mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine component comprising: spaced apart walls (92, 94) providing a cooling passage that extends in a first direction; a cross-over rib (100; 200; 300a, 300b) joining the walls (92, 94) and extending along the first direction, the cross-over rib (100; 200; 300a, 300b) having holes extending in a second direction transverse to the first direction; and a row (106; 206a, 206b; 306) of at least one pedestal joining the walls (92, 94) and extending along the first direction, wherein the spaced apart walls (92, 94) are provided by pressure and suction walls (86, 88) that form an airfoil, the first direction corresponds to a radial direction along which the airfoil extends from a platform to a tip, and the second direction corresponds to a chord-wise direction, characterised in that the row (106; 206a, 206b; 306) and the cross-over rib (100; 200; 300a, 300b) are generally aligned with one another in the second direction to provide a non-contiguous combined rib in the first direction, wherein the row (106; 206a, 206b; 306) is arranged near the tip, and the cross-over rib (100; 200; 300a, 300b) is arranged near the platform. spaced apart walls (92, 94) providing a cooling passage that extends in a first direction; a cross-over rib (100; 200; 300a, 300b) joining the walls (92, 94) and extending along the first direction, the cross-over rib (100; 200; 300a, 300b) having holes extending in a second direction transverse to the first direction; and a row (106; 206a, 206b; 306) of at least one pedestal joining the walls (92, 94) and extending along the first direction, wherein the spaced apart walls (92, 94) are provided by pressure and suction walls (86, 88) that form an airfoil, the first direction corresponds to a radial direction along which the airfoil extends from a platform to a tip, and the second direction corresponds to a chord-wise direction, characterised in that the row (106; 206a, 206b; 306) and the cross-over rib (100; 200; 300a, 300b) are generally aligned with one another in the second direction to provide a non-contiguous combined rib in the first direction, wherein the row (106; 206a, 206b; 306) is arranged near the tip, and the cross-over rib (100; 200; 300a, 300b) is arranged near the platform.
A pneumatic tire comprising a tread portion, a pair of sidewall portions, a pair of bead portions each having a bead core embedded therein, and a carcass extending between the bead portions in a toroidal manner, wherein a buttress portion of at least one of the pair of the sidewall portions is provided with at least one raised portion protruding outward in a tire axial direction, the carcass includes a main body portion and a pair of turned up portions, the main body portion extends between the bead cores of the pair of the bead portions, each of the pair of the turned up portions is turned up around the respective bead core to extend outward in a tire radial direction, in the sidewall portion which is provided with the at least one raised portion, the turned up portion is arranged so as to overlap with the raised portion in the tire radial direction, and a length in the tire radial direction of an overlapping portion of the turned up portion and the raised portion is 5 % or more and 40 % or less of a tire section height, characterized in that the at least one of the pair of the sidewall portions is provided with a plurality of the raised portions arranged in the tire circumferential direction, each of the raised portions is formed so as to include a 75 % position which is spaced away radially outward from a bead baseline by 75 % of the tire section height, and a total of lengths in the tire circumferential direction of the raised portions is 30 % or more and 80 % or less of a circumferential length at the 75 % position. a buttress portion of at least one of the pair of the sidewall portions is provided with at least one raised portion protruding outward in a tire axial direction, the carcass includes a main body portion and a pair of turned up portions, the main body portion extends between the bead cores of the pair of the bead portions, each of the pair of the turned up portions is turned up around the respective bead core to extend outward in a tire radial direction, in the sidewall portion which is provided with the at least one raised portion, the turned up portion is arranged so as to overlap with the raised portion in the tire radial direction, and a length in the tire radial direction of an overlapping portion of the turned up portion and the raised portion is 5 % or more and 40 % or less of a tire section height, characterized in that the at least one of the pair of the sidewall portions is provided with a plurality of the raised portions arranged in the tire circumferential direction, each of the raised portions is formed so as to include a 75 % position which is spaced away radially outward from a bead baseline by 75 % of the tire section height, and a total of lengths in the tire circumferential direction of the raised portions is 30 % or more and 80 % or less of a circumferential length at the 75 % position.
A front loading washing machine comprising a front panel with a door opening providing access to a rotating drum where clothes to be washed are placed; a tub which encompasses the periphery of the drum and which has an outlet facing the door opening; a gasket providing sealing between the tub and the door opening by encompassing the door opening from a front flange and by encompassing the outlet from a rear flange peripherally; at least one first flap which extends radially inwards from the rear flange of the gasket and which provides pushing the clothes to be washed towards the drum during the rotation of the drum, characterized by comprising at least one curvilinear edge which forms a radial inward end of the first flap.
