mhurhangee/ep-ind-claims huggingface dataset:
A heat sink for use in induction welding, the heat sink comprising: a number of tiles arranged in a single layer, wherein the tiles are electrically non-conductive and have a thermal diffusivity of greater than about 25 mm 2 /sec; and a joint flexibly joining the tiles together, and wherein the tiles define a gap therebetween and the joint is disposed within the gap. a number of tiles arranged in a single layer, wherein the tiles are electrically non-conductive and have a thermal diffusivity of greater than about 25 mm 2 /sec; and a joint flexibly joining the tiles together, and wherein the tiles define a gap therebetween and the joint is disposed within the gap.
A seal ring comprising a bent extruded rod having two ends and comprising a thermoplastic material, and a weld joining the two ends of the bent extruded rod, the welded thermoplastic material having a weld elongation-at-break of at least 20% as determined through tensile testing of welded samples according to ASTM D638, the weld being free of voids having a longest dimension greater than 0.4 mm.
A computerized method comprising: applying an initial decimation filter to an original frame to generate a decimated frame, the original frame comprising image data; extracting, from the decimated frame and the original frame an optimized prediction filter for generating a predicted frame that is a predicted reconstruction of the original frame, wherein the initial decimation filter remains fixed; generating the predicted frame from the optimized prediction filter and the decimated frame; and extracting an optimized decimation filter from the decimated frame and the predicted frame, wherein the optimized prediction filter remains fixed wherein optimizing the prediction filter and the decimation filter consists in reducing a prediction error between the original frame and the predicted reconstruction of the original frame. applying an initial decimation filter to an original frame to generate a decimated frame, the original frame comprising image data; extracting, from the decimated frame and the original frame an optimized prediction filter for generating a predicted frame that is a predicted reconstruction of the original frame, wherein the initial decimation filter remains fixed; generating the predicted frame from the optimized prediction filter and the decimated frame; and extracting an optimized decimation filter from the decimated frame and the predicted frame, wherein the optimized prediction filter remains fixed wherein optimizing the prediction filter and the decimation filter consists in reducing a prediction error between the original frame and the predicted reconstruction of the original frame.
A permanent magnet rotor for a rotary electric machine, comprising: a rotor body having a rotation axis; a plurality of magnets, each arranged along a substantially radial direction of said rotor body, said magnets exhibiting, in section along a plane that is substantially perpendicular to said rotation axis, a head portion located in proximity of an external surface of said rotor body and a base portion facing towards the rotation axis wherein the base portion of each magnet has a width smaller than a width of the head portion and wherein said magnets are equal or greater in number than twenty; said rotor body exhibiting a plurality of radial expansion and a plurality of honsing seatings intercalated with said radial expansions in order to house said magnets, wherein contiguous radial expansions exhibit respectives peripheral portions distanced from one another in order to define respective separating openings suitable for preventing direct massage of magnetic flow between said peripheral portions, said separating openings preferablyextending along a whole axial length of said rotor body; characterised in that each radial expansion exhibits, at the base, a saturation portion which exhibits an extension, in the radial direction, having a constant section. a rotor body having a rotation axis; a plurality of magnets, each arranged along a substantially radial direction of said rotor body, said magnets exhibiting, in section along a plane that is substantially perpendicular to said rotation axis, a head portion located in proximity of an external surface of said rotor body and a base portion facing towards the rotation axis wherein the base portion of each magnet has a width smaller than a width of the head portion and wherein said magnets are equal or greater in number than twenty; said rotor body exhibiting a plurality of radial expansion and a plurality of honsing seatings intercalated with said radial expansions in order to house said magnets, wherein contiguous radial expansions exhibit respectives peripheral portions distanced from one another in order to define respective separating openings suitable for preventing direct massage of magnetic flow between said peripheral portions, said separating openings preferablyextending along a whole axial length of said rotor body; characterised in that each radial expansion exhibits, at the base, a saturation portion which exhibits an extension, in the radial direction, having a constant section.
Method for managing alarms in accordance with fault currents in an electrical facility, wherein one measures permanently the differential fault current (IΔn) of said electrical facility with a differential current sensor and the earth fault current (Ipe) of said electrical facility with an earth leakage current sensor, one compares each measured fault current with a permissible fault current threshold and, when said threshold is exceeded, one triggers an alarm, method characterized in that one determines for every measured fault current (IΔn, Ipe) at least two different permissible fault current thresholds that are adapted to at least two different load current values of said facility, one measures permanently the instantaneous load current of said facility, and one triggers said alarm if one of the measured fault currents exceeds the permissible fault current threshold that is adapted for said measured load current value.
