mhurhangee/ep-ind-claims huggingface dataset:
A method for token-based communication between extraneous applications and an electronic wallet in a system, comprising: a terminal, wherein: the terminal is configured to accommodate one or more secure element(s); one or more programming interface(s) (APIs) for listing, selecting and interacting with the secure elements are installed on the terminal; the terminal comprises a chip set for wireless radio communication; and one or more secure element(s) that are accommodated in the terminal and connected to the chip set for wireless radio communication; and wherein the electronic wallet comprises a core wallet; comprising the following steps: selection of items for storing in the core wallet by one or more extraneous application(s); sending of information on the selected items to the core wallet by the extraneous application(s); display of the selected items on the terminal by the core wallet; waiting for the activation of at least one of the displayed items by interaction of the user with the core wallet; retrieval of a token associated with the item in the extraneous application from which the item originates by the core wallet for each activated item; storing of the tokens retrieved in step in a wallet applet installed on a secure element that is configured for wireless radio communication. a terminal, wherein: the terminal is configured to accommodate one or more secure element(s); one or more programming interface(s) (APIs) for listing, selecting and interacting with the secure elements are installed on the terminal; the terminal comprises a chip set for wireless radio communication; and the terminal is configured to accommodate one or more secure element(s); one or more programming interface(s) (APIs) for listing, selecting and interacting with the secure elements are installed on the terminal; the terminal comprises a chip set for wireless radio communication; and one or more secure element(s) that are accommodated in the terminal and connected to the chip set for wireless radio communication; and wherein the electronic wallet comprises a core wallet; selection of items for storing in the core wallet by one or more extraneous application(s); sending of information on the selected items to the core wallet by the extraneous application(s); display of the selected items on the terminal by the core wallet; waiting for the activation of at least one of the displayed items by interaction of the user with the core wallet; retrieval of a token associated with the item in the extraneous application from which the item originates by the core wallet for each activated item; storing of the tokens retrieved in step in a wallet applet installed on a secure element that is configured for wireless radio communication.
A method for treating at least one polluted gaseous flow in a single reactor having a frustoconical or cylindroconical shape, including at least inlet means for the at least one polluted gaseous flow in the single reactor, disposed at the top of the single reactor, means for supplying at least one reagent, means for emitting an electron beam in said reactor, said beam being oriented substantially in the direction of circulation of the polluted gaseous flow in the single reactor, outlet means from the single reactor for the gaseous products, having undergone electron beam treatment, of the at least one polluted gaseous effluent, disposed at the bottom of the reactor, and means for recovery of liquid by-products, disposed in the lower part of said single reactor, characterized in that it comprises at least the following steps: - introducing at least one polluted gaseous flow, - introducing into the polluted gaseous effluent at least one liquid reagent in the form of ammonia and water, - subjecting the mixture of the polluted gaseous effluent, of liquid ammonia and of liquid water to the action of an electron beam, to induce the formation of radicals that break down the volatile organic compounds and the dioxins, and convert the sulphur oxides and nitrogen oxides into a mixture of sulphate salts and ammonium nitrate, - separating, on the one hand, the liquid product(s) originating from the treatment of the at least one polluted gaseous flow and, on the other hand, the treated gaseous products, - evacuating said gaseous products, - collecting and recovering, owing to said frustoconical or cylindroconical shape and by gravity, the liquid products obtained by the electron beam treatment of the at least one polluted gaseous flow. - introducing at least one polluted gaseous flow, - introducing into the polluted gaseous effluent at least one liquid reagent in the form of ammonia and water, - subjecting the mixture of the polluted gaseous effluent, of liquid ammonia and of liquid water to the action of an electron beam, to induce the formation of radicals that break down the volatile organic compounds and the dioxins, and convert the sulphur oxides and nitrogen oxides into a mixture of sulphate salts and ammonium nitrate, - separating, on the one hand, the liquid product(s) originating from the treatment of the at least one polluted gaseous flow and, on the other hand, the treated gaseous products, - evacuating said gaseous products, - collecting and recovering, owing to said frustoconical or cylindroconical shape and by gravity, the liquid products obtained by the electron beam treatment of the at least one polluted gaseous flow.
