mhurhangee/ep-ind-claims huggingface dataset:
Method for correcting a manipulator parameter, wherein a manipulator is controlled at least on the basis of the manipulator parameter, comprising: - determining a temporal change in the manipulator parameter; - calculating an over-compensation based on at least the temporal change of the manipulator parameter, and - correcting the manipulator parameter based on the overcompensation. - determining a temporal change in the manipulator parameter; - calculating an over-compensation based on at least the temporal change of the manipulator parameter, and - correcting the manipulator parameter based on the overcompensation.
A method comprising: sending, by a device, to a first node (102, 102) of a first network, a first request (108) to register for one or more services of a telecommunication service provider; receiving, by the device, user input to establish a communication session prior to receiving a response indicating a result of the first request to register for the one or more services; starting, by the device, a timer (104) in response to receiving the user input, the timer being configured to expire after a period of time and to stop in response to the device receiving a response indicating a successful registration prior to expiration of the timer; determining (308, 310), by the device, that the timer (104) has expired without the device having received the response indicating the successful registration; and in response to determining that the timer has expired, sending (312, 314), by the device, a second request to register for the one or more services to at least one of: a second node (102) of the first network; or a node of a second network. sending, by a device, to a first node (102, 102) of a first network, a first request (108) to register for one or more services of a telecommunication service provider; receiving, by the device, user input to establish a communication session prior to receiving a response indicating a result of the first request to register for the one or more services; starting, by the device, a timer (104) in response to receiving the user input, the timer being configured to expire after a period of time and to stop in response to the device receiving a response indicating a successful registration prior to expiration of the timer; determining (308, 310), by the device, that the timer (104) has expired without the device having received the response indicating the successful registration; and in response to determining that the timer has expired, sending (312, 314), by the device, a second request to register for the one or more services to at least one of: a second node (102) of the first network; or a node of a second network. a second node (102) of the first network; or a node of a second network.
An object tracking device comprising: a discriminator creation unit configured to learn at least one of an image feature and position information of the tracking object, based on the plurality of superimposed images to create a discriminator; and a tracking object specifying unit configured to specify at least one of the image feature and the position information of the tracking object in a tracked image including the image feature of the tracking object, based on the discriminator and the tracked image and a superimposed image creation unit configured to create a plurality of superimposed images in which each of a plurality of images is superimposed on a tracking object section image which includes the image feature of the tracking object characterized in that, each of plurality of non tracking object images do not include an image feature of a tracking object (32, 41). a discriminator creation unit configured to learn at least one of an image feature and position information of the tracking object, based on the plurality of superimposed images to create a discriminator; and a tracking object specifying unit configured to specify at least one of the image feature and the position information of the tracking object in a tracked image including the image feature of the tracking object, based on the discriminator and the tracked image and a superimposed image creation unit configured to create a plurality of superimposed images in which each of a plurality of images is superimposed on a tracking object section image which includes the image feature of the tracking object characterized in that, each of plurality of non tracking object images do not include an image feature of a tracking object (32, 41).
A method of operating a two-stroke, cross-head slow-speed compression-ignited engine comprising (i) fuelling the engine with a diesel fuel, as a pilot fuel, and with a fuel having a sulphur level of 0.5% or less, preferably a gaseous fuel having a sulphur level of 0.5% or less, as a main fuel; and (ii) lubricating the cylinder(s) of the engine with a cylinder lubricant having a base number of 20 mg KOH/g or less, preferably 19 or less, and even more preferably 18 or less, as determined by ASTM D2896-98, and having a detergent additive system comprising: - at least two different metal detergents each having one surfactant group selected from phenate, salicylate and sulphonate; the combinations being: - phenate plus sulphonate plus salicylate; - phenate plus salicylate; - low base number salicylate having a TBN of <100 and low base number sulphonate having a TBN of <100; - low base number sulphonate having a TBN of <100 and a high base number sulphonate having a TBN of >400; - high base number phenate having a TBN >200, medium base number sulphonate having a TBN >100 and <400, and low base number sulphonate having a TBN of <100; - low base number salicylate having a TBN of <100 and medium base number sulphonate having a TBN of >100 and <400. (i) fuelling the engine with a diesel fuel, as a pilot fuel, and with a fuel having a sulphur level of 0.5% or less, preferably a gaseous fuel having a sulphur level of 0.5% or less, as a main fuel; and (ii) lubricating the cylinder(s) of the engine with a cylinder lubricant having a base number of 20 mg KOH/g or less, preferably 19 or less, and even more preferably 18 or less, as determined by ASTM D2896-98, and having a detergent additive system comprising: - at least two different metal detergents each having one surfactant group selected from phenate, salicylate and sulphonate; the combinations being: - phenate plus sulphonate plus salicylate; - phenate plus salicylate; - low base number salicylate having a TBN of <100 and low base number sulphonate having a TBN of <100; - low base number sulphonate having a TBN of <100 and a high base number sulphonate having a TBN of >400; - high base number phenate having a TBN >200, medium base number sulphonate having a TBN >100 and <400, and low base number sulphonate having a TBN of <100; - low base number salicylate having a TBN of <100 and medium base number sulphonate having a TBN of >100 and <400. - at least two different metal detergents each having one surfactant group selected from phenate, salicylate and sulphonate; the combinations being: - phenate plus sulphonate plus salicylate; - phenate plus salicylate; - low base number salicylate having a TBN of <100 and low base number sulphonate having a TBN of <100; - low base number sulphonate having a TBN of <100 and a high base number sulphonate having a TBN of >400; - high base number phenate having a TBN >200, medium base number sulphonate having a TBN >100 and <400, and low base number sulphonate having a TBN of <100; - low base number salicylate having a TBN of <100 and medium base number sulphonate having a TBN of >100 and <400.
