mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: maintaining a local database of mobile subscriber information for mobile subscribers derived from mobile subscriber information residing in a database maintained in a mobile access network infrastructure setup by a mobile service provider in a mobile access network, the mobile subscriber information comprising owner information, subscriber device information and subscriber mobile charging and subscription plan information, wherein the local database resides in a server within the mobile access network comprising the mobile access network infrastructure setup by the mobile service provider; receiving in the server a request for content from a mobile subscriber of the mobile access infrastructure; loading in the server the requested content from a content database (18; 172) of the mobile access network; processing in the server the requested content based on: at least a portion of the mobile subscriber information in the local database of mobile subscriber information; and mobile network characteristics comprising at least one of bandwidth available, network latency, and roamed-to network; and delivering the processed requested content in the server to the mobile subscriber of the mobile access infrastructure. maintaining a local database of mobile subscriber information for mobile subscribers derived from mobile subscriber information residing in a database maintained in a mobile access network infrastructure setup by a mobile service provider in a mobile access network, the mobile subscriber information comprising owner information, subscriber device information and subscriber mobile charging and subscription plan information, wherein the local database resides in a server within the mobile access network comprising the mobile access network infrastructure setup by the mobile service provider; receiving in the server a request for content from a mobile subscriber of the mobile access infrastructure; loading in the server the requested content from a content database (18; 172) of the mobile access network; processing in the server the requested content based on: at least a portion of the mobile subscriber information in the local database of mobile subscriber information; and mobile network characteristics comprising at least one of bandwidth available, network latency, and roamed-to network; and delivering the processed requested content in the server to the mobile subscriber of the mobile access infrastructure. at least a portion of the mobile subscriber information in the local database of mobile subscriber information; and mobile network characteristics comprising at least one of bandwidth available, network latency, and roamed-to network; and delivering the processed requested content in the server to the mobile subscriber of the mobile access infrastructure.
A process for reducing or eliminating the fouling of aqueous systems including a biofilm which contains bacteria comprising, creating an antimicrobial compound containing liposome having size of from about 0.05 to about 15μm; and adding the antimicrobial compound containing liposome to an aqueous system including a biofilm wherein the antimicrobial compound containing liposome is incorporated into the biofilm, to kill or remove the biofilm and reduce or eliminate fouling.
A computer-implemented method for routing requests when performing a canary analysis, the method comprising: selecting, for a first request, a routing configuration (220) based on a type of a device that issued the first request, wherein the routing configuration (220) includes: a routing to a first server of a plurality of servers (130, 140, 150, 160), wherein the first server implements a modification to a service provided via the plurality of servers (130, 140, 150, 160), a time window indicating an amount of time for routing the first request, and a percentage of requests that are received from the type of the device that are to be routed to the first server; determining, based on a device identifier for the device included in the first request, a time associated with the first request, the percentage, and the time window, whether to route the request to the first server; and routing, during the time window, the first request to either the first server using the routing or a second server that does not implement the modification based on the determining. selecting, for a first request, a routing configuration (220) based on a type of a device that issued the first request, wherein the routing configuration (220) includes: a routing to a first server of a plurality of servers (130, 140, 150, 160), wherein the first server implements a modification to a service provided via the plurality of servers (130, 140, 150, 160), a time window indicating an amount of time for routing the first request, and a percentage of requests that are received from the type of the device that are to be routed to the first server; a routing to a first server of a plurality of servers (130, 140, 150, 160), wherein the first server implements a modification to a service provided via the plurality of servers (130, 140, 150, 160), a time window indicating an amount of time for routing the first request, and a percentage of requests that are received from the type of the device that are to be routed to the first server; determining, based on a device identifier for the device included in the first request, a time associated with the first request, the percentage, and the time window, whether to route the request to the first server; and routing, during the time window, the first request to either the first server using the routing or a second server that does not implement the modification based on the determining.
