mhurhangee/ep-ind-claims huggingface dataset:
A method for initiating remote installation of a licensed digital content item on an unlicensed computing machine without a license for the licensed digital content item, wherein a licensed computing machine with a license for the licensed digital content item is associated with a user and the unlicensed computing machine without the license is associated with another user, the method comprising: identifying (202; 302; 402), at the licensed computing machine, the unlicensed computing machine at which to install the licensed digital content item; sending (204; 304; 404), from the licensed computing machine to an authorization service computing machine, a request to transfer the license for the licensed digital content item to the unlicensed computing machine; if the licensed computing machine has the license and if the licensed digital content item is not being executed on the licensed computing machine approving by the authorization service computing machine temporary transfer of the license to the unlicensed computing machine; preventing the licensed computing machine from executing the licensed digital content item whilst the license for the licensed digital content item has been transferred from the licensed computing machine to the unlicensed computing machine, wherein the license is transferred to the unlicensed computing machine when the unlicensed computing machine requests validation of the transfer from the authorization service computing machine, the request including credentials of the user. identifying (202; 302; 402), at the licensed computing machine, the unlicensed computing machine at which to install the licensed digital content item; sending (204; 304; 404), from the licensed computing machine to an authorization service computing machine, a request to transfer the license for the licensed digital content item to the unlicensed computing machine; if the licensed computing machine has the license and if the licensed digital content item is not being executed on the licensed computing machine approving by the authorization service computing machine temporary transfer of the license to the unlicensed computing machine; preventing the licensed computing machine from executing the licensed digital content item whilst the license for the licensed digital content item has been transferred from the licensed computing machine to the unlicensed computing machine, wherein the license is transferred to the unlicensed computing machine when the unlicensed computing machine requests validation of the transfer from the authorization service computing machine, the request including credentials of the user.
A telescopic steering device comprising: a steering column having a configuration in which a front section of an outer column is set with respect to a rear section of an inner column so that a relative displacement therebetween can be applied in an axial direction, the inner column being arranged at a relatively front side, the outer column being arranged at a relatively rear side; a support bracket including a pair of support plates which sandwich the front section of the outer column from both sides thereof in a width direction, the support bracket being installable on a vehicle body; and an adjusting rod inserted in the width direction and through a telescopic adjustment slot, which is formed in the front section of the outer column to extend in the axial direction of the outer column, and through holes formed in the support plates, characterized in that the adjusting rod is biased upward by a pushing-up member, a rotating member is rotatably supported on the adjusting rod in a state in which a biasing force exerted on the adjusting rod is transmitted by the pushing-up member to the outer column via the rotating member, and a groove is formed outside the slot in the width direction and along the slot, the rotating member being disposed in the groove. a steering column having a configuration in which a front section of an outer column is set with respect to a rear section of an inner column so that a relative displacement therebetween can be applied in an axial direction, the inner column being arranged at a relatively front side, the outer column being arranged at a relatively rear side; a support bracket including a pair of support plates which sandwich the front section of the outer column from both sides thereof in a width direction, the support bracket being installable on a vehicle body; and an adjusting rod inserted in the width direction and through a telescopic adjustment slot, which is formed in the front section of the outer column to extend in the axial direction of the outer column, and through holes formed in the support plates, characterized in that the adjusting rod is biased upward by a pushing-up member, a rotating member is rotatably supported on the adjusting rod in a state in which a biasing force exerted on the adjusting rod is transmitted by the pushing-up member to the outer column via the rotating member, and a groove is formed outside the slot in the width direction and along the slot, the rotating member being disposed in the groove.
An electronic device comprising: a display configured to display content; a processor operatively connected to the display, wherein the processor is configured to: obtain information about an exterior color; extract a dominant color from a specified area in an area in which the content is displayed; and apply a gradation effect for transitioning from the exterior color to the dominant color, to at least part of an edge area of the display. a display configured to display content; a processor operatively connected to the display, wherein the processor is configured to: obtain information about an exterior color; extract a dominant color from a specified area in an area in which the content is displayed; and apply a gradation effect for transitioning from the exterior color to the dominant color, to at least part of an edge area of the display. obtain information about an exterior color; extract a dominant color from a specified area in an area in which the content is displayed; and apply a gradation effect for transitioning from the exterior color to the dominant color, to at least part of an edge area of the display.
