mhurhangee/ep-ind-claims huggingface dataset:
An identifying method comprising a method of obtaining a unique identifier from a distinctive magnetic source that is configured to generate a magnetic field which is distinctively identifiable, and that is positioned in a predefined position relative to an array of magnetic field sensor pairs (102a, 102b) through a positioning system configured to guide such a positioning of the distinctive magnetic source; wherein the distinctive magnetic source is an identification card comprising magnetic material randomly distributed in/on the identification card configured to generate the distinctively identifiable magnetic field; and wherein the identifying method comprises: receiving n-dimensional magnetic field intensity measurements, wherein n = 1 or 2 or 3, from the distinctive magnetic source simultaneously and instantaneously obtained by the array of magnetic field sensor pairs (102a, 102b), relative to which the distinctive magnetic source is located in the predefined position, characterized by determining, for one or more of the magnetic field sensor pairs, one or more magnetic field intensity differences between magnetic field sensors of each magnetic field sensor pair, depending on n-dimensional vectors representing corresponding n-dimensional magnetic field intensity measurements, assigning, for at least one of the determined magnetic field intensity differences, a predefined code associated with the magnetic field intensity difference between magnetic field sensors of each magnetic field sensor pair, based on an encoding scheme that maps magnetic field intensity differences to predefined codes, and forming the unique identifier for each assigned predefined code. receiving n-dimensional magnetic field intensity measurements, wherein n = 1 or 2 or 3, from the distinctive magnetic source simultaneously and instantaneously obtained by the array of magnetic field sensor pairs (102a, 102b), relative to which the distinctive magnetic source is located in the predefined position, characterized by determining, for one or more of the magnetic field sensor pairs, one or more magnetic field intensity differences between magnetic field sensors of each magnetic field sensor pair, depending on n-dimensional vectors representing corresponding n-dimensional magnetic field intensity measurements, assigning, for at least one of the determined magnetic field intensity differences, a predefined code associated with the magnetic field intensity difference between magnetic field sensors of each magnetic field sensor pair, based on an encoding scheme that maps magnetic field intensity differences to predefined codes, and forming the unique identifier for each assigned predefined code.
An assembly for a turbine engine, the assembly comprising: a combustor wall (76, 78) including a shell and a heat shield and defining a quench aperture through the shell and the heat shield, the heat shield defining an effusion outlet and a second effusion outlet that is laterally adjacent the effusion outlet, the effusion outlet a longitudinal distance from the quench aperture equal to between twenty-five and seventy-five times a width of the effusion outlet and configured such that cooling air discharged from the effusion outlet forms an air blanket that flows along a longitudinal path towards the quench aperture, wherein the effusion outlet is configured from a plurality of hole outlets of a respective array of discrete cooling holes defined in the heat shield; characterised in that: a lateral distance between adjacent holes in the respective array forming the effusion outlet is less than a lateral distance between the effusion outlet and the second effusion outlet. a combustor wall (76, 78) including a shell and a heat shield and defining a quench aperture through the shell and the heat shield, the heat shield defining an effusion outlet and a second effusion outlet that is laterally adjacent the effusion outlet, the effusion outlet a longitudinal distance from the quench aperture equal to between twenty-five and seventy-five times a width of the effusion outlet and configured such that cooling air discharged from the effusion outlet forms an air blanket that flows along a longitudinal path towards the quench aperture, wherein the effusion outlet is configured from a plurality of hole outlets of a respective array of discrete cooling holes defined in the heat shield; characterised in that: a lateral distance between adjacent holes in the respective array forming the effusion outlet is less than a lateral distance between the effusion outlet and the second effusion outlet.
A method of linearizing the optical frequency sweep of a laser tuned using a piezoelectric or micro-electromechanical actuated optical frequency tuning element in the laser cavity, the method comprising: synthesising a drive waveform for actuating the optical frequency tuning element by selecting a fundamental sinusoid and two or three sinusoids harmonically related to the fundamental sinusoid, tuning the amplitudes and phases of the sinusoids to compensate for non-uniformities in amplitude and phase responses of the optical frequency tuning element, and forming the drive waveform from a sum of the tuned sinusoids; the method further comprising driving the optical frequency tuning element with the drive waveform to tune the linearized optical frequency sweep of the laser. synthesising a drive waveform for actuating the optical frequency tuning element by selecting a fundamental sinusoid and two or three sinusoids harmonically related to the fundamental sinusoid, tuning the amplitudes and phases of the sinusoids to compensate for non-uniformities in amplitude and phase responses of the optical frequency tuning element, and forming the drive waveform from a sum of the tuned sinusoids; selecting a fundamental sinusoid and two or three sinusoids harmonically related to the fundamental sinusoid, tuning the amplitudes and phases of the sinusoids to compensate for non-uniformities in amplitude and phase responses of the optical frequency tuning element, and forming the drive waveform from a sum of the tuned sinusoids; the method further comprising driving the optical frequency tuning element with the drive waveform to tune the linearized optical frequency sweep of the laser.
