mhurhangee/ep-ind-claims huggingface dataset:
An aircraft-seat device suite, comprising: a plurality of electrically-operated aircraft-seat devices each including a first terminal for receiving power to operate the respective electrically operated aircraft seat device; and a device network including a second terminal for communicating data between the electrically-operated aircraft-seat devices and another device, wherein the first terminal and the second terminal are electrically connected to one another, wherein the first terminal of each of the plurality of electrically-operated aircraft-seat devices is electrically connected to other first terminals of the plurality of electrically-operated aircraft seat devices via a daisy-chain configuration, wherein at least one of the plurality of aircraft-seat devices comprises an auto-addressing module, the auto-addressing module having: a switch mechanism allowing the aircraft-seat device to draw an addressing current; a memory for storing an instantaneous current value and an address; and circuitry for comparing an instantaneous current value with a current value stored in the memory. a plurality of electrically-operated aircraft-seat devices each including a first terminal for receiving power to operate the respective electrically operated aircraft seat device; and a device network including a second terminal for communicating data between the electrically-operated aircraft-seat devices and another device, wherein the first terminal and the second terminal are electrically connected to one another, wherein the first terminal of each of the plurality of electrically-operated aircraft-seat devices is electrically connected to other first terminals of the plurality of electrically-operated aircraft seat devices via a daisy-chain configuration, wherein at least one of the plurality of aircraft-seat devices comprises an auto-addressing module, the auto-addressing module having: a switch mechanism allowing the aircraft-seat device to draw an addressing current; a memory for storing an instantaneous current value and an address; and circuitry for comparing an instantaneous current value with a current value stored in the memory. a switch mechanism allowing the aircraft-seat device to draw an addressing current; a memory for storing an instantaneous current value and an address; and circuitry for comparing an instantaneous current value with a current value stored in the memory.
Apparatus for recording the amount of medicament ejected from an injection device, the apparatus comprising: a processor coupled to receive information from a primary sensor and a secondary sensor; and a memory, wherein: the primary sensor is configured to detect information displayed or generated by said injection device and to generate output corresponding thereto, the secondary sensor is configured to detect ejection of medicament from said injection device, and characterised in that the processor is configured to process the output generated by the primary sensor and to record in the memory information indicative of an amount of medicament ejected from said injection device only when the processor determines, on the basis of information received from the secondary sensor, that more than a predetermined amount of medicament has been ejected. a processor coupled to receive information from a primary sensor and a secondary sensor; and a memory, wherein: the primary sensor is configured to detect information displayed or generated by said injection device and to generate output corresponding thereto, the secondary sensor is configured to detect ejection of medicament from said injection device, and characterised in that the processor is configured to process the output generated by the primary sensor and to record in the memory information indicative of an amount of medicament ejected from said injection device only when the processor determines, on the basis of information received from the secondary sensor, that more than a predetermined amount of medicament has been ejected. the primary sensor is configured to detect information displayed or generated by said injection device and to generate output corresponding thereto, the secondary sensor is configured to detect ejection of medicament from said injection device, and characterised in that the processor is configured to process the output generated by the primary sensor and to record in the memory information indicative of an amount of medicament ejected from said injection device only when the processor determines, on the basis of information received from the secondary sensor, that more than a predetermined amount of medicament has been ejected.
An inspection system for generating a three-dimensional model, comprising: an apparatus comprising a processor, a memory coupled to the processor, and one more executable instructions stored on the memory and configured to be executed by the processor, the one or more executable instructions comprising instructions for: acquiring a plurality of images of an object, wherein the object appears at a different rotation angle relative to a common axis in each image; segmenting one or more of the images to obtain segmented images comprising pixels that define the object in the segmented images; placing a boundary about the object in the segmented images, such that the respective boundary circumscribes the object in each of the segmented images; selecting a primary image from the segmented images in which the boundary is narrowest relative to the axis; selecting a secondary image from the segmented images that is offset from the primary image by an offset angle, wherein the offset angle corresponds to a difference between the respective rotation angles associated with the primary image and the secondary image; generating the three-dimensional model from the boundaries in the primary image and the secondary image; and reconstructing a volume representing the object in the model from the plurality of images of the object. acquiring a plurality of images of an object, wherein the object appears at a different rotation angle relative to a common axis in each image; segmenting one or more of the images to obtain segmented images comprising pixels that define the object in the segmented images; placing a boundary about the object in the segmented images, such that the respective boundary circumscribes the object in each of the segmented images; selecting a primary image from the segmented images in which the boundary is narrowest relative to the axis; selecting a secondary image from the segmented images that is offset from the primary image by an offset angle, wherein the offset angle corresponds to a difference between the respective rotation angles associated with the primary image and the secondary image; generating the three-dimensional model from the boundaries in the primary image and the secondary image; and reconstructing a volume representing the object in the model from the plurality of images of the object.
