mhurhangee/ep-ind-claims huggingface dataset:
A method for filtering reconstructed video data, the method comprising: obtaining an array of sample values, wherein the array is formatted according to a 4:2:2 chroma format; determining whether to apply a first filter to rows of chroma sample values associated with defined horizontal edges within the array, wherein the defined horizontal edges are separated by sixteen chroma sample values; determining whether to apply a second filter to columns of chroma sample values associated with defined vertical edges within the array, wherein the defined vertical edges are separated by eight chroma sample values; wherein the determination of whether to apply each filter is based on a boundary filtering strength variable and wherein each defined edge separates sample values; and wherein determining whether to apply the second filter is based at least in part on the determination of whether to apply the first filter. obtaining an array of sample values, wherein the array is formatted according to a 4:2:2 chroma format; determining whether to apply a first filter to rows of chroma sample values associated with defined horizontal edges within the array, wherein the defined horizontal edges are separated by sixteen chroma sample values; determining whether to apply a second filter to columns of chroma sample values associated with defined vertical edges within the array, wherein the defined vertical edges are separated by eight chroma sample values; wherein the determination of whether to apply each filter is based on a boundary filtering strength variable and wherein each defined edge separates sample values; and wherein determining whether to apply the second filter is based at least in part on the determination of whether to apply the first filter.
A utility vehicle, equipped with a work unit having a circular single blade disk rotatable around a rotating shaft connected to an output shaft of a prime mover mounted on a chassis; and multiple blades attached to circumference of the blade disk at equally spaced apart positions; characterized in that the work unit further includes a single second disk fixed to the middle of the surface of the blade disk of the work unit at positions that are spaced apart from each other, and spaces that communicate with an exterior are formed between the blade disk and the second disk, when the second disk is fixed to the blade disk. a circular single blade disk rotatable around a rotating shaft connected to an output shaft of a prime mover mounted on a chassis; and multiple blades attached to circumference of the blade disk at equally spaced apart positions; the work unit further includes a single second disk fixed to the middle of the surface of the blade disk of the work unit at positions that are spaced apart from each other, and spaces that communicate with an exterior are formed between the blade disk and the second disk, when the second disk is fixed to the blade disk.
A diagnostic method for a container processing machine provided with a rotating conveyor, and processing units, carried by the rotating conveyor and designed to engage at least one container to carry out processing operations thereon, wherein the processing machine is a filling machine including filling units designed to fill containers with a pourable product; the method including: operatively coupling a first set of monitoring sensors to the processing units on-board the processing machine, to monitor relevant operating parameters thereof; controlling the processing units to execute test operations in lieu of the processing operations; acquiring measurement data from the monitoring sensors during the test operations; and processing the acquired measurement data to provide maintenance information on the reliability of the processing units and/or the container processing machine, characterized in that the step of operatively coupling the first set of monitoring sensors includes: coupling at least one air flowmeter and at least one pressure sensor to a pneumatic line, arranged between an input line and a distribution line of the filling machine feeding the filling units. operatively coupling a first set of monitoring sensors to the processing units on-board the processing machine, to monitor relevant operating parameters thereof; controlling the processing units to execute test operations in lieu of the processing operations; acquiring measurement data from the monitoring sensors during the test operations; and processing the acquired measurement data to provide maintenance information on the reliability of the processing units and/or the container processing machine, characterized in that the step of operatively coupling the first set of monitoring sensors includes: coupling at least one air flowmeter and at least one pressure sensor to a pneumatic line, arranged between an input line and a distribution line of the filling machine feeding the filling units.
