mhurhangee/ep-ind-claims huggingface dataset:
Passenger cabin unit of an aircraft, wherein surfaces of the passenger cabin unit which are visible from inside the passenger cabin unit, namely visible surfaces of the aircraft roof lining and of the side walls, are completely or substantially provided with a display device for presenting visual information, effects and images, wherein the display device is divided into a plurality of first display regions, which are each assigned to individual passengers or to a group of passengers, and at least one second display region, wherein each first display region has a passenger command input device which can be used by a passenger to control the visual presentation on the first display region assigned to said passenger, wherein the passenger cabin unit is in the form of an interactive cabin, wherein the interactive cabin is formed from an interactive lining as the second display region and an interactive interior, wherein the interactive interior is formed by the first display regions, wherein the interactive lining and the interactive interior are controllable independently of one another, wherein the interactive lining is controllable only by the cabin crew, wherein the interactive interior is controllable by passengers, on the one hand, and by cabin crew, on the other hand, wherein the first display regions which are controllable by the individual passengers form the interactive interior in the region of the side walls which are close to the passenger seats, wherein each first display region comprises a separate information region, wherein each first display region is configured in such a manner that it is possible for the passenger, by means of appropriate commands, to shift information back and forth between the passenger's separate information region in front of the passenger on the backrest of the seat in front and the passenger's region on the interactive interior, and wherein at least one crew command input device is provided and can be used by attendants to control the visual presentation on a plurality or all of the first display regions and on the second display region.
A draining anti-siphon device, comprising a water outlet pipe and an air pipe, wherein, the water outlet pipe comprises a first water pipe and a second water pipe which are connected with each other, a pipe diameter of at least part of the second water pipe is larger than a pipe diameter of the first water pipe, one end of the air pipe is communicated with the second water pipe, characterized in that a connecting position of the air pipe and the second water pipe is located at a radial surface of the second water pipe, wherein the second water pipe is a stepped pipe with pipe diameters increasing in sequence from the joint of the first water pipe and the second water pipe toward an end opening of the second water pipe, a first end opening of the air pipe is located at a stepped face of the second water pipe and the air pipe is communicated with the second water pipe, and second end opening of the air pipe is arranged outside the water outlet pipe.
An electronic pen comprising: a signal generator (PN200, PN401) configured to generate an enable signal (T en) and a signal comprising an AC signal (AC S); a power supply (PN300, PN501) configured to supply power to the signal generator (PN200, PN401); and a resonance circuit (PN100, PN101) configured to be charged by a current from the AC signal during a section in which the enable signal is activated, and configured to be discharged and emit a magnetic field during an output section in which the enable signal is inactivated. a signal generator (PN200, PN401) configured to generate an enable signal (T en) and a signal comprising an AC signal (AC S); a power supply (PN300, PN501) configured to supply power to the signal generator (PN200, PN401); and a resonance circuit (PN100, PN101) configured to be charged by a current from the AC signal during a section in which the enable signal is activated, and configured to be discharged and emit a magnetic field during an output section in which the enable signal is inactivated.
A system to reduce noise in an image sequence, wherein the image sequence comprises a sequence of input frames, the system comprising: a motion estimator configured to yield a sequence of motion-compensated frames from the sequence of input frames; a noise spectrum estimator configured to estimate noise in one or more blocks of pixels in the sequence of input frames by identifying noisy and flat areas using a Gaussian blurring filter and by calculating an estimated noise power spectrum for a current frame in the sequence of input frames from the noisy and flat areas; a shot detector configured to detect a shot change within the sequence of input frames and to trigger the noise spectrum estimator in response to the detected shot change; a noise spectrum validator configured to validate the estimated noise power spectrum, yielding a validated estimated noise power spectrum; and a noise reducer configured to reduce noise in the image sequence using the validated estimated noise power spectrum and the sequence of motion-compensated frames. a motion estimator configured to yield a sequence of motion-compensated frames from the sequence of input frames; a noise spectrum estimator configured to estimate noise in one or more blocks of pixels in the sequence of input frames by identifying noisy and flat areas using a Gaussian blurring filter and by calculating an estimated noise power spectrum for a current frame in the sequence of input frames from the noisy and flat areas; a shot detector configured to detect a shot change within the sequence of input frames and to trigger the noise spectrum estimator in response to the detected shot change; a noise spectrum validator configured to validate the estimated noise power spectrum, yielding a validated estimated noise power spectrum; and a noise reducer configured to reduce noise in the image sequence using the validated estimated noise power spectrum and the sequence of motion-compensated frames.
