mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication, comprising: determining, by a third tier node, whether the third tier node has accessed a channel of a shared spectrum (400, 403) within a predetermined maximum idle time; randomly selecting, by the third tier node, a wait number from a predefined set of wait numbers in response to the third tier node detecting access to the channel within the predetermined maximum idle time; conducting, by the third tier node, a clear channel assessment, CCA, check of the channel after waiting a number of slots equal to the randomly selected wait number; and transmitting, by the third tier node, data on the channel in response to the CCA check being clear. determining, by a third tier node, whether the third tier node has accessed a channel of a shared spectrum (400, 403) within a predetermined maximum idle time; randomly selecting, by the third tier node, a wait number from a predefined set of wait numbers in response to the third tier node detecting access to the channel within the predetermined maximum idle time; conducting, by the third tier node, a clear channel assessment, CCA, check of the channel after waiting a number of slots equal to the randomly selected wait number; and transmitting, by the third tier node, data on the channel in response to the CCA check being clear.
A non-therapeutic method of disinfecting a surface comprising the steps of a. applying to the surface an antimicrobial composition comprising i. 0.001 to 5% by weight of one or more substituted phenols, and ii. a carrier; and b. removing the composition from the surface; wherein the one or more substituted phenols have the following structure wherein R 1 is a cyclopentyl group or a cyclopentenyl group, and wherein R 2 is independently selected from the group consisting of hydrogen, linear or branched C 1 to C 5 alkyl, and linear or branched C 2 to C 5 alkenyl. a. applying to the surface an antimicrobial composition comprising i. 0.001 to 5% by weight of one or more substituted phenols, and ii. a carrier; and i. 0.001 to 5% by weight of one or more substituted phenols, and ii. a carrier; and b. removing the composition from the surface; R 1 is a cyclopentyl group or a cyclopentenyl group, and wherein R 2 is independently selected from the group consisting of hydrogen, linear or branched C 1 to C 5 alkyl, and linear or branched C 2 to C 5 alkenyl. hydrogen, linear or branched C 1 to C 5 alkyl, and linear or branched C 2 to C 5 alkenyl.
A liquid crystal display device comprising a first substrate, a second substrate, a liquid crystal composition layer held between the first substrate and the second substrate, a color filter including a black matrix and at least RGB three-color pixel portions, a pixel electrode, and a common electrode, wherein the liquid crystal composition layer includes a liquid crystal composition which contains at least one compound represented by general formula, in the formula, R 31 represents an alkyl group having 1 to 10 carbon atoms, an alkoxy group, or an alkenyl group or alkenyloxy group having 2 to 10 carbon atoms, M 31 to M 33 each independently represent a trans-1,4-cyclohexylene group or a 1,4-phenylene group, one or two -CH 2 - in the trans-1,4-cyclohexylene group may be substituted by -O- so that oxygen atoms are not directly adjacent to each other, one or two hydrogen atoms in the phenylene group may be substituted by fluorine atoms, X 31 and X 32 each independently represent a hydrogen atom or a fluorine atom, Z 31 represents a fluorine atom, a trifluoromethoxy group, or a trifluoromethyl group, n 31 and n 32 each independently represent 0, 1, or 2, n 31 + n 32 represents 0, 1, or 2, and when a plurality of each of M 31 and M 33 are present, each may be the same or different, and at least one compound selected from the group consisting of compounds represented by general formula (II-a) to general formula (II-e), in the formulae, R 21 to R 30 each independently represent an alkyl group having 1 to 10 carbon atoms or an alkenyl group having 2 to 10 carbon atoms, and X 21 represents a hydrogen atom or a fluorine atom, and the RGB three-color pixel portions include, as colorants, a diketopyrrolopyrrole pigment and/or anionic red organic dye in a R pixel portion, at least one selected from the group consisting of a halogenated copper phthalocyanine pigment, a phthalocyanine green dye, and a mixture of a phthalocyanine blue dye and an azo yellow organic dye in a G pixel portion, and a ε-type copper phthalocyanine pigment and/or cationic blue organic dye in a B pixel portion.