A computer-implemented method of managing game instances within a remote game service, the method comprising: monitoring an amount of game instances within a game pool in the remote game service, wherein the game instances comprise standby instances that are not connected to players and active instances that are connected to players, and wherein the active instances are generated from standby instances; calculating, using a Markov process with a Poisson distribution, an optimal amount of standby instances suitable to satisfy future requests for active game instances by multiplying a rate of requests for the active game instances by a duration of time taken to form a new standby game instance, wherein the rate of requests is calculated using polynomial extrapolation of a series of actual rate measurements; determining a new amount of additional standby instances to add to existing standby instances in the game pool to equal the optimal amount; and initiating generation of the new amount of standby instances within the game pool. monitoring an amount of game instances within a game pool in the remote game service, wherein the game instances comprise standby instances that are not connected to players and active instances that are connected to players, and wherein the active instances are generated from standby instances; calculating, using a Markov process with a Poisson distribution, an optimal amount of standby instances suitable to satisfy future requests for active game instances by multiplying a rate of requests for the active game instances by a duration of time taken to form a new standby game instance, wherein the rate of requests is calculated using polynomial extrapolation of a series of actual rate measurements; determining a new amount of additional standby instances to add to existing standby instances in the game pool to equal the optimal amount; and initiating generation of the new amount of standby instances within the game pool.
A transverse flow water turbine comprising a rotor mounted to be rotatable about a substantially horizontal axis, the rotor comprising at least two planes or triangular ends perpendicular to the axis and at least three blades for causing the rotor to rotate about the axis when the blades are located in flowing water, the blades being disposed between the at least two planes or triangular ends, each of the at least three blades being supported at a first and second end by one of the at least two planes or triangular ends, wherein the rotor comprises a plurality of members in the form of a structure triangulated in three dimensions and thereby forming a plurality of triangles, wherein at least one of said blades comprises one of said members, said at least one blade is elongate and has a line along its length that is substantially straight, and the line of said at least one blade is not parallel to said axis and is arranged such that the line of the blade and the axis do not lie in a common plane, and at least one of the plurality of triangles of the structure triangulated in three dimensions comprises one of the at least two planes or triangular ends and two of the at least three blades.
A method for producing an animal model for aortic aneurysm comprising the steps consisting of: a) providing an animal selected from the group consisting of rat, mouse, cow, pig, horse, chicken, cat, and dog b) increasing the arterial blood pressure of said animal c) inhibiting the activity of Transforming Growth Factor Beta (TGF-beta) in said animal with an antagonist of TGF-beta or with an inhibitor of the TGF-beta gene expression. a) providing an animal selected from the group consisting of rat, mouse, cow, pig, horse, chicken, cat, and dog b) increasing the arterial blood pressure of said animal c) inhibiting the activity of Transforming Growth Factor Beta (TGF-beta) in said animal with an antagonist of TGF-beta or with an inhibitor of the TGF-beta gene expression.
A solar cell, comprising: a photoelectric conversion body configured to generate photogenerated carriers upon receiving light; a first transparent conductive film formed on a first major surface of the photoelectric conversion body; and a second transparent conductive film formed on a second major surface provided on an side opposite to the first major surface, wherein the first major surface is formed by an n-type amorphous semiconductor layer, and the second major surface is formed by a p-type amorphous semiconductor layer, characterized in that: the photoelectric conversion body includes an n-type single-crystalline silicon substrate; and the hydrogen atom content of the first transparent conductive film is lower than that of the second transparent conductive film. a photoelectric conversion body configured to generate photogenerated carriers upon receiving light; a first transparent conductive film formed on a first major surface of the photoelectric conversion body; and a second transparent conductive film formed on a second major surface provided on an side opposite to the first major surface, wherein the first major surface is formed by an n-type amorphous semiconductor layer, and the second major surface is formed by a p-type amorphous semiconductor layer, characterized in that: the photoelectric conversion body includes an n-type single-crystalline silicon substrate; and the hydrogen atom content of the first transparent conductive film is lower than that of the second transparent conductive film. the photoelectric conversion body includes an n-type single-crystalline silicon substrate; and the hydrogen atom content of the first transparent conductive film is lower than that of the second transparent conductive film.
