mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting information in an ad hoc multi-hop network including the transmission of a message from a source transmitting node to a final receiving node through a series of hops from a transmitter node to an immediately following receiver node, using: a) a reliability management mechanism including: - upon the or each compliant receipt on each hop of at least one message by the receiving node, the sending of an acknowledgment message to the sole transmitting node, - applying a retransmission law of the message on the hop, from the transmitting node to the receiving node, said law including message non-retransmission rules leading to the non-retransmission of the message, b) a mechanism for managing congestion of the nodes providing for a limitation of the throughput for sending from a transmitting node to a receiving node following congestion information from the receiving node sent to the transmitting node. characterized in that the congestion management mechanism is applied only hop-by-hop, the congestion information only being transmitted from a receiving node to a transmitting node over a same hop to limit the throughput of only the transmitting node toward only the receiving node. a) a reliability management mechanism including: - upon the or each compliant receipt on each hop of at least one message by the receiving node, the sending of an acknowledgment message to the sole transmitting node, - applying a retransmission law of the message on the hop, from the transmitting node to the receiving node, said law including message non-retransmission rules leading to the non-retransmission of the message, - upon the or each compliant receipt on each hop of at least one message by the receiving node, the sending of an acknowledgment message to the sole transmitting node, - applying a retransmission law of the message on the hop, from the transmitting node to the receiving node, said law including message non-retransmission rules leading to the non-retransmission of the message, b) a mechanism for managing congestion of the nodes providing for a limitation of the throughput for sending from a transmitting node to a receiving node following congestion information from the receiving node sent to the transmitting node.
A memory card comprising: a substrate having two pairs of edges (121, 123, 125, 127), in which the edges of each pair face each other; a plurality of first row terminals that are arranged adjacent to an edge at an insertion side of the substrate and include a first voltage power terminal for applying a first voltage; a plurality of second row terminals that are spaced farther apart from the edge at the insertion side than the plurality of first row terminals and include a second voltage power terminal for applying a second voltage; and a passive device, wherein a first edge from among two edges (123, 125) adjacent to the edge at the insertion side of the substrate extends in a direction that is substantially perpendicular to the edge at the insertion side, and characterized in that a second edge facing the first edge includes an arc portion in which the passive device is provided and a first end of the passive device is electrically connected to the second voltage power terminal. a substrate having two pairs of edges (121, 123, 125, 127), in which the edges of each pair face each other; a plurality of first row terminals that are arranged adjacent to an edge at an insertion side of the substrate and include a first voltage power terminal for applying a first voltage; a plurality of second row terminals that are spaced farther apart from the edge at the insertion side than the plurality of first row terminals and include a second voltage power terminal for applying a second voltage; and a passive device, wherein a first edge from among two edges (123, 125) adjacent to the edge at the insertion side of the substrate extends in a direction that is substantially perpendicular to the edge at the insertion side, and characterized in that a second edge facing the first edge includes an arc portion in which the passive device is provided and a first end of the passive device is electrically connected to the second voltage power terminal.
A mobile terminal comprising: a first frame including a first front portion; a second frame slidably-movable with respect to the first frame in a first direction or in a second direction opposite to the first direction and includes a second front portion; a slide frame movable with respect to the second frame in the first direction or in the second direction; a flexible display unit including a first region coupled to the first front portion of the first frame, a second region coupled to the slide frame, and a third region positioned between the first region and the second region, wherein the third region is bent while being rolled in the second frame; a support frame coupled to a second side of the third region of the flexible display unit, a driving unit disposed to be positionally biased in a third direction perpendicular to the first direction, wherein the driving unit provides a force to control a slide movement of the second frame; and a linear guide positioned between the first frame and the second frame, wherein the linear guide guides a movement of the second frame in the first direction or in the second direction, wherein the second front portion is positioned at a rear side of the first front portion or the support frame; and wherein the support frame has a thickness corresponding to a thickness of the first front portion. a first frame including a first front portion; a second frame slidably-movable with respect to the first frame in a first direction or in a second direction opposite to the first direction and includes a second front portion; a slide frame movable with respect to the second frame in the first direction or in the second direction; a flexible display unit including a first region coupled to the first front portion of the first frame, a second region coupled to the slide frame, and a third region positioned between the first region and the second region, wherein the third region is bent while being rolled in the second frame; a support frame coupled to a second side of the third region of the flexible display unit, a driving unit disposed to be positionally biased in a third direction perpendicular to the first direction, wherein the driving unit provides a force to control a slide movement of the second frame; and a linear guide positioned between the first frame and the second frame, wherein the linear guide guides a movement of the second frame in the first direction or in the second direction, wherein the second front portion is positioned at a rear side of the first front portion or the support frame; and wherein the support frame has a thickness corresponding to a thickness of the first front portion.
