heart failure based on the level of said at least one genetic marker determined in step a).
Method for producing a plastics material article, said method including the extruding of a tube-shaped parison and the re-forming of the parison into a hollow body within a blow mold by applying differential pressure, wherein initially a first expanding and partial shaping of the parison is carried out with the blow mold not completely closed, then at least one opening is provided on the circumference of the pre-expanded parison, in a next step at least one part to be built-in is introduced through the opening into the interior of the partially shaped plastics material article, and in a further step the blow mold is closed completely and the blow molding of the plastics material article is completed.
A multilayer container comprising: a polyester layer containing a polyester resin; and a polyamide layer containing a polyamide resin and a yellowing inhibitor; a content of the polyamide resin being from 0.05 to 7.0 mass% relative to a total amount of all polyamide layers and all polyester layers; and a content of the yellowing inhibitor being from 1 to 30 ppm relative to the total amount of all polyamide layers and all polyester layers. a polyester layer containing a polyester resin; and a polyamide layer containing a polyamide resin and a yellowing inhibitor; a content of the polyamide resin being from 0.05 to 7.0 mass% relative to a total amount of all polyamide layers and all polyester layers; and a content of the yellowing inhibitor being from 1 to 30 ppm relative to the total amount of all polyamide layers and all polyester layers. a content of the polyamide resin being from 0.05 to 7.0 mass% relative to a total amount of all polyamide layers and all polyester layers; and a content of the yellowing inhibitor being from 1 to 30 ppm relative to the total amount of all polyamide layers and all polyester layers.
A system comprising: means (18, 20, 22) for detecting a tachycardia rhythm; and means for identifying a rate of change in heart rate corresponding to the tachycardia rhythm; characterized by means for identifying a rate of change in heart rate variability corresponding to the tachycardia rhythm; and means for classifying the tachycardia rhythm as at least one of supraventricular tachycardia or ventricular tachycardia based on the rate of change in heart rate and rate of change in heart rate variability. means (18, 20, 22) for detecting a tachycardia rhythm; and means for identifying a rate of change in heart rate corresponding to the tachycardia rhythm; characterized by means for identifying a rate of change in heart rate variability corresponding to the tachycardia rhythm; and means for classifying the tachycardia rhythm as at least one of supraventricular tachycardia or ventricular tachycardia based on the rate of change in heart rate and rate of change in heart rate variability.
A drive roll carrier, comprising: a gear; a hub coupled to and extending axially from the gear along a rotational axis, wherein the gear is configured to be rotated via a wire feed motor; an engagement feature coupled to and extending axially from the gear, wherein the engagement feature is configured to engage a drive roll and to urge rotation of the drive roll as the gear is rotated; characterized by a retainer disposed about the hub, wherein the retainer comprises an alignment feature configured to receive the drive roll onto the drive roll carrier; wherein the retainer is configured to be selectively locked into an indexed position relative to the hub, wherein the alignment feature and the engagement feature are aligned in the indexed position to allow insertion or removal of the drive roll relative to the engagement feature. a gear; a hub coupled to and extending axially from the gear along a rotational axis, wherein the gear is configured to be rotated via a wire feed motor; an engagement feature coupled to and extending axially from the gear, wherein the engagement feature is configured to engage a drive roll and to urge rotation of the drive roll as the gear is rotated; characterized by a retainer disposed about the hub, wherein the retainer comprises an alignment feature configured to receive the drive roll onto the drive roll carrier; wherein the retainer is configured to be selectively locked into an indexed position relative to the hub, wherein the alignment feature and the engagement feature are aligned in the indexed position to allow insertion or removal of the drive roll relative to the engagement feature.
A combine harvester, comprising a threshing device as well as a chopping device which are driven and operatively connected together by a drive system which is configured as a belt drive (32, 33, 36, 46, 50) and driven by a driving engine, as well as a reversing device for reversing the threshing device, characterized in that the reversing device is disposed on a drive shaft of the chopping device.