A method for displaying images on an array of display pixels in a display that emits display light, comprising: with display control circuitry, gathering ambient light information from a light sensor; characterized by determining an adaptation factor that weights a user's chromatic adaptation to the display light relative to the user's chromatic adaptation to ambient light based on the ambient light information; determining a neutral color based on the adaptation factor; and adjusting input pixel values based on the neutral color to obtain adapted input pixel values. with display control circuitry, gathering ambient light information from a light sensor; characterized by determining an adaptation factor that weights a user's chromatic adaptation to the display light relative to the user's chromatic adaptation to ambient light based on the ambient light information; determining a neutral color based on the adaptation factor; and adjusting input pixel values based on the neutral color to obtain adapted input pixel values.
A pneumatic tire comprising a pair of beads each with an associated bead core, a single carcass ply folded about each bead core so as to define a main body portion and a turnup portion associated with each bead, a tread disposed radially outward from the single carcass ply, the tread having shoulder portions disposed at axial outer edges of the tread, and a pair of sidewalls extending radially outward from each bead to a location adjacent each shoulder portion, each sidewall being disposed axially outward of the single carcass ply, characterized in that the single carcass ply is reinforced with metallic cords comprising steel filaments having a filament diameter in a range of from 0.07 mm to 0.12 mm, characterized in that each steel filament has a tensile strength in MPa of at least (-2000 x D + 4900) as measured in accordance with ASTM D2969-04, wherein D is the filament diameter in mm, and in that the tire further includes an apex and includes a chipper and/or a flipper.
A pipe-line method for multi-label segmentation of anatomical structures in a medical image comprising the steps of - training a convolutional neural network on a set of training data so as to obtain a set of optimal fixed weights, - segmenting anatomical structures in said medical image by using said neural network with said optimal fixed weights wherein - during said training a weighted loss function is applied that takes into account under-representation of at least one anatomical structure in the ground-truth mask relative to other anatomical structures, characterized in that the architecture of said convolutional neural network is a U-net architecture modified in that a Gaussian dropout layer is provided after every convolution layer. - training a convolutional neural network on a set of training data so as to obtain a set of optimal fixed weights, - segmenting anatomical structures in said medical image by using said neural network with said optimal fixed weights wherein - during said training a weighted loss function is applied that takes into account under-representation of at least one anatomical structure in the ground-truth mask relative to other anatomical structures, characterized in that the architecture of said convolutional neural network is a U-net architecture modified in that a Gaussian dropout layer is provided after every convolution layer.
An aircraft provided with an airframe which extends longitudinally along an anteroposterior plane, said airframe extending transversely from a left-hand side towards a right-hand side and in elevation from a bottom towards a top, said aircraft comprising a buoyancy system, the buoyancy system being provided with at least one pair of two floats, two separate floats of a pair being arranged transversely on either side of said anteroposterior plane, characterised in that, said buoyancy system being provided for each float with at least one slide which is mounted to slide relative to a rail, each rail extending in elevation, each slide being attached to a corresponding float, each float is mobile in elevation from a lower position towards an upper position by each slide fastened to the float sliding along a rail, a centre of gravity of each float being present in an upper plane perpendicular to the anteroposterior plane in the upper position and in a lower plane in the lower position, the lower plane being parallel to the upper plane and being located below the upper plane when the aircraft has a zero angle of roll, said buoyancy system comprising for each float a blocking system for blocking, by default, each float in the lower position and for blocking the floats present on a single side of the aircraft in the upper position in a predetermined condition.
