mhurhangee/ep-ind-claims huggingface dataset:
A component for a gas turbine engine comprising: an airfoil extending from a radially inner portion to a radially outer portion and having spaced pressure and suction walls (27, 29) with said airfoil being generally hollow between said walls (27, 29), and said airfoil extending from a leading edge to a trailing edge; and internal cooling flow passages formed in said airfoil, there being a direct cooling passage directing cooling air from said radially inner portion toward said radially outer portion of said airfoil, said direct cooling passage directing cooling air through a plurality of metering openings to skin cooling openings near said trailing edge of said airfoil, and a serpentine cooling path (40, 42, 43) positioned toward said leading edge from said direct cooling passage, said serpentine cooling path (40, 42, 43) directing air radially outwardly toward said radially outer portion of said airfoil, then back radially inwardly, and eventually back radially outwardly, said direct cooling passage being separated from a portion of said serpentine cooling path (40, 42, 43) by a divider wall, said divider wall having a tip flag at a radially outer location which extends toward said trailing edge, and which selectively communicates a portion of air in the serpentine cooling path (40, 42, 43) toward said trailing edge along a tip flag path; characterised by further comprising: a first pedestal array extending between said walls (27, 29) in said tip flag path to direct heat into cooling air flowing along said tip flag path. an airfoil extending from a radially inner portion to a radially outer portion and having spaced pressure and suction walls (27, 29) with said airfoil being generally hollow between said walls (27, 29), and said airfoil extending from a leading edge to a trailing edge; and internal cooling flow passages formed in said airfoil, there being a direct cooling passage directing cooling air from said radially inner portion toward said radially outer portion of said airfoil, said direct cooling passage directing cooling air through a plurality of metering openings to skin cooling openings near said trailing edge of said airfoil, and a serpentine cooling path (40, 42, 43) positioned toward said leading edge from said direct cooling passage, said serpentine cooling path (40, 42, 43) directing air radially outwardly toward said radially outer portion of said airfoil, then back radially inwardly, and eventually back radially outwardly, said direct cooling passage being separated from a portion of said serpentine cooling path (40, 42, 43) by a divider wall, said divider wall having a tip flag at a radially outer location which extends toward said trailing edge, and which selectively communicates a portion of air in the serpentine cooling path (40, 42, 43) toward said trailing edge along a tip flag path; characterised by further comprising: a first pedestal array extending between said walls (27, 29) in said tip flag path to direct heat into cooling air flowing along said tip flag path. a first pedestal array extending between said walls (27, 29) in said tip flag path to direct heat into cooling air flowing along said tip flag path.
A malodour counteracting composition comprising a) from 2 to 85 wt% of an active amount of a malodour receptor antagonist system comprising at least one ingredient selected from Table 1; b) from 15 to 98 wt% of a functional perfume accord comprising at least two ingredients selected from Table 2, derivatives and mixtures thereof; characterized in that the malodour receptor antagonist system comprises (2,5-dimethyl-2,3-dihydro-1H-inden-2-yl)methanol, and the functional perfume accord comprises citral, isoraldeine and α-ionone. a) from 2 to 85 wt% of an active amount of a malodour receptor antagonist system comprising at least one ingredient selected from Table 1; b) from 15 to 98 wt% of a functional perfume accord comprising at least two ingredients selected from Table 2, derivatives and mixtures thereof;
An antimicrobial peptide comprising an amino acid sequence selected from the group consisting of: Sequence SEQ ID NO. NH 2 -ALWMTL K KKVLKAAAKALNAVLVGANA- amide 7 NH 2 -ALWMTLLKKVLKA K AKALNAVLVGANA- amide 8 NH 2 -ALWMTL K KKVLKA K AKALNAVLVGANA- amide 9 NH 2 -ALWMTL K KKVLKA K AKAALNAVLVGANA- amide 12 NH 2 -ALWMTL K KKVLKA K AK- amide 13 NH 2 -ALWMT K LKKVLKA K AKALNAVLVGANA- amide 14 NH 2 -ALWMTL K KKVLKA K AKALNAVL S GANA- amide 15 NH 2 -ALWMTL K KKVLKA K AKALNAVL K GANA- amide 16 NH 2 -ALWMTL K KKVLKA K AKALNAVLAGVNA- amide 17 NH 2 -ALWMTL K KKVLKA K AK L LNAVLVGANA- amide 18 NH 2 -ALWMTL K KKVLKA K AKALNAVLVG L NA- amide 19 NH 2 -ALWMTL K KKVLKA K AKLLNAVLVG L NA- amide 20 or a pharmaceutically-acceptable salt thereof.