A method for detecting alkylating agents, the method comprising: providing a base, a reagent comprising a nucleophilic nitrogen atom, and a suspected alkylating agent, providing a micelle-containing solution comprising a first solvent and one or more surfactants; bringing together the micelle-containing solution, the suspected alkylating agent, the reagent comprising a nucleophilic nitrogen atom and the base, the suspected alkylating agent forming an episulfonium ion which reacts with the reagent comprising a nucleophilic nitrogen atom; and sensing for the formation of colouration. providing a base, a reagent comprising a nucleophilic nitrogen atom, and a suspected alkylating agent, providing a micelle-containing solution comprising a first solvent and one or more surfactants; bringing together the micelle-containing solution, the suspected alkylating agent, the reagent comprising a nucleophilic nitrogen atom and the base, the suspected alkylating agent forming an episulfonium ion which reacts with the reagent comprising a nucleophilic nitrogen atom; and sensing for the formation of colouration.
A passenger seat comprising a seat bottom, a seat back (16, 20), a head rest and a leg rest mounted on a seat frame, and including: (a) a right hand arm rest panel and a left hand arm rest panel mounted to respective right and left hand sides of the seat frame; (b) a right hand arm rest assembly positioned over the right hand arm rest panel, and a left hand arm rest assembly positioned over the left hand arm rest panel; wherein (c) the right hand arm rest assembly and the left hand arm rest assembly includes an upholstered surface, and d) the right hand arm assembly and the left hand arm assembly are each comprised of an outer shroud and an inner arm rest support that are nested together to form a hollow structure that fits over respective right hand arm rest panel and left hand arm rest panel, characterized in that the seat frame includes a pair of outwardly-extending right hand arm rest braces and a pair of outwardly extending left hand arm rest braces, and the right hand inner arm rest support and the left hand inner arm rest support each having attachment members adapted to cooperate with the respective arm rest braces to mount the right hand arm rest assembly and left hand arm rest assembly, and wherein the right hand and left hand arm rest braces are vertically-oriented, and the attachment members comprise cut-outs (80, 82) in the right hand inner arm rest support and left hand inner arm rest support that are adapted to fit over and be supported by the respective right hand and left hand arm rest braces. (a) a right hand arm rest panel and a left hand arm rest panel mounted to respective right and left hand sides of the seat frame; (b) a right hand arm rest assembly positioned over the right hand arm rest panel, and a left hand arm rest assembly positioned over the left hand arm rest panel; wherein (c) the right hand arm rest assembly and the left hand arm rest assembly includes an upholstered surface, and d) the right hand arm assembly and the left hand arm assembly are each comprised of an outer shroud and an inner arm rest support that are nested together to form a hollow structure that fits over respective right hand arm rest panel and left hand arm rest panel,
A method performed by a cellular network for providing a multimode mobile terminal with access to a wireless local area network, wherein the mobile terminal is capable of switching among, at least, cellular and wireless modes and corresponds to a subscriber of the cellular network, the wireless local area network and cellular network each being managed by a separate entity, the method characterized by: identifying the mobile terminal and the wireless local area network from a request by the mobile terminal for access to the wireless local area network, the request including a wireless local area network identifier; based in the identifying, authorizing the wireless local area network to provide the mobile terminal with access to the wireless local area network as a subscriber of the cellular network, the authorizing comprising authorizing a controller of the wireless local area network that is responsible for at least accounting for the wireless local area network to record an expense for providing the mobile terminal with access to the wireless local area network; providing the mobile terminal with access to the wireless local area network as authorized, billing an amount to the mobile terminal based on the recorded expense; and the identifying, authorizing, providing and billing being carried out by electronic processing in at least one electronic component or module. identifying the mobile terminal and the wireless local area network from a request by the mobile terminal for access to the wireless local area network, the request including a wireless local area network identifier; based in the identifying, authorizing the wireless local area network to provide the mobile terminal with access to the wireless local area network as a subscriber of the cellular network, the authorizing comprising authorizing a controller of the wireless local area network that is responsible for at least accounting for the wireless local area network to record an expense for providing the mobile terminal with access to the wireless local area network; providing the mobile terminal with access to the wireless local area network as authorized, billing an amount to the mobile terminal based on the recorded expense; and the identifying, authorizing, providing and billing being carried out by electronic processing in at least one electronic component or module.