A cochlear implant comprising a signal level detector configured to determine a total signal level of an incoming acoustic signal by performing a weighted combination of the estimated signal levels obtained from different beamforming modes; a processing unit configured to determine, in accordance with the determined total signal level, an intermediate knee point for each of a plurality of frequency bands; a bandpass filters configured to generate a plurality of band limited audio signals in dependence upon the incoming acoustic signal, each band limited acoustic signal representing an associated audio frequency range relating to at least one electrode of a plurality of an implanted electrode array of the cochlear implant; and a pulse controller configured to deliver electrical stimulation signals to the plurality of electrodes of the implanted electrode array based on the generated band limited audio signals and the determined intermediate knee point corresponding to the frequency range.
An unloading system for the conveyor warewashers for the automatic unloading of upended trays in a tray stacking station, in which the unloaded trays are oriented horizontally, wherein the unloading system has a sliding surface inclined in the direction of the tray stacking station and a guide, with which upended trays can be transferred in succession to the sliding surface, preferably in the outlet region of the conveyor warewasher, wherein the guide is configured to be associated with a conveyor belt of the conveyor warewasher, on which trays can be transported through the conveyor warewasher in an upended state, characterized in that the trays are oriented parallel to the direction of transport in the conveyor warewasher and are transferred by the guide by a combined tilting and linear movement to the sliding surface, the guide being offset laterally, at least in some regions, in relation to the conveyor belt and extending above the conveyor belt and being inclined in the outlet region of the conveyor warewasher, at least in some regions, with respect to the horizontal in the direction of the conveyor belt plane.
A method for data driven scheduling of a plurality of computing cores of a processor, the method comprising: executing a plurality of threads on the plurality of computing cores, according to a default schedule; analyzing, by correlation circuitry, the plurality of threads, based on the execution, to determine correlation values for various possible subsets of the plurality of threads, the correlation values representing correlations between threads in each subset, wherein the correlations comprise an amount of memory re-use among the subsets of the plurality of threads; generating, by scheduling circuitry a data driven schedule based on the correlation values, wherein the subsets of the plurality of threads are scheduled for execution in parallel on the plurality of computing cores such that the correlation values are maximized across the execution of all of the plurality of threads; and executing the plurality of threads on the plurality of computing cores according to the data driven schedule. executing a plurality of threads on the plurality of computing cores, according to a default schedule; analyzing, by correlation circuitry, the plurality of threads, based on the execution, to determine correlation values for various possible subsets of the plurality of threads, the correlation values representing correlations between threads in each subset, wherein the correlations comprise an amount of memory re-use among the subsets of the plurality of threads; generating, by scheduling circuitry a data driven schedule based on the correlation values, wherein the subsets of the plurality of threads are scheduled for execution in parallel on the plurality of computing cores such that the correlation values are maximized across the execution of all of the plurality of threads; and executing the plurality of threads on the plurality of computing cores according to the data driven schedule.
In-ground collecting bin, having an under-portion disposed in the ground which under-portion contains a collecting chamber and a filling hole opening upwards, and having an input column which is disposed above the collecting chamber so as to extend upwards above the ground and which connects to the filling hole, where the input column can be moved from a use position covering the filling hole into a waiting position uncovering the filling hole, where the input column incorporates a bearing frame and an input shaft connecting to the filling hole is hingedly attached to the bearing frame, where the hinge axle is disposed perpendicularly and the input shaft can be swivelled about the perpendicular hinge axle out of its position covering the filling hole and into its waiting position so uncovering the filling hole, characterised in that the bearing frame is constructed to enable the under-portion to be raised and is fastened to the under-portion and in that the input column is divided vertically so that the bearing frame and the input shaft are disposed one beside the other and each forms only a part of the cross-section of the input shaft.
A polymer dispersion of polymer particles comprising, by dry weight based on total weight of the polymer particles, from 85% to 99.9% of ethylenically unsaturated nonionic monomers; from 0.01% to 4% of phosphorous-containing (meth)acrylate monomers; and from 0.01% to 3% of phosphorus-containing allylic monomers of formula: [CH 2 =CH-CH 2 -R 2 -O-] x P(=O) 3-x., wherein R 2 is a linking divalent group, x is an average number of from 1 to 2, and M, identical or different, is a hydrogen atom or a cationic counter-ion. wherein R 2 is a linking divalent group, x is an average number of from 1 to 2, and M, identical or different, is a hydrogen atom or a cationic counter-ion.
