mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a wireless power transmitter, comprising: receiving a request from a wireless power receiver to perform recalibration for a first type of foreign object detection, in the following also referred to as FOD, in response to the wireless power receiver attempting to change a parameter of electromagnetic radiation supplied by the wireless power transmitter; in response to receiving the request, performing a second type of FOD to produce a FOD result; when the FOD result indicates a foreign object is present or likely present, discontinuing or limiting wireless power transfer, and/or communicating the FOD result to the wireless power receiver; and when the FOD result indicates a foreign object is not present or likely not present, communicating the FOD result to the wireless power receiver, performing the recalibration and continuing with wireless power transfer, wherein both the first type of FOD and the second type of FOD choose among the methods: power loss, Q-factor and resonant frequency, wherein the first type of FOD and the second type of FOD use different ones of these methods, respectively. receiving a request from a wireless power receiver to perform recalibration for a first type of foreign object detection, in the following also referred to as FOD, in response to the wireless power receiver attempting to change a parameter of electromagnetic radiation supplied by the wireless power transmitter; in response to receiving the request, performing a second type of FOD to produce a FOD result; when the FOD result indicates a foreign object is present or likely present, discontinuing or limiting wireless power transfer, and/or communicating the FOD result to the wireless power receiver; and when the FOD result indicates a foreign object is not present or likely not present, communicating the FOD result to the wireless power receiver, performing the recalibration and continuing with wireless power transfer, wherein both the first type of FOD and the second type of FOD choose among the methods: power loss, Q-factor and resonant frequency, wherein the first type of FOD and the second type of FOD use different ones of these methods, respectively.
A light control panel, including a plurality of band-shaped planar light-reflecting portions in each of which layers of a cured product of an allyl ester resin composition and metal film layers are alternately laminated in a plane direction (direction vertical to a thickness).
An insect capture, identification and counting machine, comprising a waterproof housing which houses insect inlet channels and a colourless plastic ring which incorporates a first infrared sensor characterized in that it further comprises: • a support structure housing a photovoltaic panel, a micro USB port, a rechargeable lithium battery, a Global System for Mobile receiver and transmitter module, a transmitter module and Wireless Fidelity receiver, a Global Position System receiver and a microprocessor; • a second Infra-Red sensor and a photographic camera, incorporated in the colourless plastic ring housing a LED lamp Of Ultra Violet light, where a pheromone reservoir engages by mechanical action, said mechanical engagement between the colourless plastic ring and the pheromone reservoir allowing quick and efficient coupling and detachment; and wherein • the said first infra-red sensor is located in a second segment of said insect inlet channel, the second infra-red sensor is located in a descending downstream segment of the insect inlet channels and the photographic camera is located between the first and the second infrared sensor; • the first infra-red sensor being configured such that when detecting the entering of an insect in insect inlet channels it awakens the standby mode of the photographic camera for the monitoring mode registering an image of the insect and the second infra-red sensor being configured such that when detecting the passage of an insect associate a count to the collected image; and • the downstream section of said insect entry channel is extended downwardly. • a support structure housing a photovoltaic panel, a micro USB port, a rechargeable lithium battery, a Global System for Mobile receiver and transmitter module, a transmitter module and Wireless Fidelity receiver, a Global Position System receiver and a microprocessor; • a second Infra-Red sensor and a photographic camera, incorporated in the colourless plastic ring housing a LED lamp Of Ultra Violet light, where a pheromone reservoir engages by mechanical action, said mechanical engagement between the colourless plastic ring and the pheromone reservoir allowing quick and efficient coupling and detachment; and wherein • the said first infra-red sensor is located in a second segment of said insect inlet channel, the second infra-red sensor is located in a descending downstream segment of the insect inlet channels and the photographic camera is located between the first and the second infrared sensor; • the first infra-red sensor being configured such that when detecting the entering of an insect in insect inlet channels it awakens the standby mode of the photographic camera for the monitoring mode registering an image of the insect and the second infra-red sensor being configured such that when detecting the passage of an insect associate a count to the collected image; and • the downstream section of said insect entry channel is extended downwardly.
