mhurhangee/ep-ind-claims huggingface dataset:
A method of conducting a transaction comprising: receiving a selection of a virtual card corresponding to an account; receiving, by a portable wireless device, a pseudo account identifier that corresponds to a consumer's account identifier at the portable wireless device operated by a consumer over a first network using a long range wireless communication element in the portable wireless device; and providing, by the portable wireless device, the pseudo account identifier to an access device, wherein the access device thereafter sends an authorization request message comprising the pseudo account identifier to a remote server computer over a second network, wherein the remote server computer converts the pseudo account identifier into the corresponding account identifier and sends the authorization request message to an issuer computer that authorizes the transaction. receiving a selection of a virtual card corresponding to an account; receiving, by a portable wireless device, a pseudo account identifier that corresponds to a consumer's account identifier at the portable wireless device operated by a consumer over a first network using a long range wireless communication element in the portable wireless device; and providing, by the portable wireless device, the pseudo account identifier to an access device, wherein the access device thereafter sends an authorization request message comprising the pseudo account identifier to a remote server computer over a second network, wherein the remote server computer converts the pseudo account identifier into the corresponding account identifier and sends the authorization request message to an issuer computer that authorizes the transaction.
Dental unit and an external record for storing data, the dental unit comprising; - connections for instruments and for a control device, - a microprocessor arranged to control the dental unit, wherein said external record for storing data is external to the dental unit and comprises a user specific user profile, - a means for reading the user profile or a part of the user profile from said record external to the dental unit, - a display, wherein the microprocessor is arranged to show on the display a menu (4, 5), which contains icons related to functions of the dental unit and for receiving feeds from the control device relating to the icons and for controlling instruments on the basis of the feeds received from the control device, and wherein the user profile contains settings relating to contents of the menu, appearance of the icons and/or location of the icons. - connections for instruments and for a control device, - a microprocessor arranged to control the dental unit, - a means for reading the user profile or a part of the user profile from said record external to the dental unit, - a display,
Cutting device for cutting strips from a band of material, wherein the cutting device is provided with an elongate upper knife and a lower knife that is movable in longitudinal direction along the elongate upper knife, for cutting the material by the movement of the lower knife along the upper knife, wherein the elongate upper knife can be swivelled to at least substantially abutting contact with the lower knife, wherein the swivelling comprises at least a component transverse to the elongate upper knife, characterised in that the upper knife can be swivelled to against the lower knife by means of an electromotor, in particular a servomotor, wherein the upper knife exerts a force on the lower knife wherein the electromotor is a controllable electromotor, wherein the cutting device is provided with a feedback device to keep the force with which the upper knife pushes against the lower knife at least substantially constant.
A wireless communication method, comprising: determining, by a terminal device, a sending power for sending a Sounding Reference Signal, SRS, by utilizing a SRS resource in a SRS resource group; and indicating, by the terminal device, first information to a network device; characterized by the first information comprising information about the sending power for sending the SRS by utilizing the SRS resource in the SRS resource group; and wherein the information about the sending power comprises: a relative value of the sending power for sending the SRS by utilizing the SRS resource in the SRS resource group relative to a first sending power. determining, by a terminal device, a sending power for sending a Sounding Reference Signal, SRS, by utilizing a SRS resource in a SRS resource group; and indicating, by the terminal device, first information to a network device; characterized by the first information comprising information about the sending power for sending the SRS by utilizing the SRS resource in the SRS resource group; and wherein the information about the sending power comprises: a relative value of the sending power for sending the SRS by utilizing the SRS resource in the SRS resource group relative to a first sending power.