A method of pretesting installation of a real digital signage, the method comprising: outputting a list of background graphic images for selecting, by a user, a background graphic image for installing a virtual digital signage therein, wherein the virtual digital signage corresponds to the real digital signage; outputting a list of selectable virtual digital signages for selecting, by the user, at least one of a number or size of the virtual digital signage; receiving an input for designating, by the user, a specific position for installing the virtual digital signage within the selected background graphic image; and receiving another input for selecting, by the user, a source video to display through the virtual digital signage at the specific position, wherein the designating further comprises: determining an attribute of the background graphic image of the designated specific position; and determining whether the specific position is a position appropriate for installing the real digital signage as a result of the attribute determination. outputting a list of background graphic images for selecting, by a user, a background graphic image for installing a virtual digital signage therein, wherein the virtual digital signage corresponds to the real digital signage; outputting a list of selectable virtual digital signages for selecting, by the user, at least one of a number or size of the virtual digital signage; receiving an input for designating, by the user, a specific position for installing the virtual digital signage within the selected background graphic image; and receiving another input for selecting, by the user, a source video to display through the virtual digital signage at the specific position, wherein the designating further comprises: determining an attribute of the background graphic image of the designated specific position; and determining whether the specific position is a position appropriate for installing the real digital signage as a result of the attribute determination. determining an attribute of the background graphic image of the designated specific position; and determining whether the specific position is a position appropriate for installing the real digital signage as a result of the attribute determination.
A thruster comprises: a propellant; and a casing enclosing the propellant; wherein the casing is an additively-manufactured housing; wherein the housing defines an integral nozzle through which pressurized gases exit the casing when the propellant is burned; characterized in that the housing also includes a burst disk in the nozzle; and in that the burst disk is additively-manufactured as an integral part of the additively-manufactured housing. a propellant; and a casing enclosing the propellant; wherein the casing is an additively-manufactured housing; wherein the housing defines an integral nozzle through which pressurized gases exit the casing when the propellant is burned; characterized in that the housing also includes a burst disk in the nozzle; and in that the burst disk is additively-manufactured as an integral part of the additively-manufactured housing.
A method for assessing an amount of a blood component of a volume of fluid within a canister, comprising: at a computing system in communication with an image acquisition device, receiving data associated with an image of the canister generated by the image acquisition device; at the computing system, automatically selecting a first region of the image exhibiting substantially uniform color, wherein the first region of the image corresponds to a layer of fluid situated between a transparent or translucent region of a wall of the canister and a first feature of an insert retained within the canister such that the first feature is offset from the wall of the canister by a constant distance; at the computing system, determining a color parameter representative of the first region of the image; at the computing system, determining a concentration of a blood component within the canister, based upon the color parameter; upon determining the volume of fluid within the canister, generating an analysis informative of an amount of the blood component within the canister; and at an output device in communication with the computing system, providing information derived from the analysis to an entity associated with an individual from whom the volume of fluid originated. at a computing system in communication with an image acquisition device, receiving data associated with an image of the canister generated by the image acquisition device; at the computing system, automatically selecting a first region of the image exhibiting substantially uniform color, wherein the first region of the image corresponds to a layer of fluid situated between a transparent or translucent region of a wall of the canister and a first feature of an insert retained within the canister such that the first feature is offset from the wall of the canister by a constant distance; at the computing system, determining a color parameter representative of the first region of the image; at the computing system, determining a concentration of a blood component within the canister, based upon the color parameter; upon determining the volume of fluid within the canister, generating an analysis informative of an amount of the blood component within the canister; and at an output device in communication with the computing system, providing information derived from the analysis to an entity associated with an individual from whom the volume of fluid originated.
A covering panel of a motor vehicle boot, a front corner of said panel being provided with a receiving means intended to receive a pin projecting from a side interior trim by interlocking, said means having a C-like general shape defining a housing, said panel being characterised in that said means is provided, on the wall of said housing, with at least one pair of electrical connectors, said connectors being elastically retractable and projecting towards the inside of the C, said connectors substantially facing one another diametrically, said panel being further provided with an electrical device connected to said connectors.
