mhurhangee/ep-ind-claims huggingface dataset:
A spool-less system for deployment, recovery and manipulation of a traversable road covering track, the system being detachably coupleable to a host machine for providing operating power and transportation, the system comprising: a retaining means; and an arcuate guide member detachably couplable to the retaining means; the guide member and retaining means defining a volume for receiving a roll of traversable road covering track; the guide member being arranged to contact the roll along a first arcuate range and the retaining means configured to contact the roll along a second arcuate range; and wherein the guide member and retaining means have a first position in which the guide member and retaining means are separated by a first diameter, whereby the roll of traversable road covering track may be deployed or recovered when the host machine is in motion, and a second position in which the guide member and retaining means are separated by a second diameter in which the roll of traversable road covering is retained; characterised in that the retaining means comprises a plurality of rollers configured into an arcuate array, the plurality of rollers are disposed on a body defining a distal arm portion; and wherein the distal arm portion further comprises a diameter limiting member configured to contact the roll of traversable road covering track until it is fully deployed. a retaining means; and an arcuate guide member detachably couplable to the retaining means; the guide member and retaining means defining a volume for receiving a roll of traversable road covering track; the guide member being arranged to contact the roll along a first arcuate range and the retaining means configured to contact the roll along a second arcuate range; and wherein the guide member and retaining means have a first position in which the guide member and retaining means are separated by a first diameter, whereby the roll of traversable road covering track may be deployed or recovered when the host machine is in motion, and a second position in which the guide member and retaining means are separated by a second diameter in which the roll of traversable road covering is retained; characterised in that the retaining means comprises a plurality of rollers configured into an arcuate array, the plurality of rollers are disposed on a body defining a distal arm portion; and wherein the distal arm portion further comprises a diameter limiting member configured to contact the roll of traversable road covering track until it is fully deployed.
A multistage combustor configured for starting a fuel cell system, said fuel cell system including a first component and a second component, comprising: a partial oxidation burner having an inlet for receiving a flow of a fuel/oxidant mixture, said POX burner being configured to partially oxidize a fuel in said fuel/oxidant mixture to yield a partially oxidized gas; a first output coupleable to said fuel cell system and configured to provide a first amount of said partially oxidized gas as a first output gas from said multistage combustor to said first component; a second burner coupled to said POX burner, said second burner being configured to receive a second amount of said partially oxidized gas from said POX burner and to oxidize at least some of a remaining fuel in said second amount of said partially oxidized gas to yield a second output gas from said multistage combustor different from said first output gas; and a second output coupleable to said second fuel cell system component and configured to provide said second output gas to said second fuel cell system component. a partial oxidation burner having an inlet for receiving a flow of a fuel/oxidant mixture, said POX burner being configured to partially oxidize a fuel in said fuel/oxidant mixture to yield a partially oxidized gas; a first output coupleable to said fuel cell system and configured to provide a first amount of said partially oxidized gas as a first output gas from said multistage combustor to said first component; a second burner coupled to said POX burner, said second burner being configured to receive a second amount of said partially oxidized gas from said POX burner and to oxidize at least some of a remaining fuel in said second amount of said partially oxidized gas to yield a second output gas from said multistage combustor different from said first output gas; and a second output coupleable to said second fuel cell system component and configured to provide said second output gas to said second fuel cell system component.
A battery, comprising: a cell, a packaging bag configured to package the cell, and an electrode tab connected with the cell, the packaging bag comprising a first packaging portion configured to accommodate the cell and a second packaging portion formed by packaging the cell, the second packaging portion comprising a top seal configured to seal the electrode tab and two side seals intersecting the top seal, a notched structure being formed at an intersection of the top seal and the side seal, and the side seal being folded over along an edge of the side seal adjacent to the first packaging portion and fixed to an outer side surface of the first packaging portion, characterized in that the side seal comprises a heat-seal zone and a non-sealed zone sequentially provided in a direction away from a side edge of the side seal, and the heat-seal zone has a width that satisfies 1/5W≤W 1 ≤4/5W, in which W 1 is the width of the heat-seal zone, and W is the width of the side seal.
