mhurhangee/ep-ind-claims huggingface dataset:
A driver circuit configured to provide, at an output of the driver circuit, electrical energy at a drive voltage, derived from electrical energy at an input voltage at an input of the driver circuit, the driver circuit comprising - a power converter (221, 222) configured to convert the electrical energy at the input voltage into the electrical energy at the drive voltage; wherein the power converter comprises a power switch (211, 212); - a controller configured to control the power switch (211, 212) such that the power converter (220, 221) provides the electrical energy at the drive voltage; - a supply voltage capacitor coupled to the controller and configured to provide a supply voltage to the controller; - a start-up resistor coupled to the input of the driver circuit and configured to charge the supply voltage capacitor when coupled to the supply voltage capacitor; wherein the start-up resistor is coupled to the supply voltage capacitor during a start-up phase of the driver circuit; - a back-up capacitor coupled to the output of the driver circuit and arranged to receive electrical energy from the output of the driver circuit; and - a back-up switch configured to couple the back-up capacitor with the supply voltage capacitor if a voltage at the back-up capacitor exceeds the supply voltage by a forward voltage threshold, and configured to decouple the back-up capacitor from the supply voltage capacitor if the supply voltage exceeds the voltage at the back-up capacitor by a reverse voltage threshold. - a power converter (221, 222) configured to convert the electrical energy at the input voltage into the electrical energy at the drive voltage; wherein the power converter comprises a power switch (211, 212); - a controller configured to control the power switch (211, 212) such that the power converter (220, 221) provides the electrical energy at the drive voltage; - a supply voltage capacitor coupled to the controller and configured to provide a supply voltage to the controller; - a start-up resistor coupled to the input of the driver circuit and configured to charge the supply voltage capacitor when coupled to the supply voltage capacitor; wherein the start-up resistor is coupled to the supply voltage capacitor during a start-up phase of the driver circuit; - a back-up capacitor coupled to the output of the driver circuit and arranged to receive electrical energy from the output of the driver circuit; and - a back-up switch configured to couple the back-up capacitor with the supply voltage capacitor if a voltage at the back-up capacitor exceeds the supply voltage by a forward voltage threshold, and configured to decouple the back-up capacitor from the supply voltage capacitor if the supply voltage exceeds the voltage at the back-up capacitor by a reverse voltage threshold.
An ultrasound apparatus comprising a therapy transducer having a treatment surface, wherein the therapy transducer comprises a plurality of electrically isolated sections, wherein each of said electrically isolated sections is a flat piezoelectric material; wherein the ultrasound apparatus also comprises a single concave acoustic lens defining a therapy aperture in the treatment surface of the therapy transducer, wherein the single concave acoustic lens comprises a plurality of sectors each having a radius of curvature, wherein each said radius of curvature is defined by a concave elliptical profile such that the major axis is aligned in the direction towards the focal point of the transducer, wherein the ultrasound apparatus also comprises an imaging aperture defined by the single concave acoustic lens and an ultrasound imaging probe axially aligned with a central axis of the therapy aperture and characterized in that each of the plurality of electrically isolated sections of the therapy transducer is coupled to one of the plurality of sectors of the single acoustic lens via an adhesive, such that in operation, the ultrasound generated in the electrically isolated sections may travel through the adhesive layer, through the acoustic lens and out of the therapy transducer to focal point of the transducer. wherein the ultrasound apparatus also comprises a single concave acoustic lens defining a therapy aperture in the treatment surface of the therapy transducer, wherein the single concave acoustic lens comprises a plurality of sectors each having a radius of curvature, wherein each said radius of curvature is defined by a concave elliptical profile such that the major axis is aligned in the direction towards the focal point of the transducer, wherein the ultrasound apparatus also comprises an imaging aperture defined by the single concave acoustic lens and an ultrasound imaging probe axially aligned with a central axis of the therapy aperture and characterized in that each of the plurality of electrically isolated sections of the therapy transducer is coupled to one of the plurality of sectors of the single acoustic lens via an adhesive, such that in operation, the ultrasound generated in the electrically isolated sections may travel through the adhesive layer, through the acoustic lens and out of the therapy transducer to focal point of the transducer.
A method for producing - and/or -1,2-difluoroethylene, comprising dehydrochlorinating 1-chloro-1,2-difluoroethane in the presence or absence of a catalyst.