A composite fiber of a sea-island structure in which, in a sea component of which a cross section vertical to a longitudinal direction is made of a first thermoplastic resin, a plurality of island components made of a second thermoplastic resin higher in melting point than the first thermoplastic resin is interspersed, wherein the island components have a crystallinity of 10% or more as measured by a differential scanning calorimeter at a rate of temperature rise of 30°C/min, and the volume ratio of the island components is 50 to 90%, characterized in that the sea component has a parallel light transmittance of 5% or more as obtained by measuring a sheet-like sample of the first thermoplastic resin with a thickness of 0.70 ± 0.05 mm by a Haze meter. the island components have a crystallinity of 10% or more as measured by a differential scanning calorimeter at a rate of temperature rise of 30°C/min, and the volume ratio of the island components is 50 to 90%, characterized in that the sea component has a parallel light transmittance of 5% or more as obtained by measuring a sheet-like sample of the first thermoplastic resin with a thickness of 0.70 ± 0.05 mm by a Haze meter.
An apparatus comprising: means for receiving, from a base station, a first message indicating a plurality of sets of uplink control channel resources for uplink transmission of channel state information, each set of uplink control channel resources having a resource configuration, wherein the first message comprises a radio resource control, RRC, message indicating one or more configuration parameters for each of the plurality of sets of uplink control channel resources, wherein one of the one or more configuration parameters of each set comprises a physical uplink control channel, PUCCH, format as either a short PUCCH or a long PUCCH; means for receiving, from the base station, a second message that is different from the first message, the second message indicating a selected set of uplink control channel resources, of the plurality of sets of uplink control channel resources, for uplink transmission of channel state information, wherein the second message comprises a media access control, MAC, control element provided via a physical downlink shared channel, PDSCH; and means for sending, to the base station, channel state information via the selected set of uplink control channel resources. means for receiving, from a base station, a first message indicating a plurality of sets of uplink control channel resources for uplink transmission of channel state information, each set of uplink control channel resources having a resource configuration, wherein the first message comprises a radio resource control, RRC, message indicating one or more configuration parameters for each of the plurality of sets of uplink control channel resources, wherein one of the one or more configuration parameters of each set comprises a physical uplink control channel, PUCCH, format as either a short PUCCH or a long PUCCH; means for receiving, from the base station, a second message that is different from the first message, the second message indicating a selected set of uplink control channel resources, of the plurality of sets of uplink control channel resources, for uplink transmission of channel state information, wherein the second message comprises a media access control, MAC, control element provided via a physical downlink shared channel, PDSCH; and means for sending, to the base station, channel state information via the selected set of uplink control channel resources.
A secondary battery having a structure in which a jelly-roll having a cathode /separator /anode structure is mounted in a cylindrical battery case, wherein a plate-shaped insulator mounted on the top of the jelly-roll comprises a woven fabric or a knit fabric made of fibers, characterized in that the insulator has a multi-layer structure comprising a woven fabric or a knit fabric, wherein fine pores formed in the woven fabric or knit fabric permeate an electrolyte, but do not permeate foreign matter having a size of 100 μm or higher.
Clothes iron comprising a heated soleplate and a spray device for spraying droplets of liquid onto a spray zone located outside the surface covered by the soleplate, characterised in that it comprises applicator means (8; 9) extending outside the soleplate and coming into contact with the droplets sprayed on the clothes to be ironed by said spray device to cause them to penetrate into the clothes before the soleplate reaches the spray zone when the clothes iron, while resting on its soleplate, is moved in a linear motion towards the spray zone, with these applicator means comprising a scraping element (8; 9) that extends to the periphery of the soleplate.
A low-dielectric resin composition, comprising, based on 100% by weight of the resin composition, 45-70 wt% of a base resin, 20-45 wt% of a chopped glass fiber, 1-3 wt% of a toughening resin, 0.2-0.5 wt% of an unmodified glycidyl methacrylate, and 0-10 wt% of an auxiliary, wherein the base resin is selected from the PBT resin and/or the PPS resin, and the chopped glass fiber has a dielectric constant of 4.0 to 4.4 at an electromagnetic wave signal of 1 MHz.