Tag intended to equip an animal housed in confined conditions, in an facility for tracking the activity of animals in confined conditions, the facility comprising at least one cage, a plurality of antennas (2a, 2b, 2c) arranged under the at least one cage, a reader to which the plurality of antennas (2a, 2b, 2c) is connected, and computer means capable of controlling the transmission and reception of the reader, the tag comprising an antenna and a chip encapsulated in a gelatinous capsule, and the reader being connected to the antenna, and computer means capable of controlling the transmission and reception of the reader, the tag comprising an antenna and a chip encapsulated in a capsule made of biocompatible material, characterized in that the antenna has, in the developed mode, a central plate extending longitudinally and surrounded by an open loop provided with two angled tabs.
Conveying device for molten metal in an injection die casting unit, having a storage container for the molten metal and a conveying duct in which the molten metal is deliverable to a mold cavity, wherein the conveying duct comprises a cylinder bore in which a piston is disposed in an axially adjustable manner, and wherein a collection chamber for the molten metal, from which the molten metal is introducible through an onward line into the mold cavity as a result of an axial displacement of the piston, is provided, characterized in that an annular space is formed between the outer wall of the piston and the inner wall of the cylinder bore, in that the annular space is connected via the at least one filling bore to the collection chamber, in that the filling bore, on its end which opens into the collection chamber, is closable by means of a valve body which is connected to an adjustable valve rod, and in that the valve rod is displaceably disposed in an axial bore of the piston.
A burner apparatus (12, 112, 212) comprising: a flat-flame nozzle (10, 110, 210) configured to conduct fuel and to provide means for generating a flat flame (30, 130, 230) when fuel conducted by the flat-flame nozzle (10, 110, 210) is exposed to oxygen to produce an oxygen-fuel mixture that is ignited, wherein the flat-flame nozzle (10, 110, 210) is formed to include a fuel-discharge outlet (34 134, 234) and a fuel-transport passageway (37, 137, 237) communicating with the fuel-discharge outlet (134, 234), and the flat-flame nozzle (10, 110, 210) includes a first lower plate (41L, 141L, 241L), a first upper plate (41U, 141U, 241U), characterised in that the flat-flame nozzle further includes a removable first plate-separation border frame (50, 150, 250) interposed between the first lower plate (41L, 141L, 241L) and the first upper plate (41U, 141U, 241U) and configured to cooperate with the first lower plate (41L, 141L, 241L) and the first upper plate (41U, 141U, 241U) to form the fuel-discharge outlet (134, 234) and the fuel-transport passageway (37, 137, 237), and fastener means for releasably retaining the removable first plate-separation border frame (50, 150, 250) in a stationary position between the first lower plate (41L, 141L, 241L) and the first upper plate (41U, 141U, 241U) to establish a first flow velocity of fuel flowing through the fuel-transport passageway (37, 137, 237) toward the fuel-discharge outlet (134, 234) and for allowing replacement of the removable first plate-separation border frame (50, 150, 250) with a removable alternate first plate-separation border frame (50', 150', 250') of the burner apparatus (12, 112, 212) of a different thickness to establish a different second flow velocity of fuel flowing through the fuel-transport passageway (37, 137, 237) toward the fuel-discharge outlet (134, 234).
A method performed by a User Equipment, UE, the method comprising: receiving, over an air interface, a special subframe with a downlink part that is smaller than a normal subframe, the special subframe comprising Physical Downlink Shared Channel, PDSCH, and enhanced Physical Downlink Control Channel, E-PDCCH, resource element mapping; deriving, based on a predetermined rule, a PDSCH or E-PDCCH RE mapping pattern, wherein the E-PDCCH or PDSCH is received in accordance to the derived PDSCH or E-PDCCH RE mapping pattern; characterized in that the method further comprises: identifying a conflict region in the special subframe, wherein the conflict region comprises one or more Zero Power, ZP, Channel State Information Reference Signals, CSI-RSs, and antenna ports of one or more CSI-RS patterns residing outside a Downlink Pilot Time Slot, DwPTS, region of the special subframe; and for any CSI-RS pattern in the special subframe that has one or more ZP CSI-RS antenna ports residing outside the DwPTS region of the special subframe, considering an entire ZP CSI-RS pattern that has one or more ZP CSI-RS antenna ports residing outside the DwPTS region of the special subframe as not transmitted by a serving cell. receiving, over an air interface, a special subframe with a downlink part that is smaller than a normal subframe, the special subframe comprising Physical Downlink Shared Channel, PDSCH, and enhanced Physical Downlink Control Channel, E-PDCCH, resource element mapping; deriving, based on a predetermined rule, a PDSCH or E-PDCCH RE mapping pattern, wherein the E-PDCCH or PDSCH is received in accordance to the derived PDSCH or E-PDCCH RE mapping pattern; characterized in that the method further comprises: identifying a conflict region in the special subframe, wherein the conflict region comprises one or more Zero Power, ZP, Channel State Information Reference Signals, CSI-RSs, and antenna ports of one or more CSI-RS patterns residing outside a Downlink Pilot Time Slot, DwPTS, region of the special subframe; and for any CSI-RS pattern in the special subframe that has one or more ZP CSI-RS antenna ports residing outside the DwPTS region of the special subframe, considering an entire ZP CSI-RS pattern that has one or more ZP CSI-RS antenna ports residing outside the DwPTS region of the special subframe as not transmitted by a serving cell. identifying a conflict region in the special subframe, wherein the conflict region comprises one or more Zero Power, ZP, Channel State Information Reference Signals, CSI-RSs, and antenna ports of one or more CSI-RS patterns residing outside a Downlink Pilot Time Slot, DwPTS, region of the special subframe; and for any CSI-RS pattern in the special subframe that has one or more ZP CSI-RS antenna ports residing outside the DwPTS region of the special subframe, considering an entire ZP CSI-RS pattern that has one or more ZP CSI-RS antenna ports residing outside the DwPTS region of the special subframe as not transmitted by a serving cell.