An air distribution system for distributing an agricultural product, the air distribution system comprising: a reservoir operable to hold the agricultural product; a distribution tower operable to distribute the agricultural product; a distribution line connected between the reservoir and the distribution tower and configured to direct the agricultural product from the reservoir toward the distribution tower; a blower connected with the distribution line and configured to blow the agricultural product along the distribution line; and a diverter valve connected between the distribution line and the distribution tower, the diverter valve having an operating state in which the diverter valve directs the agricultural product toward the distribution tower, the diverter valve having a discharge state in which the diverter valve directs the agricultural product toward a discharge port different from the distribution tower, comprising: a meter operable to regulate flow of agricultural product to the distribution line; and characterized in further comprising a bypass line selectively connecting the reservoir with the distribution line, the bypass line bypassing the meter. a reservoir operable to hold the agricultural product; a distribution tower operable to distribute the agricultural product; a distribution line connected between the reservoir and the distribution tower and configured to direct the agricultural product from the reservoir toward the distribution tower; a blower connected with the distribution line and configured to blow the agricultural product along the distribution line; and a diverter valve connected between the distribution line and the distribution tower, the diverter valve having an operating state in which the diverter valve directs the agricultural product toward the distribution tower, the diverter valve having a discharge state in which the diverter valve directs the agricultural product toward a discharge port different from the distribution tower, comprising: a meter operable to regulate flow of agricultural product to the distribution line; and characterized in further comprising a bypass line selectively connecting the reservoir with the distribution line, the bypass line bypassing the meter. a meter operable to regulate flow of agricultural product to the distribution line; and characterized in further comprising a bypass line selectively connecting the reservoir with the distribution line, the bypass line bypassing the meter.
A computer-implemented method for assessing deterioration in an operating gearbox, comprising: calculating the ratio of summed sideband amplitudes to their center harmonic frequency amplitude produced in the operating gearbox; evaluating the ratio over a time period and/or comparing the ratio to a predetermined value. wherein the ratio center harmonic is a first predetermined harmonic frequency; calculating the ratio of summed sideband amplitudes to their center harmonic frequency amplitude produced in the operating gearbox at a harmonic frequency adjacent the first predetermined harmonic frequency; the method being characterized in calculating a second ratio by dividing the ratio calculated using the first predetermined harmonic frequency by the ratio calculated using the harmonic frequency adjacent the first predetermined harmonic frequency; and evaluating the second ratio over time and/or comparing the second ratio to a predetermined value. calculating the ratio of summed sideband amplitudes to their center harmonic frequency amplitude produced in the operating gearbox; evaluating the ratio over a time period and/or comparing the ratio to a predetermined value. wherein the ratio center harmonic is a first predetermined harmonic frequency; calculating the ratio of summed sideband amplitudes to their center harmonic frequency amplitude produced in the operating gearbox at a harmonic frequency adjacent the first predetermined harmonic frequency; the method being characterized in calculating a second ratio by dividing the ratio calculated using the first predetermined harmonic frequency by the ratio calculated using the harmonic frequency adjacent the first predetermined harmonic frequency; and evaluating the second ratio over time and/or comparing the second ratio to a predetermined value.
A combined system for heating of a main water circuit comprising a condensing boiler and a heat pump (11, 12, 13, 14, 16), said boiler having a combustion fumes outlet, said heat pump (11, 12, 13, 14, 16) comprising a refrigerant circuit in which a refrigerant fluid flows and a first heat exchanger crossed by said circuit in which the refrigerant fluid receives heat passing from a liquid state to a gaseous state; said combined system comprising a duct extending between the fumes outlet of the boiler and said first heat exchanger so as to carry the fumes coming from the fumes outlet to the first heat exchanger, wherein the condensing boiler comprises a sealed chamber, that is a chamber isolated from a surrounding environment where the combustion occurs, the air being sucked from outside by means of a fan 43, therefore the sealed chamber is in depression, said fumes outlet being inside the sealed chamber; characterized in that said duct being inside the sealed chamber. said combined system comprising a duct extending between the fumes outlet of the boiler and said first heat exchanger so as to carry the fumes coming from the fumes outlet to the first heat exchanger, wherein the condensing boiler comprises a sealed chamber, that is a chamber isolated from a surrounding environment where the combustion occurs, the air being sucked from outside by means of a fan 43, therefore the sealed chamber is in depression, said fumes outlet being inside the sealed chamber; characterized in that said duct being inside the sealed chamber.
