mhurhangee/ep-ind-claims huggingface dataset:
A minimization of drive test, MDT, configuration method, performed by a base station, wherein the method comprises: receiving specified signaling sent by a core network device, the specified signaling comprising MDT configuration information about an MDT measurement performed on a specified network device which is set by the core network device; determining a terminal to be configured consistent with a specified MDT measurement condition according to the MDT configuration information; and sending the MDT configuration information to the terminal to be configured; wherein the specified MDT measurement condition comprises: having a capability of supporting MDT measurement over the specified network device, and being in a measurement region for MDT measurement over the specified network device. a base station, wherein the method comprises: receiving specified signaling sent by a core network device, the specified signaling comprising MDT configuration information about an MDT measurement performed on a specified network device which is set by the core network device; determining a terminal to be configured consistent with a specified MDT measurement condition according to the MDT configuration information; and sending the MDT configuration information to the terminal to be configured; wherein the specified MDT measurement condition comprises: having a capability of supporting MDT measurement over the specified network device, and being in a measurement region for MDT measurement over the specified network device. receiving specified signaling sent by a core network device, the specified signaling comprising MDT configuration information about an MDT measurement performed on a specified network device which is set by the core network device; determining a terminal to be configured consistent with a specified MDT measurement condition according to the MDT configuration information; and sending the MDT configuration information to the terminal to be configured; wherein the specified MDT measurement condition comprises: having a capability of supporting MDT measurement over the specified network device, and being in a measurement region for MDT measurement over the specified network device.
Pneumatic vehicle tyre with self-sealing properties, comprising a preferably profiled tread, a multiply breaker belt assembly with belt plies (7, 8) having belt edges, a carcass, which in the region of a bead is led around a bead core and a bead filler to form a carcass turn-up, sidewalls and also an inner layer and a sealant layer, arranged radially inside the inner layer, wherein the inner layer is of a contoured design and has at least in a partial region of the sealant layer a thin region of less thickness than in thicker regions lying outside the sealant layer, characterized in that the contoured inner layer is formed as one part and extends in the entire interior space of the pneumatic vehicle tyre, wherein the thicker regions of the inner layer, seen in the cross section of the tyre, are overlapped by the sealant layer axially outside the belt edges.
A system for measuring and aligning the positions of a plurality of transducer elements in a multi-aperture ultrasound probe (1700, 1701, 1702, 1703), comprising: an alignment assembly (2406, 2510, 2520, 2530) configured to hold the plurality of transducer elements of the multi-aperture ultrasound probe; a test block; an ultrasonic sensor disposed in the test block configured to receive ultrasonic pulses through the test block from at least one of the plurality of transducer elements; and a controller configured to evaluate data from the ultrasonic sensor and provide transducer calibration data and wherein the controller runs an algorithm configured to compute the relative positions of the plurality of transducer elements based on the transducer calibration data. an alignment assembly (2406, 2510, 2520, 2530) configured to hold the plurality of transducer elements of the multi-aperture ultrasound probe; a test block; an ultrasonic sensor disposed in the test block configured to receive ultrasonic pulses through the test block from at least one of the plurality of transducer elements; and a controller configured to evaluate data from the ultrasonic sensor and provide transducer calibration data and wherein the controller runs an algorithm configured to compute the relative positions of the plurality of transducer elements based on the transducer calibration data.
A configurable controller (100, 600, 650) for a lighting arrangement having one or more light emitting elements (310, 320, 330), the configurable controller (100, 600, 650) comprising: a user interface arrangement (130, 630, 680), comprising a touch sensitive area, adapted to receive a user input for controlling the lighting arrangement, a communication unit adapted to receive, from a user via a remote device (200, 700), a configuration input indicative of a desired configuration of the user interface arrangement (130, 630, 680); and a processing unit, wherein the processing unit is adapted to map a range of selectable values of an output characteristic of the lighting arrangement to the touch sensitive area based on the received configuration input and further based on at least one characteristic of the touch sensitive area, and wherein the processing unit is further adapted to control the lighting arrangement based on the received user input according to the mapped range of selectable values, characterized in that: the processing unit is adapted to generate second output data comprising information relating to the at least one characteristic of the touch sensitive area, wherein the communication unit is adapted to send the second output data to the remote device (200, 700); and wherein the at least one characteristic of the touch sensitive area comprises at least one of: dimension, shape and resolution of the touch sensitive area. a user interface arrangement (130, 630, 680), comprising a touch sensitive area, adapted to receive a user input for controlling the lighting arrangement, a communication unit adapted to receive, from a user via a remote device (200, 700), a configuration input indicative of a desired configuration of the user interface arrangement (130, 630, 680); and a processing unit, wherein the processing unit is adapted to map a range of selectable values of an output characteristic of the lighting arrangement to the touch sensitive area based on the received configuration input and further based on at least one characteristic of the touch sensitive area, and wherein the processing unit is further adapted to control the lighting arrangement based on the received user input according to the mapped range of selectable values, characterized in that: the processing unit is adapted to generate second output data comprising information relating to the at least one characteristic of the touch sensitive area, wherein the communication unit is adapted to send the second output data to the remote device (200, 700); and wherein the at least one characteristic of the touch sensitive area comprises at least one of: dimension, shape and resolution of the touch sensitive area. the processing unit is adapted to generate second output data comprising information relating to the at least one characteristic of the touch sensitive area, wherein the communication unit is adapted to send the second output data to the remote device (200, 700); and wherein the at least one characteristic of the touch sensitive area comprises at least one of: dimension, shape and resolution of the touch sensitive area.