An endoscope comprising: a first flat surface formed (33a; 51a) at a distal end portion (16a; 50a) of an insertion part to be inserted into a subject, and orthogonal to an axial direction of the insertion part; an observation window provided at the distal end portion for allowing image light of the subject to be taken therethrough, with the surface of the observation window as a light incidence plane; an illumination window provided at the distal end portion to irradiate a subject with illumination light; a fluid jetting nozzle arranged at the first flat surface to jet a fluid toward the observation window; and an inclined surface (38; 53) formed around the observation window and arranged at a position that faces the fluid jetting nozzle, wherein the distal end portion is formed with a second flat surface (33b; 51b) arranged on the distal end side of the first flat surface and parallel to the first flat surface, wherein the inclined surface is a surface that connects the first flat surface and the second flat surface together, wherein the illumination window is arranged at the first flat surface, and wherein a fluid guide surface (39a; 52) that connects the first flat surface and the second flat surface is formed continuously with the inclined surface, the fluid guide surface being arranged so as to extend to the perimeter of the illumination window and inclined toward the proximal end from the distal end, so as to guide a fluid to the illumination window. a first flat surface formed (33a; 51a) at a distal end portion (16a; 50a) of an insertion part to be inserted into a subject, and orthogonal to an axial direction of the insertion part; an observation window provided at the distal end portion for allowing image light of the subject to be taken therethrough, with the surface of the observation window as a light incidence plane; an illumination window provided at the distal end portion to irradiate a subject with illumination light; a fluid jetting nozzle arranged at the first flat surface to jet a fluid toward the observation window; and an inclined surface (38; 53) formed around the observation window and arranged at a position that faces the fluid jetting nozzle, wherein the distal end portion is formed with a second flat surface (33b; 51b) arranged on the distal end side of the first flat surface and parallel to the first flat surface, wherein the inclined surface is a surface that connects the first flat surface and the second flat surface together, wherein the illumination window is arranged at the first flat surface, and wherein a fluid guide surface (39a; 52) that connects the first flat surface and the second flat surface is formed continuously with the inclined surface, the fluid guide surface being arranged so as to extend to the perimeter of the illumination window and inclined toward the proximal end from the distal end, so as to guide a fluid to the illumination window.
A method for transmitting, by a user equipment, UE, mobility-related information in a wireless communication system, the method comprising: transmitting an indication indicating whether the UE supports a transmission of mobility-related information to a network, wherein the indication is transmitted via a UE capability information message; constructing the mobility-related information; receiving a configuration for the transmission of the mobility-related information from a network during connection establishment; wherein the configuration is received from the network via a radio resource control, RRC, connection setup message or an RRC connection reconfiguration message; and wherein the configuration is received by the UE only if the transmitted indication indicates that the UE supports the transmission of the mobility-related information; and transmitting the mobility-related information to the network based on the configuration of the transmission of the mobility-related information, wherein if the configuration is included within the RRC connection setup message or the RRC connection reconfiguration message, the mobility-related information is transmitted via an enhancements for diverse data applications, eDDA, indication, and wherein the mobility-related information is transmitted only if the configuration is included within the RRC connection setup message or the RRC connection reconfiguration message, and if the transmitted indication indicates that the UE supports the transmission of the mobility-related information. transmitting an indication indicating whether the UE supports a transmission of mobility-related information to a network, wherein the indication is transmitted via a UE capability information message; constructing the mobility-related information; receiving a configuration for the transmission of the mobility-related information from a network during connection establishment; wherein the configuration is received from the network via a radio resource control, RRC, connection setup message or an RRC connection reconfiguration message; and wherein the configuration is received by the UE only if the transmitted indication indicates that the UE supports the transmission of the mobility-related information; and transmitting the mobility-related information to the network based on the configuration of the transmission of the mobility-related information, wherein if the configuration is included within the RRC connection setup message or the RRC connection reconfiguration message, the mobility-related information is transmitted via an enhancements for diverse data applications, eDDA, indication, and wherein the mobility-related information is transmitted only if the configuration is included within the RRC connection setup message or the RRC connection reconfiguration message, and if the transmitted indication indicates that the UE supports the transmission of the mobility-related information.