Poultry processing apparatus for removing legs (2, 2', 2") from a saddle obtained from a poultry carcass, said saddle comprising a poultry back portion and two legs (2, 2', 2") connected thereto, comprising a suspension conveyor for moving the saddle suspended by the legs (2, 2', 2") in a conveying direction, a surface conveyor for engaging with and conveying the back portion of the saddle, and an upper guide rail or rails substantially following at least a part of the surface conveyor 's outer circumference away from the suspension conveyor, therewith defining a gap between said surface conveyor and said upper guide rail or rails which is equipped to receive the saddle's back portion, characterized in that adjacent to the surface conveyor a support guide or guides are provided to support the back portion of the saddle while it is being conveyed by the surface conveyor.
An image processing method for synthetic aperture radar, SAR, including: obtaining a 4 th -order exact transfer function, ETF4, azimuth matched filter; transforming a domain of the ETF4 azimuth matched filter; and obtaining a 4 th -order exact transfer function zero Doppler time, ETF4ZDT, azimuth matched filter through the domain transformed; wherein the ETF4 azimuth matched filter is expressed by M * W a = H * W a = exp − jφ t a * where, H*(W a) is an azimuth spectrum, φ(t a *) is a phase of the spectrum, W a is the angular frequency in azimuth, and t a is an azimuth time; wherein transforming the domain includes substituting η+t 1 for t a, where, η is a new domain, and t 1 is a zero Doppler time of an object on the domain t a; wherein the ETF4ZDT azimuth matched filter is expressed by M W a = exp j 2 2 π / λ + W r / C R r 2 η * + W η η *, where, η* is an azimuth Time W r is the angular frequency in range, W is the angular frequency of the new domain, C is the speed of light, η and R r2 (η*) is a distance between a satellite sensor and an object at a time η. obtaining a 4 th -order exact transfer function, ETF4, azimuth matched filter; transforming a domain of the ETF4 azimuth matched filter; and obtaining a 4 th -order exact transfer function zero Doppler time, ETF4ZDT, azimuth matched filter through the domain transformed; wherein the ETF4 azimuth matched filter is expressed by M * W a = H * W a = exp − jφ t a * where, H*(W a) is an azimuth spectrum, φ(t a *) is a phase of the spectrum, W a is the angular frequency in azimuth, and t a is an azimuth time; where, H*(W a) is an azimuth spectrum, φ(t a *) is a phase of the spectrum, W a is the angular frequency in azimuth, and t a is an azimuth time; wherein transforming the domain includes substituting η+t 1 for t a, where, η is a new domain, and t 1 is a zero Doppler time of an object on the domain t a; wherein the ETF4ZDT azimuth matched filter is expressed by M W a = exp j 2 2 π / λ + W r / C R r 2 η * + W η η *, where, η* is an azimuth Time W r is the angular frequency in range, W is the angular frequency of the new domain, C is the speed of light, η and R r2 (η*) is a distance between a satellite sensor and an object at a time η. where, η* is an azimuth Time W r is the angular frequency in range, W is the angular frequency of the new domain, C is the speed of light, η and R r2 (η*) is a distance between a satellite sensor and an object at a time η.
A liquid filter, more particularly an oil or fuel filter of an internal combustion engine, comprising a filter housing and a filter element arranged therein such that it can be replaced, wherein the filter housing includes an uncleaned liquid inlet, a central cleaned liquid outlet and an eccentric liquid discharge channel, wherein a central stand pipe is arranged above the cleaned liquid outlet, wherein the filter element is mounted onto the stand pipe, wherein the filter element includes an eccentric locking pin on its side facing the liquid discharge channel, and wherein positioning means are provided which bring the locking pin into engagement with the eccentric liquid discharge channel when the filter element is being mounted onto the stand pipe, characterized in that the central stand pipe is a separate component that can be connected to the cleaned liquid outlet by putting said component and said outlet together, that first positioning means (18, 28) are provided at the central cleaned liquid outlet and at a lower end region of the stand pipe, said first positioning means (18, 28) guiding the stand pipe into a specific position in circumferential direction relative to the filter housing when the stand pipe is being inserted into the cleaned liquid outlet, that second positioning means (29, 39) are provided on the outer perimeter of the stand pipe and on the inner perimeter of the filter element, said second positioning means (29, 39) guiding the filter element into a specific position in circumferential direction relative to the stand pipe when the filter element is being mounted onto the stand pipe, and that the first and second positioning means (18, 28; 29, 39) are synchronized with each other in such a manner that the locking pin at the filter element comes into engagement with the eccentric liquid discharge channel in the filter housing.