A power control system comprising: at least one point-of-load regulator, known as POL regulator (106, 108, 110, 112, 114), adapted to provide an output voltage (V 01, V 02, V 03) to a corresponding load; at least one linear regulator (240, 250); at least one auxiliary controller (232, 234) operatively connected to said at least one linear regulator (240, 250) via at least one communication path; and a system controller (102, 202) operatively connected to said at least one POL regulator (106, 108, 110, 112, 114) and to said at least one auxiliary controller (232, 234) via a common serial data bus and adapted to send first programming data for said at least one POL regulator (106, 108, 110, 112, 114) to said at least one POL regulator (106, 108, 110, 112, 114) via the serial data bus and second programming data for said at least one linear regulator (240, 250) to said at least one auxiliary controller (232, 234) via the serial data bus, the serial data bus being separate and distinct from the at least one communication path; wherein said at least one auxiliary controller (232, 234) is configured to receive said second programming data from the system controller (102, 202) via said serial data bus and providing corresponding commands to the at least one linear regulator (240, 250). at least one point-of-load regulator, known as POL regulator (106, 108, 110, 112, 114), adapted to provide an output voltage (V 01, V 02, V 03) to a corresponding load; at least one linear regulator (240, 250); at least one auxiliary controller (232, 234) operatively connected to said at least one linear regulator (240, 250) via at least one communication path; and a system controller (102, 202) operatively connected to said at least one POL regulator (106, 108, 110, 112, 114) and to said at least one auxiliary controller (232, 234) via a common serial data bus and adapted to send first programming data for said at least one POL regulator (106, 108, 110, 112, 114) to said at least one POL regulator (106, 108, 110, 112, 114) via the serial data bus and second programming data for said at least one linear regulator (240, 250) to said at least one auxiliary controller (232, 234) via the serial data bus, the serial data bus being separate and distinct from the at least one communication path; wherein said at least one auxiliary controller (232, 234) is configured to receive said second programming data from the system controller (102, 202) via said serial data bus and providing corresponding commands to the at least one linear regulator (240, 250).
A flexible web for clothing, comprising a fabric substrate layer having a plurality of slits which are displaced from each other and each of which includes a first slit segment and a second slit segment; characterized by and a lining piece unit made from an absorbent polymer and including a plurality of lining pieces each of which has a first marginal edge and a second marginal edge, and each of which is configured such that when bonded to said fabric substrate layer, said first and second marginal edges (221, 222) respectively border at said first and second slit segments (131, 132).
