mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: providing a printhead connector comprising a first potential print engine output pin, a second potential print engine output pin, and a print engine input pin; transmitting a first signal to a printhead on the first potential print engine output pin; monitoring the print engine input pin for a first response signal; upon receiving the first response signal on the print engine input pin, determining a printhead type based at least in part on receiving the first response signal; characterised in that the method further comprising transmitting a second signal to the printhead on the second potential print engine output pin; monitoring the print engine input pin for a second response signal; and upon receiving the second response signal on the print engine input pin, determining a printhead type based at least in part on receiving the second response signal; wherein transmitting the second signal to the printhead on the second potential print engine output pin is based on whether the first response signal was received. providing a printhead connector comprising a first potential print engine output pin, a second potential print engine output pin, and a print engine input pin; transmitting a first signal to a printhead on the first potential print engine output pin; monitoring the print engine input pin for a first response signal; upon receiving the first response signal on the print engine input pin, determining a printhead type based at least in part on receiving the first response signal; characterised in that the method further comprising transmitting a second signal to the printhead on the second potential print engine output pin; monitoring the print engine input pin for a second response signal; and upon receiving the second response signal on the print engine input pin, determining a printhead type based at least in part on receiving the second response signal;
A battery pack, comprising: a battery assembly, comprising: a lithium-ion cell in which an organic solvent electrolyte is used; and a lithium-polymer cell in which a solid polymer electrolyte is used, the lithium-polymer cell being electrically connected in parallel with the lithium-ion cell, further comprising: a protective circuit board (40, 300) disposed at one side of the battery assembly, wherein electrode tabs (21, 23) of the lithium-polymer cell are electrically connected at a first side of the protective circuit board and electrode terminals (11, 15) of the lithium-ion cell are electrically connected at a second side of the protective circuit board opposite the first side. a battery assembly, comprising: a lithium-ion cell in which an organic solvent electrolyte is used; and a lithium-polymer cell in which a solid polymer electrolyte is used, the lithium-polymer cell being electrically connected in parallel with the lithium-ion cell, a lithium-ion cell in which an organic solvent electrolyte is used; and a lithium-polymer cell in which a solid polymer electrolyte is used, the lithium-polymer cell being electrically connected in parallel with the lithium-ion cell, further comprising: a protective circuit board (40, 300) disposed at one side of the battery assembly, wherein electrode tabs (21, 23) of the lithium-polymer cell are electrically connected at a first side of the protective circuit board and electrode terminals (11, 15) of the lithium-ion cell are electrically connected at a second side of the protective circuit board opposite the first side.
A cartridge for an e-vaping device, the cartridge comprising: a reservoir configured to hold a pre-vapor formulation; a channel structure including a channel surface, the channel surface including a first channel surface portion and an adjacent second channel surface portion, the first channel surface portion defining at least one inner surface of the reservoir which defines a base boundary of the reservoir interior, the second channel surface portion being external to the reservoir; the channel surface including at least one open-microchannel (220-1 to 220-N), the at least one open-microchannel (220-1 to 220-N) extending between the first channel surface portion and the second channel surface portion; the channel structure being configured to draw the pre-vapor formulation from the reservoir to the second channel surface portion based on capillary action of the pre-vapor formulation through the at least one open-microchannel (220-1 to 220-N); and at least one heating element configured to vaporize the pre-vapor formulation drawn to the second channel surface portion to form a vapor. a reservoir configured to hold a pre-vapor formulation; a channel structure including a channel surface, the channel surface including a first channel surface portion and an adjacent second channel surface portion, the first channel surface portion defining at least one inner surface of the reservoir which defines a base boundary of the reservoir interior, the second channel surface portion being external to the reservoir; the channel surface including at least one open-microchannel (220-1 to 220-N), the at least one open-microchannel (220-1 to 220-N) extending between the first channel surface portion and the second channel surface portion; the channel structure being configured to draw the pre-vapor formulation from the reservoir to the second channel surface portion based on capillary action of the pre-vapor formulation through the at least one open-microchannel (220-1 to 220-N); and at least one heating element configured to vaporize the pre-vapor formulation drawn to the second channel surface portion to form a vapor.
