mhurhangee/ep-ind-claims huggingface dataset:
A method for configuring a power sharing carrier set on a user equipment having multiple component carriers, the method comprising: Transmitting, from the user equipment to a network element, at least one of: capability information regarding carriers and bands supported by the user equipment; and power sharing information the user equipment is capable of supporting; wherein the transmitted information includes information implicitly indicating whether a power amplifier (332, 362) is shared between carriers and obtaining, from the network element, in response to the transmission, a configuration of power sharing carrier sets. Transmitting, from the user equipment to a network element, at least one of: capability information regarding carriers and bands supported by the user equipment; and power sharing information the user equipment is capable of supporting; capability information regarding carriers and bands supported by the user equipment; and power sharing information the user equipment is capable of supporting; wherein the transmitted information includes information implicitly indicating whether a power amplifier (332, 362) is shared between carriers and obtaining, from the network element, in response to the transmission, a configuration of power sharing carrier sets.
A printing system, comprising: a print head; a carriage assembly configured to move the print head along a print head axis among a printing position in which the print head is held stationary adjacent the media and is configured to dispense ink onto the media, and a plurality of maintenance positions along the print head axis in which the print head is away from the media relative to the printing position; and a plurality of service modules each configured to service the print head and to move along a service axis between a service position adjacent the print head and a stowed position away from the print head relative to the service position, wherein each of at least two service modules of the plurality of service modules is configured to service the print head at a different maintenance position of the plurality of maintenance positions; characterised in that the print head axis extends vertically and each of the at least two service modules has a service axis that extends horizontally. a print head; a carriage assembly configured to move the print head along a print head axis among a printing position in which the print head is held stationary adjacent the media and is configured to dispense ink onto the media, and a plurality of maintenance positions along the print head axis in which the print head is away from the media relative to the printing position; and a plurality of service modules each configured to service the print head and to move along a service axis between a service position adjacent the print head and a stowed position away from the print head relative to the service position, wherein each of at least two service modules of the plurality of service modules is configured to service the print head at a different maintenance position of the plurality of maintenance positions; characterised in that the print head axis extends vertically and each of the at least two service modules has a service axis that extends horizontally.
An air conditioner comprising: at least one outdoor unit having a compressor, a flow passage switching unit, an outdoor heat exchanger, a low-pressure detector, and an outdoor unit controller and realizing plural values of rated capacity by controlling the compressor with the same outdoor heat exchanger; at least one indoor unit (5a; 5b; 5c; 5d) having an indoor heat exchanger (51a; 51b; 51c; 51d); and at least one liquid pipe and at least one gas pipe for coupling the outdoor unit and the indoor unit (5a; 5b; 5c; 5d), wherein the low-pressure detector is configured to detect suction pressure that is a pressure of a refrigerant suctioned into the compressor, the outdoor unit controller is configured to control a rotational speed of the compressor at a time that a defrosting operation is performed within a predetermined rotational speed control range in accordance with the suction pressure received from the low-pressure detector, and the rotational speed control range is defined in accordance with a total sum of a rated capacity of the at least one indoor unit (5a; 5b; 5c; 5d), the rated capacity of the indoor unit (5a; 5b; 5c; 5d) being equivalent to the size of the indoor heat exchanger (51a; 51b; 51c; 51d). at least one outdoor unit having a compressor, a flow passage switching unit, an outdoor heat exchanger, a low-pressure detector, and an outdoor unit controller and realizing plural values of rated capacity by controlling the compressor with the same outdoor heat exchanger; at least one indoor unit (5a; 5b; 5c; 5d) having an indoor heat exchanger (51a; 51b; 51c; 51d); and at least one liquid pipe and at least one gas pipe for coupling the outdoor unit and the indoor unit (5a; 5b; 5c; 5d), wherein the low-pressure detector is configured to detect suction pressure that is a pressure of a refrigerant suctioned into the compressor, the outdoor unit controller is configured to control a rotational speed of the compressor at a time that a defrosting operation is performed within a predetermined rotational speed control range in accordance with the suction pressure received from the low-pressure detector, and the rotational speed control range is defined in accordance with a total sum of a rated capacity of the at least one indoor unit (5a; 5b; 5c; 5d), the rated capacity of the indoor unit (5a; 5b; 5c; 5d) being equivalent to the size of the indoor heat exchanger (51a; 51b; 51c; 51d).