A drum lid of a drum, rotatable about a centrifuge axis of a solid bowl screw centrifuge, having - a first drum lid section in which outlet openings are situated where a clarified medium from the inside the drum may flow in each case over a weir edge to the outside of the drum, - a second drum lid section which, as seen in the axial direction, is situated outside of the first drum lid section and is configured to support the drum rotatably, and - at least one third drum lid section, via which the first drum lid section and the second drum lid section are statically connected, wherein the at least one third drum lid section (82; 86; 94), as seen in the radial direction, is situated radially outside with respect to the weir edges, characterized in that there, radially outside of the weir edges, free spaces are also left despite of the third drum lid section (82; 86; 94), through which the clarified medium may then flow out radially to the outside. - a first drum lid section in which outlet openings are situated where a clarified medium from the inside the drum may flow in each case over a weir edge to the outside of the drum, - a second drum lid section which, as seen in the axial direction, is situated outside of the first drum lid section and is configured to support the drum rotatably, and - at least one third drum lid section, via which the first drum lid section and the second drum lid section are statically connected,
A polyazole-containing nanofiber nonwoven fabric that, when examined by emission spectrum analysis, shows a ratio (I450/I300) of 0.30 or more and 1.4 or less wherein I450 and I300 are the peak intensities determined under excitation at 450 nm and 300 nm, respectively, wherein the emission spectrum is observed under the measuring conditions given below, and the peak intensity I300 under excitation at 300 nm and the peak intensity I450 under excitation at 450 nm are compared, wherein the emission intensity is normalized by the excitation light intensity at the relevant wavelength and corrected for dark counts, wherein no special filters is used and the emission in the direction of 22.5° from the excitation light is observed: Measuring equipment: Fluorolog 3-22 manufactured by HORIBA Jobin Yvon, Light source: xenon lamp, Detector: PMT, Excitation wavelength: 300 nm and 450 nm, observation wavelength: up to 750 nm in increments of 1 nm, slit width: excitation side 2 nm, observation side 2 nm, time constant: 0.2 s and measuring mode: SC/RC.
An ink comprising capped metal particles dispersed in a solvent system that provides a viscosity of 10-12 cPs to the ink at an ink-jet printing temperature in the range 28-70°C, in which: the capped metal particles are silver particles capped with hexadecylamine; and the silver particles are silver nanoparticles, characterised in that the solvent system comprises a first component and a second component, the first component having a dielectric constant that is lower than the dielectric constant of the second component, the first component having a dielectric constant at 20 °C that is less than 4 and the second component having a dielectric constant at 20 °C that is greater than 4. the capped metal particles are silver particles capped with hexadecylamine; and the silver particles are silver nanoparticles, characterised in that the solvent system comprises a first component and a second component, the first component having a dielectric constant that is lower than the dielectric constant of the second component, the first component having a dielectric constant at 20 °C that is less than 4 and the second component having a dielectric constant at 20 °C that is greater than 4.
An insulation element with low electrical conductivity for the electrical insulation of an electrical engineering component in the high-voltage range, comprising - chemical fibres comprising chemical fibres made of synthetic polymers or inorganic chemical fibres; - electrically conductive particles having an electrically non-conductive core and an electrically conductive or semiconductive sheath surrounding the core; and - a cationic polymer. - chemical fibres comprising chemical fibres made of synthetic polymers or inorganic chemical fibres; - electrically conductive particles having an electrically non-conductive core and an electrically conductive or semiconductive sheath surrounding the core; and - a cationic polymer.
A spherical microphone array comprising: a sound-diffracting structure (100, 200, 300, 400, 500, 600) that has a closed three-dimensional shape with a surface (101, 402, 502, 602) surrounding the shape; and at least two differential microphones (102-104, 302, 401, 501, 601, 604, 1000) mounted flush on the surface of the sound-diffracting structure, wherein at least one of the differential microphones (102-104, 302, 401, 501, 601, 604, 1000) comprises a tube-like member with two open ends (1002, 1003) and an omnidirectional microphone disposed in the tube-like member between its two ends (1002, 1003); and the omnidirectional microphone is disposed at a position with differing distances to the two ends (1002, 1003) of the tube-like member, wherein the spherical microphone array further comprises at least one indentation (503, 603) in the perimeter of the diffracting structure (500, 600) or formed on the surface of the diffracting structure, wherein at least one differential microphone (501, 601, 604, 1000) is disposed in the at least one indentation (503, 603). a sound-diffracting structure (100, 200, 300, 400, 500, 600) that has a closed three-dimensional shape with a surface (101, 402, 502, 602) surrounding the shape; and at least two differential microphones (102-104, 302, 401, 501, 601, 604, 1000) mounted flush on the surface of the sound-diffracting structure, wherein at least one of the differential microphones (102-104, 302, 401, 501, 601, 604, 1000) comprises a tube-like member with two open ends (1002, 1003) and an omnidirectional microphone disposed in the tube-like member between its two ends (1002, 1003); and the omnidirectional microphone is disposed at a position with differing distances to the two ends (1002, 1003) of the tube-like member, wherein the spherical microphone array further comprises at least one indentation (503, 603) in the perimeter of the diffracting structure (500, 600) or formed on the surface of the diffracting structure, wherein at least one differential microphone (501, 601, 604, 1000) is disposed in the at least one indentation (503, 603).