A refrigerator comprising: a main body; a storage chamber (25, 26) formed in the main body; a shelf support portion provided at a rear side of the storage chamber; a plurality of shelves (40, 70) coupled to the shelf support portion so that the shelves are arranged next to each other; and an adjustment member coupled to the shelves to remove a height difference between the plurality of shelves, wherein a plurality of coupling holes (50, 80) are formed in the plurality of shelves, and the adjustment member is configured to be inserted into the coupling holes (50, 80) of the shelves and then to rotate by a predetermined angle so that the adjustment member is fixed to the shelves, and wherein the adjustment member includes: a rod portion formed in a cylindrical shape and extending to be inserted into the coupling holes (50, 80) of the shelves; and a stopper portion formed to protrude in a radial outward direction from the rod portion so that the stopper portion is caught by one of the shelves, characterized in that the stopper portion includes a center stopper provided to be caught between the shelves (40, 70). a main body; a storage chamber (25, 26) formed in the main body; a shelf support portion provided at a rear side of the storage chamber; a plurality of shelves (40, 70) coupled to the shelf support portion so that the shelves are arranged next to each other; and an adjustment member coupled to the shelves to remove a height difference between the plurality of shelves, wherein a plurality of coupling holes (50, 80) are formed in the plurality of shelves, and the adjustment member is configured to be inserted into the coupling holes (50, 80) of the shelves and then to rotate by a predetermined angle so that the adjustment member is fixed to the shelves, and wherein the adjustment member includes: a rod portion formed in a cylindrical shape and extending to be inserted into the coupling holes (50, 80) of the shelves; and a stopper portion formed to protrude in a radial outward direction from the rod portion so that the stopper portion is caught by one of the shelves, characterized in that the stopper portion includes a center stopper provided to be caught between the shelves (40, 70). a rod portion formed in a cylindrical shape and extending to be inserted into the coupling holes (50, 80) of the shelves; and a stopper portion formed to protrude in a radial outward direction from the rod portion so that the stopper portion is caught by one of the shelves, characterized in that the stopper portion includes a center stopper provided to be caught between the shelves (40, 70).
A process for producing a capsule comprising coffee oil, the process comprising a) providing - one or more aqueous compositions comprising coffee extract, and - a composition comprising coffee oil; b) optionally, emulsifying the composition comprising coffee oil with an aqueous phase, providing an oil-in-water emulsion; c) mixing a first aqueous composition comprising coffee extract with the composition comprising coffee oil at a pH below 7, providing an oil-in-water emulsion; d) raising the pH to 7 or above, e) optionally, concentrating the oil-in-water emulsion; f) optionally, mixing the oil-in-water emulsion with coffee extract; g) optionally, drying the oil-in-water emulsion; and h) providing the capsule comprising a composition comprising coffee oil. a) providing - one or more aqueous compositions comprising coffee extract, and - a composition comprising coffee oil; - one or more aqueous compositions comprising coffee extract, and - a composition comprising coffee oil; b) optionally, emulsifying the composition comprising coffee oil with an aqueous phase, providing an oil-in-water emulsion; c) mixing a first aqueous composition comprising coffee extract with the composition comprising coffee oil at a pH below 7, providing an oil-in-water emulsion; d) raising the pH to 7 or above, e) optionally, concentrating the oil-in-water emulsion; f) optionally, mixing the oil-in-water emulsion with coffee extract; g) optionally, drying the oil-in-water emulsion; and h) providing the capsule comprising a composition comprising coffee oil.
A client-server system to distribute software application packages to a plurality of network connected clients with a same network address, comprising: a resource server for pushing policies associated with the software application packages to at least one distributing server; a distributing server for receiving the policies associated with the software application packages from the resource server; and a plurality of clients for pulling said policies associated with the software application packages from the distributing server, wherein one of the plurality of clients is designated as a peer distribution point, PDP, agent, wherein: (a) the resource server pushes the software application packages associated with policies pushed to the distributing server in response to one of the plurality of clients pulling the policies associated with the software application packages from the distributing server; (b) the PDP agent pulls the software application packages from the distributing server, after the resource server pushes the software application packages associated with policies to the distributing server; and (c) the plurality of clients pull the software application packages from the PDP agent, after the PDP agent pulls the software application packages from the distributing server. a resource server for pushing policies associated with the software application packages to at least one distributing server; a distributing server for receiving the policies associated with the software application packages from the resource server; and a plurality of clients for pulling said policies associated with the software application packages from the distributing server, wherein one of the plurality of clients is designated as a peer distribution point, PDP, agent, wherein: (a) the resource server pushes the software application packages associated with policies pushed to the distributing server in response to one of the plurality of clients pulling the policies associated with the software application packages from the distributing server; (b) the PDP agent pulls the software application packages from the distributing server, after the resource server pushes the software application packages associated with policies to the distributing server; and (c) the plurality of clients pull the software application packages from the PDP agent, after the PDP agent pulls the software application packages from the distributing server. (a) the resource server pushes the software application packages associated with policies pushed to the distributing server in response to one of the plurality of clients pulling the policies associated with the software application packages from the distributing server; (b) the PDP agent pulls the software application packages from the distributing server, after the resource server pushes the software application packages associated with policies to the distributing server; and (c) the plurality of clients pull the software application packages from the PDP agent, after the PDP agent pulls the software application packages from the distributing server.