A master electrode for forming an electrochemical cell with a substrate, comprising: a carrier (1,2,3,9) at least partly of a conducting material; an insulating pattern layer at least partly of at least one layer of an insulating material and arranged substantially at a front surface of said carrier (1,2,3,9) and comprising at least one cavity; wherein said carrier comprises: a disc of at least one layer of conducting or semiconducting material provided with an insulating coating layer circumscribing at least a part of said disc; and at least one conducting electrode layer of an electrode forming material and at least partly covering a front surface of the disc and being in electric contact with said disc, wherein said insulating pattern layer is on said conducting electrode layer and wherein said conducting electrode layer is in electrical connection with said disc via at least one opening in said insulating coating layer. a carrier (1,2,3,9) at least partly of a conducting material; an insulating pattern layer at least partly of at least one layer of an insulating material and arranged substantially at a front surface of said carrier (1,2,3,9) and comprising at least one cavity; wherein said carrier comprises: a disc of at least one layer of conducting or semiconducting material provided with an insulating coating layer circumscribing at least a part of said disc; and at least one conducting electrode layer of an electrode forming material and at least partly covering a front surface of the disc and being in electric contact with said disc, a disc of at least one layer of conducting or semiconducting material provided with an insulating coating layer circumscribing at least a part of said disc; and at least one conducting electrode layer of an electrode forming material and at least partly covering a front surface of the disc and being in electric contact with said disc, wherein said insulating pattern layer is on said conducting electrode layer and wherein said conducting electrode layer is in electrical connection with said disc via at least one opening in said insulating coating layer.
An X-ray imaging comprising: an X-ray source; a collimator configured to adjust a radiation region of X-rays radiated by the X-ray source; a configured to determine a region of interest in an X-ray image and to track a position of an object of interest in the ROI; and a controller configured to control the collimator so that a region in which the X-rays are radiated is correlated with a result of tracking the object of interest, CHARACTERISED IN THAT the processor is configured to predict the position of the object of interest, to predict covariance indicative of accuracy of the prediction, and to update the prediction of the position of the object of interest and the covariance based on a measurement value of the position of the object of interest in the X-ray image. an X-ray source; a collimator configured to adjust a radiation region of X-rays radiated by the X-ray source; a configured to determine a region of interest in an X-ray image and to track a position of an object of interest in the ROI; and a controller configured to control the collimator so that a region in which the X-rays are radiated is correlated with a result of tracking the object of interest, CHARACTERISED IN THAT the processor is configured to predict the position of the object of interest, to predict covariance indicative of accuracy of the prediction, and to update the prediction of the position of the object of interest and the covariance based on a measurement value of the position of the object of interest in the X-ray image.
A process for the transformation of crystal form I of astaxanthin into crystal form I of astaxanthin, wherein • crystal form I is characterized by the following parameters i) An XRPD (X-Ray Powder Diffraction) pattern comprising a peak between 20° and 21 °, and ii) A DSC (Differential Scanning Calorimeter) scan showing a phase transition at 225°C - 235°C; and wherein • crystal form II is characterized by the following parameters i) An XRPD pattern comprising a peak at approximately 11 ° and 18°, and ii) A DSC scan showing a phase transition at 200°C - 220°C, characterized in that crystal form I is heated to below its melting point and then quenched to room temperature. • crystal form I is characterized by the following parameters i) An XRPD (X-Ray Powder Diffraction) pattern comprising a peak between 20° and 21 °, and ii) A DSC (Differential Scanning Calorimeter) scan showing a phase transition at 225°C - 235°C; and wherein i) An XRPD (X-Ray Powder Diffraction) pattern comprising a peak between 20° and 21 °, and ii) A DSC (Differential Scanning Calorimeter) scan showing a phase transition at 225°C - 235°C; and wherein • crystal form II is characterized by the following parameters i) An XRPD pattern comprising a peak at approximately 11 ° and 18°, and ii) A DSC scan showing a phase transition at 200°C - 220°C, characterized in that crystal form I is heated to below its melting point and then quenched to room temperature. i) An XRPD pattern comprising a peak at approximately 11 ° and 18°, and ii) A DSC scan showing a phase transition at 200°C - 220°C, characterized in that crystal form I is heated to below its melting point and then quenched to room temperature.