A system comprising: an organic photovoltaic homogeneous coated electrical generating laminated device including a double laminated coated electrical device; and an electrical module junction box transfer device integrated into an edge of the organic photovoltaic homogeneous coated electrical generating laminated device, the electrical module junction box transfer device including: a body; one or more electrical connectors (208, 210) on the body wherein the one or more electrical connectors (208, 210) include at least one connection clip internally within the body; and an internal bus bar, which runs from the connection clip to the one or more output electrical connectors (208, 210), wherein the internal bus bar is encapsulated with a non-conductive dielectric insulating material and the non-conductive dielectric insulating material encases the one or more electrical connectors (208, 210). an organic photovoltaic homogeneous coated electrical generating laminated device including a double laminated coated electrical device; and an electrical module junction box transfer device integrated into an edge of the organic photovoltaic homogeneous coated electrical generating laminated device, the electrical module junction box transfer device including: a body; one or more electrical connectors (208, 210) on the body wherein the one or more electrical connectors (208, 210) include at least one connection clip internally within the body; and an internal bus bar, which runs from the connection clip to the one or more output electrical connectors (208, 210), wherein the internal bus bar is encapsulated with a non-conductive dielectric insulating material and the non-conductive dielectric insulating material encases the one or more electrical connectors (208, 210). a body; one or more electrical connectors (208, 210) on the body wherein the one or more electrical connectors (208, 210) include at least one connection clip internally within the body; and an internal bus bar, which runs from the connection clip to the one or more output electrical connectors (208, 210), wherein the internal bus bar is encapsulated with a non-conductive dielectric insulating material and the non-conductive dielectric insulating material encases the one or more electrical connectors (208, 210).
A torque tool, for applying torque to a workpiece, comprising: a drive shaft; a first component having a rotatable output, and operatively connected to the drive shaft such that rotation of the drive shaft rotates the rotatable output; a second component fixedly arranged relative to the first component; a beam transducer extending lengthwise axially between the first and second components, and coupled to the first and second components; and a bending measurement means or sub-system arranged to measure bending of the transducer beam; wherein the first component is arranged such that a reaction force experienced by the rotatable output, in use, tends to turn the first component relative to the second component, the turning of which is resisted by the transducer beam thus causing bending of the transducer beam, and wherein the bending measurement means or sub-system is arranged to measure the bending of the transducer beam, characterised in that a second end of the beam transducer is received in a beam receiving portion provided on one of the first or second components, so as to be moveably coupled to one of the first or second components, and wherein the second end of the beam transducer is at least partially rounded. a drive shaft; a first component having a rotatable output, and operatively connected to the drive shaft such that rotation of the drive shaft rotates the rotatable output; a second component fixedly arranged relative to the first component; a beam transducer extending lengthwise axially between the first and second components, and coupled to the first and second components; and a bending measurement means or sub-system arranged to measure bending of the transducer beam; wherein the first component is arranged such that a reaction force experienced by the rotatable output, in use, tends to turn the first component relative to the second component, the turning of which is resisted by the transducer beam thus causing bending of the transducer beam, and wherein the bending measurement means or sub-system is arranged to measure the bending of the transducer beam, characterised in that
A pull-out guide for a washing appliance, in particular a dishwasher, for pulling a rack out of a washing chamber of the washing appliance, comprising - a first inner rail which can be mounted on a side wall of the washing chamber, - a first outer rail which is mounted on the first inner rail such that it can be displaced in a displacement direction (x), - a second inner rail which is secured on the first outer rail, - a second outer rail which is displaceably mounted on the second inner rail and on which the rack can be fastened, whereby - the first inner rail, the first outer rail, the second inner rail and the second outer rail are arranged vertically one above the other, - wherein the outer surfaces (63, 83) of the inner rails (6, 8) and the inner surfaces (71, 91) of the outer rails (7, 9), said inner surfaces being directed towards the inner rails (6, 8), are in the form of run-off surfaces, for preventing washing fluid which is used during operation of the washing appliance from being deposited characterized in that the outer rails (7, 9) are formed as hollow profiles having a reception area (72, 92) being partially open towards the respective inner rail (6, 8) for receiving the respective inner rail (6, 8). - a first inner rail which can be mounted on a side wall of the washing chamber, - a first outer rail which is mounted on the first inner rail such that it can be displaced in a displacement direction (x), - a second inner rail which is secured on the first outer rail, - a second outer rail which is displaceably mounted on the second inner rail and on which the rack can be fastened, - the first inner rail, the first outer rail, the second inner rail and the second outer rail are arranged vertically one above the other, - wherein the outer surfaces (63, 83) of the inner rails (6, 8) and the inner surfaces (71, 91) of the outer rails (7, 9), said inner surfaces being directed towards the inner rails (6, 8), are in the form of run-off surfaces, for preventing washing fluid which is used during operation of the washing appliance from being deposited