An image providing device that provides images contained in a page to a client terminal, comprising: a first page information output means configured to output to the client terminal first page information for displaying a first page containing a first image and first image data associated with the first image contained in the first page; a second composite image data output means configured to output to the client terminal second composite image data associated with a second composite image combining one or more images, other than the image contained in the first page, of a plurality of images contained in a second page, to be displayed after the first page is displayed on the client terminal; and a second page information output means configured to output second page information containing display instruction information which, when executed by the client terminal, causes the client terminal to display in a second page the first image, the first image being contained in common in the first page, based on the first image data output by the first page information output means, and to display in the second page a second image contained in the second page that is other than the first image contained in the first page, the second image being based on the second composite image data that was output by the second composite image data output means. a first page information output means configured to output to the client terminal first page information for displaying a first page containing a first image and first image data associated with the first image contained in the first page; a second composite image data output means configured to output to the client terminal second composite image data associated with a second composite image combining one or more images, other than the image contained in the first page, of a plurality of images contained in a second page, to be displayed after the first page is displayed on the client terminal; and a second page information output means configured to output second page information containing display instruction information which, when executed by the client terminal, causes the client terminal to display in a second page the first image, the first image being contained in common in the first page, based on the first image data output by the first page information output means, and to display in the second page a second image contained in the second page that is other than the first image contained in the first page, the second image being based on the second composite image data that was output by the second composite image data output means.
Gas turbine power generation equipment for supplying electric power in cooperation when in use with intermittent renewable energy generation equipment in a local grid interconnected to a power grid, the gas turbine power generation equipment comprising: a fuel flow control device for controlling a flow rate of fuel supplied to a combustor; an air flow control device for controlling a flow rate of air (101, 102) compressed by a compressor and supplied to the combustor; characterized by a control unit configured to, when voltage on the power grid decreases below a threshold (V 0), output (S240, S240A, S290) a control signal to at least one of the fuel flow control device and the air flow control device to immediately decrease at least one of the fuel flow rate and the compressed air flow rate, and to immediately increase the reduced flow rate after an elapse of a predetermined time (To). a fuel flow control device for controlling a flow rate of fuel supplied to a combustor; an air flow control device for controlling a flow rate of air (101, 102) compressed by a compressor and supplied to the combustor; characterized by a control unit configured to, when voltage on the power grid decreases below a threshold (V 0), output (S240, S240A, S290) a control signal to at least one of the fuel flow control device and the air flow control device to immediately decrease at least one of the fuel flow rate and the compressed air flow rate, and to immediately increase the reduced flow rate after an elapse of a predetermined time (To).
Use of a cosmetic agent containing (a) water, (b) xanthan gum, and (c) at least one additional polysaccharide material selected from the group consisting of tragacanth gum, for temporarily shaping keratin fibers, in particular human hair. (a) water, (b) xanthan gum, and (c) at least one additional polysaccharide material selected from the group consisting of tragacanth gum,
A portable athletic performance monitoring system, comprising: a global positioning satellite receiver for obtaining data relating to a series of time stamped position points encountered during an athletic performance; a media playback device for providing media playback of media content to an athlete during the athletic performance; and means for controlling the media playback device during the athletic performance based, at least in part, on data obtained via the global positioning satellite receiver, wherein the means for controlling the media playback device is configured to adjust a media playback speed of the media content to be played by the media playback device in proportion to athlete movement speed determined using data obtained via the global positioning satellite receiver. a global positioning satellite receiver for obtaining data relating to a series of time stamped position points encountered during an athletic performance; a media playback device for providing media playback of media content to an athlete during the athletic performance; and means for controlling the media playback device during the athletic performance based, at least in part, on data obtained via the global positioning satellite receiver, wherein the means for controlling the media playback device is configured to adjust a media playback speed of the media content to be played by the media playback device in proportion to athlete movement speed determined using data obtained via the global positioning satellite receiver.
