mhurhangee/ep-ind-claims huggingface dataset:
A method of managing the braking of an aircraft, the aircraft having a plurality of wheels (R1,..., R12), each fitted with a brake (F1,..., F12) adapted to generate a braking force in response to brake pedals being depressed, the management method comprising the steps of: • distributing the wheels fitted with respective brakes in at least two distinct groups (G1, G2, G3, G'1, G'2, G'3); and • allocating respective relationships (L1, L2, L3) to each of the groups of wheels for determining how braking force varies as a function of the depression of the brake pedals; the method being characterized in that it further comprises the step of modifying the distribution of the wheels in response to a predetermined event occurring. • distributing the wheels fitted with respective brakes in at least two distinct groups (G1, G2, G3, G'1, G'2, G'3); and • allocating respective relationships (L1, L2, L3) to each of the groups of wheels for determining how braking force varies as a function of the depression of the brake pedals;
A method of performing active scanning in a wireless local area network, WLAN, the method comprising: transmitting by a first station, STA, a first probe request frame to an access point, AP; and receiving by the first STA a probe response frame from the AP, the probe response frame being a response for the first probe request frame, wherein the first probe request frame includes fast initial link setup, FILS, capability information, wherein when the FILS capability information does not indicate that the first STA supports the FILS, the probe response frame is transmitted based on a unicast method to the first STA in a first time duration, the first time duration is a time duration which is a part of a maximum channel time and in which the first STA scans a channel, and wherein when the FILS capability information indicates that the first STA supports the FILS, the probe response frame is transmitted based on a broadcast method in a second time duration, the second time duration is a time duration after the first time duration before the maximum channel time. transmitting by a first station, STA, a first probe request frame to an access point, AP; and receiving by the first STA a probe response frame from the AP, the probe response frame being a response for the first probe request frame, wherein the first probe request frame includes fast initial link setup, FILS, capability information, wherein when the FILS capability information does not indicate that the first STA supports the FILS, the probe response frame is transmitted based on a unicast method to the first STA in a first time duration, the first time duration is a time duration which is a part of a maximum channel time and in which the first STA scans a channel, and wherein when the FILS capability information indicates that the first STA supports the FILS, the probe response frame is transmitted based on a broadcast method in a second time duration, the second time duration is a time duration after the first time duration before the maximum channel time.
A computer-implemented method for a transport refrigeration unit including an evaluation and diagnostic engine using a processor (98, 300), the method comprising: receiving, by the processor (98, 300), customer business data associated with the transport refrigeration unit; obtaining customer usage data associated with a customer business operation, wherein the customer usage data is obtained using sensors associated with the transport refrigeration unit, and wherein the sensors comprise a thermostat for the transport refrigeration unit and a door sensor associated with an outside door of the transport refrigeration unit; obtaining environmental data associated with the transport refrigeration unit, including obtaining outside air temperature characterised in that obtaining environmental data associated with the transport refrigeration includes obtaining outside air humidity; and determining an action for the transport refrigeration unit, wherein the action comprises adjustment of a temperature of the thermostat, and wherein the usage and diagnostic engine is configured to look to the customer usage data and customer business data to determine that the transport refrigeration unit has an upcoming stop that might require the door to be opened and to adjust the thermostat temperature downward based at least in part on the outside air temperature and humidity and in anticipation of the door opening. receiving, by the processor (98, 300), customer business data associated with the transport refrigeration unit; obtaining customer usage data associated with a customer business operation, wherein the customer usage data is obtained using sensors associated with the transport refrigeration unit, and wherein the sensors comprise a thermostat for the transport refrigeration unit and a door sensor associated with an outside door of the transport refrigeration unit; obtaining environmental data associated with the transport refrigeration unit, including obtaining outside air temperature characterised in that obtaining environmental data associated with the transport refrigeration includes obtaining outside air humidity; and determining an action for the transport refrigeration unit, wherein the action comprises adjustment of a temperature of the thermostat, and wherein the usage and diagnostic engine is configured to look to the customer usage data and customer business data to determine that the transport refrigeration unit has an upcoming stop that might require the door to be opened and to adjust the thermostat temperature downward based at least in part on the outside air temperature and humidity and in anticipation of the door opening.