A panel comprising electronic circuits connected with each other by connectors, wherein the connected electronic circuits (1a-36a; 1b-36b) form a topology comprising two two-dimensional toruses (S a, S b) each comprising M*N circuits, wherein each circuit has a topology index (i,j), characterized in that the electronic circuits (1a-36a; 1b-36b) are arranged on the panel as a matrix of groups (G 1,1;...; G q,p) of circuits, the matrix having the number of rows q =N/2 and the number of columns p =M/2, wherein each group (G 1,1;...; G q,p) comprises 4 circuits having the topology indices ( i,j; i, M- j +1; N- i +1,M- j +1 and N- i +1,j) of the first torus (S a) and 4 circuits having the topology indices ( i,j; i, M- j +1; N- i +1,M- j +1 and N- i +1, j) of the second torus (S b).
Component, comprising a layer structure on a conductive substrate, having at least one via (Vertical Interconnect Access, VIA), led onto the component back side, for electrically contacting functional elements realized in the layer structure, wherein the via comprises a connection area in the substrate, which extends over the entire substrate thickness and is electrically insulated from the adjoining substrate by a trench-like insulating frame likewise extending over the entire substrate thickness, wherein the trench-like insulating frame is filled with an electrically insulating polymer, characterized in that a filler is added to the polymer.
Method for setting an operational parameter in a medical device, comprising: actuating an input device to set an operational parameter displayed on a display device of the medical device, wherein the input device is advanceable in an actuation direction (D1, D2) by movement steps (α) to increase or decrease the operational parameter by a change amount associated with a movement step (α), adapting, when advancing the input device, said change amount from a fine-tuning-state value to a tuning-state value larger than the fine-tuning-state value in case a first condition is met, characterized in that the operational parameter is adaptable within a predefined overall range, wherein for adapting said change amount in dependence of the advancing of the input device a first set of values is applied in a first sub-range of the overall range and a second set of values is applied in a second sub-range of the overall range. actuating an input device to set an operational parameter displayed on a display device of the medical device, wherein the input device is advanceable in an actuation direction (D1, D2) by movement steps (α) to increase or decrease the operational parameter by a change amount associated with a movement step (α), adapting, when advancing the input device, said change amount from a fine-tuning-state value to a tuning-state value larger than the fine-tuning-state value in case a first condition is met, characterized in that the operational parameter is adaptable within a predefined overall range, wherein for adapting said change amount in dependence of the advancing of the input device a first set of values is applied in a first sub-range of the overall range and a second set of values is applied in a second sub-range of the overall range.
An antibody, or an antigen-binding fragment thereof, that binds to human complement C5 for use in a method of treating paroxysmal nocturnal hemoglobinuria or atypical haemolytic-uremic syndrome (aHUS) in a human, the method comprising: (i) administering to the human an siRNA specific for mRNA encoding human C5 to thereby reduce the C5 concentration in the serum of the human, followed by; (ii) administering to the human the C5 antibody or fragment thereof, wherein a reduced C5 concentration in the serum of the human increases the serum half-life of the C5 antibody or fragment thereof administered to the human. (i) administering to the human an siRNA specific for mRNA encoding human C5 to thereby reduce the C5 concentration in the serum of the human, followed by; (ii) administering to the human the C5 antibody or fragment thereof, wherein a reduced C5 concentration in the serum of the human increases the serum half-life of the C5 antibody or fragment thereof administered to the human.
A signal processing device comprising: a plurality of connecting terminals (TC1, TC2), each of which is connectable to respective ones of a plurality of other signal processing devices that are different from the subject signal processing device; an analog bus connected to the plurality of connecting terminals; an input terminal (T IN) connected to the analog bus and that accepts an input of a first audio signal; and an output terminal (T OUT) connected to the analog bus and that outputs a second audio signal to a sound emitting device, characterized in that the signal processing device further comprises: a first adjuster that adjusts a volume of an audio signal supplied to a path branched from a path between the input terminal and the analog bus; and a signal adder disposed between the analog bus and the output terminal and that adds an audio signal supplied from the analog bus and the audio signal that has been adjusted by the first adjuster, wherein the first adjuster includes a reversed phase generator that performs inversion of a phase and the adjustment of a volume with respect to the audio signal. a plurality of connecting terminals (TC1, TC2), each of which is connectable to respective ones of a plurality of other signal processing devices that are different from the subject signal processing device; an analog bus connected to the plurality of connecting terminals; an input terminal (T IN) connected to the analog bus and that accepts an input of a first audio signal; and an output terminal (T OUT) connected to the analog bus and that outputs a second audio signal to a sound emitting device, characterized in that the signal processing device further comprises: a first adjuster that adjusts a volume of an audio signal supplied to a path branched from a path between the input terminal and the analog bus; and a signal adder disposed between the analog bus and the output terminal and that adds an audio signal supplied from the analog bus and the audio signal that has been adjusted by the first adjuster, wherein the first adjuster includes a reversed phase generator that performs inversion of a phase and the adjustment of a volume with respect to the audio signal. a first adjuster that adjusts a volume of an audio signal supplied to a path branched from a path between the input terminal and the analog bus; and a signal adder disposed between the analog bus and the output terminal and that adds an audio signal supplied from the analog bus and the audio signal that has been adjusted by the first adjuster, wherein the first adjuster includes a reversed phase generator that performs inversion of a phase and the adjustment of a volume with respect to the audio signal.