An aircraft comprising: a bay comprising an exterior wall defining an interior volume; and a ram air system (214, 300); said ram air system comprising: a ram air duct at least partially enclosed within the interior volume, the ram air duct comprising an outlet configured to discharge a hot exhaust airflow at a first temperature; and an aperture defined in at least one of said exterior wall and said ram air duct, the aperture configured to provide for flow communication between the interior volume and the hot exhaust airflow such that in use cooling air flows from the interior volume to form a boundary layer between the hot exhaust airflow and said exterior wall downstream of said outlet, due to the hot exhaust airflow being at a lower pressure than the relatively cooler air inside the interior volume, such that the exhaust airflow pulls the cooler air from the interior volume through the aperture as the exhaust airflow passes over the aperture, the boundary layer being at a second temperature that is lower than the first temperature. a bay comprising an exterior wall defining an interior volume; and a ram air system (214, 300); said ram air system comprising: a ram air duct at least partially enclosed within the interior volume, the ram air duct comprising an outlet configured to discharge a hot exhaust airflow at a first temperature; and an aperture defined in at least one of said exterior wall and said ram air duct, the aperture configured to provide for flow communication between the interior volume and the hot exhaust airflow such that in use cooling air flows from the interior volume to form a boundary layer between the hot exhaust airflow and said exterior wall downstream of said outlet, due to the hot exhaust airflow being at a lower pressure than the relatively cooler air inside the interior volume, such that the exhaust airflow pulls the cooler air from the interior volume through the aperture as the exhaust airflow passes over the aperture, the boundary layer being at a second temperature that is lower than the first temperature. a ram air duct at least partially enclosed within the interior volume, the ram air duct comprising an outlet configured to discharge a hot exhaust airflow at a first temperature; and an aperture defined in at least one of said exterior wall and said ram air duct, the aperture configured to provide for flow communication between the interior volume and the hot exhaust airflow such that in use cooling air flows from the interior volume to form a boundary layer between the hot exhaust airflow and said exterior wall downstream of said outlet, due to the hot exhaust airflow being at a lower pressure than the relatively cooler air inside the interior volume, such that the exhaust airflow pulls the cooler air from the interior volume through the aperture as the exhaust airflow passes over the aperture, the boundary layer being at a second temperature that is lower than the first temperature.
A cable for powering of radio equipment mounted on a mast for carrying the radio equipment comprises: a first conductor for feeding a current to the radio equipment, a return and shielding conductor (R, G) for feeding a return current from the radio equipment and for shielding of the first conductor, and an insulating material disposed between the first conductor and the return and shielding conductor (R, G), wherein the first conductor is at least partially enclosed by the insulating material, characterized in that a first cross-sectional area of the first conductor is less than a second cross-sectional area of the return and shielding conductor (R, G). a first conductor for feeding a current to the radio equipment, a return and shielding conductor (R, G) for feeding a return current from the radio equipment and for shielding of the first conductor, and an insulating material disposed between the first conductor and the return and shielding conductor (R, G), wherein the first conductor is at least partially enclosed by the insulating material, characterized in that a first cross-sectional area of the first conductor is less than a second cross-sectional area of the return and shielding conductor (R, G).
Operating attachment for operating a button and/or switch, having a housing on which a handling component is arranged rotatably in a rotational direction and is coupled non-rotatably to a driver element, having at least one operating element which is mounted in or on the housing and can be moved parallel to the longitudinal axis, having an operating gear which transfers the movement of the driver element in the rotational direction into a linear movement of the operating element between a starting position and an operating position, having a locking means by means of which the driver element can be applied in a locking position, having at least one coding element arranged in or on the housing, characterised in that the coding element can be moved between a first coding position, a second coding position and a third coding position, wherein, in each coding position (K1, K2, K3), the coding element either allows a rotation of the driver element into the locking position or serves as a stop for the driver element and restricts the rotation of said driver element in the rotational direction before the locking position is reached, and wherein, in the first coding position, the coding element allows a rotation of the driver element into the locking position whereas, in the second coding position, it serves as a stop for the driver element and restricts the rotation of said driver element in the rotational direction before the locking position is reached.
A gas turbine engine (20;100) comprising: a compressor section including a low pressure compressor (44;108) and a high pressure compressor (52;110), with a downstream most end defined in said high pressure compressor (52;110); a core engine housing surrounding said compressor section; a turbine section, having a high pressure turbine (54;114) and a low pressure turbine (46;116), and said low pressure turbine (46;116) having a downstream most end; a first tap selectively tapping high pressure cooling air from a location downstream of said downstream most end in said high pressure compressor (52;110) and passing said high pressure cooling air through a heat exchanger; a second tap tapping compressed air from a location upstream of said downstream most end in said high pressure compressor (52;110), said second tap air passing over said heat exchanger, cooling said high pressure cooling air; and a chamber defined between said core engine housing and a nacelle airflow wall, said second tap air flowing through said chamber, and moving from said chamber into a core engine flow at a location (134;140;142) downstream of said downstream most end of said low pressure turbine (46;116), characterised in that: a first valve is positioned on said first tap to control the flow of high pressure cooling air to said heat exchanger. a compressor section including a low pressure compressor (44;108) and a high pressure compressor (52;110), with a downstream most end defined in said high pressure compressor (52;110); a core engine housing surrounding said compressor section; a turbine section, having a high pressure turbine (54;114) and a low pressure turbine (46;116), and said low pressure turbine (46;116) having a downstream most end; a first tap selectively tapping high pressure cooling air from a location downstream of said downstream most end in said high pressure compressor (52;110) and passing said high pressure cooling air through a heat exchanger; a second tap tapping compressed air from a location upstream of said downstream most end in said high pressure compressor (52;110), said second tap air passing over said heat exchanger, cooling said high pressure cooling air; and a chamber defined between said core engine housing and a nacelle airflow wall, said second tap air flowing through said chamber, and moving from said chamber into a core engine flow at a location (134;140;142) downstream of said downstream most end of said low pressure turbine (46;116), characterised in that: a first valve is positioned on said first tap to control the flow of high pressure cooling air to said heat exchanger.