An apparatus for a wireless communication, the apparatus comprising: receiver circuitry configured to receive RF signals including, during a beacon interval, an announcement of an indication of a number of sector-sweep slots, the sector-sweep slots to occur in a subsequent association beamforming training period, A-BFT, during the beacon interval within which the announcement is received, the sector sweep slots comprising available time slots; processing circuitry configured to use a random backoff procedure to determine a backoff period to delay transmission of sector sweep frames of a reverse sector sweep within a first of the sector-sweep slots the backoff period based on the number of sector-sweep slots that are to occur in the subsequent A-BFT; and transmitter circuitry configured to transmit RF signals including at least some of the sector sweep frames of the reverse sector sweep during the sector-sweep slot at a time based on the backoff period; wherein a number of sector sweep frames of the reverse sector sweep is based on a number of antenna sectors; and wherein when additional sector sweep frames of the reverse sector sweep are to be transmitted, the processing circuitry is configured to decrease the backoff period for transmission of the additional sector sweep frames in a next sector sweep slot of the A-BFT. receiver circuitry configured to receive RF signals including, during a beacon interval, an announcement of an indication of a number of sector-sweep slots, the sector-sweep slots to occur in a subsequent association beamforming training period, A-BFT, during the beacon interval within which the announcement is received, the sector sweep slots comprising available time slots; processing circuitry configured to use a random backoff procedure to determine a backoff period to delay transmission of sector sweep frames of a reverse sector sweep within a first of the sector-sweep slots the backoff period based on the number of sector-sweep slots that are to occur in the subsequent A-BFT; and transmitter circuitry configured to transmit RF signals including at least some of the sector sweep frames of the reverse sector sweep during the sector-sweep slot at a time based on the backoff period; wherein a number of sector sweep frames of the reverse sector sweep is based on a number of antenna sectors; and wherein when additional sector sweep frames of the reverse sector sweep are to be transmitted, the processing circuitry is configured to decrease the backoff period for transmission of the additional sector sweep frames in a next sector sweep slot of the A-BFT.
A method for learning a compression/decompression context comprising at least one compression/decompression rule (120a, 120b, 120c) intended to be used by a compressor device and a decompressor device, for respectively compressing and decompressing at least one first data flow transmitted via at least one first communication link, characterised in that at least one device, from among the compressor device, the decompressor device and a third party device, carries out the following steps of: • analysing at least one second non-compressed data flow transmitted between the compressor device and the decompressor device via at least one second communication link; and • learning said at least one compression/decompression rule as a function of said analysis; in that said learning step comprises a modification (E210b) of at least one basic compression/decompression rule in order to obtain said at least one compression/decompression rule comprised within said compression/decompression context, in that said at least one basic compression/decompression rule comprises at least one adaptation field description defining a compression/decompression behaviour for an adaptation field of said at least one first data flow, and in that said modification comprises, for each selected basic compression/decompression rule: • for each adaptation field description, a modification of at least one attribute of said adaptation field description, as a function of a current value of said adaptation field in a packet of said at least one second data flow. • analysing at least one second non-compressed data flow transmitted between the compressor device and the decompressor device via at least one second communication link; and • learning said at least one compression/decompression rule as a function of said analysis; • for each adaptation field description, a modification of at least one attribute of said adaptation field description, as a function of a current value of said adaptation field in a packet of said at least one second data flow.
An apparatus for treating wine after the wine has been produced and bottled, the apparatus comprising: a container having an ion exchange matrix held therein, at least part of the container including a screen that prevents the passage of the ion exchange matrix there-through and permits the passage of the wine there-through, wherein the ion exchange matrix includes a mixture of cation exchange beads and anion exchange beads that comprise: cation exchange beads that are in hydrogen form, cation exchange beads that are in mineral form comprising potassium mineral form, anion exchange beads that are in hydroxide form, and anion exchange beads that are in chloride mineral form, wherein the ion exchange matrix is adapted such that exposure of the wine to the ion exchange matrix in the container results in: binding ions of the mixture to one or more cationic or anionic constituents present in the wine, wherein the cationic or anionic constituents have a noxious effect on humans; and reducing concentration of the one or more cationic or anionic constituents in the wine. cation exchange beads that are in hydrogen form, cation exchange beads that are in mineral form comprising potassium mineral form, anion exchange beads that are in hydroxide form, and anion exchange beads that are in chloride mineral form, wherein the ion exchange matrix is adapted such that exposure of the wine to the ion exchange matrix in the container results in: binding ions of the mixture to one or more cationic or anionic constituents present in the wine, wherein the cationic or anionic constituents have a noxious effect on humans; and reducing concentration of the one or more cationic or anionic constituents in the wine.