An upper torso reflective garment comprising: a webbed structure having a plurality of apertures (138, 140, 1710, 1608), wherein the webbed structure is formed from a plurality of intersecting reflective elastomeric strands (116, 118, 1760, 1910), each of the plurality of apertures (138, 140, 1710, 1608) being defined by the intersecting reflective elastomeric strands (116, 118, 1760, 1910), the webbed structure comprising: a front panel; a back panel; and a pair of shoulder straps (1702, 1704) that connect the front panel and the back panel; wherein: the front panel, the back panel, and the pair of shoulder straps (1702, 1704) define a neck opening, and a pair of armhole openings (104, 106), each aperture in the plurality of apertures (138, 140, 1710, 1608) comprises a shape having at least a first axis and at least a second axis, the first axis of at least one aperture located on the back panel is oriented orthogonal to a hypothetical vertical axis, the second axis of the at least one aperture located on the back panel is oriented parallel to the hypothetical vertical axis; and the at least one aperture is deformable to a first degree in a direction that is parallel to the first axis and is deformable to a second degree in a direction that is orthogonal to the first axis.
A V-belt continuously variable transmission, in which a drive pulley of a variable wound diameter type mounted on an input shaft and a driven pulley of a variable wound diameter type mounted on an output shaft in parallel to the input shaft are connected to each other by a V-belt, characterized in that the transmission is configured in such a way that a reduction ratio at a top time, when the drive pulley has a maximum wound diameter and the driven pulley has a minimum wound diameter, is first decreased and then increased in accordance with an increase in an operating time in a state of an operation with the use of the V-belt.
A method for implementing low power consumption for a data switching device, characterized in that the data switching device comprises a wake-up physical port and a non-wake-up physical port, and the method comprises: controlling (110, 230, 340, 410) an upper layer logic component in the device to enter a low power consumption state, when a current state parameter of the device satisfies a preset dormancy configuration parameter; detecting (120, 250, 350, 450), by using the wake-up physical port, whether an energy consumption state of a transmission medium corresponding to the wake-up physical port is active; and waking up (120, 260, 360, 460) the upper layer logic component in the device to enter a normal working state if the energy consumption state of the transmission medium corresponding to the wake-up physical port is active; wherein an energy consumption state of a transmission medium corresponding to the non-wake-up physical port is active is not used as a condition for waking up the upper layer logic component. controlling (110, 230, 340, 410) an upper layer logic component in the device to enter a low power consumption state, when a current state parameter of the device satisfies a preset dormancy configuration parameter; detecting (120, 250, 350, 450), by using the wake-up physical port, whether an energy consumption state of a transmission medium corresponding to the wake-up physical port is active; and waking up (120, 260, 360, 460) the upper layer logic component in the device to enter a normal working state if the energy consumption state of the transmission medium corresponding to the wake-up physical port is active; wherein an energy consumption state of a transmission medium corresponding to the non-wake-up physical port is active is not used as a condition for waking up the upper layer logic component.
A refrigerator comprising: a cabinet having a storage chamber therein; and a shelf assembly mounted in the storage chamber and arranged to be vertically movable, wherein the shelf assembly comprises: a guide member respectively mounted to a side wall of the storage chamber; a shelf arranged to be vertically movable and guided by the guide member; a side wall extending downwards from a lateral end of the shelf and arranged to be vertically movable while being guided by the guide member; a guide slot respectively formed through the guide member and arranged to extend in forward and rearward directions; a pair of cam members pivotably mounted to an outer surface of the guide member, the cam members arranged to pivot to vertically move the shelf; first and second links (160, 170) connected between the pair of the cam members and arranged to simultaneously pivot the cam members; a handle link, connected at one end thereof, to the second link; and a handle member coupled to the other end of the handle link and extending through the guide slot and arranged to protrude inside the guide member. a cabinet having a storage chamber therein; and a shelf assembly mounted in the storage chamber and arranged to be vertically movable, wherein the shelf assembly comprises: a guide member respectively mounted to a side wall of the storage chamber; a shelf arranged to be vertically movable and guided by the guide member; a side wall extending downwards from a lateral end of the shelf and arranged to be vertically movable while being guided by the guide member; a guide slot respectively formed through the guide member and arranged to extend in forward and rearward directions; a pair of cam members pivotably mounted to an outer surface of the guide member, the cam members arranged to pivot to vertically move the shelf; first and second links (160, 170) connected between the pair of the cam members and arranged to simultaneously pivot the cam members; a handle link, connected at one end thereof, to the second link; and a handle member coupled to the other end of the handle link and extending through the guide slot and arranged to protrude inside the guide member. a guide member respectively mounted to a side wall of the storage chamber; a shelf arranged to be vertically movable and guided by the guide member; a side wall extending downwards from a lateral end of the shelf and arranged to be vertically movable while being guided by the guide member; a guide slot respectively formed through the guide member and arranged to extend in forward and rearward directions; a pair of cam members pivotably mounted to an outer surface of the guide member, the cam members arranged to pivot to vertically move the shelf; first and second links (160, 170) connected between the pair of the cam members and arranged to simultaneously pivot the cam members; a handle link, connected at one end thereof, to the second link; and a handle member coupled to the other end of the handle link and extending through the guide slot and arranged to protrude inside the guide member.