An adjustable jig for securing a textile, the adjustable jig comprising: a frame, the frame comprising a first axis and a second axis, the first axis substantially perpendicular to the second axis; a plurality of displaceable plates, each of the plurality of displaceable plates comprising one or more pin attachment sites for securing a textile to the jig, each of the plurality of displaceable plates displaceable in a direction substantially perpendicular to the first axis; at least one guide rod for securing the plurality of displaceable plates in the first axis and/or the second axis, wherein the at least one guide rod is disposed substantially parallel to the first axis and passes through openings in each of the plurality of displaceable plates, wherein the frame further comprises lateral walls, a top wall, a center wall, and an eyelet plate, the eyelet plate being attached to the center wall, and wherein the eyelet plate comprises a plurality of fixed pins. a plurality of displaceable plates, each of the plurality of displaceable plates comprising one or more pin attachment sites for securing a textile to the jig, each of the plurality of displaceable plates displaceable in a direction substantially perpendicular to the first axis; at least one guide rod for securing the plurality of displaceable plates in the first axis and/or the second axis, wherein the at least one guide rod is disposed substantially parallel to the first axis and passes through openings in each of the plurality of displaceable plates, wherein the frame further comprises lateral walls, a top wall, a center wall, and an eyelet plate, the eyelet plate being attached to the center wall, and wherein the eyelet plate comprises a plurality of fixed pins.
A microstrip antenna comprising: a dielectric substrate; a first metallic layer on a first side of the dielectric substrate, wherein the first metallic layer has two end-to-end slots to divide the first metallic layer into four microstrip patches, wherein the two end-to-end slots of the first metallic layer are orthogonal to each other; a second metallic layer on a second side of the dielectric substrate, wherein the second side is opposite to the first side; and a feed circuit in the dielectric substrate, characterized in that, the second metallic layer has two end-to-end slots to divide the second metallic layer into four ground patches, wherein the two end-to-end slots of the second metallic layer are orthogonal to each other and are substantially aligned with the two end-to-end slots of the first metallic layer; and the feed circuit is electromagnetically coupled to the four microstrip patches and the four ground patches. a dielectric substrate; a first metallic layer on a first side of the dielectric substrate, wherein the first metallic layer has two end-to-end slots to divide the first metallic layer into four microstrip patches, wherein the two end-to-end slots of the first metallic layer are orthogonal to each other; a second metallic layer on a second side of the dielectric substrate, wherein the second side is opposite to the first side; and a feed circuit in the dielectric substrate, characterized in that, the second metallic layer has two end-to-end slots to divide the second metallic layer into four ground patches, wherein the two end-to-end slots of the second metallic layer are orthogonal to each other and are substantially aligned with the two end-to-end slots of the first metallic layer; and the feed circuit is electromagnetically coupled to the four microstrip patches and the four ground patches. the second metallic layer has two end-to-end slots to divide the second metallic layer into four ground patches, wherein the two end-to-end slots of the second metallic layer are orthogonal to each other and are substantially aligned with the two end-to-end slots of the first metallic layer; and the feed circuit is electromagnetically coupled to the four microstrip patches and the four ground patches.
An ice confection having a total solids content of from 15 to 30% by weight of the ice confection and total sugar in an amount of at least 7% to less than 17% by weight of the ice confection, characterised in that the ice confection comprises digestible complex saccharides in an amount of from 2 to 25% by weight of the ice confection; and non-saccharide sweeteners in a total amount C r given by the following condition: C T < X / R, wherein X is 0.5 wt% and R is the sweetness of the non-saccharide sweeteners relative to sucrose expressed on a weight basis, wherein the digestible complex saccharide is a glucose syrup having a DE in the range 22 to 45 DE. wherein the sugars comprise from 2% to less than 10% fructose by weight of the ice confection, which is a water ice or a fruit ice.
Method for producing moldings, in particular briquettes, from fine-grained to medium-grained mixed material using binders, wherein, in a first stage, heating of the mixed material to a temperature necessary for the molding operation is performed and, in a second stage, the mixing of the mixed material with binder is performed, as well as downstream steps of the process, characterized in that the second atmospherically separate stage takes place under a pressure that is lower than the pressure in the first stage and/or and the surrounding pressure, the fine-grained to medium-grained mixed material having on average grain sizes of 0.01 to 5 mm, in particular 1 mm.
Yarn brake for a yarn feeder, the yarn brake comprising a hollow frusto-cone body which is deformable in radial direction but essentially stiff in axial direction, an inner surface of which extending between a small diameter end and a large diameter end defining a circumferentially continuous braking zone, the frusto-cone body carrying at least one essentially annular oscillation damper, characterised in that the oscillation damper comprises an annular counter-mass body and an intermediary portion of elastic material, connecting the counter-mass body and the frusto-cone body.