A sound feedback system configured for providing a feedback sound representative of a first vehicle status of a first vehicle and a second vehicle status of a second vehicle operating together in a work area, the sound feedback system comprising: a first vehicle data bus of the first vehicle; a first wireless communication device in communication with the first vehicle data bus, the first wireless communication device configured to receive second vehicle status data from a second wireless communication device of the second vehicle; in the first vehicle, an electronic data processing system configured to receive first vehicle status data and the second vehicle status data; a sound integration module capable of forming or determining the feedback sound from the first vehicle status data and the second vehicle status data; and a sound generator module configured to communicate the feedback sound to a user, characterized in that the sound generator module is configured to determine whether the first vehicle and the second vehicle are operating properly and generate a first tone representative of the first vehicle status data and a second tone representative of the second vehicle status data, if at least one of the first vehicle and the second vehicle is not operating properly the first tone and the second tone are on different frequencies or spaced apart in the frequencies of a minor chord or a dissonant sound, if the first vehicle and the second vehicle are operating properly, the first tone and the second tone are on the same frequency or spaced on frequencies that form notes of a major chord. a first vehicle data bus of the first vehicle; a first wireless communication device in communication with the first vehicle data bus, the first wireless communication device configured to receive second vehicle status data from a second wireless communication device of the second vehicle; in the first vehicle, an electronic data processing system configured to receive first vehicle status data and the second vehicle status data; a sound integration module capable of forming or determining the feedback sound from the first vehicle status data and the second vehicle status data; and a sound generator module configured to communicate the feedback sound to a user, characterized in that the sound generator module is configured to determine whether the first vehicle and the second vehicle are operating properly and generate a first tone representative of the first vehicle status data and a second tone representative of the second vehicle status data, if at least one of the first vehicle and the second vehicle is not operating properly the first tone and the second tone are on different frequencies or spaced apart in the frequencies of a minor chord or a dissonant sound, if the first vehicle and the second vehicle are operating properly, the first tone and the second tone are on the same frequency or spaced on frequencies that form notes of a major chord.
A method for acquiring a physical cell identifier,PCI, characterised by: receiving at an access point a list of physical cell identifiers, PCI, transmitted from a network PCI assigning component; and selecting at the access point a PCI from the list of PCIs based at least in part on a parameter related to the PCI indicated in the list of PCIs. receiving at an access point a list of physical cell identifiers, PCI, transmitted from a network PCI assigning component; and selecting at the access point a PCI from the list of PCIs based at least in part on a parameter related to the PCI indicated in the list of PCIs.
A method, performed in an accessory device, for communicating an operating state of an ostomy appliance, wherein the ostomy appliance comprises a base plate, the base plate comprising a first adhesive layer and one or more electrodes configured to measure electrical properties of the first adhesive layer, and wherein the accessory device comprises an interface configured to communicate with one or more devices of an ostomy system, the one or more devices comprising a monitor device having a first interface for electrically and/or mechanically connecting the monitor device to the ostomy appliance, wherein the ostomy appliance is configured to be placed on a skin surface of a user, characterized in that the method comprises: - obtaining monitor data representative of the measurement of the electrical properties of the first adhesive layer from the monitor device, the monitor data being indicative of a condition of the first adhesive layer; - communicating an operating state of the ostomy appliance, based on the monitor data, via the interface. - obtaining monitor data representative of the measurement of the electrical properties of the first adhesive layer from the monitor device, the monitor data being indicative of a condition of the first adhesive layer; - communicating an operating state of the ostomy appliance, based on the monitor data, via the interface.