An apparatus for collecting photocuring generated gas, comprising: a chamber unit with a sample accommodating space formed therein, in which a sample is accommodated; a light source unit configured to irradiate light to an upper surface of the chamber unit; an oven unit provided with a heating space accommodating the chamber unit therein; a purge gas injection flow path for injecting a purge gas into the sample accommodating space; an outgas discharge flow path for discharging outgas generated in the sample accommodating space to a gas collection pipe located outside the sample accommodating space; wherein the chamber unit comprises: a body part with a sample mounting groove formed on an upper surface thereof as the sample accommodating space; and a transparent cover part configured to cover the sample mounting groove and coupled to the upper surface of the body part, wherein the light irradiated by the light source unit is transmitted through the transparent cover part, characterized in that an inlet through which the purge gas is injected and an outlet through which the outgas is discharged are formed in the transparent cover part, the purge gas injection flow path is connected to the inlet, and the outgas discharge flow path is connected to the outlet. a chamber unit with a sample accommodating space formed therein, in which a sample is accommodated; a light source unit configured to irradiate light to an upper surface of the chamber unit; an oven unit provided with a heating space accommodating the chamber unit therein; a purge gas injection flow path for injecting a purge gas into the sample accommodating space; an outgas discharge flow path for discharging outgas generated in the sample accommodating space to a gas collection pipe located outside the sample accommodating space; wherein the chamber unit comprises: a body part with a sample mounting groove formed on an upper surface thereof as the sample accommodating space; and a transparent cover part configured to cover the sample mounting groove and coupled to the upper surface of the body part, wherein the light irradiated by the light source unit is transmitted through the transparent cover part, characterized in that an inlet through which the purge gas is injected and an outlet through which the outgas is discharged are formed in the transparent cover part, the purge gas injection flow path is connected to the inlet, and a body part with a sample mounting groove formed on an upper surface thereof as the sample accommodating space; and a transparent cover part configured to cover the sample mounting groove and coupled to the upper surface of the body part, wherein the light irradiated by the light source unit is transmitted through the transparent cover part, characterized in that an inlet through which the purge gas is injected and an outlet through which the outgas is discharged are formed in the transparent cover part, the purge gas injection flow path is connected to the inlet, and the outgas discharge flow path is connected to the outlet.
A control device for a rolling mill apparatus including at least one rolling mill stand for rolling a metal plate, the control device including: a detection signal acquisition part for receiving, from an edge crack sensor, a detection signal of an edge crack at an end portion of the metal plate in a plate width direction; and a rolling condition decision part for deciding a rolling condition for the rolling mill apparatus, wherein the rolling condition decision part is configured to change, if the detection signal acquisition part receives the detection signal of the edge crack, the rolling condition for the rolling mill apparatus from a first rolling condition immediately before detection of the edge crack to a second rolling condition which is more capable of suppressing growth of the edge crack than the first rolling condition, wherein the rolling condition decision part is configured to maintain the rolling condition for the rolling mill apparatus to the second rolling condition after the detection signal acquisition part receives the detection signal of the edge crack and at least until a portion of the metal plate which includes the edge crack portion is rewound by a rewinder of the rolling mill apparatus, characterised in that the rolling condition decision part is configured to set the rolling condition for the rolling mill apparatus back to the first rolling condition after the portion of the metal plate including the edge crack is rewound by the rewinder. a detection signal acquisition part for receiving, from an edge crack sensor, a detection signal of an edge crack at an end portion of the metal plate in a plate width direction; and a rolling condition decision part for deciding a rolling condition for the rolling mill apparatus, wherein the rolling condition decision part is configured to change, if the detection signal acquisition part receives the detection signal of the edge crack, the rolling condition for the rolling mill apparatus from a first rolling condition immediately before detection of the edge crack to a second rolling condition which is more capable of suppressing growth of the edge crack than the first rolling condition, wherein the rolling condition decision part is configured to maintain the rolling condition for the rolling mill apparatus to the second rolling condition after the detection signal acquisition part receives the detection signal of the edge crack and at least until a portion of the metal plate which includes the edge crack portion is rewound by a rewinder of the rolling mill apparatus, characterised in that the rolling condition decision part is configured to set the rolling condition for the rolling mill apparatus back to the first rolling condition after the portion of the metal plate including the edge crack is rewound by the rewinder.
Surge arrester comprising a first and a second terminal (1, 2) for connection to the active leads of an electric plant, between which a protection element is inserted, provided with a pair of electrodes electrically connected to said connection terminals, said protection element being temperature-degradable depending on time, and between said first terminal and an electrode of the protection element a disconnector being provided, characterised in that it further comprises a signalling device of the state of degradation of said protection element, comprising at least movable means (30, 33), having a pressure element, being biased by elastic means against a cushion made of temperature-variable viscosity material, signalling means being connected with said movable means, which signalling means make evident the level of degradation depending on displacement thereof caused by the sinking of said pressure element of said movable means into said cushion.