A process for producing a salt of bis(fluorosulfonyl) imide anion (M x+ m [(FSO 2) 2 N -] n, wherein M + is an inorganic or organic cation and x, n and m are integers from 1-4, comprising: adding sulfuryl fluoride (SO 2 F 2) to solid ammonium fluoride in a solvent in a sealed reactor, in the presence of an aprotic base; and isolating said salt. adding sulfuryl fluoride (SO 2 F 2) to solid ammonium fluoride in a solvent in a sealed reactor, in the presence of an aprotic base; and isolating said salt.
Method for transporting energy and for storing energy, comprising the following method steps: - converting solar, wind and/or biogas energy into electrical energy or using overproduction of electrical energy from nuclear power stations, - using the electrical energy for producing an energy carrier in the form of pure lithium in elementary form, - transforming the energy carrier into a transportable or storable form, the transportable form taking the form of solid bulk units such that there is as little surface area as possible for air and water to act on, - transporting the energy carrier as lithium in the form of solid bulk units or transporting it in the form of a lithium hydride that is transported in a solid form or in the form of solar-thermally melted lithium pumped in liquid form, storage of the energy carrier in the solidified form and finally - releasing the stored energy by reaction with water or oxygen. - converting solar, wind and/or biogas energy into electrical energy or using overproduction of electrical energy from nuclear power stations, - using the electrical energy for producing an energy carrier in the form of pure lithium in elementary form, - transforming the energy carrier into a transportable or storable form, the transportable form taking the form of solid bulk units such that there is as little surface area as possible for air and water to act on, - transporting the energy carrier as lithium in the form of solid bulk units or transporting it in the form of a lithium hydride that is transported in a solid form or in the form of solar-thermally melted lithium pumped in liquid form, storage of the energy carrier in the solidified form and finally - releasing the stored energy by reaction with water or oxygen.
A computing device for sharing information with other computing devices, the computing device comprising: an input gesture system to receive input gestures from a user of the computing device; a presence detection module to: transmit a radar signal to the plurality of other computing devices; receive a reflection signal from at least one of the other computing devices in response to the radar signal; determine a location of the at least one of the other computing devices relative to the computing device based on the received reflection signal; and an information share module to: detect an input gesture received from a user via the input gesture system; identify a recipient computing device of the other computing devices based on the detected input gesture and the determined location of the at least one other computing device; determine information data usable by the recipient computing device to access the information to be shared; and a communication module to transmit the information data to the recipient computing device. an input gesture system to receive input gestures from a user of the computing device; a presence detection module to: transmit a radar signal to the plurality of other computing devices; receive a reflection signal from at least one of the other computing devices in response to the radar signal; determine a location of the at least one of the other computing devices relative to the computing device based on the received reflection signal; and transmit a radar signal to the plurality of other computing devices; receive a reflection signal from at least one of the other computing devices in response to the radar signal; determine a location of the at least one of the other computing devices relative to the computing device based on the received reflection signal; and an information share module to: detect an input gesture received from a user via the input gesture system; identify a recipient computing device of the other computing devices based on the detected input gesture and the determined location of the at least one other computing device; determine information data usable by the recipient computing device to access the information to be shared; and detect an input gesture received from a user via the input gesture system; identify a recipient computing device of the other computing devices based on the detected input gesture and the determined location of the at least one other computing device; determine information data usable by the recipient computing device to access the information to be shared; and a communication module to transmit the information data to the recipient computing device.
