mhurhangee/ep-ind-claims huggingface dataset:
An electronic apparatus comprising: a communication interface comprising communication circuitry; a memory including at least one instruction; and a processor connected to the communication interface and the memory and configured to control the electronic apparatus, wherein the processor is configured to execute the at least one instruction to: obtain first text information including a plurality of words, identify a security level of the first text information based on at least one of a source from which the first text information is obtained or a type of the first text information, obtain second text information by converting at least one of the plurality of words included in the first text information based on the identified security level, obtain first summary sentence information summarizing the second text information through a summary module, characterized in that the processor is further configured to execute the at least one instruction to: obtain second summary sentence information by restoring a converted word included in the first summary sentence information. a communication interface comprising communication circuitry; a memory including at least one instruction; and a processor connected to the communication interface and the memory and configured to control the electronic apparatus, wherein the processor is configured to execute the at least one instruction to: obtain first text information including a plurality of words, identify a security level of the first text information based on at least one of a source from which the first text information is obtained or a type of the first text information, obtain second text information by converting at least one of the plurality of words included in the first text information based on the identified security level, obtain first summary sentence information summarizing the second text information through a summary module, characterized in that the processor is further configured to execute the at least one instruction to: obtain second summary sentence information by restoring a converted word included in the first summary sentence information. obtain first text information including a plurality of words, identify a security level of the first text information based on at least one of a source from which the first text information is obtained or a type of the first text information, obtain second text information by converting at least one of the plurality of words included in the first text information based on the identified security level, obtain first summary sentence information summarizing the second text information through a summary module,
A solid state lighting device comprising: a base end; an at least partially transmissive cover; at least one solid state emitter disposed under or within the cover; and a heatsink disposed between the base end and the at least one solid state emitter, and arranged to dissipate heat generated by the at least one solid state emitter; wherein: the heatsink has a first heatsink end proximate to the base end, and has a first width at the first heatsink end; the heatsink has a second heatsink end disposed between the base end and the at least one solid state emitter, and has a second width at the second heatsink end; at least a portion of the heatsink disposed between the first heatsink end and the second heatsink end has a third width that is greater than the second width, and characterized in that the width of the heatsink increases with distance away from the at least one solid state emitter over the entire heatsink. a base end; an at least partially transmissive cover; at least one solid state emitter disposed under or within the cover; and a heatsink disposed between the base end and the at least one solid state emitter, and arranged to dissipate heat generated by the at least one solid state emitter; wherein: the heatsink has a first heatsink end proximate to the base end, and has a first width at the first heatsink end; the heatsink has a second heatsink end disposed between the base end and the at least one solid state emitter, and has a second width at the second heatsink end; at least a portion of the heatsink disposed between the first heatsink end and the second heatsink end has a third width that is greater than the second width, and characterized in that the width of the heatsink increases with distance away from the at least one solid state emitter over the entire heatsink. the heatsink has a first heatsink end proximate to the base end, and has a first width at the first heatsink end; the heatsink has a second heatsink end disposed between the base end and the at least one solid state emitter, and has a second width at the second heatsink end; at least a portion of the heatsink disposed between the first heatsink end and the second heatsink end has a third width that is greater than the second width, and characterized in that the width of the heatsink increases with distance away from the at least one solid state emitter over the entire heatsink.
A method, comprising: establishing a radio resource control, in the following also referred to as RRC, connection by a user equipment, in the following also referred to as UE, with a base station in a mobile communication network; receiving a UE assistant configuration from the base station; determining a power preference indication that indicates whether the UE prefers a DRX state corresponding to a normal mode or a DRX state corresponding to a power-saving mode; and transmitting the power preference indication to the base station with a prohibition mechanism based on the UE assistant configuration, wherein a first level of prohibition is applied if the UE indicates preferring power-saving mode, and a second level of prohibition is applied if the UE indicates preferring normal mode, wherein the prohibition mechanism involves a prohibit timer, wherein the first level of prohibition involves a longer timer, and wherein the second level of prohibition involves a shorter timer. establishing a radio resource control, in the following also referred to as RRC, connection by a user equipment, in the following also referred to as UE, with a base station in a mobile communication network; receiving a UE assistant configuration from the base station; determining a power preference indication that indicates whether the UE prefers a DRX state corresponding to a normal mode or a DRX state corresponding to a power-saving mode; and transmitting the power preference indication to the base station with a prohibition mechanism based on the UE assistant configuration, wherein a first level of prohibition is applied if the UE indicates preferring power-saving mode, and a second level of prohibition is applied if the UE indicates preferring normal mode, wherein the prohibition mechanism involves a prohibit timer, wherein the first level of prohibition involves a longer timer, and wherein the second level of prohibition involves a shorter timer.