A method for caching content, comprising: receiving at a cell site a content request for content, the cell site associated with a cell and communicating with a mobile node present in the cell, the content request being received from a mobile node present in the cell; retrieving the content in response to the content request; caching the content at the cell site; sending the content to the mobile node; identifying one or more recipient cell sites; and characterized by distributing the content from the cell site to the one or more recipient cell sites while the mobile node is present in the cell. receiving at a cell site a content request for content, the cell site associated with a cell and communicating with a mobile node present in the cell, the content request being received from a mobile node present in the cell; retrieving the content in response to the content request; caching the content at the cell site; sending the content to the mobile node; identifying one or more recipient cell sites; and characterized by distributing the content from the cell site to the one or more recipient cell sites while the mobile node is present in the cell.
A method of manufacturing a heat exchanger, the method comprising layering a plurality of bonding members made of stainless steel, and applying heat and pressure to effect diffusion bonding of the bonding members, wherein release members are arranged on both surface sides of the bonding members, and holding jigs are arranged so as to sandwich the bonding members through the release members, and pressing is then performed through the holding jigs with a pressure device, and c h a r a c t e r i z e d in that the diffusion bonding is performed using a combination of the release members and the bonding members, the release members including a steel material containing 1.5 mass% or more of Si, a ratio (Fr/Fp) of high-temperature strength (Fr) of the release members at 1000°C to high-temperature strength (Fp) of the bonding members at 1000°C being 0.9 or more, wherein the high-temperature strength is a value of 0.2% proof stress measured by a high-temperature tensile test with a strain rate of 0.3%/min at a temperature of 1000°C.
A polymeric composition comprising: an ethylene polymer; 0.05 wt% to 0.25 wt% carbon black based on a total weight of the polymeric composition; and a polymeric ultraviolet light stabilizer comprising a hindered amine moiety and having a weight average molecular weight from 5,000 g/mol to 20,000 g/mol as measured according to Gel Permeation Chromatography. an ethylene polymer; 0.05 wt% to 0.25 wt% carbon black based on a total weight of the polymeric composition; and a polymeric ultraviolet light stabilizer comprising a hindered amine moiety and having a weight average molecular weight from 5,000 g/mol to 20,000 g/mol as measured according to Gel Permeation Chromatography.
A method for treating the surface of a highly absorbent composite sheet in which solid SAP is distributed in layers on one surface of a non-woven substrate comprising a combination of: a first stage hot-melt treatment in which hot-melt is applied by means of a hot-melt feeding apparatus for forming a first fibrous network of fine mesh of fine fibers comprising a hot-melt adhesive on the surface where said solid SAP is distributed and a second stage hot-melt treatment in which hot-melt is applied by means of a hot-melt feeding apparatus for forming a second fibrous network comprising a hot-melt adhesive, wherein said second fibrous network is of relatively coarser mesh and of relatively coarser fibers compared to said first fibrous network, wherein the fineness and coarseness of the fibers of the first and second fibrous networks refer to the average diameter of the fibers in the networks in relative terms, the fibers of the first fibrous network having an average diameter of 3 μm to 10 μm and the fibers of the second fibrous network having an average diameter of 10 μm to 50 μm, and wherein the first and second fibrous networks define a dual fibrous network hot-melt layer that covers the surface of the non-woven substrate on which the solid SAP is distributed. a first stage hot-melt treatment in which hot-melt is applied by means of a hot-melt feeding apparatus for forming a first fibrous network of fine mesh of fine fibers comprising a hot-melt adhesive on the surface where said solid SAP is distributed and a second stage hot-melt treatment in which hot-melt is applied by means of a hot-melt feeding apparatus for forming a second fibrous network comprising a hot-melt adhesive, wherein said second fibrous network is of relatively coarser mesh and of relatively coarser fibers compared to said first fibrous network, wherein the fineness and coarseness of the fibers of the first and second fibrous networks refer to the average diameter of the fibers in the networks in relative terms, the fibers of the first fibrous network having an average diameter of 3 μm to 10 μm and the fibers of the second fibrous network having an average diameter of 10 μm to 50 μm, and wherein the first and second fibrous networks define a dual fibrous network hot-melt layer that covers the surface of the non-woven substrate on which the solid SAP is distributed.
A computer-implemented method, comprising: performing (412, 414, 416, 418) one or more matching operations between audio associated with a sequence of segments that are extracted from source files of an audiovisual program and a first source audio associated with the audiovisual program to determine that a first segment of the audio corresponds to a second segment of the first source audio; mapping a first subtitle associated with the first source audio from a source timeline associated with the first source audio to a timeline associated with the audio to generate a first mapped subtitle; and generating a subtitle list based on the first mapped subtitle and at least one additional mapped subtitle. performing (412, 414, 416, 418) one or more matching operations between audio associated with a sequence of segments that are extracted from source files of an audiovisual program and a first source audio associated with the audiovisual program to determine that a first segment of the audio corresponds to a second segment of the first source audio; mapping a first subtitle associated with the first source audio from a source timeline associated with the first source audio to a timeline associated with the audio to generate a first mapped subtitle; and generating a subtitle list based on the first mapped subtitle and at least one additional mapped subtitle.