A bill deposit/withdrawal machine (1, 2), comprising: an upper mechanism (1a, 2a) disposed in an upper portion of said bill deposit/ withdrawal machine, including a deposit/withdrawal port for performing deposit or withdrawal of bills, a bill discriminating unit for discriminating bills, and a temporary storage box for temporarily storing bills discriminated by said bill discriminating unit; a lower mechanism (1b, 2b) disposed in a lower portion of said bill deposit/withdrawal machine, including a plurality of bill accepting boxes (60, 70, 80, 85) including a recycle box for accepting bills deposited from said deposit/withdrawal port and/or storing bills to be withdrawn from said deposit/withdrawal port; and a bill transport path (50, 51) for transporting bills, wherein said recycle box has a single gateway for feeding bills to said bill transport path (50, 51) and for accepting bills from said bill transport path, and said bill transport path (50, 51) has a two-way transport path for transporting a bill in a bidirectional manner, characterised in that said bill transport path is openable/closable to said single gateway of said recycling box. an upper mechanism (1a, 2a) disposed in an upper portion of said bill deposit/ withdrawal machine, including a deposit/withdrawal port for performing deposit or withdrawal of bills, a bill discriminating unit for discriminating bills, and a temporary storage box for temporarily storing bills discriminated by said bill discriminating unit; a lower mechanism (1b, 2b) disposed in a lower portion of said bill deposit/withdrawal machine, including a plurality of bill accepting boxes (60, 70, 80, 85) including a recycle box for accepting bills deposited from said deposit/withdrawal port and/or storing bills to be withdrawn from said deposit/withdrawal port; and a bill transport path (50, 51) for transporting bills,
A folded article comprising: a garment comprising a body and two sleeves (104, 105), wherein the garment includes an inner surface and an outer surface, wherein each sleeve (104, 105) is connected to the body at a sleeve opening (108, 109) on the inner surface of the garment, the garment further comprising a hood, the hood including a visor; wherein the garment is folded in a configuration such that the sleeve openings (108, 109) are exposed for ease of donning the garment and none of the outer surface of the garment is exposed; characterised in that the visor has a length and a width, and the folded article comprises a shape and size that matches the length and width of the visor. a garment comprising a body and two sleeves (104, 105), wherein the garment includes an inner surface and an outer surface, wherein each sleeve (104, 105) is connected to the body at a sleeve opening (108, 109) on the inner surface of the garment, the garment further comprising a hood, the hood including a visor; wherein the garment is folded in a configuration such that the sleeve openings (108, 109) are exposed for ease of donning the garment and none of the outer surface of the garment is exposed;
A multilayer polymeric reflector comprising: a) a plurality of first optical layers, each first optical layer comprising a polyester having terephthalate comonomer units and ethylene glycol comonomer units, said polyester having a glass transition temperature, wherein each first optical layer is oriented, and b) a plurality of second optical layers disposed in a repeating sequence with the plurality of first optical layers, each second optical layer comprising a blend of polymethyl methacrylate (PMMA) and polyvinylidene fluoride (PVDF), wherein said blend has a glass transition temperature less than the glass transition temperature of the polyester comprising the first optical layers, and wherein the amount of PVDF in the PMMA/PVDF blend is greater than and not equal to 40% by weight and not more than 65% by weight; wherein the multilayer polymeric reflector is annealed at an annealing temperature of between 80 and 95 degrees centigrade for at least 20 seconds, and wherein the multilayer polymeric reflector has a reflectivity of greater than 97.8% in a visible wavelength region between 400 and 750 nm and a transmission haze value of less than 50% in a visible wavelength region between 400 and 750 nm. a) a plurality of first optical layers, each first optical layer comprising a polyester having terephthalate comonomer units and ethylene glycol comonomer units, said polyester having a glass transition temperature, wherein each first optical layer is oriented, and b) a plurality of second optical layers disposed in a repeating sequence with the plurality of first optical layers, each second optical layer comprising a blend of polymethyl methacrylate (PMMA) and polyvinylidene fluoride (PVDF), wherein said blend has a glass transition temperature less than the glass transition temperature of the polyester comprising the first optical layers, and wherein the amount of PVDF in the PMMA/PVDF blend is greater than and not equal to 40% by weight and not more than 65% by weight;
A rechargeable lithium battery comprising: a negative electrode comprising a negative active material; a positive electrode comprising a positive active material comprising LiCoO 2 as an active material capable of reversibly intercalating/deintercalating lithium and Li 2 S; and a non aqueous electrolyte; characterized in that the negative active material is natural graphite, the amount of Li 2 S is 0,6 to 0,8 parts by weight based on 100 parts by weight of the positive active material and the N/P ratio is 1.1. a negative electrode comprising a negative active material; a positive electrode comprising a positive active material comprising LiCoO 2 as an active material capable of reversibly intercalating/deintercalating lithium and Li 2 S; and a non aqueous electrolyte; characterized in that the negative active material is natural graphite, the amount of Li 2 S is 0,6 to 0,8 parts by weight based on 100 parts by weight of the positive active material and the N/P ratio is 1.1.