A snack chip comprising: a) from 20% to 50% of vegetable material derived from carrots; b) from 40% to 65% of starch material made from tapioca wherein at least 40% of the starch material is pre-gelatinized; c) from 0.1% to 3.0% water; and d) from 1% to 20% of ingredients selected from the group consisting of natural or artificial flavors, oat meal, fruits, nuts, flavor enhancers, fats and oils, natural sweeteners, artificial sweeteners, non-digestible fats or oils, vitamin or minerals and mixtures thereof. a) from 20% to 50% of vegetable material derived from carrots; b) from 40% to 65% of starch material made from tapioca wherein at least 40% of the starch material is pre-gelatinized; c) from 0.1% to 3.0% water; and d) from 1% to 20% of ingredients selected from the group consisting of natural or artificial flavors, oat meal, fruits, nuts, flavor enhancers, fats and oils, natural sweeteners, artificial sweeteners, non-digestible fats or oils, vitamin or minerals and mixtures thereof.
A securing element for securing conduits to a sanitary fitting with a ring element, wherein the securing element has a securing arrangement which extends away from the ring element in the axial direction of the securing element, wherein the securing element is of one-piece construction, characterized in that - the securing arrangement is formed cylindrically, and in that - the securing element has a radial slot formed in the ring element, which slot is formed in such a manner that the ring element can be spread open in the circumferential direction. - the securing arrangement is formed cylindrically, and in that - the securing element has a radial slot formed in the ring element, which slot is formed in such a manner that the ring element can be spread open in the circumferential direction.
A method of performing a procedure on an animal, said procedure being chosen from: i) gas-based stunning, and ii) gas-based killing; said procedure using a foam, said foam having a gas composition suitable for performing the procedure; wherein the procedure is performed using a container; and wherein the method comprises the steps of - introducing the foam in the container and - performing the procedure; characterized in that the animal is introduced in the container and subsequently the foam is used to expel at least 90% of the air in the container from the container, wherein the foam is supplied from the bottom of the container towards the top of the container, and the foam gets pushed up by newly introduced foam. i) gas-based stunning, and ii) gas-based killing; wherein the procedure is performed using a container; and wherein the method comprises the steps of - introducing the foam in the container and - performing the procedure; - introducing the foam in the container and - performing the procedure; characterized in that the animal is introduced in the container and subsequently the foam is used to expel at least 90% of the air in the container from the container, wherein the foam is supplied from the bottom of the container towards the top of the container, and the foam gets pushed up by newly introduced foam.
A rubber composition for a tire obtainable by mixing: a kneaded mixture containing butadiene rubber 1, silica 1, a silane coupling agent 1 with a sulfur content of 20% by mass or more, and oil 1; styrene-butadiene rubber 2; and a silane coupling agent 2 with a sulfur content of less than 20% by mass. a kneaded mixture containing butadiene rubber 1, silica 1, a silane coupling agent 1 with a sulfur content of 20% by mass or more, and oil 1; styrene-butadiene rubber 2; and a silane coupling agent 2 with a sulfur content of less than 20% by mass.
A composition comprising PVC and a blend of: i) a dialkyl phthalate in which the alkyl groups contain from 10 to 14 carbon atoms and/or a trimellitate in which the alkyl groups contain from 8 to 10 carbon atoms, and ii) a dialkyl adipate in which the alkyl groups contain from 11 to 14 carbon atoms. i) a dialkyl phthalate in which the alkyl groups contain from 10 to 14 carbon atoms and/or a trimellitate in which the alkyl groups contain from 8 to 10 carbon atoms, and ii) a dialkyl adipate in which the alkyl groups contain from 11 to 14 carbon atoms.
A hearing aid comprising a wireless transceiver wherein said transceiver comprises an inductive antenna and a trimming capacitor, wherein the inductive antenna and the trimming capacitor together form a series resonance circuit, wherein said trimming capacitor comprises at least four parallel signal paths, wherein each of said at least four signal paths comprises a parallel capacitor (309, 310, 311 and 312), a series capacitor (301, 302, 303 and 304) and a switching transistor (305, 306, 307 and 308) arranged such that the switching transistor is coupled in parallel with said parallel capacitor (309, 310, 311 and 312) and wherein said switching transistor (305, 306, 307 and 308) and parallel capacitor (309, 310, 311 and 312) are coupled in series with said series capacitor (301, 302, 303 and 304), whereby a voltage drop across the switching transistor (305, 306, 307 and 308), when the switching transistor is set to "off', will be lower than a voltage applied across the trimming capacitor due to voltage division between said parallel capacitor (309, 310, 311 and 312) and said series capacitor (301, 302, 303 and 304) and wherein, in each of the signal paths, the capacitance of the parallel capacitor (309, 310, 311 and 312) exceeds the capacitance of the series capacitor (301, 302, 303 and 304) by a factor in the range between 1.5 and 4.