A dust-handling device for collecting and handling dust in a paper-making environment wherein the dust-handling device comprises; a source of underpressure; an elongated collector that extends along a longitudinal axis and which elongated collector is connected to the source of underpressure such that underpressure can be generated inside the elongated collector, the elongated collector having an inlet through which dust-laden air can enter the elongated collector and an exit opening through which dust-laden air can be evacuated from the elongated collector and the inlet of the elongated collector being disposed in such a relation to the longitudinal axis of the elongated collector so that upon drawing the dust-laden air into the elongated collector, an air vortex is induced with the dust-laden air wherein the induced air vortex flows between the collector inlet and the collector exit opening; a source of water connected to the elongated collector such that water can be introduced into elongated collector so that dust of the dust-laden air can be exposed to and mix with the water introduced into the elongated collector, characterized in that a dust removal device (8, 10) is mounted on the elongated collector and arranged to act against the inlet to remove dust that has clogged the inlet.
Transport platform comprising at least two upper longitudinal beams (5 and 6) arranged at the same level or height, which are mounted on an elevating mechanism, and a plurality of tilting flat structures which are mounted between the two longitudinal beams (5 and 6) of the same level, by means of cross-sectional aligned rotation shafts, and each of the structures are related to said beams by means of an actuator capable of adjusting and fixing the inclination of said flat structures, the transport platform being characterized in that it comprises carriages arranged on the longitudinal beams (5, 6) in which the shafts are mounted for displacing the tilting flat structures along the longitudinal beams (5, 6).
A method for transmitting downlink control information by a base station, the method comprising: receiving feedback information including a precoding matrix index, PMI, from a user equipment, UE, via a Physical Uplink Shared Channel, PUSCH, and a Physical Uplink Control Channel, PUCCH, piggy-backed to the PUSCH; applying a precoding to a downlink signal and transmitting the downlink signal; and transmitting precoding information to the UE, wherein the precoding information of a specific transmission mode of the base station includes confirmation information, wherein the confirmation information indicates that the precoding to the downlink signal for a specific resource block, RB, in n th subframe is according to a latest PMI received from the UE on or before n-x th subframe, wherein "x" is a predetermined integer, and wherein the confirmation information is used only for the PMI received via the PUSCH and is not used for the PMI received via the PUCCH piggy-backed to the PUSCH. receiving feedback information including a precoding matrix index, PMI, from a user equipment, UE, via a Physical Uplink Shared Channel, PUSCH, and a Physical Uplink Control Channel, PUCCH, piggy-backed to the PUSCH; applying a precoding to a downlink signal and transmitting the downlink signal; and transmitting precoding information to the UE, wherein the precoding information of a specific transmission mode of the base station includes confirmation information, wherein the confirmation information indicates that the precoding to the downlink signal for a specific resource block, RB, in n th subframe is according to a latest PMI received from the UE on or before n-x th subframe, wherein "x" is a predetermined integer, and wherein the confirmation information is used only for the PMI received via the PUSCH and is not used for the PMI received via the PUCCH piggy-backed to the PUSCH.
A pseudopolymorph of (3R,3aS,6aR)-hexahydrofuro [2,3-b] furan-3-yl (1S,2R)-3-[[(4-aminophenyl) sulfonyl] (isobutyl) amino]-1-benzyl-2-hydroxypropylcarbamate, wherein the pseudopolymorph is an isopropanol solvate, containing 50 mol % of isopropanol.