A satellite television over IP system comprising: a first satellite gateway, said first satellite gateway in communication with at least one satellite dish through a splitter or a splitter and a switch, and configured to act as a master satellite gateway; and a second satellite gateway coupled to the first satellite gateway and configured to act as a slave satellite gateway; wherein said first satellite gateway and said second satellite gateway are coupled to an IP distribution network, said IP distribution network being coupled to a plurality of set top boxes; and wherein if the master satellite gateway fails, the second satellite gateway is configured to assume the management functions of the master satellite gateway and automatically redistribute transponders assigned to the first satellite gateway to create a new transponder, the second satellite gateway being configured to notify said plurality of set top boxes of the new transponder allocation through an IP distribution network. a first satellite gateway, said first satellite gateway in communication with at least one satellite dish through a splitter or a splitter and a switch, and configured to act as a master satellite gateway; and a second satellite gateway coupled to the first satellite gateway and configured to act as a slave satellite gateway;
A directional loudspeaker for use in the mid frequency range of the audio spectrum comprising: a housing comprising a front panel, side panels and a back panel, said housing comprising an acoustic resistive material; wherein at least one acoustic transducer is mounted to said front panel, said transducer being configured to drive a membrane for producing front waves at the front of said membrane and back waves (120,122) at the back of said membrane; and, wherein one or more openings (114 1,4) in said side panels, and, optionally, in said back panel (114 2,3) allowing at least part of said back waves (120,122) to exit said housing via said resistive material, said resistive material, said openings and said reflective back panel introducing for said back waves in the mid frequency range a phase delay, an attenuation and an amplitude such that an attenuation of the front wave at the backside of said loudspeaker of 15 dB or more, preferably 20 dB or more, in the mid frequency range is achieved. a housing comprising a front panel, side panels and a back panel, said housing comprising an acoustic resistive material; wherein at least one acoustic transducer is mounted to said front panel, said transducer being configured to drive a membrane for producing front waves at the front of said membrane and back waves (120,122) at the back of said membrane; and, wherein one or more openings (114 1,4) in said side panels, and, optionally, in said back panel (114 2,3) allowing at least part of said back waves (120,122) to exit said housing via said resistive material, said resistive material, said openings and said reflective back panel introducing for said back waves in the mid frequency range a phase delay, an attenuation and an amplitude such that an attenuation of the front wave at the backside of said loudspeaker of 15 dB or more, preferably 20 dB or more, in the mid frequency range is achieved.
A glazing unit with electrically controllable optical transmission properties, having, in at least one electrically controllable state, a light transmission T L higher than or equal to 60%, the glazing unit comprising: - two sheets (2A, 2B) providing a glazing function; and - between the two sheets providing a glazing function, an active system with electrically controllable optical transmission properties, in which the glazing unit furthermore comprises a reflective and transparent thin-film stack comprising: - a metal functional film; and - a coating made of a dielectric material of high refractive index and of sufficient optical thickness for the glazing unit to present three reflection peaks at three visible wavelengths. - two sheets (2A, 2B) providing a glazing function; and - between the two sheets providing a glazing function, an active system with electrically controllable optical transmission properties, - a metal functional film; and - a coating made of a dielectric material of high refractive index and of sufficient optical thickness for the glazing unit to present three reflection peaks at three visible wavelengths.
An electrically operated heating device with a heating register, which comprises a layered heating element, for converting electrical energy into heat, and at least one electrically insulating and heat-conducting insulating layer, which makes contact, at least in certain regions, with one side of the layered heating element, wherein the insulating layer and the layered heating element are braced with one another, characterised in that a sliding layer is arranged between at least one insulating layer and the layered heating element.