A method, comprising: receiving at a user equipment, UE, a radio resource control, RRC, message from a master node, MN, the RRC message comprising a master cell group, MCG, configuration and an encapsulated secondary cell group, SCG, configuration, the RRC message comprising an indication of a packet data convergence protocol, PDCP, configuration; configuring a layer stack of the UE with the RRC message comprising the MCG configuration, the encapsulated SCG configuration and the PDCP configuration; and establishing, using the configured layer stack, communication with the MN in aMCG and a secondary node, SN, in a SCG, where data to or from the UE is split and communicated to or from the UE via either the MN or the SN, whereby the MCG configuration and the encapsulated SCG configuration each contain radio resource configuration information for respective MN or SN protocol stacks. receiving at a user equipment, UE, a radio resource control, RRC, message from a master node, MN, the RRC message comprising a master cell group, MCG, configuration and an encapsulated secondary cell group, SCG, configuration, the RRC message comprising an indication of a packet data convergence protocol, PDCP, configuration; configuring a layer stack of the UE with the RRC message comprising the MCG configuration, the encapsulated SCG configuration and the PDCP configuration; and establishing, using the configured layer stack, communication with the MN in aMCG and a secondary node, SN, in a SCG, where data to or from the UE is split and communicated to or from the UE via either the MN or the SN, whereby the MCG configuration and the encapsulated SCG configuration each contain radio resource configuration information for respective MN or SN protocol stacks.
A method where properties of a substance contacting a quartz oscillator equipped with electrodes on both sides of a quartz plate are measured on the basis of the changes in frequency of the above quartz oscillator, characterized in that, the property of the above substance is measured using at least two frequencies among the N-th overtone mode frequencies of the quartz oscillator, wherein N = 1,3,5.... (N = 2k + 1), when voltage is applied between the above electrodes and using F 1@N1, F 2@N1 which are a set of frequencies F 1, F 2 measured by N1-th overtone mode frequency, F S@N1, wherein F 1 < F 2 having one half of the maximum value of conductance near F S@n1, and F 1@N2, F 2@N2 which are a set of frequencies F 1, F 2 measured by N2-th overtone mode frequencies, F S@N2, wherein F 1 < F 2 having one half of the maximum value of conductance near F S@N2, wherein the values of ω 2 ρηh/μ and C are determined from the measured value: ΔF 2 @N 1 / N 1 − ΔF 2 @N 2 / N 2 / Δ F 1 @N 1 − F 2 @N 1 / 2 N 1 1 / 2 − Δ F 1 @ N 2 − F 2 @ N 2 / 2 N 2 1 / 2 wherein ΔF 2@N1 / N1-ΔF 2@N2 / N2 is expressed by the expression 9', and Δ(F 1@N1 - F 2@N1) / 2N1 1/2 -Δ(F 1@N2 -F 2@N2)/2N2 1/2 is expressed by the expression 10': N 1 ⋅ 1 + N 1 ⋅ C / 1 + N 1 ⋅ c 2 − N 2 ⋅ 1 + N 2 ⋅ C / N 2 ⋅ C 2) ⋅ ω 2 ρηh / μ − N 1 3 / 2 / 1 + N 1 ⋅ C 2 − N 2 3 / 2 / 1 + N 2 ⋅ C 2) ⋅ ω 2 ρηh / μ wherein ω is angular frequency, η is viscosity of the substance, ρ is density of the substance, and h is film thickness, and after the values of ω 2 ρηh/μ and C are determined, the mass load, the viscoelasticity term 1, the viscous load and the viscoelasticity term 2 are obtained from the formula 7', formula 7", formula 8' and formula 8" respectively: the mass load = ΔF 2 N / N − 1 + C ⋅ N ⋅ N ω 2 ρηh / μ 1 + C 2 N 2 the viscoelasticity term 1 = ΔF 2 N / N 2 + the mass load / N, the viscous load = Δ F 1 N − F 2 N / 2 ⋅ N 1 / 2 + N 3 / 2 ω 2 ρηh / μ ⋅ 1 + C 2 N 2 the viscoelasticity term 2 = Δ F 1 N − F 2 N / 2 ⋅ N 2 + the viscous load ⋅ N 3 / 2, wherein ω is angular frequency, η is viscosity of the substance, ρ is density of the substance, h is film thickness, N=1,3,5,... is the N-th overtone mode and F 1N and F 2N are frequencies F1, F2 measured at the N-th overtone mode having half of the maximum value of conductance.