Printing system for printing substrates, in particular printed circuit boards, wafers or solar cells, with a printing device which has a printing table on which the substrates can be positioned, and a print head, associated with the printing table, for printing the substrates positioned on the printing table, with a feed device for feeding the substrates to be printed to the printing device and a discharge device for discharging the printed substrates from the printing device, and with a plurality of substrate supports, on each of which a plurality of substrates can be placed, and wherein feed device, printing device and discharge device are designed to convey the substrate supports together with the substrates located thereon, characterized in that the feed device is designed to collect and feed a plurality of substrate supports collected to the printing device, wherein the printing device is designed to print the substrates on the collected substrate supports, and in that the discharge device is designed to separate and discharge these collected substrate supports.
A pharmaceutical composition for inhalatory use in the form of powder, characterized by comprising: a) a first spray drying powder comprising budesonide or a pharmaceutically acceptable salt thereof, in an amount greater than 5% by weight of said first powder, leucine in an amount from 18 to 55% by weight of said first powder, lactose in an amount from 40 to 80% by weight of said first powder; b) a second spray drying powder comprising formoterol or a pharmaceutically acceptable salt thereof, in an amount greater than 1% by weight of said second powder, leucine in an amount from 18 to 55% by weight of said second powder, lactose in an amount from 40 to 80% by weight of said second powder; c) a third powder comprising a mixture of a first lactose which has an X50 from 35 to 75 μm, with a second lactose which has an X50 from 1.5 to 10 μm, the content of said first and second lactose in said mixture being respectively from 85% to 96% and from 4% to 15%; wherein the ratio by weight of the total of said first and second powder and mixture of a first and second lactose is from 1/5 to 1/100, and said composition has a fine particle fraction greater than 60%, measured using a Sympatec Helos light scattering device at a temperature <25°C and arelative humidity <50% RH, and a delivered fraction greater than 80%. a) a first spray drying powder comprising budesonide or a pharmaceutically acceptable salt thereof, in an amount greater than 5% by weight of said first powder, leucine in an amount from 18 to 55% by weight of said first powder, lactose in an amount from 40 to 80% by weight of said first powder; b) a second spray drying powder comprising formoterol or a pharmaceutically acceptable salt thereof, in an amount greater than 1% by weight of said second powder, leucine in an amount from 18 to 55% by weight of said second powder, lactose in an amount from 40 to 80% by weight of said second powder; c) a third powder comprising a mixture of a first lactose which has an X50 from 35 to 75 μm, with a second lactose which has an X50 from 1.5 to 10 μm, the content of said first and second lactose in said mixture being respectively from 85% to 96% and from 4% to 15%;
A method in a radio base station (200, 300, 400) for management of neighbour relations with respect to neighbouring radio base stations, the radio base station being connected to an Operation and Maintenance, O&M, system (360, 470) requesting performance measurement data relating said neighbour relations from the radio base station (200, 300, 400), characterized in that the method comprising: - associating, in the radio base station (200, 300, 400), each neighbour relation with a predefined first or a predefined second neighbour relation type, wherein the first neighbour relation type indicates that the neighbour relation is to be monitored and the second neighbour relation type indicates that the neighbour relation is to be unmonitored, - collecting performance measurement data relating to mobility for neighbour relations associated with the first neighbour relation type and collecting performance measurement data relating to mobility for neighbour relations associated with the second neighbour relation type, and - sending said collected performance measurement data only for neighbour relations associated with said first neighbour relation type to the O&M system (360, 470). - associating, in the radio base station (200, 300, 400), each neighbour relation with a predefined first or a predefined second neighbour relation type, wherein the first neighbour relation type indicates that the neighbour relation is to be monitored and the second neighbour relation type indicates that the neighbour relation is to be unmonitored, - collecting performance measurement data relating to mobility for neighbour relations associated with the first neighbour relation type and collecting performance measurement data relating to mobility for neighbour relations associated with the second neighbour relation type, and - sending said collected performance measurement data only for neighbour relations associated with said first neighbour relation type to the O&M system (360, 470).