A scanning method performed by a station, STA, in a wireless local area network system, the method comprising: transmitting, to an access point, AP, a null data packet, NDP, type probe request frame; and receiving, from the AP, a short probe response frame or a full probe response frame in response to the NDP type probe request frame, the short probe response frame having a shorter length than the full probe response frame, wherein the NDP type probe request frame includes a SIG field, wherein the SIG field includes a subfield (3910a, 3910b) indicating whether the STA requests the short probe response frame or the full probe response frame, wherein the short probe response frame includes service set ID, SSID, information or compressed SSID information from the AP. transmitting, to an access point, AP, a null data packet, NDP, type probe request frame; and receiving, from the AP, a short probe response frame or a full probe response frame in response to the NDP type probe request frame, the short probe response frame having a shorter length than the full probe response frame, wherein the NDP type probe request frame includes a SIG field, wherein the SIG field includes a subfield (3910a, 3910b) indicating whether the STA requests the short probe response frame or the full probe response frame, wherein the short probe response frame includes service set ID, SSID, information or compressed SSID information from the AP.
Device for sealing the filter press area between two filter press elements in the wedge zone of dewatering machines, particularly double belt presses consisting of two revolving filter press belts (3, 4) with flexible sealing strips that can be arranged between the filter press belts on at least two opposite sides of the filter press area, which are secured to a supporting strip, characterized in that the sealing strips with the respective supporting strips assigned to them are connected to one another by means of a dovetail joint.
Elastomer composition comprising an elastomer matrix and mixed therein a precursor for a fluid-soluble compound, which precursor has limited solubility in a fluid of 10 -4 M or less and which may be converted into a compound that is soluble in said fluid, such that said conversion of the precursor into the fluid-soluble compound renders the composition fluid-swellable.
A method comprising: determining whether a duration of time between when a scheduled transmission of a first packet of time-sensitive data ends and a scheduled transmission of a second packet of time-sensitive data begins is sufficient to perform a transmission of a packet of non-time-sensitive data; and responsive to determining that the duration of time is not sufficient to perform the transmission of the packet of non-time sensitive data, i) advancing a start of the scheduled transmission of the first packet of time-sensitive data effective to increase the duration of time between when the scheduled transmission of the first packet of time-sensitive data ends and the scheduled transmission of the second packet of time-sensitive data begins, and ii) performing the transmission of the packet of non-time-sensitive data during the increased duration of time between when the scheduled transmission of the first packet of time-sensitive data ends and the scheduled transmission of the second packet of time-sensitive data begins. determining whether a duration of time between when a scheduled transmission of a first packet of time-sensitive data ends and a scheduled transmission of a second packet of time-sensitive data begins is sufficient to perform a transmission of a packet of non-time-sensitive data; and responsive to determining that the duration of time is not sufficient to perform the transmission of the packet of non-time sensitive data, i) advancing a start of the scheduled transmission of the first packet of time-sensitive data effective to increase the duration of time between when the scheduled transmission of the first packet of time-sensitive data ends and the scheduled transmission of the second packet of time-sensitive data begins, and ii) performing the transmission of the packet of non-time-sensitive data during the increased duration of time between when the scheduled transmission of the first packet of time-sensitive data ends and the scheduled transmission of the second packet of time-sensitive data begins. i) advancing a start of the scheduled transmission of the first packet of time-sensitive data effective to increase the duration of time between when the scheduled transmission of the first packet of time-sensitive data ends and the scheduled transmission of the second packet of time-sensitive data begins, and ii) performing the transmission of the packet of non-time-sensitive data during the increased duration of time between when the scheduled transmission of the first packet of time-sensitive data ends and the scheduled transmission of the second packet of time-sensitive data begins.
