mhurhangee/ep-ind-claims huggingface dataset:
An aircraft tire monitoring system comprising: a processor; and a data carrier comprising machine readable instructions that, when executed, cause the processor to perform operations based on a plurality of sets of values indicative of tire parameters of aircraft tires, each set of values corresponding to an aircraft comprising a plurality of the aircraft tires, the operations comprising: determining a remedial action associated with each set of values; the system being characterized in that the operations further comprise: determining a priority associated with the determined remedial actions; generating, based on the determined remedial actions, a list of aircraft, the list of aircraft ranked based on the determined priority of remedial action; and causing a display device to display the list of aircraft, such that aircraft with a relatively higher priority remedial action are shown higher up the list on the display than aircraft with a relatively lower priority remedial action. a processor; and a data carrier comprising machine readable instructions that, when executed, cause the processor to perform operations based on a plurality of sets of values indicative of tire parameters of aircraft tires, each set of values corresponding to an aircraft comprising a plurality of the aircraft tires, the operations comprising: determining a remedial action associated with each set of values; the system being characterized in that the operations further comprise: determining a priority associated with the determined remedial actions; generating, based on the determined remedial actions, a list of aircraft, the list of aircraft ranked based on the determined priority of remedial action; and causing a display device to display the list of aircraft, such that aircraft with a relatively higher priority remedial action are shown higher up the list on the display than aircraft with a relatively lower priority remedial action. determining a priority associated with the determined remedial actions; generating, based on the determined remedial actions, a list of aircraft, the list of aircraft ranked based on the determined priority of remedial action; and causing a display device to display the list of aircraft, such that aircraft with a relatively higher priority remedial action are shown higher up the list on the display than aircraft with a relatively lower priority remedial action.
A fuel pump unit, comprising: a case including: a discharge port configured to discharge a fuel; and a return port configured to receive an excess fuel returned; a partition portion dividing an inner space of the case into a return fuel chamber in which the return port is disposed and a main fuel chamber communicated with an outside of the case; an inlet port disposed within the return fuel chamber; and a fuel pump configured to inhale the fuel through the inlet port and discharge the fuel through the discharge port. a case including: a discharge port configured to discharge a fuel; and a return port configured to receive an excess fuel returned; a discharge port configured to discharge a fuel; and a return port configured to receive an excess fuel returned; a partition portion dividing an inner space of the case into a return fuel chamber in which the return port is disposed and a main fuel chamber communicated with an outside of the case; an inlet port disposed within the return fuel chamber; and a fuel pump configured to inhale the fuel through the inlet port and discharge the fuel through the discharge port.
A method for processing interference information, comprising: determining (201, 101), by a user terminal, completion of cell handover/reestablishment of a Radio Resource Control RRC connection; and reporting (202, 102), by the user terminal, interference indication information to a target cell, such that the user terminal is prevented from being switched to interference frequency bands; wherein in the case that the user terminal has reported the interference indication information prior to the cell handover/the reestablishment of the RRC connection, the reporting (202, 102), by the user terminal, the interference indication information to the target cell comprises: determining, by the user terminal, interference in a plurality of radio access technologies, wherein the plurality of radio access technologies includes at least one of Long Term Evolution, LTE, Global Positioning System, GPS, Wireless Local Area Network, WLAN, and Bluetooth; updating, by the user terminal, the interference indication information in accordance with the determined interference in the plurality of radio access technologies; and reporting repeatedly, by the user terminal, the updated interference indication information to the target cell. determining (201, 101), by a user terminal, completion of cell handover/reestablishment of a Radio Resource Control RRC connection; and reporting (202, 102), by the user terminal, interference indication information to a target cell, such that the user terminal is prevented from being switched to interference frequency bands; wherein in the case that the user terminal has reported the interference indication information prior to the cell handover/the reestablishment of the RRC connection, the reporting (202, 102), by the user terminal, the interference indication information to the target cell comprises: determining, by the user terminal, interference in a plurality of radio access technologies, wherein the plurality of radio access technologies includes at least one of Long Term Evolution, LTE, Global Positioning System, GPS, Wireless Local Area Network, WLAN, and Bluetooth; updating, by the user terminal, the interference indication information in accordance with the determined interference in the plurality of radio access technologies; and reporting repeatedly, by the user terminal, the updated interference indication information to the target cell. determining, by the user terminal, interference in a plurality of radio access technologies, wherein the plurality of radio access technologies includes at least one of Long Term Evolution, LTE, Global Positioning System, GPS, Wireless Local Area Network, WLAN, and Bluetooth; updating, by the user terminal, the interference indication information in accordance with the determined interference in the plurality of radio access technologies; and reporting repeatedly, by the user terminal, the updated interference indication information to the target cell.