A method for controlling an inverter to prevent an unnecessary fan trip, the method comprising: receiving a fan current; when the fan current is above a high trip level or is below a low trip level, incrementing an error count; when the error count reaches an error count maximum value, initializing the error count; characterized in that when the error count reaches the error count maximum value, incrementing a trip count; when the fan current is between the low trip level and the high trip level, incrementing a none error count; when the none error count reaches a none error count maximum value, initializing the trip count; and when the trip count reaches a trip count maximum value, generating a fan trip signal and stopping an operation of the inverter. receiving a fan current; when the fan current is above a high trip level or is below a low trip level, incrementing an error count; when the error count reaches an error count maximum value, initializing the error count; characterized in that when the error count reaches the error count maximum value, incrementing a trip count; when the fan current is between the low trip level and the high trip level, incrementing a none error count; when the none error count reaches a none error count maximum value, initializing the trip count; and when the trip count reaches a trip count maximum value, generating a fan trip signal and stopping an operation of the inverter.
A medicament device sensor configured for removable attachment to a medicament device, the medicament device sensor comprising: a body comprising a first wall, a second wall, and a bottom surface: the bottom surface configured to mate to a complementary outer surface of a medicament device; and the first wall coupled to an edge of the bottom surface and comprising: a securement clip configured to attach the first wall of the medicament device sensor to a ledge on a complementary surface of the medicament device in a fixed orientation; characterized by a release tab having a topmost surface contiguous with a topmost surface of the first wall, the release tab configured to rotate the securement clip when pressed such that the medicament device can slide relative to the medicament device sensor; and one or more sensors coupled to the bottom surface, each of the one or more sensors configured to signals indicating a use of the medicament device. a body comprising a first wall, a second wall, and a bottom surface: the bottom surface configured to mate to a complementary outer surface of a medicament device; and the first wall coupled to an edge of the bottom surface and comprising: a securement clip configured to attach the first wall of the medicament device sensor to a ledge on a complementary surface of the medicament device in a fixed orientation; characterized by a release tab having a topmost surface contiguous with a topmost surface of the first wall, the release tab configured to rotate the securement clip when pressed such that the medicament device can slide relative to the medicament device sensor; and the bottom surface configured to mate to a complementary outer surface of a medicament device; and the first wall coupled to an edge of the bottom surface and comprising: a securement clip configured to attach the first wall of the medicament device sensor to a ledge on a complementary surface of the medicament device in a fixed orientation; characterized by a release tab having a topmost surface contiguous with a topmost surface of the first wall, the release tab configured to rotate the securement clip when pressed such that the medicament device can slide relative to the medicament device sensor; and a securement clip configured to attach the first wall of the medicament device sensor to a ledge on a complementary surface of the medicament device in a fixed orientation; characterized by a release tab having a topmost surface contiguous with a topmost surface of the first wall, the release tab configured to rotate the securement clip when pressed such that the medicament device can slide relative to the medicament device sensor; and one or more sensors coupled to the bottom surface, each of the one or more sensors configured to signals indicating a use of the medicament device.
A surface defect detecting method of optically detecting a surface defect of a steel material, the surface defect detecting method comprising: an irradiation step of irradiating an examination target part with illumination light beams from different directions by using two or more distinguishable light sources (2a, 2b); and a detection step of obtaining images by reflected light beams of the respective illumination light beams and detecting a surface defect in the examination target part by executing subtraction processing between the obtained images, wherein the detection step includes a first determination step of extracting a bright portion and a dark portion of a subtraction image obtained by the execution of subtraction processing between the obtained images, and determining presence or absence of a concavo-convex surface defect from a positional relation between the extracted bright portion and dark portion and irradiation directions of the illumination light beams, wherein the first determination step includes: a step of executing expansion processing with respect to images of the bright portion and the dark portion, and calculating a positional relation between the bright portion and the dark portion by extraction of an overlapping portion between the images of the bright portion and dark portion that have been subjected to the expansion processing. an irradiation step of irradiating an examination target part with illumination light beams from different directions by using two or more distinguishable light sources (2a, 2b); and a detection step of obtaining images by reflected light beams of the respective illumination light beams and detecting a surface defect in the examination target part by executing subtraction processing between the obtained images, wherein the detection step includes a first determination step of extracting a bright portion and a dark portion of a subtraction image obtained by the execution of subtraction processing between the obtained images, and determining presence or absence of a concavo-convex surface defect from a positional relation between the extracted bright portion and dark portion and irradiation directions of the illumination light beams, wherein the first determination step includes: a step of executing expansion processing with respect to images of the bright portion and the dark portion, and calculating a positional relation between the bright portion and the dark portion by extraction of an overlapping portion between the images of the bright portion and dark portion that have been subjected to the expansion processing.