A secondary battery pack comprising: a battery cell having an electrode assembly mounted in a battery case together with an electrolyte, the battery case having an open top sealed by a top cap; a protection circuit module having a protection circuit for controlling overcharge, overdischarge, and overcurrent of the battery cell; an insulative mounting member constructed in a structure in which the protection circuit module is loaded at a top of the insulative mounting member, the insulative mounting member being mounted to the top cap of the battery cell; and an insulative cap coupled to an upper end of the battery cell for covering the insulative mounting member in a state in which the protection circuit module is loaded on the insulative mounting member, wherein the top cap is provided with a pair of protrusion-type electrode terminals (a first protrusion-type electrode terminal and a second protrusion-type electrode terminal) connected to a cathode and an anode of the electrode assembly, respectively, the insulative mounting member is provided with through-holes corresponding to the protrusion-type electrode terminals, the protection circuit module is provided with through-holes corresponding to the protrusion-type electrode terminals, and the coupling of the insulative mounting member and the protection circuit module to the battery cell is achieved by successively fixedly inserting the protrusion-type electrode terminals through the through-holes of the insulative mounting member and the protection circuit module. a battery cell having an electrode assembly mounted in a battery case together with an electrolyte, the battery case having an open top sealed by a top cap; a protection circuit module having a protection circuit for controlling overcharge, overdischarge, and overcurrent of the battery cell; an insulative mounting member constructed in a structure in which the protection circuit module is loaded at a top of the insulative mounting member, the insulative mounting member being mounted to the top cap of the battery cell; and an insulative cap coupled to an upper end of the battery cell for covering the insulative mounting member in a state in which the protection circuit module is loaded on the insulative mounting member, wherein the top cap is provided with a pair of protrusion-type electrode terminals (a first protrusion-type electrode terminal and a second protrusion-type electrode terminal) connected to a cathode and an anode of the electrode assembly, respectively, the insulative mounting member is provided with through-holes corresponding to the protrusion-type electrode terminals, the protection circuit module is provided with through-holes corresponding to the protrusion-type electrode terminals, and the coupling of the insulative mounting member and the protection circuit module to the battery cell is achieved by successively fixedly inserting the protrusion-type electrode terminals through the through-holes of the insulative mounting member and the protection circuit module.
A ceramic clay obtained by kneading a forming raw material containing a ceramic forming material, wherein the forming raw material comprises, in addition to the ceramic forming material, a layered double hydroxide in flake form in an amount of from 0.01 to 5 mass% based on the total amount of the layered double hydroxide and the ceramic forming material; and the layered double hydroxide is represented by the following formula: [M 2+ 1-x M 3+ x 2][Aa n- x/n y·H 2 O], wherein, M 2+, M 3+, and Aa n- represent a divalent cation, a trivalent cation, and an anion other than a carbonate ion, respectively, n stands for a valence of the anion (1≤n≤3), x represents a composition ratio of the trivalent cation (M 3+) in the sum of the divalent cation (M 2+) and the trivalent cation (M 3+) and satisfies the following range: 0.1≤x≤0.4, and y stands for the number of moles of water, turns into a gel when dispersed in water, and has a viscosity of from 1000 to 20000 mPa·s when dispersed in water at a concentration of 6 mass%.
A lock ring (20, 36) for a threaded retaining pin designed to be screwed into a bone piece, said ring comprising a first part (22, 38) having an axial bore (24, 42) to receive said fixing pin, the periphery of said first part being threaded to engage with a fixing plate; said ring further comprising, continuing on from said first part, a deformable second part (28, 44) which is thinner than the first part, characterised in that the first part and the second part have an identical axial bore (30, 46), and in that the thickness of the second part is selected as a function of the material from which the ring is formed such that the shearing of the pin and of the ring at the junction between the first part and the second part deforms the remaining part of the second part of the lock ring towards the pin in such a way as to lock the pin with respect to the lock ring by a crimping action.
An installation process for a 3D sensor of an elevator system, the process comprising: installing a 3D sensor at a different height than the designed operating height; determining a pitch of the 3D sensor; automatically transforming the 3D sensor coordinate system to a world coordinate system in response to the pitch of the 3D sensor via a calibration matrix, wherein the world coordinate system is at least partially obtained using a depth map; transforming a floor plane area in the 3D sensor coordinate system to a floor plane area in world coordinates, so as to determine a floor plane as a frame of reference for the world coordinate system; and adjusting the pitch of the 3D sensor to achieve a desired field of view. installing a 3D sensor at a different height than the designed operating height; determining a pitch of the 3D sensor; automatically transforming the 3D sensor coordinate system to a world coordinate system in response to the pitch of the 3D sensor via a calibration matrix, wherein the world coordinate system is at least partially obtained using a depth map; transforming a floor plane area in the 3D sensor coordinate system to a floor plane area in world coordinates, so as to determine a floor plane as a frame of reference for the world coordinate system; and adjusting the pitch of the 3D sensor to achieve a desired field of view.