A biodegradable aliphatic-aromatic copolyester composition comprising aliphatic ester groups and aromatic dicarboxylic ester groups, and comprising a polymerization reaction product of: (a) a dihydric alcohol; (b) an aromatic dicarboxy compound selected from an aromatic dicarboxylic acid, aromatic dicarboxylic (C 1-3)alkyl ester, or a combination thereof; and (c) an adipic acid; (d) a color reducing quenching compound selected from a C 5-12 compound having at least three -OH groups and combinations thereof; wherein the aliphatic-aromatic copolyester has a number average molecular weight of at least 20,000 Daltons and a polydispersity index from 2 to less than 6; wherein the copolyester has a whiteness of at least L*=68.7; a*=20.5; b*=38.2 determined by a colorimeter using D65 illumination. (a) a dihydric alcohol; (b) an aromatic dicarboxy compound selected from an aromatic dicarboxylic acid, aromatic dicarboxylic (C 1-3)alkyl ester, or a combination thereof; and (c) an adipic acid; (d) a color reducing quenching compound selected from a C 5-12 compound having at least three -OH groups and combinations thereof;
An apparatus for optical coherence tomography, OCT, of an eye, comprising: - a camera system configured to capture time-resolved camera images (20, 22) of the eye, - an OCT image-acquisition unit configured to acquire time-resolved OCT images of the eye, wherein a measuring axis of the OCT image-acquisition unit and a measuring axis of the camera system are aligned along a common measuring axis of the apparatus using a beam splitter, and - a control unit configured: - to determine, from the time-resolved camera images (20, 22), time-resolved movement data representing a movement of the eye relative to the measuring axis of the apparatus, - to transform at least a fraction of the OCT images on basis of the movement data, and - to generate a tomogram of the eye from the OCT images, characterized by a plurality of spot lights arranged in a spot light geometrical pattern around the measuring axis of the apparatus, the spot lights being configured to illuminate the cornea of the eye such that the time-resolved camera images (20, 22) comprise a plurality of light marks in a light mark circular pattern, wherein the control unit is further configured to determine, as movement data, a time-resolved spatial size of a circular pattern fitted to the plurality of light marks, and wherein the control unit is calibrated such that it is configured to assign, for each spatial size of the circular pattern fitted to the light marks, a corresponding axial (z) translation of the eye relative to the apparatus. - a camera system configured to capture time-resolved camera images (20, 22) of the eye, - an OCT image-acquisition unit configured to acquire time-resolved OCT images of the eye, wherein a measuring axis of the OCT image-acquisition unit and a measuring axis of the camera system are aligned along a common measuring axis of the apparatus using a beam splitter, and - a control unit configured: - to determine, from the time-resolved camera images (20, 22), time-resolved movement data representing a movement of the eye relative to the measuring axis of the apparatus, - to transform at least a fraction of the OCT images on basis of the movement data, and - to generate a tomogram of the eye from the OCT images, - to determine, from the time-resolved camera images (20, 22), time-resolved movement data representing a movement of the eye relative to the measuring axis of the apparatus, - to transform at least a fraction of the OCT images on basis of the movement data, and - to generate a tomogram of the eye from the OCT images,
Yeast strain of Saccharomyces cerevisiae var boulardii deposited on 21 August 2007 with the CNCM under number I-3799, or combination of said yeast strain of Saccharomyces cerevisiae var boulardii with the inactivated dry form of a yeast strain of Saccharomyces cerevisiae, for use in the prevention and/or treatment of an infectious disease of the oral cavity in a subject, characterised in that the infectious disease is tooth decay, gingivitis or periodontitis. combination of said yeast strain of Saccharomyces cerevisiae var boulardii with the inactivated dry form of a yeast strain of Saccharomyces cerevisiae, for use in the prevention and/or treatment of an infectious disease of the oral cavity in a subject, characterised in that the infectious disease is tooth decay, gingivitis or periodontitis.