An absorbent for the removal of sulfur-containing compounds from streams of gas, liquid, or mixed gas and liquid, the absorbent comprising 70 weight percent or more powdered ferrous carbonate as its absorptive component, wherein the ferrous carbonate is in the form of the mineral siderite, wherein the absorbent comprises from 2 to 10 weight percent binder, and a moisture content of less than 3 weight percent, and wherein the binder is calcium aluminate cement.
A safety-analysis system comprising: a system modeler configured to receive component fault-based models of respective components of which a complex system is composed, the component fault-based models including transfer functions expressed as fault trees, each of at least some of the component fault-based models including an output of a respective component, a failure event of the respective component, an input to the respective component, and an external control, wherein the transfer function included in each of the at least some of the component fault-based models describes a logical relationship between the output of the respective component, the failure event of the respective component, the input to the respective component, and the external control, wherein the input to the component is from another component and the external control is a command from an operator of the respective component; wherein the system modeler is configured to assemble the component fault-based models into a system fault-based model of the complex system, the system fault-based model including a transfer function expressed as an assembly of the fault trees of the component fault-based models; and a model-analysis system configured to perform a safety analysis using the system fault-based model, wherein the model-analysis system being configured to perform the safety analysis includes being configured to perform a fault-tree analysis using the system fault-based model, and generate one or more minimal cut sets and probabilities for one or more failure conditions based thereon. a system modeler configured to receive component fault-based models of respective components of which a complex system is composed, the component fault-based models including transfer functions expressed as fault trees, each of at least some of the component fault-based models including an output of a respective component, a failure event of the respective component, an input to the respective component, and an external control, wherein the transfer function included in each of the at least some of the component fault-based models describes a logical relationship between the output of the respective component, the failure event of the respective component, the input to the respective component, and the external control, wherein the input to the component is from another component and the external control is a command from an operator of the respective component; wherein the system modeler is configured to assemble the component fault-based models into a system fault-based model of the complex system, the system fault-based model including a transfer function expressed as an assembly of the fault trees of the component fault-based models; and a model-analysis system configured to perform a safety analysis using the system fault-based model, wherein the model-analysis system being configured to perform the safety analysis includes being configured to perform a fault-tree analysis using the system fault-based model, and generate one or more minimal cut sets and probabilities for one or more failure conditions based thereon.
A power rail arrangement for the power supply of electric traction vehicles, comprising a rigid power rail, which can be fastened to a supporting unit by means of a retaining part, wherein the retaining part can be coupled to a sliding element in a positive-locking manner, which can be moved in longitudinal direction of the power rail, and wherein the power rail is retained in openings (22, 25) of the retaining part and of the sliding element, characterized in that an elastic compression element engages into bores (29, 32) of the retaining part and of the sliding element, thus fixing a redefined position between the retaining part and the sliding element.
A method of installing a part on a vehicle, comprising: receiving, by a part history blockchain network, information regarding installation of the part on the vehicle, from a vehicle configuration and activity history blockchain network, wherein information for the part is recorded in part history blockchains for the part in the part history blockchain network; recording the information regarding the installation of the part in vehicle configuration and activity history blockchains for the vehicle in the vehicle configuration and activity history blockchain network; and locking, by the part history blockchain network, the part history blockchains for the part to prevent adding information for the part to the part history blockchains for the part for as long as the part is installed on the vehicle. receiving, by a part history blockchain network, information regarding installation of the part on the vehicle, from a vehicle configuration and activity history blockchain network, wherein information for the part is recorded in part history blockchains for the part in the part history blockchain network; recording the information regarding the installation of the part in vehicle configuration and activity history blockchains for the vehicle in the vehicle configuration and activity history blockchain network; and locking, by the part history blockchain network, the part history blockchains for the part to prevent adding information for the part to the part history blockchains for the part for as long as the part is installed on the vehicle.