Method for adjusting a default setting of a headlight of a motor vehicle, the headlight comprising at least one light source for emitting light, the headlight producing a light beam having at least one horizontally and/or vertically extending light-dark boundary, characterized by the following steps performed sequentially in the specified order: a) detecting a position of the light-dark boundary on a measuring surface (48; 48') arranged in front of the motor vehicle perpendicularly to the roadway and to the motor vehicle longitudinal axis during a first measurement; b) pivoting the light beam by a specified pivot angle (α H1) in a direction substantially perpendicular to the detected light-dark boundary; c) detecting a new position of the light-dark boundary on the measuring surface (48; 48') during a further measurement; e) determining a correction angle (k) defined as an angle between a headlight longitudinal axis and a line extending between the headlight and the light-dark boundary in the default setting so as to adjust the default setting from the results of the measurements and other known parameters, the other known parameters comprising a plurality of the following values: the specified pivot angle (α H1), components (X M; Y M; Z M) in the X, Y and/or Z direction of a distance between an image-detecting apparatus of the motor vehicle and the light source of the headlight. a) detecting a position of the light-dark boundary on a measuring surface (48; 48') arranged in front of the motor vehicle perpendicularly to the roadway and to the motor vehicle longitudinal axis during a first measurement; b) pivoting the light beam by a specified pivot angle (α H1) in a direction substantially perpendicular to the detected light-dark boundary; c) detecting a new position of the light-dark boundary on the measuring surface (48; 48') during a further measurement; e) determining a correction angle (k) defined as an angle between a headlight longitudinal axis and a line extending between the headlight and the light-dark boundary in the default setting so as to adjust the default setting from the results of the measurements and other known parameters, the other known parameters comprising a plurality of the following values: the specified pivot angle (α H1), components (X M; Y M; Z M) in the X, Y and/or Z direction of a distance between an image-detecting apparatus of the motor vehicle and the light source of the headlight.
Process of preparing a crosslinked gel of at least one hyaluronic acid or one of its salts, comprising at least the steps consisting in: a) providing, at a temperature below 35°C, an aqueous gel comprising at least one hyaluronic acid in an uncrosslinked form together with at least one difunctional or multifunctional epoxy crosslinking agent; b) maintaining the mixture of step a) at a temperature below 35°C for at least one hour; c) stimulating the crosslinking reaction of the mixture obtained after step b), step c) being carried out thermally, at a temperature between 35 and 60°C, for a time ranging from 30 to 300 minutes, and if need be; d) recovering said crosslinked gel formed. a) providing, at a temperature below 35°C, an aqueous gel comprising at least one hyaluronic acid in an uncrosslinked form together with at least one difunctional or multifunctional epoxy crosslinking agent; b) maintaining the mixture of step a) at a temperature below 35°C for at least one hour; c) stimulating the crosslinking reaction of the mixture obtained after step b), step c) being carried out thermally, at a temperature between 35 and 60°C, for a time ranging from 30 to 300 minutes, and if need be; d) recovering said crosslinked gel formed.
A method comprising 3D printing a 3D item by means of fused deposition modelling, the method comprising a 3D printing stage comprising layer-wise depositing an extrudate comprising 3D printable material to provide the 3D item comprising 3D printed material, wherein during at least part of the 3D printing stage the extrudate comprises a core-shell extrudate comprising a core comprising a core material, and a shell comprising a shell material, wherein the core material comprises a first thermoplastic material and the shell material comprises a second thermoplastic material different from the first thermoplastic material, or the core material comprises the second thermoplastic material and the shell material comprises the first thermoplastic material, characterised in that the first thermoplastic material is an elastomeric material having a Young's modulus in the range of 2 to 200 MPa, a first low glass transition temperature T LG1 of at maximum 0 °C, and a first high glass transition temperature T HG1 or a first high melting temperature T HM1 of at minimum at 60 °C, and wherein the second thermoplastic material has a Young's modulus in the range of 1 to 10 GPa, and one or more of a second glass transition temperature T G2 and a second melting temperature T M2 of at minimum 60 °C, wherein Young's moduli are measured according to ASTM 638.