A stabilized 1,25-dihydroxy vitamin D 2 composition, characterized by being free of formate ester solvents, including being free of methyl formate, and having an amount of total residual solvent of 0.5% or less.
A composition comprising, based on the total weight of the composition: at least one polycarbonate that is not a polysiloxane block-co-polycarbonate; 7.5 to 25 wt% of a polysiloxane block co-polycarbonate; 5 to 15 wt% of titanium dioxide; a brominated organic flame retardant having a bromine content between 2 and 6 wt% based on the total weight of the composition; optionally 0.1 to 0.5 wt% of a fluorinated polyolefin; optionally one or more additives that impart a performance property; and optionally a carbon black containing material, wherein the composition has a notched Izod impact of at -30°C of at least 35 kJ/m 2 at a thickness of 3.0 mm according to ISO-180 standard with a 5.5 J hammer and further wherein the composition does not show tracking through at least 50 drops of a 0.1 % aqueous ammonium chloride solution at 250 V according to ASTM D-3638.
An image-processing camera system configured to be mounted in a vehicle, comprising: a storage element configured to store a plurality of applications in which an image-processing function is performed; an image pickup device configured to acquire an image data, wherein the image pickup device is shared between the plurality of applications; and an application scheduler configured to: create an application schedule of each of the plurality of application programs; select a processing cycle and an execution timing of a first and of a second application program selected from the plurality of applications based on an environment information of the vehicle; concurrently set up the execution timing of the first application program and of the second application program sharing the image pickup device; and schedule the acquiring of the image data of the first application program during the image-processing period of the second application program. a storage element configured to store a plurality of applications in which an image-processing function is performed; an image pickup device configured to acquire an image data, wherein the image pickup device is shared between the plurality of applications; and an application scheduler configured to: create an application schedule of each of the plurality of application programs; select a processing cycle and an execution timing of a first and of a second application program selected from the plurality of applications based on an environment information of the vehicle; concurrently set up the execution timing of the first application program and of the second application program sharing the image pickup device; and schedule the acquiring of the image data of the first application program during the image-processing period of the second application program. create an application schedule of each of the plurality of application programs; select a processing cycle and an execution timing of a first and of a second application program selected from the plurality of applications based on an environment information of the vehicle; concurrently set up the execution timing of the first application program and of the second application program sharing the image pickup device; and schedule the acquiring of the image data of the first application program during the image-processing period of the second application program.
A bearing assembly comprising a first component and a second component, the first and second components being slidably disposed with respect to each other, wherein the first component slides relative to the second component in a first direction, wherein the first component comprises a plurality of first recesses formed in a first surface facing the second component, wherein the first recesses are distributed in a second direction perpendicular to the first direction with neighbouring first recesses being spaced apart in the second direction with a first spacing, wherein the second component comprises a plurality of second recesses formed in a second surface facing the first surface of the first component, wherein the second recesses are distributed in the second direction with neighbouring second recesses being spaced apart in the second direction with a second spacing, wherein the first recesses are sized to fit within the second spacings and the second recesses are sized to fit within the first spacings, characterized in that the first and second components (10, 20) are urged into a relative position in the second direction in which the first and second recesses do not overlap one another and the first recesses are interspersed relative to the second recesses. wherein the first component comprises a plurality of first recesses formed in a first surface facing the second component, wherein the first recesses are distributed in a second direction perpendicular to the first direction with neighbouring first recesses being spaced apart in the second direction with a first spacing, wherein the second component comprises a plurality of second recesses formed in a second surface facing the first surface of the first component, wherein the second recesses are distributed in the second direction with neighbouring second recesses being spaced apart in the second direction with a second spacing, wherein the first recesses are sized to fit within the second spacings and the second recesses are sized to fit within the first spacings, characterized in that the first and second components (10, 20) are urged into a relative position in the second direction in which the first and second recesses do not overlap one another and the first recesses are interspersed relative to the second recesses.