Current sensor, comprising a housing of plastic, a current conductor with integrally shaped first and second electrical terminals (4, 5), through which a current to be measured is supplied and discharged, third electrical terminals, a semiconductor chip having an active surface with at least one magnetic field sensor, which is sensitive to a component of the magnetic field generated by the current flowing through the current conductor running perpendicularly to the active surface of the semiconductor chip, wherein the first and second electrical terminals (4, 5) are arranged at a first side of the housing and the third electrical terminals are arranged at a side of the housing opposite to the first side, wherein the active surface of the semiconductor chip faces the current conductor and electrical connection surfaces of the semiconductor chip are connected with the third electrical terminals by first bumps, characterized in that the current conductor is U-shaped wherein the U is formed from three sections, namely a first section which comprises the first electrical terminals, a second elongated section with parallel edges, and a third section which comprises the second electrical terminals, wherein the current conductor has everywhere a relatively large width to reduce its electrical resistance to a lowest possible value, in that the semiconductor chip is arranged approximately symmetrically with respect to a longitudinal axis of the current conductor in the second section, and in that the semiconductor chip has second bumps which are electrically isolated from the active surface of the semiconductor chip by an insulation layer and rest on the current conductor or on projections formed integrally to the current conductor.
A data sheet for integration in a security and/or valuable document, preferably in book-format, wherein the data sheet is comprised of at least two stacked layers (2, 3) of an organic polymeric material, wherein at least in a partial section between the layers (2, 3) and outside the layers (2, 3), a textile forming a flap is disposed, wherein the textile is coated on one or both sides and/or saturated at least in the region between the layers (2, 3) and at least partially with an organic binding agent and is bonded with the two layers (2, 3) by way of the binding agent wherein the textile is formed from transparent or opaque fibers, and wherein the fibers of the textile are substantially straight-lined and parallel to each other and act as strip lenses when viewing the data sheet, whereby optical effects with regard to a printed image disposed in or on a layer (2, 3) is produced.
A system, comprising: a processor coupled to a memory, the processor configured to execute computer-executable instructions stored in the memory that when executed cause the processor to perform the following actions: receiving data regarding a user credential change; detecting a suspicious credential change automatically based on the data and a set of one or more suspicious change patterns by seeking to match data received surrounding a credential change to a known suspicious change pattern of the set of one or more suspicious change patterns based on a user specified extent of pattern match; initiating mitigation of the suspicious credential change, wherein mitigation of the suspicious credential change includes: enabling, via a suspension component, a credential administrator role to be suspended without suspending a user account such that user account still functions and management of credentials is suspended. receiving data regarding a user credential change; detecting a suspicious credential change automatically based on the data and a set of one or more suspicious change patterns by seeking to match data received surrounding a credential change to a known suspicious change pattern of the set of one or more suspicious change patterns based on a user specified extent of pattern match; initiating mitigation of the suspicious credential change, wherein mitigation of the suspicious credential change includes: enabling, via a suspension component, a credential administrator role to be suspended without suspending a user account such that user account still functions and management of credentials is suspended.
A flooring system comprising: a first floor panel and a second floor panel, each of the first and second floor panels comprising: a first layer having a top surface, a bottom surface, and a plurality of peripheral edges (404a, 404b) extending between the top and bottom surfaces; a second layer having a top surface, a bottom surface, and a plurality of peripheral edges (408a, 408b) extending between the top and bottom surfaces; and a third layer comprising a thermally activated solid adhesive; wherein the first layer and second layer are coupled in an offset relationship; wherein said offset coupling of said first and second layers defines a first offset marginal portion and a second offset marginal portion; characterized in that the third layer completely covers the first and second marginal portions and spans the length of the coupling surfaces of the first and second layers. a first floor panel and a second floor panel, each of the first and second floor panels comprising: a first layer having a top surface, a bottom surface, and a plurality of peripheral edges (404a, 404b) extending between the top and bottom surfaces; a second layer having a top surface, a bottom surface, and a plurality of peripheral edges (408a, 408b) extending between the top and bottom surfaces; and a third layer comprising a thermally activated solid adhesive; wherein the first layer and second layer are coupled in an offset relationship; wherein said offset coupling of said first and second layers defines a first offset marginal portion and a second offset marginal portion; characterized in that the third layer completely covers the first and second marginal portions and spans the length of the coupling surfaces of the first and second layers. a first layer having a top surface, a bottom surface, and a plurality of peripheral edges (404a, 404b) extending between the top and bottom surfaces; a second layer having a top surface, a bottom surface, and a plurality of peripheral edges (408a, 408b) extending between the top and bottom surfaces; and a third layer comprising a thermally activated solid adhesive; wherein the first layer and second layer are coupled in an offset relationship; wherein said offset coupling of said first and second layers defines a first offset marginal portion and a second offset marginal portion; characterized in that the third layer completely covers the first and second marginal portions and spans the length of the coupling surfaces of the first and second layers.