A random mat comprising: carbon fibers having an average fiber length of 5 to 100 mm; and a thermoplastic resin, wherein a fiber areal weight of the carbon fibers is from 25 to 3,000 g/m 2, characterized in that the random mat comprises a carbon fiber bundle in a ratio of from 30 vol% to less than 90 vol% to a total amount of the carbon fibers, the carbon fiber bundle including the carbon fibers of a critical single fiber number defined by formula or more, and an average number of single carbon fibers in the carbon fiber bundle satisfies formula: Critical single fiber number = 600 / D 0.7 × 10 4 / D 2 < N < 1 × 10 5 / D 2 wherein D is an average single fiber diameter (μm) of the carbon fiber bundle.
A generator/motor comprising: a stator which is fixed to an inner diameter side of a housing; a rotor which is disposed to be opposed to an inner circumferential side of the stator and which is supported by bearings rotatably; and armature windings which are wound around teeth of a stator core, which teeth are adjacent to slots; wherein: brackets are provided on axially opposite sides of a shaft of the rotor, wherein each bracket is provided with a passage (201, 202) through which a cooling medium flows and injection holes which communicate with the passage (201, 202) and which face winding ends of the armature windings, wherein the cooling medium is injected from the injection holes toward the winding ends of the armature windings; characterized in that an arrangement pitch among the injection holes is dense in a vertically upper portion of the bracket and gradually sparser in a portion thereof closer to the level of the shaft so that a flow rate of the cooling medium from the brackets is higher at a position higher than the level of the shaft. brackets are provided on axially opposite sides of a shaft of the rotor, wherein each bracket is provided with a passage (201, 202) through which a cooling medium flows and injection holes which communicate with the passage (201, 202) and which face winding ends of the armature windings, wherein the cooling medium is injected from the injection holes toward the winding ends of the armature windings; characterized in that an arrangement pitch among the injection holes is dense in a vertically upper portion of the bracket and gradually sparser in a portion thereof closer to the level of the shaft so that a flow rate of the cooling medium from the brackets is higher at a position higher than the level of the shaft.
A stent comprising: a tubular stent body having a lumen extending therethrough; and an anchor portion attached to an end of the tubular stent body, wherein the lumen continues through the anchor portion, and wherein the anchor portion includes at least one opening configured to facilitate tissue ingrowth, wherein the anchor portion is detachable from the tubular stent body while the stent is in a deployed state, the stent further comprising at least one strand (128, 132, 134) securing the end of the tubular stent body to the anchor portion wherein the at least one strand (128, 132, 134) is at least partially formed of a bioabsorbable material such that the at least one strand weakens over time when the stent is deployed in a patient body, wherein the anchor portion includes a bioabsorbable material configured to degrade at a predetermined rate, and the at least one strand (128, 132, 134) is configured to degrade faster than the material of the anchor portion. a tubular stent body having a lumen extending therethrough; and an anchor portion attached to an end of the tubular stent body, wherein the lumen continues through the anchor portion, and wherein the anchor portion includes at least one opening configured to facilitate tissue ingrowth, wherein the anchor portion is detachable from the tubular stent body while the stent is in a deployed state, the stent further comprising at least one strand (128, 132, 134) securing the end of the tubular stent body to the anchor portion wherein the at least one strand (128, 132, 134) is at least partially formed of a bioabsorbable material such that the at least one strand weakens over time when the stent is deployed in a patient body, wherein the anchor portion includes a bioabsorbable material configured to degrade at a predetermined rate, and the at least one strand (128, 132, 134) is configured to degrade faster than the material of the anchor portion.