Double flange torque transducer system, comprising the following features: - a deformation element to which strain gauges are attached, - two disc-shaped fastening flanges (3, 4) which are arranged parallel to one another and which are integrally connected to the deformation element, wherein - the deformation element lies in the axis of rotation of the double-flange torque transducer and - the mounting flanges (3, 4) comprise mounting holes, - at least 3 rod-shaped spring elements which extend between the two flanges (3, 4) and are fastened thereto either between the fastening bores or in the edge region of the fastening flanges (3, 4) outside the fastening bores, wherein - the spring elements comprise a rectangular cross-section, of which one narrow side is directed radially towards the axis of rotation of the double-flange torque transducer, characterised in that - at least one strain gauge is arranged on each spring element, and - a correction electronics is provided, to which the torque measurement signals measured with the strain gauges and simultaneously the measurement signals generated at the strain gauges of the spring elements are applied. - a deformation element to which strain gauges are attached, - two disc-shaped fastening flanges (3, 4) which are arranged parallel to one another and which are integrally connected to the deformation element, wherein - the deformation element lies in the axis of rotation of the double-flange torque transducer and - the mounting flanges (3, 4) comprise mounting holes, - the deformation element lies in the axis of rotation of the double-flange torque transducer and - the mounting flanges (3, 4) comprise mounting holes, - at least 3 rod-shaped spring elements which extend between the two flanges (3, 4) and are fastened thereto either between the fastening bores or in the edge region of the fastening flanges (3, 4) outside the fastening bores, wherein - the spring elements comprise a rectangular cross-section, of which one narrow side is directed radially towards the axis of rotation of the double-flange torque transducer, characterised in that - at least one strain gauge is arranged on each spring element, and - a correction electronics is provided, to which the torque measurement signals measured with the strain gauges and simultaneously the measurement signals generated at the strain gauges of the spring elements are applied.
Method for coating a turbine blade, which comprises an aerofoil and at least one platform arranged at one end of the aerofoil, wherein the or each platform has a contact zone and at least one two-dimensional projecting zone (8a, 8b), adjoining the contact zone, wherein the projecting zone (8a, 8b) can be subjected in its entire two-dimensional extent to the high temperatures occurring during operation, and on the other hand the contact zone cannot be subjected to these temperatures at the locations at which the aerofoil is connected to the platform, and consequently merges with it, wherein the platform has at least one end face (10a, 10b), which during use as intended in the blading of a turbine stage respectively lies directly opposite an end face of another platform, comprising the method steps of: - applying on the aerofoil side at least one first layer of a coating to the platform, and - removing the at least one first layer of the coating from at least one end face (10a, 10b) of the platform in the region of the projecting zone (8a, 8b), while leaving the at least one first layer of the coating on the end face in the region of the contact zone. - applying on the aerofoil side at least one first layer of a coating to the platform, and - removing the at least one first layer of the coating from at least one end face (10a, 10b) of the platform in the region of the projecting zone (8a, 8b), while leaving the at least one first layer of the coating on the end face in the region of the contact zone.
A monolithic sheet suitable for bullet-resistant applications wherein the sheet is an acrylic sheet comprising a) from 75 to 95 percent by weight of an acrylic copolymer comprising from 75 to 95 percent by weight of methylmethacrylate monomer units, from 5 to 25 percent by weight of one or more C 2-18 alkyl (meth)acrylate monomer units, and from 0 to 5 percent of other ethylenically unsaturated monomer units, wherein the total monomer units add up to 100 percent; and b) from 5 to 25 percent by weight of one or more impact modifiers chosen from core-shell multi-layer polymers, wherein the acrylic sheet is transparent with a total white light transmission (TWLT) higher than 50 percent and haze percent lower than 30 percent, measured by ASTM-D1003 and E313. a) from 75 to 95 percent by weight of an acrylic copolymer comprising from 75 to 95 percent by weight of methylmethacrylate monomer units, from 5 to 25 percent by weight of one or more C 2-18 alkyl (meth)acrylate monomer units, and from 0 to 5 percent of other ethylenically unsaturated monomer units, wherein the total monomer units add up to 100 percent; and b) from 5 to 25 percent by weight of one or more impact modifiers chosen from core-shell multi-layer polymers,