A single-lever cartridge for a sanitary fitting for adjusting the temperature and/or quantity of mixed water by means of a swivel lever, having a control disk arrangement which has a stationary control disk disposed in a stationary manner in the cartridge, in which control disk a cold-water inlet and a hot-water inlet (29, 27) as well as a mixed-water outlet are formed and which has a dynamic control disk displaceable by means of the swivel lever, in which dynamic control disk a recess is formed which can be brought into different overlaps with the cold-water inlets and hot-water inlets (29, 27) and the mixed-water outlet to adjust the temperature and/or quantity of the mixed water routed from the mixed-water outlet of the stationary control disk, wherein the two control disks (6, 8) are in sliding contact with sealing surfaces (35, 37) facing each other at a sealing plane, and wherein the mouths of the cold-water inlets and hot-water inlets (29, 27) are formed in the sealing surface of the stationary control disk, which mouths can be covered by the sealing surface of the dynamic control disk, wherein the cartridge has a throttle element designed as a separate component, which can be used to reduce a flow cross-section of the mouths of the cold-water inlet and hot-water inlets (29, 27) for throttling the hot-water flow and/or cold-water flow into the recess of the dynamic control disk, wherein the throttle element is cup-shaped, having a throttle bottom and a shell rising therefrom, wherein the control disk arrangement has a slide plate mounted in a stationary manner at the dynamic control disk, at which slide plate a bearing position is formed for an axle connection at the swivel lever, wherein the shell of the throttle element, at its rim remote from the bottom, merges into an outwardly angled retaining flange, wherein the retaining flange is secured between the dynamic control disk and the slide plate, characterized in that the retaining flange of the throttle element is pressed against the dynamic control disk by means of a spring.
A method performed by an apparatus in a cellular communications network, the method comprising the steps of: analysing block error rate data, the block error rate data relating to a connection between a User Equipment, UE, and a first base station in a cellular communications network; wherein the block error rate data is analysed to determine a number of block error rate events, each block error rate event of the number of block error rate events being an instance of the block error rate exceeding a first threshold value, and the method further comprising the steps of: determining whether the number of block error rate events in a predetermined time period exceeds a second threshold value; and, if so, performing a physical cell identifier conflict resolution operation. analysing block error rate data, the block error rate data relating to a connection between a User Equipment, UE, and a first base station in a cellular communications network; wherein the block error rate data is analysed to determine a number of block error rate events, each block error rate event of the number of block error rate events being an instance of the block error rate exceeding a first threshold value, and the method further comprising the steps of: determining whether the number of block error rate events in a predetermined time period exceeds a second threshold value; and, if so, performing a physical cell identifier conflict resolution operation. determining whether the number of block error rate events in a predetermined time period exceeds a second threshold value; and, if so, performing a physical cell identifier conflict resolution operation.
A method for production of a seed-specific and/or seed-preferential plant promoter comprising functionally linking to a promoter one or more nucleic acid expression enhancing nucleic acid (NEENA) molecule heterologous to said promoter comprising i) the nucleic acid molecule having a sequence as defined in SEQ ID NO: 3, or ii) a nucleic acid molecule having a sequence with an identity of at least 80% to SEQ ID NO: 3, or iii) a fragment of at least 100 consecutive bases of a nucleic acid molecule of i) or ii) which has expression enhancing activity as the corresponding nucleic acid molecule having the sequence of SEQ ID NO: 3, or iv) a nucleic acid molecule which is the complement or reverse complement of any of the previously mentioned nucleic acid molecules under i) or ii). i) the nucleic acid molecule having a sequence as defined in SEQ ID NO: 3, or ii) a nucleic acid molecule having a sequence with an identity of at least 80% to SEQ ID NO: 3, or iii) a fragment of at least 100 consecutive bases of a nucleic acid molecule of i) or ii) which has expression enhancing activity as the corresponding nucleic acid molecule having the sequence of SEQ ID NO: 3, or iv) a nucleic acid molecule which is the complement or reverse complement of any of the previously mentioned nucleic acid molecules under i) or ii).