A method for preparing a polymer of vinyl chloride containing at least 60 % by weight of monomeric units derived from vinyl chloride to which is added a polymer containing epoxide functions comprising • a step according to which an additive latex of a polymer containing epoxide functions is added to a latex of a polymer of vinyl chloride to obtain a latex of the polymer of vinyl chloride to which is added the polymer containing epoxide functions; and • a step of separating the polymer of vinyl chloride to which is added the polymer containing epoxide functions from the latex containing it, leading to the production of said polymer of vinyl chloride. • a step according to which an additive latex of a polymer containing epoxide functions is added to a latex of a polymer of vinyl chloride to obtain a latex of the polymer of vinyl chloride to which is added the polymer containing epoxide functions; and • a step of separating the polymer of vinyl chloride to which is added the polymer containing epoxide functions from the latex containing it, leading to the production of said polymer of vinyl chloride.
A silica glass precursor production method comprising: a stirring step of stirring a silica solution containing silica particles and a pH adjuster to produce a dispersion solution; a mixing step of mixing, into the dispersion solution, an initiator solution containing a photopolymerization initiator and an acrylic monomer having a hydroxyl group at one end of an alkyl chain optionally substituted by a substituent, and an acryloyl group optionally substituted by an alkyl group at the other end of the alkyl chain, to produce a mixed solution; an irradiation step of irradiating the mixed solution with light to form a silica-containing molded body; and a solidification step of producing a mesoporous silica glass precursor formed by solidifying the silica-containing molded body by annealing and/or drying, wherein the average particle diameter of the silica particles is 5 nm to 50 nm, wherein the mesoporous silica glass precursor has mesoporous fine pores of 2 nm to 50 nm. a stirring step of stirring a silica solution containing silica particles and a pH adjuster to produce a dispersion solution; a mixing step of mixing, into the dispersion solution, an initiator solution containing a photopolymerization initiator and an acrylic monomer having a hydroxyl group at one end of an alkyl chain optionally substituted by a substituent, and an acryloyl group optionally substituted by an alkyl group at the other end of the alkyl chain, to produce a mixed solution; an irradiation step of irradiating the mixed solution with light to form a silica-containing molded body; and a solidification step of producing a mesoporous silica glass precursor formed by solidifying the silica-containing molded body by annealing and/or drying, wherein the average particle diameter of the silica particles is 5 nm to 50 nm, wherein the mesoporous silica glass precursor has mesoporous fine pores of 2 nm to 50 nm.
An electronic device comprising: a housing; a wireless communication circuit disposed within the housing and configured to transmit and/or receive at least one Radio Frequency, RF, signal; a plurality of antennas disposed within the housing and/or formed as part of the housing and electrically connected to the wireless communication circuit; at least one processor operatively connected to the wireless communication circuit; and a memory operatively connected to the at least one processor, wherein the memory is configured to store instructions that, when executed by the at least one processor, control the electronic device to: while carrier aggregation for wireless communication does not operate, control the wireless communication circuit to use a first antenna-tuning mode for the plurality of antennas, based on the carrier aggregation operating, control the wireless communication circuit to use a second antenna-tuning mode for the plurality of antennas, and when a voice call is executed while the carrier aggregation operates, control the wireless communication circuit to use a third antenna-tuning mode for the plurality of antennas. a housing; a wireless communication circuit disposed within the housing and configured to transmit and/or receive at least one Radio Frequency, RF, signal; a plurality of antennas disposed within the housing and/or formed as part of the housing and electrically connected to the wireless communication circuit; at least one processor operatively connected to the wireless communication circuit; and a memory operatively connected to the at least one processor, wherein the memory is configured to store instructions that, when executed by the at least one processor, control the electronic device to: while carrier aggregation for wireless communication does not operate, control the wireless communication circuit to use a first antenna-tuning mode for the plurality of antennas, based on the carrier aggregation operating, control the wireless communication circuit to use a second antenna-tuning mode for the plurality of antennas, and when a voice call is executed while the carrier aggregation operates, control the wireless communication circuit to use a third antenna-tuning mode for the plurality of antennas. while carrier aggregation for wireless communication does not operate, control the wireless communication circuit to use a first antenna-tuning mode for the plurality of antennas, based on the carrier aggregation operating, control the wireless communication circuit to use a second antenna-tuning mode for the plurality of antennas, and when a voice call is executed while the carrier aggregation operates, control the wireless communication circuit to use a third antenna-tuning mode for the plurality of antennas.