A microelectromechanical apparatus comprising: a semiconductor substrate; a circuit board opposed to the semiconductor substrate; a microelectromechanical system between the semiconductor substrate and the circuit board, arranged on the semiconductor substrate; a sealing member between the semiconductor substrate and the circuit board, enclosing the microelectromechanical system in plan view, the sealing member comprising a glass and being anodically bonded to the semiconductor substrate; a conductive connecting member between the semiconductor substrate and the circuit board, through which the microelectromechanical system is electrically connected to the circuit board; the conductive connecting member being apart from the sealing member; and a conductor pattern between the sealing member and the circuit board, electrically connected to the circuit board; wherein the conductive connecting member is outside of a region enclosed by the sealing member. a semiconductor substrate; a circuit board opposed to the semiconductor substrate; a microelectromechanical system between the semiconductor substrate and the circuit board, arranged on the semiconductor substrate; a sealing member between the semiconductor substrate and the circuit board, enclosing the microelectromechanical system in plan view, the sealing member comprising a glass and being anodically bonded to the semiconductor substrate; a conductive connecting member between the semiconductor substrate and the circuit board, through which the microelectromechanical system is electrically connected to the circuit board; the conductive connecting member being apart from the sealing member; and a conductor pattern between the sealing member and the circuit board, electrically connected to the circuit board;
A drive mechanism for an injection device in which a piston is successively moved in a first axial direction in relation to a medicament cartridge containing a medicament selectively to drive a bung closing a first end of the medicament cartridge into the medicament cartridge to expel medicament through a delivery member located at a second end of the medicament cartridge, the drive mechanism comprising: a base member, a first drive member fixed relative to the base member, a second drive member axially and rotatably moveable relative to the first drive member and a piston member axially moveable relative to the first and second drive member, characterised in that the second drive member is drivingly connected between the first drive member and the piston member such that rotation of the second drive member in a first direction of rotation relative to the first drive member and the piston member causes the second drive member to move in the first axial direction relative to the first drive member and the piston member to move in the first axial direction relative to both the first and second drive member. a base member, a first drive member fixed relative to the base member, a second drive member axially and rotatably moveable relative to the first drive member and a piston member axially moveable relative to the first and second drive member, characterised in that the second drive member is drivingly connected between the first drive member and the piston member such that rotation of the second drive member in a first direction of rotation relative to the first drive member and the piston member causes the second drive member to move in the first axial direction relative to the first drive member and the piston member to move in the first axial direction relative to both the first and second drive member.
A method of fabricating a book-like document of value and/or security document, in particular a passport-document, having a front-side and a rear-side binding or book cover, a plurality of data pages, and at least one security laminate including personalisation data, with at least the data pages and the security laminate being adhered to each other along the gutter edges or gutter folding edges, which are arranged parallel to each other in a stack, by means of an adhesive, with a plurality of perforation holes being disposed at least in the area of the gutter edges or gutter folding edges of the security laminate und/or the data pages before the latter are joined to the adhesive, and with the gutter edges or gutter folding edges of the data pages and, optionally, of the security laminate being adhered to each other by means of the adhesive realised in the form of an elastomeric polymer, said polymer passing through, or entering into said perforation holes, characterised in that in the area of the book spine, the front-side and rear-side bindings or book covers are both adhered to the gutter edges or gutter folding edges of the security laminate and of the data pages by means of the adhesive realised in the form of an elastomeric polymer.
A hair dryer, comprising: a hand-held housing having an air inlet and an air outlet configured to supply heated air; an attachment assembly adjacent the outlet end configured to mate with a plurality of different types of accessories (200, 300, 400, 500), the attachment assembly being configured to align an accessory (200, 300, 400, 500) attached thereto in a predetermined rotational orientation relative to the housing; and a motor arranged within the housing and configured to supply air through the air outlet based on a plurality of predetermined stored settings; characterised in that the attachment assembly includes a plurality of push rods (130, 132) movable between a plurality of predetermined positions based on the type of accessory (200, 300, 400, 500) attached thereto, and the hair dryer further comprises: a memory in the housing storing the plurality of predetermined stored settings; and a processor configured to cause the hair dryer to automatically operate at one of the plurality of predetermined stored settings based on the predetermined position of the attachment assembly, wherein the predetermined stored settings correspond to the type of accessory (200, 300, 400, 500) attached to the attachment assembly. a hand-held housing having an air inlet and an air outlet configured to supply heated air; an attachment assembly adjacent the outlet end configured to mate with a plurality of different types of accessories (200, 300, 400, 500), the attachment assembly being configured to align an accessory (200, 300, 400, 500) attached thereto in a predetermined rotational orientation relative to the housing; and a motor arranged within the housing and configured to supply air through the air outlet based on a plurality of predetermined stored settings; the attachment assembly includes a plurality of push rods (130, 132) movable between a plurality of predetermined positions based on the type of accessory (200, 300, 400, 500) attached thereto, and the hair dryer further comprises: a memory in the housing storing the plurality of predetermined stored settings; and a processor configured to cause the hair dryer to automatically operate at one of the plurality of predetermined stored settings based on the predetermined position of the attachment assembly, a memory in the housing storing the plurality of predetermined stored settings; and a processor configured to cause the hair dryer to automatically operate at one of the plurality of predetermined stored settings based on the predetermined position of the attachment assembly, wherein the predetermined stored settings correspond to the type of accessory (200, 300, 400, 500) attached to the attachment assembly.