An apparatus comprising: a gas turbine engine having a rotatable blade operable to produce a flow stream through a flow passage (77, 79); a surface along which a working fluid can pass and having an opening through which at least a portion of a boundary layer of the working fluid can be withdrawn; and an airflow member extending across the flow passage (77, 79) and having an aperture through which the boundary layer withdrawn from the surface can pass into the flow passage, characterized in that the flow passage (77, 79) includes a moveable member operable to alter a cross sectional area of the flow passage to modulate the pressure of the flow stream to entrain the withdrawn boundary layer air. a gas turbine engine having a rotatable blade operable to produce a flow stream through a flow passage (77, 79); a surface along which a working fluid can pass and having an opening through which at least a portion of a boundary layer of the working fluid can be withdrawn; and an airflow member extending across the flow passage (77, 79) and having an aperture through which the boundary layer withdrawn from the surface can pass into the flow passage,
Method for performing rotational speed synchronisation of a first transmission component having a first initial rotational speed (ω_initial) with a second transmission component having a second initial rotational speed, so that they rotate with the same final rotational speed (ω_final) during a gear switch from an initial driving gear to a final driving gear in a stepped gear transmission for a hybrid electric or electric drive train having an electric traction motor, the method characterised in that it comprises: calculating a first time period for performing the total rotational speed synchronisation by means of the electric traction motor only, calculating a second time period for performing the total rotational speed synchronisation by means of the mechanical synchroniser of the stepped gear transmission only, if the first synchronisation time period does not exceed the second synchronisation time period, or if the first synchronisation time period does not exceed the second synchronisation time period more than 25%, specifically more than 10%, performing the synchronisation by means of the electric traction motor only. calculating a first time period for performing the total rotational speed synchronisation by means of the electric traction motor only, calculating a second time period for performing the total rotational speed synchronisation by means of the mechanical synchroniser of the stepped gear transmission only, if the first synchronisation time period does not exceed the second synchronisation time period, or if the first synchronisation time period does not exceed the second synchronisation time period more than 25%, specifically more than 10%, performing the synchronisation by means of the electric traction motor only.
A method to diagnosis flight control devices, comprising: interfacing a mobile computer with a flight control system (309a, 309b); commanding an actuator (401, 403, 405) with the mobile computer via the flight control system (309a, 309b); characterized by: obtaining a breakout and running friction of the actuator (401, 403, 405) via the mobile computer; obtaining outside air temperature data via the mobile computer from an air data attitude heading reference system; and comparing the obtained breakout and running friction with a predetermined threshold value based on the outside air temperature data. interfacing a mobile computer with a flight control system (309a, 309b); commanding an actuator (401, 403, 405) with the mobile computer via the flight control system (309a, 309b); obtaining a breakout and running friction of the actuator (401, 403, 405) via the mobile computer; obtaining outside air temperature data via the mobile computer from an air data attitude heading reference system; and comparing the obtained breakout and running friction with a predetermined threshold value based on the outside air temperature data.
A method performed by a computing system for authenticating a user, the method comprising: performing (201, 501) a primary authentication of the user based on a telephone number received from the user; when it is determined that a time since a last authentication was successful is less than a recycle telephone number period and the primary authentication is successful, indicating that the user has been authenticated; when it is determined that the time since the last authentication was successful is not less than the recycle telephone number period, performing (203, 505) a secondary authentication of the user; and when the secondary authentication is successful, indicating that the user has been authenticated. performing (201, 501) a primary authentication of the user based on a telephone number received from the user; when it is determined that a time since a last authentication was successful is less than a recycle telephone number period and the primary authentication is successful, indicating that the user has been authenticated; when it is determined that the time since the last authentication was successful is not less than the recycle telephone number period, performing (203, 505) a secondary authentication of the user; and when the secondary authentication is successful, indicating that the user has been authenticated. performing (203, 505) a secondary authentication of the user; and when the secondary authentication is successful, indicating that the user has been authenticated.
An ablation catheter for ablative treatment of ventricular tachycardia comprising: a shaft; an ablation element mounted on said shaft; a plurality of ultrasound transducer arrays for obtaining images of myocardial tissue, the arrays being spaced relative to each other around the shaft, wherein the catheter is configurable to adopt a folded configuration in which the arrays extend along the shaft, and a deployed configuration in which the arrays are more separated from the shaft than in the folded configuration and characterised in that each of the plurality of ultrasound transducer arrays is coupled to the shaft by a hinge, pivoting of said hinge enabling configuring of said catheter. a shaft; an ablation element mounted on said shaft; a plurality of ultrasound transducer arrays for obtaining images of myocardial tissue, the arrays being spaced relative to each other around the shaft, wherein the catheter is configurable to adopt a folded configuration in which the arrays extend along the shaft, and a deployed configuration in which the arrays are more separated from the shaft than in the folded configuration and characterised in that each of the plurality of ultrasound transducer arrays is coupled to the shaft by a hinge, pivoting of said hinge enabling configuring of said catheter.