An isolated artificial antigen presenting cell (aAPC), said aAPC comprising a K562 cell transduced using a lentiviral vector, wherein said LV comprises a nucleic acid encoding at least one immune stimulatory ligand and at least one co-stimulatory ligand and further wherein said aAPC expresses said stimulatory ligand and said co-stimulatory ligand and can stimulate and expand a T cell contacted with said aAPC; wherein said stimulatory ligand is selected from the group consisting of a major histocompatibility complex Class I (MHC class I) molecule; an anti-CD3 antibody, an anti-CD28 antibody, and an anti-CD2 antibody; and wherein said co-stimulatory ligand is selected from the group consisting of CD7, B7-1, B7-2, PD-L1, PD-L2, 4-1 BBL, OX40L, ICOS-L, ICAM, CD30L, CD40, CD70, CD83, HLA-G, MICA, MICB, HVEM, lymphotoxin beta receptor, ILT3, ILT4, 3/TR6, and a ligand that specifically binds with B7-H3, or said co-stimulatory ligand specifically binds with at least one molecule selected from the group consisting of CD27, CD28, 4-1BB, OX40, CD30, CD40, PD-1, ICOS, LFA- 1, CD2, CD7, LIGHT, NKG2C, B7-H3, BTLA, Toll ligand receptor and CD83 ligand, or said co-stimulatory ligand is an antibody that specifically binds with at least one molecule selected from the group consisting of CD27, CD28, 4-1 BB, OX40, CD30, CD40, PD-1, ICOS, LFA-1, CD2, CD7, LIGHT, NKG2C, B7-H3, Toll ligand receptor and CD83 ligand.
A discharge device comprising: a discharge electrode; a counter electrode that is located so as to face the discharge electrode; and a voltage applicator configured to apply a voltage to the discharge electrode and characterized in that thus the voltage applicator is configured to cause discharge that is further developed from corona discharge at the discharge electrode, wherein the discharge is discharge in which a discharge path is intermittently formed by dielectric breakdown so as to connect the discharge electrode and the counter electrode, and the counter electrode includes a needle-shaped electrode portion that faces the discharge electrode. a discharge electrode; a counter electrode that is located so as to face the discharge electrode; and a voltage applicator configured to apply a voltage to the discharge electrode and characterized in that thus the voltage applicator is configured to cause discharge that is further developed from corona discharge at the discharge electrode, wherein the discharge is discharge in which a discharge path is intermittently formed by dielectric breakdown so as to connect the discharge electrode and the counter electrode, and the counter electrode includes a needle-shaped electrode portion that faces the discharge electrode.
Method for the purification of contaminated air containing CO 2 by means of microorganisms, comprising the steps of: a) reception of air containing CO 2 proceeding from a source of contaminated air; b) physical catalysis, wherein the air containing CO 2 is passed across plates comprising calcium and/or magnesium salts, whereon part of the CO 2 of the air becomes fixed in the form of calcium and/or magnesium carbonates; characterised in that the method further comprises the steps of: c) fermentation, wherein the air proceeding from step b) is passed across a culture comprising a biofamily of microorganisms that comprises microalgae of the classes chlorophyceae cyanophyceae, cryptophyceae, diatomaceae, and/or spores of algae being brown laminariales, red of order gigartinales or green of order ulvales, in any combination thereof, as well as at least one organic inhibitor selected from the group consisting of an alcohol, a ketone or a carboxylic acid in any combination thereof, in which step at least part of the remaining CO 2 in the air becomes dissolved in the culture; and irradiation of said culture with light radiation that is multifrequency and contains from 40 to 60% of radiation having a wavelength of between 400 and 475 nm and an intensity of between 20 W/cm 2 and 38 W/cm 2, such that photosynthesis is promoted in said microorganisms, causing a reduction in the CO 2 content in the culture through absorption and/or digestion of said CO 2 in the microorganisms and producing O 2. a) reception of air containing CO 2 proceeding from a source of contaminated air; b) physical catalysis, wherein the air containing CO 2 is passed across plates comprising calcium and/or magnesium salts, whereon part of the CO 2 of the air becomes fixed in the form of calcium and/or magnesium carbonates; c) fermentation, wherein the air proceeding from step b) is passed across a culture comprising a biofamily of microorganisms that comprises microalgae of the classes chlorophyceae cyanophyceae, cryptophyceae, diatomaceae, and/or spores of algae being brown laminariales, red of order gigartinales or green of order ulvales, in any combination thereof, as well as at least one organic inhibitor selected from the group consisting of an alcohol, a ketone or a carboxylic acid in any combination thereof, in which step at least part of the remaining CO 2 in the air becomes dissolved in the culture; and irradiation of said culture with light radiation that is multifrequency and contains from 40 to 60% of radiation having a wavelength of between 400 and 475 nm and an intensity of between 20 W/cm 2 and 38 W/cm 2,
Receptacle for receiving a horological assembly and handling same on a setting machine, said receptacle being a support including, for receiving a said assembly, a substantially planar bearing surface, including, above said bearing surface, locking wedges of a said assembly, and, between said bearing surface and said locking wedges, angular orientation means for the angular orientation in abutment pressure of an edge of said assembly on said support, characterised in that said support includes, under said bearing surface, a spring mechanism for receiving said assembly.