Starting assistant for motor vehicles, having a starting controller (24; 26) for initiating and controlling a starting process and having a detection device for detecting various predefined categories of driving surroundings and for selecting a setpoint starting dynamic which is adapted to the detected driving surroundings, wherein the setpoint starting dynamic comprises a parameter in the form of a setpoint starting acceleration, which represents a setpoint acceleration which is to be achieved by the starting controller (24; 26) when starting, characterized by a decision device which is designed to select a starting strategy as a function of a carriageway gradient and of the setpoint starting dynamic, from at least a first starting strategy for starting driven by a drive system, and a second starting strategy for starting essentially by means of a downhill-slope force, wherein the starting controller is designed to control, when starting according to the second starting strategy, a braking torque of a brake system in order to control the starting process, wherein the starting controller is configured to predefine a braking torque which corresponds to a braking torque which is to be expected according to the carriageway gradient and the mass of the vehicle, in order to roll with the setpoint starting acceleration in the braked state.
A computer-implemented method of linking first and second objects (9 1, 9 2) stored in first and second respective databases (4 1, 4 2) in a group of linked databases storing data objects, wherein the first object is created by a first user (6 1) having read and write access to the first database and read-only access to the second database, and the second object is created by a second user (6 2) having read-only access to the first database and read-and-write access to the second database, the first object comprising a plurality of attributes including a reference identifying the first object (9 1), the method comprising: receiving from the second user a selection linking the first and second objects; creating an entry (21 1) for the first object (9 1), in a look up table in the second database (4 2) using the reference, the entry including, as a first reference (22 1) identifying the first object (9 1), the reference, and a second reference (23 1) identifying the second object (9 2), wherein the look up table is not a centralised look up table, and wherein the the first object in the first database is not modified to link to the second object in the second database. receiving from the second user a selection linking the first and second objects; creating an entry (21 1) for the first object (9 1), in a look up table in the second database (4 2) using the reference, the entry including, as a first reference (22 1) identifying the first object (9 1), the reference, and a second reference (23 1) identifying the second object (9 2), wherein the look up table is not a centralised look up table, and wherein the the first object in the first database is not modified to link to the second object in the second database.
A rotorcraft with at least one main rotor and at least one counter-torque rotor, comprising: at least one duct-type portion provided with a shroud that defines at least one transverse duct, said at least one counter-torque rotor comprising a plurality of counter-torque rotor blades and being rotatably arranged within said at least one transverse duct, and said shroud being equipped in the region of said at least one transverse duct at least partly with a liner arrangement that is at least adapted for tonal and broadband sound absorption, said liner arrangement comprising at least one aero-acoustic liner component and at least one aerodynamic liner component for reducing generation of aerodynamic noise resulting from blade tip clearance vortices occurring during rotation of said at least one counter-torque rotor inside said at least one transverse duct in operation of said rotorcraft, said at least one aero-acoustic liner component being defined by interlaced or nested hollow structures and said at least one aerodynamic liner component being defined by an annular channel. at least one duct-type portion provided with a shroud that defines at least one transverse duct, said at least one counter-torque rotor comprising a plurality of counter-torque rotor blades and being rotatably arranged within said at least one transverse duct, and said shroud being equipped in the region of said at least one transverse duct at least partly with a liner arrangement that is at least adapted for tonal and broadband sound absorption, said liner arrangement comprising at least one aero-acoustic liner component and at least one aerodynamic liner component for reducing generation of aerodynamic noise resulting from blade tip clearance vortices occurring during rotation of said at least one counter-torque rotor inside said at least one transverse duct in operation of said rotorcraft, said at least one aero-acoustic liner component being defined by interlaced or nested hollow structures and said at least one aerodynamic liner component being defined by an annular channel.