A method for determining the refractive index of an optical medium in a microscope (10, 78), which has an objective facing towards a sample chamber, wherein the optical medium having the refractive index to be determined is one of two optical media (26, 28), which border two opposing surfaces (64, 68) of a cover slip or object carrier in the sample chamber and thus form two partially reflective interfaces, which are arranged at different distances from the objective, wherein both the refractive index of the cover slip or object carrier and the refractive index of the other of the two optical media is known, characterized in that a measurement light beam is deflected by the objective with oblique incidence on the cover slip or object carrier; two reflection light beams (54a, 54b) spatially separated from one another are generated, by the measurement light beam being partially reflected at each of the two interfaces; the two reflection light beams (54a, 54b) are received by the objective and are directed onto a position-sensitive detector; the intensities of the two reflection light beams (54a, 54b) are detected by the position-sensitive detector, and on the basis of the detected intensities of the two reflection light beams (54a, 54b), the refractive index of the optical medium is determined. wherein the optical medium having the refractive index to be determined is one of two optical media (26, 28), which border two opposing surfaces (64, 68) of a cover slip or object carrier in the sample chamber and thus form two partially reflective interfaces, which are arranged at different distances from the objective, wherein both the refractive index of the cover slip or object carrier and the refractive index of the other of the two optical media is known, characterized in that a measurement light beam is deflected by the objective with oblique incidence on the cover slip or object carrier; two reflection light beams (54a, 54b) spatially separated from one another are generated, by the measurement light beam being partially reflected at each of the two interfaces; the two reflection light beams (54a, 54b) are received by the objective and are directed onto a position-sensitive detector; the intensities of the two reflection light beams (54a, 54b) are detected by the position-sensitive detector, and on the basis of the detected intensities of the two reflection light beams (54a, 54b), the refractive index of the optical medium is determined.
An oral care device, the device comprising: a brush head including a bristle field; a drive train responsive to a drive signal and configured to produce a motion of the bristle field; a sensor configured to measure force applied by a user to the bristle field; and a controller configured to: (i) generate a drive signal to move the drive train and produce a motion of the bristle field; and (ii) determine a brushing angle of the bristle field relative to a surface of the user's oral cavity based at least in part on the generated drive signal and the measured force to the bristle field. a brush head including a bristle field; a drive train responsive to a drive signal and configured to produce a motion of the bristle field; a sensor configured to measure force applied by a user to the bristle field; and a controller configured to: (i) generate a drive signal to move the drive train and produce a motion of the bristle field; and (ii) determine a brushing angle of the bristle field relative to a surface of the user's oral cavity based at least in part on the generated drive signal and the measured force to the bristle field.
An electronic device comprising: a piezoelectric element; a panel, the piezoelectric element being attached thereto, the panel vibrating due to the piezoelectric element to generate a vibration sound transmitted by vibrating a part of a human body; a housing comprising a front face and a rear face and supporting the panel with the front face; a microphone contained within the housing and disposed on the rear face differing from the front face; and a buffer for damping vibration transmitted from the panel to the microphone through the front face and/or the rear face, wherein the piezoelectric element is disposed on the front face at a position closer to a first side of the housing where the panel is provided than a second side of the housing, different from the first side of the housing, where the microphone is provided, the front face and the rear face oppose each other, and the buffer includes a rib provided within the housing and extending in a direction intersecting a direction from a first side of the housing where the panel is provided to a second side of the housing where the microphone is provided. a piezoelectric element; a panel, the piezoelectric element being attached thereto, the panel vibrating due to the piezoelectric element to generate a vibration sound transmitted by vibrating a part of a human body; a housing comprising a front face and a rear face and supporting the panel with the front face; a microphone contained within the housing and disposed on the rear face differing from the front face; and a buffer for damping vibration transmitted from the panel to the microphone through the front face and/or the rear face, wherein the piezoelectric element is disposed on the front face at a position closer to a first side of the housing where the panel is provided than a second side of the housing, different from the first side of the housing, where the microphone is provided, the front face and the rear face oppose each other, and the buffer includes a rib provided within the housing and extending in a direction intersecting a direction from a first side of the housing where the panel is provided to a second side of the housing where the microphone is provided.
A socket structure, comprising: a casing comprising a plurality of lateral walls, a bottom, an opening and an accommodation space, wherein the opening is collaboratively defined by the plurality of lateral walls, and the accommodation space is collaboratively defined by the plurality of lateral walls and the bottom and is in communication with the opening; a main body disposed in the accommodation space and comprising a circuit board and a connection port, wherein the connection port is disposed on the circuit board; a frame comprising at least one plate and a first extending portion, wherein the at least one plate surrounds the periphery of the opening, and the first extending portion is extended from the at least one plate and is connected to one of the plurality of lateral walls; and a cover covering the opening and comprising a through hole, wherein the through hole is configured to allow a plug to pass through and connect to the connection port, wherein the frame further comprises a second extending portion, and the second extending portion is connected to the first extending portion and connected to the bottom of the casing, characterized in that the first extending portion and the second extending portion are respectively embedded in one of the plurality of lateral walls and the bottom of the casing by an insert molding process. a casing comprising a plurality of lateral walls, a bottom, an opening and an accommodation space, wherein the opening is collaboratively defined by the plurality of lateral walls, and the accommodation space is collaboratively defined by the plurality of lateral walls and the bottom and is in communication with the opening; a main body disposed in the accommodation space and comprising a circuit board and a connection port, wherein the connection port is disposed on the circuit board; a frame comprising at least one plate and a first extending portion, wherein the at least one plate surrounds the periphery of the opening, and the first extending portion is extended from the at least one plate and is connected to one of the plurality of lateral walls; and a cover covering the opening and comprising a through hole, wherein the through hole is configured to allow a plug to pass through and connect to the connection port, wherein the frame further comprises a second extending portion, and the second extending portion is connected to the first extending portion and connected to the bottom of the casing, characterized in that the first extending portion and the second extending portion are respectively embedded in one of the plurality of lateral walls and the bottom of the casing by an insert molding process.