A coating method for a tube-type PERC solar cell, characterized in comprising: placing a graphite boat in a tubular PECVD coating device for baking the graphite boat at a temperature of 300-480°C for 10-60min; placing the graphite boat, which has been baked and taken out, in the tubular PECVD coating device again to coat a surface of the graphite boat with at least one layer of silicon carbide film; and placing a processed silicon wafer on the graphite boat and sending the processed silicon wafer via the graphite boat into the tubular PECVD coating device, so as to form a rear composite film on a surface of the silicon wafer, wherein the rear composite film includes an aluminum oxide film, a silicon dioxide film, a silicon oxynitride film and a silicon nitride film. placing a graphite boat in a tubular PECVD coating device for baking the graphite boat at a temperature of 300-480°C for 10-60min; placing the graphite boat, which has been baked and taken out, in the tubular PECVD coating device again to coat a surface of the graphite boat with at least one layer of silicon carbide film; and placing a processed silicon wafer on the graphite boat and sending the processed silicon wafer via the graphite boat into the tubular PECVD coating device, so as to form a rear composite film on a surface of the silicon wafer, wherein the rear composite film includes an aluminum oxide film, a silicon dioxide film, a silicon oxynitride film and a silicon nitride film.
Apparatus for regulating the concentration of glucose in the blood of a person, said apparatus comprising: - at least one glucose sensor that is arranged to measure the glucose concentration of the person, for example in the interstitial fluid or blood; - a pump means for selectively introducing at least one substance influencing the blood glucose levels into the body of the person, for instance by means of at least one cannula or catheter to be inserted into the body of said person, and - a first control means for controlling said at least one substance influencing the blood glucose levels to be introduced to the person based on data received from said glucose sensor, characterized in that said apparatus comprises a second control means arranged for independently from the first control means determining an amount of substance influencing the blood glucose levels to be introduced to the person based on data received from said glucose sensor or, optionally, a second glucose sensor. - at least one glucose sensor that is arranged to measure the glucose concentration of the person, for example in the interstitial fluid or blood; - a pump means for selectively introducing at least one substance influencing the blood glucose levels into the body of the person, for instance by means of at least one cannula or catheter to be inserted into the body of said person, and - a first control means for controlling said at least one substance influencing the blood glucose levels to be introduced to the person based on data received from said glucose sensor,
A light conversion member, comprising: at least one light conversion layer (110, 110a, 110b) comprising quantum dots (112, 112a, 112b); and at least one band-pass filter (120, 120b, 120c, 120d, 120g) which reduces transmittance of light having a wavelength band of 480 nm or more, wherein the band-pass filter (120, 120b, 120c, 120d, 120g) has a multi-layered thin film structure in which a low refractive index layer and a high refractive index layer are alternately laminated, characterized in that the low refractive index layer and the high refractive index layer are made of an inorganic material. at least one light conversion layer (110, 110a, 110b) comprising quantum dots (112, 112a, 112b); and at least one band-pass filter (120, 120b, 120c, 120d, 120g) which reduces transmittance of light having a wavelength band of 480 nm or more, wherein the band-pass filter (120, 120b, 120c, 120d, 120g) has a multi-layered thin film structure in which a low refractive index layer and a high refractive index layer are alternately laminated, characterized in that the low refractive index layer and the high refractive index layer are made of an inorganic material.