An atomizing assembly, comprising: a liquid absorbing unit configured to absorb and store liquid, the liquid absorbing unit forming an atomizing channel therein and comprising an atomizing surface on which the liquid is atomized and volatilized, and the atomizing surface defining a boundary of the atomizing channel; and a heating unit configured to atomize the liquid, wherein the liquid absorbing unit comprises a hollow cylindrical tube, the atomizing channel extending in an axis direction of the liquid absorbing unit, characterized in that the atomizing surface comprises a plurality of concave unit surfaces and a plurality of convex unit surfaces, the concave unit surfaces being arranged spaced apart in a circumferential direction of the atomizing channel, each convex unit surface being connected to two adjacent concave unit surfaces, a radial distance from the concave unit surface to a central axis of the hollow cylindrical tube being greater than a radial distance from the convex unit surface to the central axis, the heating unit comprises a buried portion and an embedded portion connected to each other, wherein the embedded portion is embedded in the liquid absorbing unit and an edge of the embedded portion is internally tangent to the concave unit surface, and the buried portion is wrapped in the liquid absorbing unit, wherein a predetermined distance is designed between an edge of the buried portion and the convex unit surface in a radial direction of the atomizing channel. a liquid absorbing unit configured to absorb and store liquid, the liquid absorbing unit forming an atomizing channel therein and comprising an atomizing surface on which the liquid is atomized and volatilized, and the atomizing surface defining a boundary of the atomizing channel; and a heating unit configured to atomize the liquid, wherein the liquid absorbing unit comprises a hollow cylindrical tube, the atomizing channel extending in an axis direction of the liquid absorbing unit, characterized in that the atomizing surface comprises a plurality of concave unit surfaces and a plurality of convex unit surfaces, the concave unit surfaces being arranged spaced apart in a circumferential direction of the atomizing channel, each convex unit surface being connected to two adjacent concave unit surfaces, a radial distance from the concave unit surface to a central axis of the hollow cylindrical tube being greater than a radial distance from the convex unit surface to the central axis, the heating unit comprises a buried portion and an embedded portion connected to each other, wherein the embedded portion is embedded in the liquid absorbing unit and an edge of the embedded portion is internally tangent to the concave unit surface, and the buried portion is wrapped in the liquid absorbing unit, wherein a predetermined distance is designed between an edge of the buried portion and the convex unit surface in a radial direction of the atomizing channel.
An adjustable end cap display, movable between a shipping position and a display position, wherein the adjustable end cap display comprises: a rear comprising a plurality of series of apertures, wherein each of the plurality of series of apertures comprises at least two apertures; a front opposite the rear; and two side wings, wherein each of the two side wings extends from an end of the rear and wherein each of the two side wings comprises at least one tab; wherein, when in the shipping position, the two side wings fold over the front and wherein, when in the display position, the two side wings fold toward the rear and the at least one tab of each of the two side wings is lockably received within one of the at least two apertures of one of the plurality of series of apertures; and wherein the at least two apertures of each of the plurality of series of apertures are positioned so that a width (Wo) of the display in the display position is adjustable by moving the at least one tab from a first of the at least two apertures to a second of the at least two apertures. a rear comprising a plurality of series of apertures, wherein each of the plurality of series of apertures comprises at least two apertures; a front opposite the rear; and two side wings, wherein each of the two side wings extends from an end of the rear and wherein each of the two side wings comprises at least one tab; wherein, when in the shipping position, the two side wings fold over the front and wherein, when in the display position, the two side wings fold toward the rear and the at least one tab of each of the two side wings is lockably received within one of the at least two apertures of one of the plurality of series of apertures; and wherein the at least two apertures of each of the plurality of series of apertures are positioned so that a width (Wo) of the display in the display position is adjustable by moving the at least one tab from a first of the at least two apertures to a second of the at least two apertures.
An arrangement comprising a liquid fuel system, a purge air subsystem and a nitrogen purge sub-system for a dual fuel combustion turbine comprising at least one combustion can, the nitrogen purge subsystem in flow communication with the liquid fuel system and a fuel recirculation sub-system, the fuel system having at least one cavity, said nitrogen purge sub-system comprising a source of nitrogen coupled to at least one pipe in flow communication with the cavity, wherein the nitrogen source is in flow communication with the cavity via a three-way valve, said three-way valve comprising a sensing line, a spring, a pilot air supply, a shuttle spool, and a plurality of flow ports, such that said sensing line, said spring, said pilot air supply, said shuttle spool and said plurality of flow ports induce a bias, said bias being such that transport of fuel, air and nitrogen within at least a portion of the fuel system is facilitated; the three-way valve being operable to control flows of liquid fuel, nitrogen and air between the liquid fuel system, the combustion can, the nitrogen source and an air source, the three-way valve having a first operating mode in which the liquid fuel system is coupled to the combustion can and a second operating mode in which the air source is coupled to the combustion can and the liquid fuel system is coupled to the source of nitrogen to permit nitrogen flow from said nitrogen source through said pipe towards the liquid fuel system for purging the pipe such that a formation of a carbonaceous precipitate particulate is mitigated; the nitrogen supply sub-system being in flow communication with a common nitrogen purge manifold via a manual blocking valve and the manifold being in flow communication with a header via nitrogen purge manual blocking valves and nitrogen purge headers; and headers are in flow communication with a tank via the three-way valve, headers, liquid drain fuel headers and liquid fuel manual drain valves.