A device for radio frequency based skin treatment comprising: a non-circular outer electrode (21; 23; 32) arranged on an operational side of the device and having at least one axis of symmetry (24; 25; 33); at least two inner electrodes (20; 22; 30) arranged on the operational side of the device, all of the inner electrodes having an equally shaped and equally dimensioned skin contact surface having an equal orientation relative to the operational side; an RF generator arranged to supply an RF voltage between all of the inner electrodes and the outer electrode, wherein the outer electrode surrounds all inner electrodes, and wherein all of the inner electrodes are at an equal minimum distance from the outer electrode, characterized in that: - in case the outer electrode has only one axis of symmetry, all the inner electrodes are arranged so as to be symmetrically spaced from said one axis of symmetry, and - in case the outer electrode has more than one axis of symmetry (25,26), all the inner electrodes are at an equal distance from a common point of intersection of all axes of symmetry and are positioned, with respect to each of the respective axes of symmetry, either on said respective axis of symmetry or at a distance from said respective axis of symmetry and symmetrically relative to one of the other inner electrodes. a non-circular outer electrode (21; 23; 32) arranged on an operational side of the device and having at least one axis of symmetry (24; 25; 33); at least two inner electrodes (20; 22; 30) arranged on the operational side of the device, all of the inner electrodes having an equally shaped and equally dimensioned skin contact surface having an equal orientation relative to the operational side; an RF generator arranged to supply an RF voltage between all of the inner electrodes and the outer electrode, wherein the outer electrode surrounds all inner electrodes, and wherein all of the inner electrodes are at an equal minimum distance from the outer electrode, - in case the outer electrode has only one axis of symmetry, all the inner electrodes are arranged so as to be symmetrically spaced from said one axis of symmetry, and - in case the outer electrode has more than one axis of symmetry (25,26), all the inner electrodes are at an equal distance from a common point of intersection of all axes of symmetry and are positioned, with respect to each of the respective axes of symmetry, either on said respective axis of symmetry or at a distance from said respective axis of symmetry and symmetrically relative to one of the other inner electrodes.
A method of reducing convective and radiant heat transfer to a combustor component of a gas turbine, the method comprising the steps of: depositing a thermal barrier coating on the component; preparing first and second slurries, the first slurry being free of zinc titanate and containing first and second alumina particles in a first silica-forming binder material, the first alumina particles having a particle size range of 3 to 6 micrometers, the second alumina particles having a particle size range of 0.05 to 0.8 micrometers, the second slurry containing third alumina particles, a glass material, and zinc titanate in a second silica-forming binder material, the third alumina particles having a particle size range of less than the first and second alumina particles; depositing and firing the first and second slurries to form first and second layers (30,32) of a multilayer outer coating overlying the thermal barrier coating, the first layer being free of zinc titanate and comprising alumina in a first silica-containing matrix material, the second layer comprising alumina, the glass material, and the zinc titanate in a second silica-containing matrix material; wherein the second layer defines an outermost surface of the component, the outermost surface having a surface roughness of not greater than 3 micrometers Ra. depositing a thermal barrier coating on the component; preparing first and second slurries, the first slurry being free of zinc titanate and containing first and second alumina particles in a first silica-forming binder material, the first alumina particles having a particle size range of 3 to 6 micrometers, the second alumina particles having a particle size range of 0.05 to 0.8 micrometers, the second slurry containing third alumina particles, a glass material, and zinc titanate in a second silica-forming binder material, the third alumina particles having a particle size range of less than the first and second alumina particles; depositing and firing the first and second slurries to form first and second layers (30,32) of a multilayer outer coating overlying the thermal barrier coating, the first layer being free of zinc titanate and comprising alumina in a first silica-containing matrix material, the second layer comprising alumina, the glass material, and the zinc titanate in a second silica-containing matrix material; wherein the second layer defines an outermost surface of the component, the outermost surface having a surface roughness of not greater than 3 micrometers Ra.