A propeller fan, comprising: a boss (la); and a blade fixed to the boss (la), wherein the blade has one of a shape in which a part of a leading edge of the blade protrudes toward a positive pressure surface side and a shape in which a part of a trailing edge of the blade protrudes toward a negative pressure surface side, wherein a center of a protrusion in a radial direction of the blade is located on a radially outer side with respect to a radial position at a half of a blade radius from a rotation center line, characterised in that a maximum protrusion radial position of the protrusion is located on a radially outer side with respect to a radial position at the center of the protrusion in the radial direction. a boss (la); and a blade fixed to the boss (la), wherein the blade has one of a shape in which a part of a leading edge of the blade protrudes toward a positive pressure surface side and a shape in which a part of a trailing edge of the blade protrudes toward a negative pressure surface side, wherein a center of a protrusion in a radial direction of the blade is located on a radially outer side with respect to a radial position at a half of a blade radius from a rotation center line, characterised in that a maximum protrusion radial position of the protrusion is located on a radially outer side with respect to a radial position at the center of the protrusion in the radial direction.
A combustion system comprising at least one burner to supply a mixed flow of fuel and primary air through at least one fuel nozzle to a combustion chamber; a duct equipped with a fuel concentrator having at least one deflector to concentrate the mixed flow of fuel in a center of the at least one fuel nozzle, and at least one diverger provided immediately downstream the at least one deflector, and a point (P, P') of minimum diameter of the duct interposed between the deflector and the diverger, so as to generate a fuel-rich concentrated jet in the center of the fuel nozzle, and wherein the fuel nozzle is further configured to supply the fuel-rich concentrated jet through an outlet of the fuel nozzle to the combustion chamber, wherein secondary air nozzles are arranged above and below the at least one fuel nozzle to inject a secondary air in order to maintain a stable flame in the combustion chamber, characterized in that the slope of the converging deflector sides (210, 220) has a larger amount than the slope of the diverging diverger sides (240, 250) that increase the distance from the point (P, P') of minimum diameter of the duct to the original distance, and the diverger is a continuously diverging diverger comprising at least one sloped wall (240, 250) so that particles having small mass of the concentrated mixed flow of fuel and primary air move along the at least one diverger towards the wall of the duct to form a lean fuel concentrated jet in other sections than the center of the fuel nozzle, and in that that the deflector reduces the distance between opposite sides (210, 220) at the point (P, P') of the duct to a range of 50% to 80% of the original distance.
Brake device comprising a guide receiving area for connecting to a bearing component, thereby forming a bearing of the brake device which can be moved in the direction of a first straight line, the brake device having a brake caliper with a first frictional surface and a first actuation surface, a pressing part of the brake device being linearly guided substantially along the first straight line relative to the brake caliper, the pressing part having a second frictional surface facing the first frictional surface and a second actuation surface facing away from the second frictional surface, wherein a region between the first frictional surface and the second frictional surface is provided for the arrangement of a brake body, wherein the brake device has a spreading element which interacts with the first actuation surface and the second actuation surface, wherein the spreading element is formed such that the rotation of the spreading element changes a minimum distance between the frictional surfaces (6, 9), characterized in that a movement damping part which is coupled to the spreading element to damp a translational movement of the spreading element relative to the bearing component in the guide receiving area parallel to the first straight line.