An exhaust purification device for an internal combustion engine, the device characterized by: a filter that is provided in an exhaust passage in the internal combustion engine and collects particulate matters in the exhaust; a selective reduction type NOx catalyst that is provided on a downstream of the filter and reduces NOx by a supplied reducing agent; a supply device that supplies the reducing agent to the selective reduction type NOx catalyst from an upstream of the selective reduction type NOx catalyst; a PM sensor that detects an amount of the particulate matters in the exhaust on a downstream of the selective reduction type NOx catalyst; and a removal section that conducts a process for removing the reducing agent that attaches to the PM sensor in a case where at least one of: a temperature of the selective reduction type NOx catalyst is equal to or lower than a threshold, a temperature of the exhaust is equal to or lower than a threshold, a flow rate of the exhaust is equal to or higher than a threshold, and an adsorption amount of the reducing agent in the selective reduction type NOx catalyst is equal to or larger than a threshold, is satisfied. a filter that is provided in an exhaust passage in the internal combustion engine and collects particulate matters in the exhaust; a selective reduction type NOx catalyst that is provided on a downstream of the filter and reduces NOx by a supplied reducing agent; a supply device that supplies the reducing agent to the selective reduction type NOx catalyst from an upstream of the selective reduction type NOx catalyst; a PM sensor that detects an amount of the particulate matters in the exhaust on a downstream of the selective reduction type NOx catalyst; and a removal section that conducts a process for removing the reducing agent that attaches to the PM sensor in a case where at least one of: a temperature of the selective reduction type NOx catalyst is equal to or lower than a threshold, a temperature of the exhaust is equal to or lower than a threshold, a flow rate of the exhaust is equal to or higher than a threshold, and an adsorption amount of the reducing agent in the selective reduction type NOx catalyst is equal to or larger than a threshold, is satisfied. a temperature of the selective reduction type NOx catalyst is equal to or lower than a threshold, a temperature of the exhaust is equal to or lower than a threshold, a flow rate of the exhaust is equal to or higher than a threshold, and an adsorption amount of the reducing agent in the selective reduction type NOx catalyst is equal to or larger than a threshold, is satisfied.
A head-up display provided in a vehicle and configured to display a predetermined image toward an occupant of the vehicle, the head-up display comprising: an image generation unit configured to emit light for generating the predetermined image and to irradiate a windshield or a combiner; and a controller configured to control an operation of the image generation unit, wherein the controller controls the image generation unit to select one of a planar image and a stereoscopic image as a display mode of a virtual image object formed by the predetermined image and visually recognized by the occupant through the windshield or the combiner, according to a predetermined condition, characterized in that the predetermined condition includes a distance from the occupant to the virtual image object. an image generation unit configured to emit light for generating the predetermined image and to irradiate a windshield or a combiner; and a controller configured to control an operation of the image generation unit, wherein the controller controls the image generation unit to select one of a planar image and a stereoscopic image as a display mode of a virtual image object formed by the predetermined image and visually recognized by the occupant through the windshield or the combiner, according to a predetermined condition, characterized in that the predetermined condition includes a distance from the occupant to the virtual image object.
A plug-in connector (1, 24), the plug-in connector comprising a contact element (2, 25) with a connector element (4, 26) and at least one terminal connector (6, 28), a cooling jacket (9, 31) with a first fluid port (13, 33) adapted for fluidically connecting the cooling jacket (9, 31) with a first tube (17, 40) and a second fluid port (14, 34) adapted for fluidically connecting the cooling jacket (9, 31) with a second tube (20, 44), wherein the cooling jacket (9, 31) further comprises a connecting sleeve (10, 32) for accommodating the contact element (2, 25), wherein the cooling jacket (9, 31) is manufactured in one piece and wherein the cooling jacket (9, 31) is made of a polymeric material, characterised in that an outer surface of the contact element (2, 25) is encompassed by the connecting sleeve (10, 32) in a fluid-tight manner, wherein the connector element (4, 26) is at least partly exposed to the outside of the cooling jacket (9, 31) and wherein the at least one terminal connector (6, 28) is at least partly disposed in the interior of the cooling jacket (9, 31), wherein the at least one terminal connector (6, 28) is configured for being electrically connected with at least one electrical wire (12, 36) that is introducible into the cooling jacket (9, 31) via at least one of the fluid ports. wherein via one of the first (13, 33) or second fluid ports (14, 34), a flow of coolant is supplied to the cooling jacket (9, 31), and wherein via the other of the first (13, 33) or second fluid ports (14, 34), a flow of coolant is withdrawn from the cooling jacket (9, 31).
A separating device comprising a container which defines a separation chamber, the container comprising at least one inlet adapted to allow materials to enter the chamber, at least one outlet adapted to allow materials to exit the chamber and flow interruption means adapted to interrupt a flow of materials between the at least one inlet and the at least one outlet, wherein, in use, the separation chamber is adapted to hold an amount of resident materials therein, wherein the flow interruption means comprises at least one baffle, wherein said baffle extends across the width of the separation chamber and forms dividing means operable to divide the internal volume of the separation chamber, said container comprising a collapsible cuboidal bag formed of flexible waterproof material, characterized in that said baffle comprises a first internal divider attached to internal surfaces of opposite side walls of said bag and extending from a base of the separation chamber into the separation chamber, and a second internal divider attached to internal surfaces of opposite side walls of said bag and extending from an upperwall of the separation chamber into the separation chamber, said first and second dividers (228, 230) being of a flexible water resistant material.