A lubricating oil composition having a sulphated ash content of less than 0.6 mass % as determined by ASTM D874, the composition comprising: an oil of lubricating viscosity in a major amount comprising a Group III base stock; an ashless antioxidant component, as an additive in a minor amount, comprising an oil-soluble or oil-dispersible ashless aromatic amine antioxidant present in an amount of at least 0.75 mass %, based on the total mass of the lubricating oil composition; a detergent component, as an additive in a minor amount, comprising an oil-soluble or oil-dispersible overbased magnesium detergent providing the lubricating oil composition with at least 0.05 mass % of magnesium, based on the total mass of the lubricating oil composition, wherein greater than 45 mass % of the metal content of the detergent component, based on the total mass of metal in the detergent component, comprises magnesium derived from the overbased magnesium detergent; and, wherein the lubricating oil composition includes less than 0.3 mass %, based on the total mass of the lubricating oil composition, of phenolic anti-oxidant(s). an oil of lubricating viscosity in a major amount comprising a Group III base stock; an ashless antioxidant component, as an additive in a minor amount, comprising an oil-soluble or oil-dispersible ashless aromatic amine antioxidant present in an amount of at least 0.75 mass %, based on the total mass of the lubricating oil composition; a detergent component, as an additive in a minor amount, comprising an oil-soluble or oil-dispersible overbased magnesium detergent providing the lubricating oil composition with at least 0.05 mass % of magnesium, based on the total mass of the lubricating oil composition, wherein greater than 45 mass % of the metal content of the detergent component, based on the total mass of metal in the detergent component, comprises magnesium derived from the overbased magnesium detergent; and,
A device for heating and drying at least one product made of a non-ferromagnetic material, in particular a film, for example a TAC film or PVOH film, wherein the device comprises at least one endless belt which is made of metal and which circulates between at least two rollers (3, 4), wherein the endless belt has an upper run and a lower run, and a belt outside of the upper run forms a transport surface for the product, wherein the device has at least one heating device for heating the product, wherein one of the at least two rollers (3, 4) is a casting roller over which a casting device for applying the product is arranged, characterized in that the at least one heating device is configured as an induction heater and has at least one inductor whose maximum extent, as viewed transversely with respect to a circumferential direction of the endless belt, is smaller than a belt width (b) of the endless belt, wherein the at least one inductor extends, as viewed in a transverse belt direction of the endless belt, at least over a belt center and regions of the endless belt adjoining the belt center on both sides, wherein the at least one inductor, as viewed in the material flow direction, is arranged at the level of the casting roller and upstream of the casting device or, as viewed in the material flow direction, downstream of the casting roller and covering at least a section of at least a first quarter of the upper run.
Method for the electron-beam-induced deposition of electrically conductive material, comprising: a. providing at least one electron beam at a point of a substrate, the at least one electron beam having a current intensity in the range of between 1 pA and 1 nA; b. storing dicobalt octocarbonyl at a first temperature of 250 K to 260 K; c. heating the dicobalt octocarbonyl to at least a second temperature of 275 K to 280 K, before provision at the point at which the at least one electron beam is incident. a. providing at least one electron beam at a point of a substrate, the at least one electron beam having a current intensity in the range of between 1 pA and 1 nA; b. storing dicobalt octocarbonyl at a first temperature of 250 K to 260 K; c. heating the dicobalt octocarbonyl to at least a second temperature of 275 K to 280 K, before provision at the point at which the at least one electron beam is incident.