Circular device for nail varnish remover comprising: - a jar of conventional use with a corresponding lid having a height less than the length of the fingers of an hand, said jar containing nail varnish remover liquid inside; - a flat circular form piece, located within the jar and arranged to rotate inside the jar, having five holes (1, 3) to place the five fingers of the hand in them, thus providing a constant distance between each finger in the jar; - a part made of spongy material, located within the jar, with an inner circular cut corresponding to the position of said holes (1, 3) of the flat circular form piece, allowing the dipping of the five fingers of the hand at a time and the rubbing of each finger nail and its contours with a wider surface of the spongy part remover, at the same time, yet independently as the device provides a constant distance between each finger allowing a better removal of the nail varnish and the fingers do not interfere with each other, as well as the height of the jar avoids the friction of the tissue in between the fingers on the jar neck. - a jar of conventional use with a corresponding lid having a height less than the length of the fingers of an hand, said jar containing nail varnish remover liquid inside; - a flat circular form piece, located within the jar and arranged to rotate inside the jar, having five holes (1, 3) to place the five fingers of the hand in them, thus providing a constant distance between each finger in the jar; - a part made of spongy material, located within the jar, with an inner circular cut corresponding to the position of said holes (1, 3) of the flat circular form piece, allowing the dipping of the five fingers of the hand at a time and the rubbing of each finger nail and its contours with a wider surface of the spongy part remover, at the same time, yet independently as the device provides a constant distance between each finger allowing a better removal of the nail varnish and the fingers do not interfere with each other, as well as the height of the jar avoids the friction of the tissue in between the fingers on the jar neck.
A lubrication system for turbofan engine comprising: a primary lubricant circuit; a primary pump configured to drive lubricant through the primary lubricant circuit; an auxiliary lubricant circuit in communication with the primary lubricant circuit; an auxiliary lubricant pump configured to drive lubricant through the auxiliary lubricant circuit; a first valve downstream of an outlet of the auxiliary lubricant pump for separating the auxiliary lubricant circuit from the primary lubricant circuit; and a sensor disposed between an outlet of the auxiliary lubricant pump and the first valve within the auxiliary lubricant circuit and configured to sense a pressure of lubricant within the auxiliary lubricant circuit separate from a pressure of lubricant within the primary lubricant circuit; characterised in that: the first valve comprises a check valve that is configured to prevent lubricant flow into the auxiliary circuit from the primary circuit; and the lubrication system includes a second valve configured to control lubricant flow between the primary lubricant system and the auxiliary lubricant system, wherein the second valve is disposed downstream of the first valve. a primary lubricant circuit; a primary pump configured to drive lubricant through the primary lubricant circuit; an auxiliary lubricant circuit in communication with the primary lubricant circuit; an auxiliary lubricant pump configured to drive lubricant through the auxiliary lubricant circuit; a first valve downstream of an outlet of the auxiliary lubricant pump for separating the auxiliary lubricant circuit from the primary lubricant circuit; and a sensor disposed between an outlet of the auxiliary lubricant pump and the first valve within the auxiliary lubricant circuit and configured to sense a pressure of lubricant within the auxiliary lubricant circuit separate from a pressure of lubricant within the primary lubricant circuit; characterised in that: the first valve comprises a check valve that is configured to prevent lubricant flow into the auxiliary circuit from the primary circuit; and the lubrication system includes a second valve configured to control lubricant flow between the primary lubricant system and the auxiliary lubricant system, wherein the second valve is disposed downstream of the first valve. the first valve comprises a check valve that is configured to prevent lubricant flow into the auxiliary circuit from the primary circuit; and the lubrication system includes a second valve configured to control lubricant flow between the primary lubricant system and the auxiliary lubricant system, wherein the second valve is disposed downstream of the first valve.
A polyurethane resin containing, as copolymerization components, a polycarbonate polyol, an organic diisocyanate and a chain extender, characterized in that the polycarbonate polyol contains a structure represented by the following general formula in an amount of 60 mol% or more and that a glass transition temperature of the polyurethane resin determined according to the method identified in the specification is 50°C or higher, wherein the amount of the organic diisocyanate to be copolymerized is 1 part by mass or more and 50 parts by mass or less, relative to 100 parts by mass of the polycarbonate polyol. lIn the general formula, n represents an integer of 1 to 20.
Apparatus for the separate collection of rubbish, comprising a containing structure provided with an internal compartment in which there are a plurality of rubbish collection containers disposed on a mobile support, the drive of which is controlled by the action of means that recognize the type of rubbish, in order to position a specific one of the containers selected in a correct reception position, characterized in that said apparatus comprises at least a first and a second aperture (14a, 14b) for access to said internal compartment from the outside, in order to introduce said rubbish, and in that said recognition means are associated with said first and second apertures (14a, 14b).