An induction heating cooker, comprising: a lid comprising at least one electronic device and a first terminal electrically connected to the electronic device; a main body having an opened upper surface and comprising a second terminal adapted to be connected to the first terminal by a rotation-coupling of the lid with respect to the opened upper surface; an internal pot that is stored in the main body; a coil part configured to heat the internal pot using external power when the external power is supplied, and to which electric currents are induced by a magnetic field generated by a working coil of an induction heating apparatus when the external power is not supplied; a power supplying circuit configured to supply power to an electronic device provided in the lid through the first and second terminals (310, 320); and a control module configured to determine a coupling state of the lid on the basis of an amount of electric currents supplied to the electronic device or magnitude of a voltage detected in the first terminal. a lid comprising at least one electronic device and a first terminal electrically connected to the electronic device; a main body having an opened upper surface and comprising a second terminal adapted to be connected to the first terminal by a rotation-coupling of the lid with respect to the opened upper surface; an internal pot that is stored in the main body; a coil part configured to heat the internal pot using external power when the external power is supplied, and to which electric currents are induced by a magnetic field generated by a working coil of an induction heating apparatus when the external power is not supplied; a power supplying circuit configured to supply power to an electronic device provided in the lid through the first and second terminals (310, 320); and a control module configured to determine a coupling state of the lid on the basis of an amount of electric currents supplied to the electronic device or magnitude of a voltage detected in the first terminal.
A method performed by a user device to implement a user-device initiated request for wireless resources, the method comprising: determining a wireless connection environmental condition related to transmissions received from a base station over a wireless connection; selecting, based on the determined wireless connection environmental condition, a mini-slot configuration for communicating with the base station, the mini-slot configuration identifying a quantity of orthogonal frequency division multiplexing, OFDM, symbols for communicating via a mini-slot that is less than a quantity of OFDM symbols for one slot; and transmitting, to the base station, a request to communicate with the base station via a mini-slot, the request identifying the selected mini-slot configuration. determining a wireless connection environmental condition related to transmissions received from a base station over a wireless connection; selecting, based on the determined wireless connection environmental condition, a mini-slot configuration for communicating with the base station, the mini-slot configuration identifying a quantity of orthogonal frequency division multiplexing, OFDM, symbols for communicating via a mini-slot that is less than a quantity of OFDM symbols for one slot; and transmitting, to the base station, a request to communicate with the base station via a mini-slot, the request identifying the selected mini-slot configuration.
Raised access floor comprising: - a slab provided with an upper surface, lower surface and edges, and which comprises a core - metal supports which emerge from the lower surface of the core, and which support the core, said metal supports being bushings provided with an inner threaded bore; - height-adjustable feet comprising a bolt to be housed in said inner threaded bore and a tubular metal piece, said tubular metal piece being provided with an inner thread that houses said bolt; characterized in that - the core of the slab is coated on its edges by a layer of thermosetting resin, and - said metal supports are adapted to guarantee a permanent elevation of the core even if a fire occurs, and - said tubular metal piece housing said bolt allows earth connection, and - said raised access floor further comprises metal blocks provided with at least one housing designed to receive the height-adjustable feet and to provide a continuous earthing. - a slab provided with an upper surface, lower surface and edges, and which comprises a core - metal supports which emerge from the lower surface of the core, and which support the core, said metal supports being bushings provided with an inner threaded bore; - height-adjustable feet comprising a bolt to be housed in said inner threaded bore and a tubular metal piece, said tubular metal piece being provided with an inner thread that houses said bolt; characterized in that - the core of the slab is coated on its edges by a layer of thermosetting resin, and - said metal supports are adapted to guarantee a permanent elevation of the core even if a fire occurs, and - said tubular metal piece housing said bolt allows earth connection, and - said raised access floor further comprises metal blocks provided with at least one housing designed to receive the height-adjustable feet and to provide a continuous earthing.