A conjugated diene polymer comprising: a low vinyl portion having a vinyl content of 2 to 20% by mol; and a high vinyl portion having a vinyl content of 50% by mol or more, wherein the conjugated diene polymer has a number average molecular weight, Mn, of 250,000 to 500,000, the average vinyl content of the conjugated diene polymer is from 7 to 20 % by mol, and the high vinyl portion is in an amount of more than 0% by mol and 10% by mol or less.
A flexible textile composite comprising a meltable, flammable outer textile comprising an inner side and an outer side, a continuous layer of heat reactive material comprising a polymer resin-expandable graphite mixture, wherein the expandable graphite has an expansion of at least 900μm upon heating to 280°C according to the Thermo-Mechanical Analysis Expansion Test of the description and an endotherm of at least 100 J/g when measured according to the DSC Endotherm Test of the description, the polymer resin-expandable graphite mixture disposed on the inner side of the outer textile to form the heat reactive material, wherein the flexible textile composite has an afterflame of less than 20 seconds, preferably of less than 10 seconds, when tested according to the Self-Extinguishing Test of the description. a meltable, flammable outer textile comprising an inner side and an outer side, a continuous layer of heat reactive material comprising a polymer resin-expandable graphite mixture, wherein the expandable graphite has an expansion of at least 900μm upon heating to 280°C according to the Thermo-Mechanical Analysis Expansion Test of the description and an endotherm of at least 100 J/g when measured according to the DSC Endotherm Test of the description, the polymer resin-expandable graphite mixture disposed on the inner side of the outer textile to form the heat reactive material, wherein the flexible textile composite has an afterflame of less than 20 seconds, preferably of less than 10 seconds, when tested according to the Self-Extinguishing Test of the description.
A mobile object configured for movement in an area equipped with illumination sources (L1, L2) each configured to emit illumination from which a unique identifier of the illumination source (L1, L2) can be determined, the mobile object comprising: a light sensor arranged to detect illumination from at least one of the illumination sources (L1, L2) within the view of the light sensor; a computer arranged to determine from the detected illumination (i) a position of the mobile object relative to the at least one illumination source and (ii) the identifier of the at least one illumination source (L1, L2); a transceiver coupled to the computer and configured to receive from at least one other mobile object in the area a message comprising the position of the at least one other mobile object relative to a source of illumination (L1, L2), and the identifier of that source of illumination (L1, L2), the computer configured to determine from its position and the message received from the at least one other mobile object a distance (d) from the at least one other mobile object. a light sensor arranged to detect illumination from at least one of the illumination sources (L1, L2) within the view of the light sensor; a computer arranged to determine from the detected illumination (i) a position of the mobile object relative to the at least one illumination source and (ii) the identifier of the at least one illumination source (L1, L2); a transceiver coupled to the computer and configured to receive from at least one other mobile object in the area a message comprising the position of the at least one other mobile object relative to a source of illumination (L1, L2), and the identifier of that source of illumination (L1, L2), the computer configured to determine from its position and the message received from the at least one other mobile object a distance (d) from the at least one other mobile object.
A light-emitting dielectric material, containing a dielectric glass matrix with high transmission in the 0.35 - 5 μm wavelength range and having positive value of the real part of permittivity Re(ε)>0 in the UV/VIS/NIR electromagnetic wavelength range and low dielectric losses, said dielectric glass matrix being doped with: (i) semiconductor quantum dots of 1.5 - 10 nm in diameter and (ii) plasmonic metallic nanoparticles with a melting point higher than the matrix melting point, low optical losses, and negative value of the real part of permittivity Re(ε)<0 in the UV/VIS/NIR electromagnetic wavelength range, said plasmonic metallic nanoparticles showing plasmonic resonance in the 0.35 - 5 μm wavelength range, wherein the semiconductor quantum dots are in an amount of 0.3 wt. % and are cadmium telluride, CdTe, quantum dots of 1.5 nm diameter, and the plasmonic metallic nanoparticles are in an amount of 0.4 wt. % and are silver, Ag, nanoparticles of 20 nm diameter. (i) semiconductor quantum dots of 1.5 - 10 nm in diameter and (ii) plasmonic metallic nanoparticles with a melting point higher than the matrix melting point, low optical losses, and negative value of the real part of permittivity Re(ε)<0 in the UV/VIS/NIR electromagnetic wavelength range, said plasmonic metallic nanoparticles showing plasmonic resonance in the 0.35 - 5 μm wavelength range,
A granulated agricultural composition comprising (a) - S -sec-butyl-O-ethyl 2-oxo-1,3-thiazolidin-3-ylphosphonothioate or O -ethyl S -propyl -[2-(cyanoimino)-3-ethylimidazolidin-1-yl]phosphonothioate and (b) calcined clay which is prepared by calcinating clay at a temperature of 800°C or higher.