Brake device, in particular a disc brake, having a. a brake calliper and having an energy accumulator, in the form of an accumulator spring, and b. wherein the energy accumulator rests on one side on the brake calliper and on the other side with a first lever arm (l 1) against an abutment, and c. wherein a mechanism for exchanging spring elastic forces is realised between the energy accumulator (F1, c1) as one spring element (F1, C2) and the brake calliper as a further spring element (F2, c2), with a second lever arm (l 2), via the abutment, d. the lever arms (l 1 and l 2) can assume, with respect to the abutment "A", at least two or more different angular positions relative to each other, characterised in that e. the articulation point of the accumulator spring can be changed on the brake calliper. a. a brake calliper and having an energy accumulator, in the form of an accumulator spring, and b. wherein the energy accumulator rests on one side on the brake calliper and on the other side with a first lever arm (l 1) against an abutment, and c. wherein a mechanism for exchanging spring elastic forces is realised between the energy accumulator (F1, c1) as one spring element (F1, C2) and the brake calliper as a further spring element (F2, c2), with a second lever arm (l 2), via the abutment, d. the lever arms (l 1 and l 2) can assume, with respect to the abutment "A", at least two or more different angular positions relative to each other, e. the articulation point of the accumulator spring can be changed on the brake calliper.
A seal assembly for sealing a circumferential leakage gap between outlet portions of first and second adjacent transition ducts in a gas turbine engine, the seal assembly comprising: a first seal member affixed to the outlet portion of the first transition duct; a second seal member associated with the first seal member and movable with respect to the first seal member, the second seal member positionable in at least a non-sealing first position with respect to the outlet portion of the second transition duct and a sealing second position with respect to the outlet portion of the second transition duct; wherein, while in the first position, the second seal member is circumferentially spaced from the outlet portion of the second transition duct; and wherein, while in the second position, the second seal member extends across the leakage gap between the first and second transition ducts and creates a seal with the outlet portion of the second transition duct to substantially prevent leakage through the leakage gap. a first seal member affixed to the outlet portion of the first transition duct; a second seal member associated with the first seal member and movable with respect to the first seal member, the second seal member positionable in at least a non-sealing first position with respect to the outlet portion of the second transition duct and a sealing second position with respect to the outlet portion of the second transition duct; wherein, while in the first position, the second seal member is circumferentially spaced from the outlet portion of the second transition duct; and wherein, while in the second position, the second seal member extends across the leakage gap between the first and second transition ducts and creates a seal with the outlet portion of the second transition duct to substantially prevent leakage through the leakage gap.
A carbonation unit, comprising an integral beverage cooling unit; and a carbonation chamber having a beverage inlet for introducing beverage into the carbonation chamber, a pressurized gas inlet for introducing pressurized carbon dioxide into the carbonation chamber, an expansion outlet at an upper end of the carbonation chamber opening into a head-space formed in the carbonation chamber once filled with beverage, and a carbonated beverage outlet; and an expansion chamber linked to the expansion outlet through a sealable expansion link, such that a link between the head space and the expansion chamber is formed when the expansion link is open to permit flow of pressurized gas from the carbonation chamber into the expansion chamber, to reduce the pressure in carbonation chamber characterized in that the carbonation unit comprises two concentric chambers (108,110) in liquid communication with one another, of which a second chamber envelops a first chamber, one of said chambers being a cooling chamber and the other being said carbonation chamber, and the expansion chamber is integral with the two concentric chambers. a beverage inlet for introducing beverage into the carbonation chamber, a pressurized gas inlet for introducing pressurized carbon dioxide into the carbonation chamber, an expansion outlet at an upper end of the carbonation chamber opening into a head-space formed in the carbonation chamber once filled with beverage, and a carbonated beverage outlet; and
Retroreflective sheeting (204, 304), comprising an indicia (202, 302, 402) including a light scattering material, characterized in that the light scattering material is a surface that has been selectively roughened.
A storage stable aqueous emulsion, comprising: a) at least one branched epoxy- and aryl-substituted organopolysiloxane bearing a plurality of silicon-carbon bonded epoxy-containing groups, and contains Si-C bonded aryl groups, Si-C bonded long chain alkyl groups, or both Si-C bonded aryl groups and long chain alkyl groups, characterized in that one or more aryl groups are arylalkyl groups or alkaryl groups, as a first dispersed phase; b) water as a continuous phase; and c) at least one emulsifier and/or dispersing solid in an amount sufficient to stably disperse a) into b) forming a storage stable oil-in-water emulsion. a) at least one branched epoxy- and aryl-substituted organopolysiloxane bearing a plurality of silicon-carbon bonded epoxy-containing groups, and contains Si-C bonded aryl groups, Si-C bonded long chain alkyl groups, or both Si-C bonded aryl groups and long chain alkyl groups, characterized in that one or more aryl groups are arylalkyl groups or alkaryl groups, as a first dispersed phase; b) water as a continuous phase; and c) at least one emulsifier and/or dispersing solid in an amount sufficient to stably disperse a) into b) forming a storage stable oil-in-water emulsion.