A bale wrapping apparatus for individually wrapping bales produced on a mobile bale forming apparatus having a floor for carrying compacted bales from a bale forming chamber of the bale forming apparatus, the bale wrapping apparatus including; a wrap dispensing structure disposed about a path along the floor and defining an opening through which the bales will successively pass when leaving the bale forming chamber, the wrap dispensing structure holding and containing an elongate tube of wrapping material having cross sectional dimensions for fitting about the bales and a longitudinal dimension sufficient for receiving at least two of the bales in succession, the wrap dispensing structure being configured and operable for holding an open end of the tube of the wrapping material about the opening such that as each of the bales pass through the opening the bales will enter the tube and progressively pull the wrapping material from the wrap dispensing structure about the bale so as to be progressively covered by the wrapping material and so as to be at least substantially fully covered by the wrapping material when exiting the opening; characterized in that the bale wrapping apparatus further comprises: a wrapper closing apparatus disposed adjacent the wrap dispensing structure, configured and operable for gathering the tube of the wrapping material between the wrap dispensing structure and the wrapped bale, cinching the material about an end of the bale to close the tube, and placing a clamp about the cinched material for holding the tube closed about the end of the bale.
A system for reselling electronic devices, comprising: a kiosk, having: an identification reader, an exterior imaging component, a processor, an inspection area; and an imaging component within the inspection area, wherein the kiosk is configured to: obtain a first image of the reseller in real-time using the exterior imaging component, receive an identification of the reseller at the kiosk from the identification reader and derive a second image of the reseller from the identification of the reseller, receive an identification of the electronic device at the kiosk, and collect as transfer data: the first image of the reseller, the identification information of the reseller including the second image of the reseller, and the identification of the electronic device; a remote server connected to the kiosk over a network, wherein the kiosk is configured to transmit the transfer data to the remote server over the network in real-time; and a remote display, wherein the server is configured to, in real-time: transmit the first image of the reseller and the identification information including the second image of the reseller to the remote display for display on the remote display, for a remote operator to approve or reject each transaction at the kiosk. a kiosk, having: an identification reader, an exterior imaging component, a processor, an inspection area; and an imaging component within the inspection area, wherein the kiosk is configured to: obtain a first image of the reseller in real-time using the exterior imaging component, receive an identification of the reseller at the kiosk from the identification reader and derive a second image of the reseller from the identification of the reseller, receive an identification of the electronic device at the kiosk, and collect as transfer data: the first image of the reseller, the identification information of the reseller including the second image of the reseller, and the identification of the electronic device; an identification reader, an exterior imaging component, a processor, an inspection area; and an imaging component within the inspection area, obtain a first image of the reseller in real-time using the exterior imaging component, receive an identification of the reseller at the kiosk from the identification reader and derive a second image of the reseller from the identification of the reseller, receive an identification of the electronic device at the kiosk, and collect as transfer data: the first image of the reseller, the identification information of the reseller including the second image of the reseller, and the identification of the electronic device; a remote server connected to the kiosk over a network, wherein the kiosk is configured to transmit the transfer data to the remote server over the network in real-time; and a remote display, wherein the server is configured to, in real-time: transmit the first image of the reseller and the identification information including the second image of the reseller to the remote display for display on the remote display, for a remote operator to approve or reject each transaction at the kiosk.