A fire activatable pressure relief method for pressurized gaseous fuel tanks, the method comprising: surrounding a pressurized gaseous fuel tank or vessel having a fluid connection into the tank and a valve at its distal end with a plurality of stretchable net coverings (22A-22F); anchoring the first covering to one end of the tank; affixing the additional net coverings (22B-22F) to the first covering forming a mesh via one or more fire and temperature sensitive fuse wire; affixing the net covering at the distal end of the pressure vessel to an actuator ring; connecting the actuator ring to a thermally-activated pressure relief device "TPRD" system to compress a spring; and, a movable spool associated with the spring moves within the TPRD system to block the fluid path of stored gas through the TPRD to the atmosphere unless the fuse is exposed to a temperature beyond a threshold level. surrounding a pressurized gaseous fuel tank or vessel having a fluid connection into the tank and a valve at its distal end with a plurality of stretchable net coverings (22A-22F); anchoring the first covering to one end of the tank; affixing the additional net coverings (22B-22F) to the first covering forming a mesh via one or more fire and temperature sensitive fuse wire; affixing the net covering at the distal end of the pressure vessel to an actuator ring; connecting the actuator ring to a thermally-activated pressure relief device "TPRD" system to compress a spring; and, a movable spool associated with the spring moves within the TPRD system to block the fluid path of stored gas through the TPRD to the atmosphere unless the fuse is exposed to a temperature beyond a threshold level.
A computer-implemented method comprising: obtaining a camera live stream from a camera in a user device, the camera live stream including image data of a particular product; analyzing the image data of the particular product to identify the particular product; associating the particular product with a collection of one or more products and obtaining images of the one or more products of the collection based on the identified particular product; processing the image data of the particular product to identify image features; determining one or more baseline image features common to the images of the one or more products of the collection based at least on image analysis of image data of the images of the one or more products of the collection; comparing the one or more baseline image features to one or more of the identified image features of the image data of the particular product to generate one or more recommendations, wherein the comparing is based on comparing an average value of at least one of the one or more baseline image features to a corresponding one of the one or more of the identified image features, the average value calculated based on the images of the one or more products of the collection, and wherein the one or more recommendations are recommendations to adjust the one or more image features of the image data of the particular product; and generating, for display together with the camera live stream on the user device, the one or more recommendations to adjust the one or more image features of the image data of the particular product. obtaining a camera live stream from a camera in a user device, the camera live stream including image data of a particular product; analyzing the image data of the particular product to identify the particular product; associating the particular product with a collection of one or more products and obtaining images of the one or more products of the collection based on the identified particular product; processing the image data of the particular product to identify image features; determining one or more baseline image features common to the images of the one or more products of the collection based at least on image analysis of image data of the images of the one or more products of the collection; comparing the one or more baseline image features to one or more of the identified image features of the image data of the particular product to generate one or more recommendations, wherein the comparing is based on comparing an average value of at least one of the one or more baseline image features to a corresponding one of the one or more of the identified image features, the average value calculated based on the images of the one or more products of the collection, and wherein the one or more recommendations are recommendations to adjust the one or more image features of the image data of the particular product; and generating, for display together with the camera live stream on the user device, the one or more recommendations to adjust the one or more image features of the image data of the particular product.
A stamper comprising alumina which has a microasperity structure and which is formed by anodization on a surface of a non-rolled prototype aluminum mold having an aluminum purity of 99.5 % or more, an average crystal-grain diameter of 200 μm or less, and an arithmetic mean surface roughness Ra of 0.05 μm or less.