An input device which is provided with an ITO film and a transparent electrode composed of a conductive coating film which is formed from a conductive polymer solution, wherein the conductive polymer solution comprises: a π-conjugated conductive polymer, polyanion, conductive carbon black and a solvent; wherein, the content of the conductive carbon black is 0.01 to 10% by weight based on a value of 100% for the total amount of the π-conjugated conductive polymer and the polyanion.
A novel hard tissue slicing knife, comprising a knife back portion and a knife edge portion which are manufactured as a single piece; characterized in that: the knife back portion has a cross section of an isosceles trapezoid, the knife edge portion has a cross section of an isosceles triangle; an end of the knife back portion, which is away from the knife edge portion, has a thickness in a range of 4 mm to 15 mm; a junction between the knife back portion and the knife edge portion has a thickness in a range of 0.1 mm to 0.8 mm; the knife back portion has a vertical height in a range of 27 mm to 38 mm; two faces of the knife edge portion is at an angle in a range of 10 degrees to 40 degrees; and a base angle of the isosceles triangle is in a range of 70 degrees to 85 degrees. a junction between the knife back portion and the knife edge portion has a thickness in a range of 0.1 mm to 0.8 mm; the knife back portion has a vertical height in a range of 27 mm to 38 mm; two faces of the knife edge portion is at an angle in a range of 10 degrees to 40 degrees; and a base angle of the isosceles triangle is in a range of 70 degrees to 85 degrees.
A method of making a metallic or ceramic component, said method comprising: a) providing at least one first powder comprising 9-10% by weight Co, said first powder comprising a plurality of composite particles, made of a core particle material, an intermediate layer on said core particle material, and an outer layer comprising Co, wherein said core particle material has a hardness higher than both the intermediate layer and the outer layer, and said intermediate layer has a fracture toughness greater than the core particle material; b) providing at least one second powder comprising a carbide material; c) forming a green body comprised of said first and second powder mixtures such that the first powder mixture forms a first portion of said green body with the second powder mixture forming a second portion of said green body; d) molding, pressing or shaping said green body to form a compact; and e) sintering said compact, to form an article having first and second portions of different juxtaposed properties, said first portion of said green body forming hard wear-resistant portion of said article and said second portion of said green body forming a tough, strong load bearing portion of said article. a) providing at least one first powder comprising 9-10% by weight Co, said first powder comprising a plurality of composite particles, made of a core particle material, an intermediate layer on said core particle material, and an outer layer comprising Co, wherein said core particle material has a hardness higher than both the intermediate layer and the outer layer, and said intermediate layer has a fracture toughness greater than the core particle material; b) providing at least one second powder comprising a carbide material; c) forming a green body comprised of said first and second powder mixtures such that the first powder mixture forms a first portion of said green body with the second powder mixture forming a second portion of said green body; d) molding, pressing or shaping said green body to form a compact; and e) sintering said compact, to form an article having first and second portions of different juxtaposed properties, said first portion of said green body forming hard wear-resistant portion of said article and said second portion of said green body forming a tough, strong load bearing portion of said article.
A hydraulic system for a working machine, said hydraulic system comprising: - a feeding pump; - a plurality of variable displacement hydraulic machines (26, 28, 30, 32) being connected in parallel to said feeding pump; - at least one (26, 28), preferably a plurality, of said variable displacement hydraulic machines (26, 28, 30, 32) being adapted to drive a ground engagement element (12, 14) of said working machine, characterized in that - at least one of said variable displacement hydraulic machines (26, 28, 30, 32) is adapted to drive a vibrator (34, 36) for vibrating a ground engagement element (12, 14) of said working machine. - a feeding pump; - a plurality of variable displacement hydraulic machines (26, 28, 30, 32) being connected in parallel to said feeding pump; - at least one (26, 28), preferably a plurality, of said variable displacement hydraulic machines (26, 28, 30, 32) being adapted to drive a ground engagement element (12, 14) of said working machine, characterized in that - at least one of said variable displacement hydraulic machines (26, 28, 30, 32) is adapted to drive a vibrator (34, 36) for vibrating a ground engagement element (12, 14) of said working machine.