A clutch device, in particular a multi-clutch device for a hybrid module for coupling a main engine, in particular an internal combustion engine, comprising a clutch with which torque can be transmitted from the main engine to the clutch device and with which the clutch device can be separated from the main engine, and an actuation system for actuating the clutch, comprising a substantially annular piston/cylinder unit, the piston of which being substantially axially translationally displaceable in a direction of action for actuating the clutch, as well as an annular actuating bearing, which allows a rotatory relative movement between the piston/cylinder unit and the clutch to be actuated, and further comprising a spring device for realising a substantially axially acting force against the direction of action of the piston/cylinder unit, the spring device being supported on the nonrotating side of the actuation system, the actuation system being arranged and designed such that, with its piston/cylinder unit, a substantially axially acting force can be realised thereon for actuating the clutch, the latter comprising a pressure pot for transmitting an axial force exerted by the actuation system onto clutch plates of the clutch, as well as a further spring device with which a further axial force can be exerted on the pressure pot against the direction of action of the piston/cylinder unit of the actuation system, characterised in that the further spring device has at least one disc spring which is supported with its radially outer edge on a counter-pressure element of the clutch to be actuated.
A method of preparing a population of T cells comprising CD4+ T cells and/or CD8+ T cells, the method comprising (a) reducing BAFF-R receptor activity in the T cells; and (b) culturing the T cells of (a) for about 3 to about 14 days in the presence of an anti-CD3 antibody, or a CD3-binding fragment thereof, and an anti-CD28 antibody, or a CD28-binding fragment thereof, under conditions appropriate for activating cytotoxic CD4+ T cells and CD8+ T cells, wherein the reducing and culturing activates and induces proliferation of activated T cells to yield a population comprising activated cytotoxic CD4+ T cells and/or CD8+ T cells in sufficient numbers for use in therapy. (a) reducing BAFF-R receptor activity in the T cells; and (b) culturing the T cells of (a) for about 3 to about 14 days in the presence of an anti-CD3 antibody, or a CD3-binding fragment thereof, and an anti-CD28 antibody, or a CD28-binding fragment thereof, under conditions appropriate for activating cytotoxic CD4+ T cells and CD8+ T cells,
A computer-implemented method for a mobile device to receive service notifications from registered application services that are accessed via an Internet Protocol Multimedia Subsystem, IMS, the method comprising: receiving, by an IMS client on the mobile device, a plurality of registration requests from a plurality of applications (310, 315) on the mobile device to register said plurality of applications with a plurality of associated application services (340, 345); transmitting, by the IMS client and via an IMS network, the received registration requests to the plurality of application services (340, 345); receiving, by the IMS client on the mobile device, a plurality of notifications from the plurality of application services, each of the notifications indicating, on a per-application-service basis, a registration status of the corresponding application service (340, 350); and providing, by the IMS client, the received notifications to the plurality of applications (310, 315); wherein at least one of the received notifications indicates a failure of one of the registration requests to register with one of the associated plurality of application services (340, 350) and an indication of a reason for the failing registration request, and the method further comprises: locating, by the application associated with the failing registration request, a different application service. receiving, by an IMS client on the mobile device, a plurality of registration requests from a plurality of applications (310, 315) on the mobile device to register said plurality of applications with a plurality of associated application services (340, 345); transmitting, by the IMS client and via an IMS network, the received registration requests to the plurality of application services (340, 345); receiving, by the IMS client on the mobile device, a plurality of notifications from the plurality of application services, each of the notifications indicating, on a per-application-service basis, a registration status of the corresponding application service (340, 350); and providing, by the IMS client, the received notifications to the plurality of applications (310, 315); wherein at least one of the received notifications indicates a failure of one of the registration requests to register with one of the associated plurality of application services (340, 350) and an indication of a reason for the failing registration request, and the method further comprises: locating, by the application associated with the failing registration request, a different application service.