Sensor for a thermal flowmeter, said sensor comprising: a sensor pot, wherein the sensor pot has a first longitudinal axis and a lateral surface as well as an open first end and a closed second end with a pot bottom, wherein the first longitudinal axis intersects the first end and the second end, particularly perpendicularly, and wherein a bottom surface of the pot bottom, oriented in the direction of the first end, is essentially planar; and at least a sensor element, wherein the sensor element is arranged in the sensor pot in the area of the pot bottom; and a solder layer, which is designed to thermally connect the sensor element to the pot bottom, characterized in that the sensor element is positioned in a defined manner in relation to the bottom surface by at least three spacers, wherein the at least three spacers feature a hardened sinter paste, and wherein the at least three spacers define a polygon with a number of corners corresponding to the number of spacers. a sensor pot, wherein the sensor pot has a first longitudinal axis and a lateral surface as well as an open first end and a closed second end with a pot bottom, wherein the first longitudinal axis intersects the first end and the second end, particularly perpendicularly, and wherein a bottom surface of the pot bottom, oriented in the direction of the first end, is essentially planar; and at least a sensor element, wherein the sensor element is arranged in the sensor pot in the area of the pot bottom; and a solder layer, which is designed to thermally connect the sensor element to the pot bottom, characterized in that the sensor element is positioned in a defined manner in relation to the bottom surface by at least three spacers, wherein the at least three spacers feature a hardened sinter paste, and wherein the at least three spacers define a polygon with a number of corners corresponding to the number of spacers.
Abuse-deterrent pharmaceutical composition comprising a drug with an enzyme-reactive functional group, wherein the drug has an abuse potential, and an enzyme capable of reacting with the enzyme-reactive functional group (a drug-processing enzyme), wherein the drug with the enzyme-reactive functional group is contained in the pharmaceutical composition in a storage stable, enzyme-reactive state and under conditions wherein no enzymatic activity acts on the drug.
Arrangement for supporting and sealing a propeller shaft of a marine vessel, the arrangement comprising a stern tube or frame within which a propeller shaft can be supported by bearing means, the stern tube or frame having an aft end with an aft end mounting face, to which a sealing assembly for sealing the propeller shaft is fastened, the sealing assembly comprising a sea water sealing unit (132, 134, 136), an oil sealing unit and a void space between the units, the sealing assembly having a mounting face facing the stern tube or frame, the sealing assembly and the stern tube or frame having at least one leakage monitor line extending from said void space through said mounting faces to a leakage monitoring tank for monitoring the condition of the sealing assembly, characterized in that at least one of the mounting faces is provided with a circumferentially extending oblong recess or opening, the circumferentially extending oblong recess or opening being in flow communication with the at least one leakage monitor line.
Compound of formula wherein R is selected from hydrogen e =O groups, R1 is selected from -H e -OH, R2 is selected from groups having one of following structural formulae,: wherein X is selected from -OH, alkylamino-, arylamino-, alkylarylamino- or arylalkylamino-, alkoxy-, aryloxy-, alkylaryloxy- or arylalkoxy- groups, with said groups having from one to eight carbon atoms, with the alkyl chains of such groups being optionally branched, containing unsaturations or forming rings, salts of said compound or pharmaceutically acceptable hydrates or solvates thereof, for use as a drug.
An intelligent electrical power network control and/or protection device (7, 8, 9) comprising at least one power supply connection (7a, 7b, 8a, 8b, 9a, 9b) for connecting the device (7, 8, 9) to a main power source and an auxiliary power source, at least one unit (fb1, fb2, fb4, fb5) configured to monitor main power, the unit being configured to provide a signal (MPMS) indicating lack of main power in response to a detection of the lack of main power, characterized in that the device comprises at least one unit (fb1, fb2, fb4, fb5) configured to provide a state control operation (SCO-PSM) for changing an operating state of at least one unit (fb1, fb2, fb3, fb4, fb5) of the device (7, 8, 9) or an operating state of at least one unit (20, 24, 26) to be connected to the device (7, 8, 9) from an operative mode to a power saving mode in response to the signal (MPMS) indicating the detected lack of main power.