Stator stage of a compressor of an aircraft turbine engine comprising: - an annular inner ferrule comprising at least one segment constituted of a composite material; - an annular outer ferrule surrounding said inner ferrule; - a plurality of stator blades extending radially from said inner ferrule to said outer ferrule, each comprising a pressure face to deviate an airflow; - at least one auxiliary blade disposed at a smaller distance from a first of said stator blades than other stator blades, comprising a pressure face of a smaller area than an area of the pressure face of said first stator blade; characterised in that said at least one auxiliary blade: - comprises a root at least partially buried in said composite material; and - extends radially, from said root, parallel to and totally between said first stator blade and a second of said stator blades. - an annular inner ferrule comprising at least one segment constituted of a composite material; - an annular outer ferrule surrounding said inner ferrule; - a plurality of stator blades extending radially from said inner ferrule to said outer ferrule, each comprising a pressure face to deviate an airflow; - at least one auxiliary blade disposed at a smaller distance from a first of said stator blades than other stator blades, comprising a pressure face of a smaller area than an area of the pressure face of said first stator blade; characterised in that said at least one auxiliary blade: - comprises a root at least partially buried in said composite material; and - extends radially, from said root, parallel to and totally between said first stator blade and a second of said stator blades. - comprises a root at least partially buried in said composite material; and - extends radially, from said root, parallel to and totally between said first stator blade and a second of said stator blades.
A barrel unit for a firearm, comprising a barrel with a barrel axis muzzle and a barrel end opposite the muzzle, on which at least two barrel lugs are formed, and a barrel extension with a barrel receptacle and a first end and a second end, wherein inwardly extending locking lugs are formed on the first end, to work together with a bolt, and inwardly extending barrel locking lugs are formed closer to the second end than the locking lugs, characterized in that the barrel has a cam on the outer surface, to work together with a cam lug arranged on the barrel extension, wherein the cam comprises a first portion and a second portion, wherein the first portion is formed beginning at the end of the barrel and extending parallel to the barrel axis, and the second portion is at least partially formed in the circumferential direction around the barrel axis, and in that the second portion has a locking surface which is complementary in shape to the cam lug, and in that the cam lug and/or the locking surface are designed to be preloaded against each other in the radial direction to fix the barrel in a predefined end position.
A processor-implemented speech recognition method, the method comprising: obtaining a speech signal; and performing a recognition of the speech signal, including generating a dialect parameter, for the speech signal, from input dialect data using a parameter generation model, applying the dialect parameter to a trained speech recognition model to generate a dialect speech recognition model, and generating a speech recognition result from the speech signal by implementing, with respect to the speech signal, the dialect speech recognition model, characterized in that, the dialect parameter includes respective batch parameters, and wherein the applying of the dialect parameter includes applying, during the implementing of the dialect speech recognition model, the respective batch parameters to respective inputs to one or more interim operations of the dialect speech recognition model, the inputs being from an input operation of the dialect speech recognition model or from a previous one or more interim operations of the dialect speech recognition model. obtaining a speech signal; and performing a recognition of the speech signal, including generating a dialect parameter, for the speech signal, from input dialect data using a parameter generation model, applying the dialect parameter to a trained speech recognition model to generate a dialect speech recognition model, and generating a speech recognition result from the speech signal by implementing, with respect to the speech signal, the dialect speech recognition model, characterized in that, the dialect parameter includes respective batch parameters, and wherein the applying of the dialect parameter includes applying, during the implementing of the dialect speech recognition model, the respective batch parameters to respective inputs to one or more interim operations of the dialect speech recognition model, the inputs being from an input operation of the dialect speech recognition model or from a previous one or more interim operations of the dialect speech recognition model. generating a dialect parameter, for the speech signal, from input dialect data using a parameter generation model, applying the dialect parameter to a trained speech recognition model to generate a dialect speech recognition model, and generating a speech recognition result from the speech signal by implementing, with respect to the speech signal, the dialect speech recognition model, characterized in that, the dialect parameter includes respective batch parameters, and wherein the applying of the dialect parameter includes applying, during the implementing of the dialect speech recognition model, the respective batch parameters to respective inputs to one or more interim operations of the dialect speech recognition model, the inputs being from an input operation of the dialect speech recognition model or from a previous one or more interim operations of the dialect speech recognition model.