An assembly for use in a liquid droplet apparatus, the assembly comprising: a vibrating element; an aperture plate; and a vibrating platform; wherein the vibrating platform is positioned between the vibrating element and the aperture plate for conveying vibrations from the vibrating element to the aperture plate, and wherein the vibrating platform comprises a first portion coupled to the vibrating element, a second portion coupled to the aperture plate, and wherein the first and second portions of the vibrating platform are detachably connected to one another. a vibrating element; an aperture plate; and a vibrating platform;
Air duct for distributing air, preferably conditioned air, in a greenhouse, the air duct comprising a hollow main body extending along a longitudinal axis and at least one set of vents, wherein the main body has an outer surface and an inner surface, a first end and a second end at the opposite longitudinal ends of the main body, and a segment disposed between the first end and the second end, the segment preferably extending over substantially the entire length of the main body, wherein the cross-sectional area of the main body in this segment decreases over the whole length of this segment towards the second end, and wherein the vents belonging to a respective set of vents are distributed at intervals (d) over substantially the entire length of said segment, characterized in that at least said segment of the main body is made of a substantially air-impermeable plastic film.
System for indicating an occurrence probability for cardiac tamponade in a patient, comprising: - a right atrium pressure sensor, configured for measuring a right atrium pressure (Pra) in a right atrium of the patient; - an intra pericardial pressure sensor, configured for measuring an intra pericardial pressure (Pip) in a portion of an intra-pericardial space of the patient; - a processing device that is operatively connected to the pressure sensors (9, 10), provided with a predetermined statistical distribution of pressure versus tamponade probabilities, and is configured for: - determining a trans-mural pressure difference (ΔPtm) between the right atrium pressure (Pra) and the intra pericardial pressure (Pip); - comparing the trans-mural pressure difference with the statistical distribution, and - indicating the occurrence probability, based on the trans-mural pressure difference comparison. - a right atrium pressure sensor, configured for measuring a right atrium pressure (Pra) in a right atrium of the patient; - an intra pericardial pressure sensor, configured for measuring an intra pericardial pressure (Pip) in a portion of an intra-pericardial space of the patient; - a processing device that is operatively connected to the pressure sensors (9, 10), provided with a predetermined statistical distribution of pressure versus tamponade probabilities, and is configured for: - determining a trans-mural pressure difference (ΔPtm) between the right atrium pressure (Pra) and the intra pericardial pressure (Pip); - comparing the trans-mural pressure difference with the statistical distribution, and - indicating the occurrence probability, based on the trans-mural pressure difference comparison.
A system comprising a characterization system and a substrate for use with a detector for detecting a luminescence response from each of a plurality of sub-regions of the substrate and for characterizing a plurality of analytes in a sample contacted with the substrate, the characterization system comprising an aperture array comprising a plurality of apertures adapted for limiting a plurality of excitation radiation sub-beams and luminescence radiation sub-beams, and a lens array comprising a plurality of lenses corresponding with the plurality of apertures, the lens array being adapted for focusing excitation radiation sub-beams on the substrate surface at the opposite side of the substrate compared to the lens array, the opposite side of the substrate being adapted for being contacted with the sample, each lens of said lens array being adapted: for receiving an excitation radiation sub-beam from a corresponding aperture of said aperture array and for directly focusing the excitation radiation sub-beam onto a diffraction limited spot in a sub-region of the substrate; and for directly collecting a luminescence radiation sub-beam from a sub-region of the substrate and guiding the luminescence radiation sub-beam to a corresponding aperture of said aperture array, wherein the pitch of the lens array and the pitch of the sub-regions of the substrate are the same, and wherein the characterization system furthermore comprises a sample holder for providing the substrate in proximity of the lens array and an immersion fluid for guiding the excitation sub-beams from the lenses in the lens array to said sub-regions of the substrate or for collecting the luminescence radiation sub-beams from the sub-regions of the substrate to the lenses in the lens array, wherein the characterization system furthermore comprises a scanning means adapted to provide a relative movement between the excitation radiation sub-beams and the substrate for providing a relative scanning movement of each diffraction limited spot within a corresponding sub-region on the substrate. for receiving an excitation radiation sub-beam from a corresponding aperture of said aperture array and for directly focusing the excitation radiation sub-beam onto a diffraction limited spot in a sub-region of the substrate; and for directly collecting a luminescence radiation sub-beam from a sub-region of the substrate and guiding the luminescence radiation sub-beam to a corresponding aperture of said aperture array,
A polymer prepared by polymerizing a free-radically polymerizable monomer composition comprising: (a) at least one ethylenically unsaturated carboxylic acid containing monomer or anhydride thereof; (b) optionally at least one ethylenically unsaturated monomer different from (a) but copolymerizable therewith; and optionally (c) at least one crosslinking monomer containing at least two ethylenically unsaturated groups in the presence of at least one stabilizer polymer in a non-aqueous medium, wherein said stabilizer polymer comprises repeating units prepared by polymerizing a monomer composition comprising at least one N-vinyl lactam monomer and at least one hydrophobic monomer selected from at least one alkyl ester of (meth)acrylic acid and/or at least one N-alkyl substituted (meth)acrylamide according to formula VIII: CH 2 =C(R 13)C XR 14 VIII wherein R 13 is selected from hydrogen and methyl, R 14 is selected from a linear or branched alkyl group containing 1 to 30 carbon atoms, and X represents O or NH, wherein the amount of said vinyl lactam in said stabilizer polymer ranges from 32 to 82 mol.% and said acrylic ester ranges from 68 to 18 mol.%.