A system comprising a network interface and a processor, wherein the network interface is configured: to receive, at a first time, a packet transmitted from a source communication terminal over a communication network en route to a target communication terminal, before the packet passes through a particular portion of the communication network, and to receive the packet, at a second time, after the packet has passed through the particular portion of the communication network; and the processor is configured: to delay the packet, subsequently to the packet being received at the second time, by a delay duration that is a decreasing function of a duration between the first time and the second time, and to send the delayed packet, subsequently, via the network interface, en route to the target communication terminal. to receive, at a first time, a packet transmitted from a source communication terminal over a communication network en route to a target communication terminal, before the packet passes through a particular portion of the communication network, and to receive the packet, at a second time, after the packet has passed through the particular portion of the communication network; and the processor is configured: to delay the packet, subsequently to the packet being received at the second time, by a delay duration that is a decreasing function of a duration between the first time and the second time, and to send the delayed packet, subsequently, via the network interface, en route to the target communication terminal. to delay the packet, subsequently to the packet being received at the second time, by a delay duration that is a decreasing function of a duration between the first time and the second time, and to send the delayed packet, subsequently, via the network interface, en route to the target communication terminal.
Pod for preparing an infused beverage, with the pod comprising: - a flexible and permeable envelope which surrounds a volume containing a substance to be infused, characterised in that the pod further comprises: - a means for channelling a liquid extending into the envelope in order to convey the liquid thereto, and having in said volume at least one passage for bringing the liquid to the substance to be infused, said passage laterally deviating the liquid with respect to a main direction of extending of the means for channelling, and - elements for fastening adapted to be removably fastened to complementary means of connection provided on a machine for preparing beverages in order to maintain therein said element for fastening. - a flexible and permeable envelope which surrounds a volume containing a substance to be infused, characterised in that the pod further comprises: - a means for channelling a liquid extending into the envelope in order to convey the liquid thereto, and having in said volume at least one passage for bringing the liquid to the substance to be infused, said passage laterally deviating the liquid with respect to a main direction of extending of the means for channelling, and - elements for fastening adapted to be removably fastened to complementary means of connection provided on a machine for preparing beverages in order to maintain therein said element for fastening. - a means for channelling a liquid extending into the envelope in order to convey the liquid thereto, and having in said volume at least one passage for bringing the liquid to the substance to be infused, said passage laterally deviating the liquid with respect to a main direction of extending of the means for channelling, and - elements for fastening adapted to be removably fastened to complementary means of connection provided on a machine for preparing beverages in order to maintain therein said element for fastening.
Drainage gutter having a gutter body comprising two longitudinal gutter walls (3, 3') connected to one another by means of a gutter base, wherein the upper edges of the gutter walls (3, 3') are each provided with a frame (5, 5') for supporting a gutter cover engaging over the gutter body, wherein the frames (5, 5') form a folded edge (6, 6') along their upper edge in each case, to which in each case an inner cheek and in each case a support surface projecting perpendicularly therefrom are connected, wherein the frames (5, 5') are designed in each case integrally with the gutter body in such a way that the gutter body is produced from the gutter base and gutter walls (3, 3') and the frames (5, 5') are produced from a folded sheet metal blank in such a way that the described folded edges are made directly with the material of the gutter body, wherein a support profile engaging beneath the support surface is integrally formed in each case on each frame (5, 5') below the support surface, characterized in that the respective support profile is formed in a U-shaped manner, wherein the first U-flank thereof is connected to the support surface and the second U-flank thereof rests against the gutter wall (3, 3'), so that the U-shaped support profiles are supported on the gutter wall (3, 3') in each case by their second U-flank which lies remote from the support surface.