Joining method for producing a component connection, in which joining method the parts to be joined (1, 5) are joined together by way of an adhesive seam which has at least one adhesive characteristic value, that is to say ductility or stiffness, the magnitude of which varies over an adhesive seam application length in dependence on varying requirements, wherein a liquid or paste-like adhesive starting component is applied to at least one part to be joined (1, 5) over the application length by means of an applicator unit, characterized in that the applicator unit comprises an adhesive reservoir for the adhesive starting component and, separately therefrom, at least one additive reservoir (9, 28), wherein the adhesive starting component is suitable already in its own right, at least after curing, for being able to provide a long-lasting component connection which is produced by adhesive bonding and wherein the reservoirs (11, 9, 28) are connected in terms of flow via a feed line system with an applicator nozzle for applying the adhesive, and in that the feed line system comprises an additive metering unit, by means of which the additive can be metered into the adhesive starting component conducted to the applicator nozzle, and in that the additive metering unit and the adhesive metering unit are incorporated as actuating elements in a control loop, and in that the metering unit (21, 23) can be actuated automatically via an electronic control unit in order to vary the adhesive characteristic value over the application length of the adhesive seam during the application operation by varying the proportion of additive in the adhesive starting component.
Device (4, 4.1) for positioning and securing a display element with respect to a housing, the display element being essentially localized in one main extension plane and abutting with the housing in a direction perpendicular to the main extension plane, the positioning and securing device (4, 4.1) being essentially localized in another main extension plane parallel to the main extension plane of the display element, characterized in that the positioning and securing device (4, 4.1) comprises at least one first compression element (4.1.1) abutting against the display element, as well as at least one second compression element (4.1.2) abutting against the housing, the positioning and securing device (4, 4.1) being made of an electrically conductive material, in particular a metal or a metal alloy, characterized in that the first compression element (4.1.1) and the second compression element (4.1.2) are connected to one another in the manner of a leaf spring and in that a plurality of first compression elements (4.1.1) and one second compression element (4.1.2) are connected in the manner of a meander, particularly in the form of a folded spring clip, or a plurality of second compression elements (4.1.2) and one first compression element (4.1.1) are connected in the manner of a meander, particularly in the form of a folded spring clip.
A fiber laser system comprising: a beam delivery system configured to guide a laser beam from a feeding fiber to a process fiber, the process fiber having a light-guiding cladding surrounding a core which is operative to output high- and low-aperture components of the laser beam; a reflective element spaced downstream from the process fiber and configured to transmit the low-aperture component and at least partially reflect the high-aperture component; and a sensor array located between the feeding and process fibers in the beam delivery system and operative to detect the backreflected high-aperture component. a beam delivery system configured to guide a laser beam from a feeding fiber to a process fiber, the process fiber having a light-guiding cladding surrounding a core which is operative to output high- and low-aperture components of the laser beam; a reflective element spaced downstream from the process fiber and configured to transmit the low-aperture component and at least partially reflect the high-aperture component; and a sensor array located between the feeding and process fibers in the beam delivery system and operative to detect the backreflected high-aperture component.
A switch device for one-way transmission, comprising: a switch, comprising: a first port; a second port; the switch device being characterized in that the switch further comprises: a third port coupled to the second port via a first path and coupled to the first port via a second path; a fourth port; and a fifth port coupled to the fourth port via a third path and coupled to the first port via a fourth path, wherein the fourth port and the fifth port form a first subnet, wherein the second port and the third port form a second subnet isolated to the first subnet; and a one-way link circuit, wherein an input terminal of the one-way link circuit is coupled to the first port. a switch, comprising: a first port; a second port; the switch device being characterized in that the switch further comprises: a third port coupled to the second port via a first path and coupled to the first port via a second path; a fourth port; and a fifth port coupled to the fourth port via a third path and coupled to the first port via a fourth path, wherein the fourth port and the fifth port form a first subnet, wherein the second port and the third port form a second subnet isolated to the first subnet; and a first port; a second port; the switch device being characterized in that the switch further comprises: a third port coupled to the second port via a first path and coupled to the first port via a second path; a fourth port; and a fifth port coupled to the fourth port via a third path and coupled to the first port via a fourth path, wherein the fourth port and the fifth port form a first subnet, wherein the second port and the third port form a second subnet isolated to the first subnet; and a third port coupled to the second port via a first path and coupled to the first port via a second path; a fourth port; and a fifth port coupled to the fourth port via a third path and coupled to the first port via a fourth path, wherein the fourth port and the fifth port form a first subnet, wherein the second port and the third port form a second subnet isolated to the first subnet; and a one-way link circuit, wherein an input terminal of the one-way link circuit is coupled to the first port.