A system (300; 400), comprising: a receiving module configured to: receive (302; 402) a user query from a device (202; 204); and generate (304; 404) a display type specific search request based at least in part on the user query; a converting module configured to generate (306; 406) a cache query request based at least in part on the display type specific search request and a cache granularity, wherein the converting module is configured to convert a plurality of display type specific search requests associated with respective ones of a plurality of formats into one or more cache query requests that are associated with an uniform format, and wherein the cache granularity comprises a maximum quantity of search results that are to be retrieved corresponding to the cache query request; a querying module configured to identify search results (308; 410) corresponding to the cache query request stored in a cache; and an extracting and returning module configured to extract (310; 416) at least a portion of the search results corresponding to the cache query request based at least in part on a starting position parameter associated with the display type specific search request and a quantity of requested search results parameter associated with the display type specific search request. a receiving module configured to: receive (302; 402) a user query from a device (202; 204); and generate (304; 404) a display type specific search request based at least in part on the user query; receive (302; 402) a user query from a device (202; 204); and generate (304; 404) a display type specific search request based at least in part on the user query; a converting module configured to generate (306; 406) a cache query request based at least in part on the display type specific search request and a cache granularity, wherein the converting module is configured to convert a plurality of display type specific search requests associated with respective ones of a plurality of formats into one or more cache query requests that are associated with an uniform format, and wherein the cache granularity comprises a maximum quantity of search results that are to be retrieved corresponding to the cache query request; a querying module configured to identify search results (308; 410) corresponding to the cache query request stored in a cache; and an extracting and returning module configured to extract (310; 416) at least a portion of the search results corresponding to the cache query request based at least in part on a starting position parameter associated with the display type specific search request and a quantity of requested search results parameter associated with the display type specific search request.
An apparatus comprising: a near field communication system, where the near field communication system comprises a near field communication antenna; and a hearing aid compatibility system, where the hearing aid compatibility system is configured to generate a magnetic field to be received at a hearing aid, wherein the hearing aid compatibility system comprises the near field communication antenna, where the near field communication system and the hearing aid compatibility system comprise the near field communication antenna as at least a portion of a common communication component for both of the systems, where the near field communication antenna is configured to form at least part of an induction coil with at least one of: a single layer comprising at least two loops of conductive material; and at least two connected layers, each layer comprising at least one loop of conductive material, where the at least two loops or the loops of the at least two connected layers are configured, relative to usage of both systems, such that a total coil impedance increases when the loops are used with the hearing aid compatibility system versus use of less than all of the loops with the near field communication system. a near field communication system, where the near field communication system comprises a near field communication antenna; and a hearing aid compatibility system, where the hearing aid compatibility system is configured to generate a magnetic field to be received at a hearing aid, wherein the hearing aid compatibility system comprises the near field communication antenna, where the near field communication system and the hearing aid compatibility system comprise the near field communication antenna as at least a portion of a common communication component for both of the systems, where the near field communication antenna is configured to form at least part of an induction coil with at least one of: a single layer comprising at least two loops of conductive material; and at least two connected layers, each layer comprising at least one loop of conductive material, a single layer comprising at least two loops of conductive material; and at least two connected layers, each layer comprising at least one loop of conductive material, where the at least two loops or the loops of the at least two connected layers are configured, relative to usage of both systems, such that a total coil impedance increases when the loops are used with the hearing aid compatibility system versus use of less than all of the loops with the near field communication system.
A method for applying adhesive to a web being wound into a roll comprising: spirally winding a web into a roll, the roll rotationally moving during winding; applying adhesive to a surface of an applicator device; and moving the applicator device from a non-engagement position to an engagement position, the surface of the applicator device contacting a surface of the roll while winding of the web onto the roll continues, the adhesive transferring to the web, the surface of the applicator device moving with the rotating roll; the method characterised by further comprising: cutting the moving web to form the trailing edge during winding of the web, the applicator device contacting the surface of the rotating roll and the web being cut in a manner such that adhesive applied to the web is located between the last two layers of the wound roll. spirally winding a web into a roll, the roll rotationally moving during winding; applying adhesive to a surface of an applicator device; and moving the applicator device from a non-engagement position to an engagement position, the surface of the applicator device contacting a surface of the roll while winding of the web onto the roll continues, the adhesive transferring to the web, the surface of the applicator device moving with the rotating roll; the method characterised by further comprising: cutting the moving web to form the trailing edge during winding of the web, the applicator device contacting the surface of the rotating roll and the web being cut in a manner such that adhesive applied to the web is located between the last two layers of the wound roll.