A flexographic machine with increased functionality, particularly for printing fine and extensible material, comprising: - an assembly for unwinding a spool of a film of material to be printed along a printing path, - at least one assembly for printing said film in output from said unwinding assembly, - at least one assembly for drying said film in output from said at least one printing assembly, and - an assembly for spooling said film in output from said at least one drying assembly, characterized in that said spooling assembly comprises a presser roller that is adapted to fix said film on a spooling cylinder intended to make contact with a core onto which said film is to be wound in a roll, said presser roller being arranged in front of said spooling cylinder with respect to the advancement direction of said film and being provided with means for moving away from said spooling cylinder and for approaching until contact with said spooling cylinder, so as to allow the selective placement of said film on one of the two sides of said presser roller and allow the winding of said roll of printed film selectively along a clockwise or counterclockwise direction of rotation of said spooling cylinder, said spooling assembly being provided with means for the temporary adhesion of said film to said core, which comprise at least one bar for generating single-polarity electrostatic charges. - an assembly for unwinding a spool of a film of material to be printed along a printing path, - at least one assembly for printing said film in output from said unwinding assembly, - at least one assembly for drying said film in output from said at least one printing assembly, and - an assembly for spooling said film in output from said at least one drying assembly,
A tool (200,500) for positioning a tubular component of a turbine combustor comprising: an annular frame portion (202,506) including a mount portion (204,508) extending radially from the frame portion (202,506); a hook portion (210,212) arranged on the mount portion (204,508), the hook portion (210,212) sized and shaped to be capable to engage a member of a tubular component (104, 106, 304) of a turbine combustor; wherein the tubular component can be a mounting case, a flow sleeve portion or a combustor liner portion; and a force exertion portion arranged on the mount portion (204,508), the force exertion portion operative to be capable to engage the tubular component (104, 106, 304) of the turbine combustor, where the force exertion portion includes a first threaded member engaging the mount portion (204,506), the first threaded member being in form of a removal bolt that is rotated to exert a force on the mounting case and/or the flow sleeve portion, and, wherein the hook portion (210,212) includes a plate having a longitudinal axis, the plate defining an aperture, wherein the aperture is defined by a first planar surface arranged substantially in parallel with a second planar surface, wherein the aperture is further defined by a third planar surface arranged substantially perpendicular to the first planar surface, wherein the first planar surface is arranged in parallel with a planar surface of the frame portion (202, 506), wherein the third planar surface is arranged in parallel to the rotational axis of the frame portion (202, 506). an annular frame portion (202,506) including a mount portion (204,508) extending radially from the frame portion (202,506); a hook portion (210,212) arranged on the mount portion (204,508), the hook portion (210,212) sized and shaped to be capable to engage a member of a tubular component (104, 106, 304) of a turbine combustor; wherein the tubular component can be a mounting case, a flow sleeve portion or a combustor liner portion; and a force exertion portion arranged on the mount portion (204,508), the force exertion portion operative to be capable to engage the tubular component (104, 106, 304) of the turbine combustor, where the force exertion portion includes a first threaded member engaging the mount portion (204,506), the first threaded member being in form of a removal bolt that is rotated to exert a force on the mounting case and/or the flow sleeve portion, and, wherein the hook portion (210,212) includes a plate having a longitudinal axis, the plate defining an aperture, wherein the aperture is defined by a first planar surface arranged substantially in parallel with a second planar surface, wherein the aperture is further defined by a third planar surface arranged substantially perpendicular to the first planar surface, wherein the first planar surface is arranged in parallel with a planar surface of the frame portion (202, 506), wherein the third planar surface is arranged in parallel to the rotational axis of the frame portion (202, 506).
A computer-implemented method comprising: receiving imagery data; fitting a multidimensional polynomial function to at least a portion of the imagery data to generate one or more values for one or more corresponding parameters of the function; generating curvature attribute data based at least in part on the fitting; and, generating filtered imagery data based at least in part on the fitting, wherein the imagery data comprises seismic data. receiving imagery data; fitting a multidimensional polynomial function to at least a portion of the imagery data to generate one or more values for one or more corresponding parameters of the function; generating curvature attribute data based at least in part on the fitting; and, generating filtered imagery data based at least in part on the fitting, wherein the imagery data comprises seismic data.