A method operational at a wireless communication device for wireless communication with a network, the method comprising: establishing a radio resource control, RRC, communication connection, which uses control plane signaling connections to carry user plane data, with a first radio access node, RAN (804, 1004); determining that the wireless communication device is experiencing (812, 902, 1012, 1104) radio link failure, RLF, with the first RAN (804, 1004) and that the RRC communication connection should be reestablished with a second RAN (806, 1006); and sending (818, 910, 1014, 1106, 1206) an RRC reestablishment message to the second RAN (806, 1006) that includes at least a message authentication code, MAC, said MAC being generated from a cryptographic function of one or more bits of a non-access stratum, NAS, COUNT value, said MAC enabling a core network node communicatively coupled to the second RAN (806, 1006) to authenticate the wireless communication device and allow or reject reestablishment of the RRC communication connection that uses control plane signaling connections to carry user plane data with the second RAN (806, 1006). establishing a radio resource control, RRC, communication connection, which uses control plane signaling connections to carry user plane data, with a first radio access node, RAN (804, 1004); determining that the wireless communication device is experiencing (812, 902, 1012, 1104) radio link failure, RLF, with the first RAN (804, 1004) and that the RRC communication connection should be reestablished with a second RAN (806, 1006); and sending (818, 910, 1014, 1106, 1206) an RRC reestablishment message to the second RAN (806, 1006) that includes at least a message authentication code, MAC, said MAC being generated from a cryptographic function of one or more bits of a non-access stratum, NAS, COUNT value, said MAC enabling a core network node communicatively coupled to the second RAN (806, 1006) to authenticate the wireless communication device and allow or reject reestablishment of the RRC communication connection that uses control plane signaling connections to carry user plane data with the second RAN (806, 1006).
A method performed by a user equipment, UE, for selecting one or more transmission point, TRP, TX beams to identify in a beam report, wherein the UE comprises a plurality of antenna arrangements, including a first antenna arrangement and a second antenna arrangement, the method comprising: the UE obtaining a first interference value, Ia, associated with the first antenna arrangement; the UE obtaining a second interference value, Ib, associated with the second antenna arrangement; the UE obtaining a power value, P1a, associated with the first antenna arrangement and with a first TRP TX beam; the UE obtaining a power value, P1b, associated with the second antenna arrangement and with the first TRP TX beam; the UE determining a first final power value, Pn1, based on Ia and Ib and based on P1a, and P1b; and the UE using Pn1 to determine whether or not to include in the beam report an identifier (e.g., a CRI) for identifying the first TRP TX beam, wherein determining the first final power value comprises calculating: Pn1 = (wa)(P1a) + (wb)(P1b), wherein wa is a function of at least Ia and wb is a function of at least Ib, or determining the first final power value comprises calculating: Pn1 = P1a + wP1b, wherein w = Ia/Ib. the UE obtaining a first interference value, Ia, associated with the first antenna arrangement; the UE obtaining a second interference value, Ib, associated with the second antenna arrangement; the UE obtaining a power value, P1a, associated with the first antenna arrangement and with a first TRP TX beam; the UE obtaining a power value, P1b, associated with the second antenna arrangement and with the first TRP TX beam; the UE determining a first final power value, Pn1, based on Ia and Ib and based on P1a, and P1b; and the UE using Pn1 to determine whether or not to include in the beam report an identifier (e.g., a CRI) for identifying the first TRP TX beam, wherein determining the first final power value comprises calculating: Pn1 = (wa)(P1a) + (wb)(P1b), wherein wa is a function of at least Ia and wb is a function of at least Ib, or determining the first final power value comprises calculating: Pn1 = P1a + wP1b, wherein w = Ia/Ib.
Transport device, comprising: - a magnetic field device for generating a magnetic field, and - a flexible layer (7; 43) for transporting objects, - wherein the flexible layer comprises a magnetorheological fluid, and - wherein the magnetorheological fluid can be magnetized by means of the magnetic field device such that a viscosity of the magnetorheological fluid is altered in order to enclose at least partially objects that are to be transported, characterized in that the flexible layer is arranged on a transport belt. - a magnetic field device for generating a magnetic field, and - a flexible layer (7; 43) for transporting objects, - wherein the flexible layer comprises a magnetorheological fluid, and - wherein the magnetorheological fluid can be magnetized by means of the magnetic field device such that a viscosity of the magnetorheological fluid is altered in order to enclose at least partially objects that are to be transported,