A processor readable medium encoded with instructions that, if executed, in a navigation device, result in: communicating with a remote server, the communications passing through a Bluetooth connection between the navigation device and a mobile phone (1A,1B) and a wireless voice channel of a wireless telecommunications network (26,27) associated with the mobile phone (1A,1B); modulating a received digital bit sequence into an audio signal that has different frequency tones for different bit values, wherein the frequency tones are selected to pass through the wireless voice channel unobstructed by vocoders (22,23) operating within the wireless telecommunications network (26,27); transmitting the audio signal a first time using a first transmit power gain amount and a second time using a second different transmit power gain amount; receiving back a response indicating receive power gain amounts at a remote server for the first and second transmissions; and determining a third transmit power gain amount by analyzing the response and using the third transmit power gain amount to transmit data to the remote server using the mobile phone (1A,1B). communicating with a remote server, the communications passing through a Bluetooth connection between the navigation device and a mobile phone (1A,1B) and a wireless voice channel of a wireless telecommunications network (26,27) associated with the mobile phone (1A,1B); modulating a received digital bit sequence into an audio signal that has different frequency tones for different bit values, wherein the frequency tones are selected to pass through the wireless voice channel unobstructed by vocoders (22,23) operating within the wireless telecommunications network (26,27); transmitting the audio signal a first time using a first transmit power gain amount and a second time using a second different transmit power gain amount; receiving back a response indicating receive power gain amounts at a remote server for the first and second transmissions; and determining a third transmit power gain amount by analyzing the response and using the third transmit power gain amount to transmit data to the remote server using the mobile phone (1A,1B).
An exterior mirror assembly with an optical display, which comprises a mirror base and a mirror head, as well as at least one housing cover, which has a recess for a reflecting element, whereby on the exterior mirror assembly a light opening is provided for the passage of light of an optical display, wherein the optical display consists of a display housing, in which an optically active element for display of color as well as warning notices is mounted in the side region of the mirror housing or in the region of the mirror base in a mirror base cover, so that the color for a warning display can be varied, in order to achieve gradual increments of a hazard warning, characterized in that, the optically active element without individual LEDs on a printed circuit board as a light source is in the form of an actively illuminated display element.
A flush toilet with a toilet body comprising a toilet bowl and a flush water outlet, through which flush water is delivered into the toilet body, wherein the flush water outlet is arranged asymmetrically referred to an imaginary center line, which essentially extends centrally from a front end of the toilet body facing a user during the flushing operation to an opposite, essentially central rear end of the toilet body, in a rear lateral region of the toilet bowl, wherein the flush water outlet comprises at least one first flush water outlet opening, through which flush water can be delivered in a first initial flushing direction, and at least one second flush water outlet opening, through which flush water can be delivered in a second initial flushing direction, characterized in that the flush water exiting the first flush water outlet opening and the second flush water outlet opening is guided along a water guiding device arranged in the interior of the toilet bowl, namely along a shoulder and/or along a ledge arranged in the interior of the toilet bowl, wherein the water guiding device assigned to the first flush water outlet opening and the water guiding device assigned to the second flush water outlet opening extend over the inner surface of the toilet bowl over different distances referred to the respective first flush water outlet opening and second flush water outlet opening. wherein the flush water outlet comprises at least one first flush water outlet opening, through which flush water can be delivered in a first initial flushing direction, and at least one second flush water outlet opening, through which flush water can be delivered in a second initial flushing direction, characterized in that the flush water exiting the first flush water outlet opening and the second flush water outlet opening is guided along a water guiding device arranged in the interior of the toilet bowl, namely along a shoulder and/or along a ledge arranged in the interior of the toilet bowl, wherein the water guiding device assigned to the first flush water outlet opening and the water guiding device assigned to the second flush water outlet opening extend over the inner surface of the toilet bowl over different distances referred to the respective first flush water outlet opening and second flush water outlet opening.