Flat filter element, in particular for gas filtration, for example for an air filter, having a cuboid-shaped filter medium body with an inflow side and an outflow side on opposite sides of the filter medium body and having a plurality of support bodies disposed on the filter medium body, which support bodies project beyond the inflow or outflow side for support on a housing component, characterized in that the support bodies act on a sealing element on the side facing away from their contact side towards the supporting housing component, which sealing element is disposed on the filter medium body, wherein the support bodies are disposed on a support bar, wherein a support frame is attached to the filter medium body, which support frame is the support of a seal, wherein the support bar extends adjacent to a sidewall of the filter medium body and is the support of the sealing element, and wherein the support bar is connected to the support frame, wherein the support bodies are disposed on the inflow or outflow side of the filter medium body, wherein a flow path lies between the support bodies, and wherein the sealing element envelops the support bodies on their contact side.
A foam molding method comprising: rotating a screw provided in a barrel; feeding a granular or powdery raw material and a foaming agent for producing foams through chemical reaction into the barrel; melting the fed raw material in the barrel at a predetermined temperature such that gas is produced from the foaming agent; characterised by phase-changing the produced gas into a supercritical fluid and mixing the supercritical fluid with the melted raw material; and injecting the mixture of the supercritical fluid and the melted raw material into a die. rotating a screw provided in a barrel; feeding a granular or powdery raw material and a foaming agent for producing foams through chemical reaction into the barrel; melting the fed raw material in the barrel at a predetermined temperature such that gas is produced from the foaming agent; characterised by phase-changing the produced gas into a supercritical fluid and mixing the supercritical fluid with the melted raw material; and injecting the mixture of the supercritical fluid and the melted raw material into a die.
A method of validating software in an untrusted computing system by a trusted computing system, the software comprising encrypted data and unencrypted data, the method comprising: maintaining, in the trusted computing system, a copy of at least portions of the unencrypted data of the software; with the trusted computing system: specifying selected data from data included in the copy as hash data; generating an executable file for generating a hash based on the specified hash data; executing the executable file to generate a check hash using the specified selected data from the copy as the hash data; and determining whether the software is valid based, at least in part, on a comparison of the check hash to an access hash generated by execution of the executable file by the untrusted computing system using the specified selected data from the untrusted computing system as the hash data. maintaining, in the trusted computing system, a copy of at least portions of the unencrypted data of the software; with the trusted computing system: specifying selected data from data included in the copy as hash data; generating an executable file for generating a hash based on the specified hash data; executing the executable file to generate a check hash using the specified selected data from the copy as the hash data; and determining whether the software is valid based, at least in part, on a comparison of the check hash to an access hash generated by execution of the executable file by the untrusted computing system using the specified selected data from the untrusted computing system as the hash data. specifying selected data from data included in the copy as hash data; generating an executable file for generating a hash based on the specified hash data; executing the executable file to generate a check hash using the specified selected data from the copy as the hash data; and determining whether the software is valid based, at least in part, on a comparison of the check hash to an access hash generated by execution of the executable file by the untrusted computing system using the specified selected data from the untrusted computing system as the hash data.
A monofilament bristle comprising: a body portion; a tip portion extending from the body portion and comprising a multi-lobed transverse cross-section, the monofilament bristle extending along a longitudinal axis; and co-extruded first and second components, the first component being a first color and forming a first lobe of the multi-lobed transverse cross-section, the second component being a second color, which is different from the first color, and forming a second lobe of the multi-lobed transverse cross-section; wherein each of the first and second components form a longitudinal section of the body portion, with an interface between the first and second components extending substantially parallel to the longitudinal axis, characterized in that the first component and the second component collectively form a third lobe of the multi-lobed transverse cross-section, the third lobe comprising the first and second colors. a body portion; a tip portion extending from the body portion and comprising a multi-lobed transverse cross-section, the monofilament bristle extending along a longitudinal axis; and co-extruded first and second components, the first component being a first color and forming a first lobe of the multi-lobed transverse cross-section, the second component being a second color, which is different from the first color, and forming a second lobe of the multi-lobed transverse cross-section; wherein each of the first and second components form a longitudinal section of the body portion, with an interface between the first and second components extending substantially parallel to the longitudinal axis, characterized in that the first component and the second component collectively form a third lobe of the multi-lobed transverse cross-section, the third lobe comprising the first and second colors.