A process for the manufacture of a sintered, SiC based, ceramic, refractory, and porous product, comprising the following steps: a) mixing a first powder of SiC particles whose average diameter is less than 20 μm, in a solvent such as water and in the presence of a binder, b) agglomeration of said particles to form granules whose average size is between 5 and 500 μm, c) mixing of the granules resulting from step b) with a second powder of SiC particles whose average diameter is more than 5 μm and at least twice that of the first powder and in the presence of a solvent such as water and of a binder, in proportions adapted to allow the shaping of the mixture, d) shaping of the mixture obtained in step c) to obtain a green body, e) removing the solvent and/or binders by heat treatment and/or using microwaves, f) baking the body at a sintering temperature between 1600°C and 2400°C to obtain a sintered porous body. a) mixing a first powder of SiC particles whose average diameter is less than 20 μm, in a solvent such as water and in the presence of a binder, b) agglomeration of said particles to form granules whose average size is between 5 and 500 μm, c) mixing of the granules resulting from step b) with a second powder of SiC particles whose average diameter is more than 5 μm and at least twice that of the first powder and in the presence of a solvent such as water and of a binder, in proportions adapted to allow the shaping of the mixture, d) shaping of the mixture obtained in step c) to obtain a green body, e) removing the solvent and/or binders by heat treatment and/or using microwaves, f) baking the body at a sintering temperature between 1600°C and 2400°C to obtain a sintered porous body.
Blade for a flow device, in particular an aircraft engine, having a cover band for limiting a main flow channel which has two opposite side edges (16, 18), and having a turbine blade which extends away from the cover band, wherein the blade comprises at least two divided transition regions (14', 14", 14"'), wherein a first part of the first transition region encompasses the turbine blade on the root side and is guided to one of the side edges, wherein the other transition region (14", 14"') is allocated to an adjacent blade (2', 2") and a second part of the other transition region is arranged as an elevation (34, 36), which is displaced in the transverse direction of the cover band, in the region of the other side edge on the cover band, wherein the shape of the elevation corresponds to the second part of the first transition region which is provided on an adjacent blade (2", 2"'), characterised in that the first part of the first transition region completely encompasses the turbine blade on the root side and is arranged on the surface of the cover band.
A diagnostic card for use with a card reader in sensing at least one component concentration of a fluid sample, comprising: a card body at least one component sensor located in a sensor region of the card body a sealed chamber defined in the card body outside the sensor region for containing a fluid; a fluid conduit for fluidically connecting the chamber with the sensor region; a valve located in the chamber for fluidically connecting the chamber to the fluid conduit; and a delivery structure separate and distinct from the valve for forcing fluid from the chamber, when the chamber contains fluid and when the chamber is fluidically connected to the fluid conduit by the valve, into the fluid conduit, wherein the chamber is formed of a laminate of two opposed, plastic coated metal foil laminations (223A; 223B) bonded about their perimeter by a first heat seal made by melt bonding the plastic coatings of the laminations, characterized in that the chamber defined in the card body includes separate fill and vent openings (221; 222) for filling of the chamber with a fluid without pressurization, and the valve within the sealed chamber is capable of fluidically connecting the chamber to the fluid conduit without pressurization of fluid contained within the chamber, wherein the valve structure is operable independent of any pressurization of fluid in the chamber. a card body at least one component sensor located in a sensor region of the card body a sealed chamber defined in the card body outside the sensor region for containing a fluid; a fluid conduit for fluidically connecting the chamber with the sensor region; a valve located in the chamber for fluidically connecting the chamber to the fluid conduit; and a delivery structure separate and distinct from the valve for forcing fluid from the chamber, when the chamber contains fluid and when the chamber is fluidically connected to the fluid conduit by the valve, into the fluid conduit, wherein the chamber is formed of a laminate of two opposed, plastic coated metal foil laminations (223A; 223B) bonded about their perimeter by a first heat seal made by melt bonding the plastic coatings of the laminations, characterized in that the chamber defined in the card body includes separate fill and vent openings (221; 222) for filling of the chamber with a fluid without pressurization, and the valve within the sealed chamber is capable of fluidically connecting the chamber to the fluid conduit without pressurization of fluid contained within the chamber, wherein the valve structure is operable independent of any pressurization of fluid in the chamber.