mhurhangee/ep-ind-claims huggingface dataset:
A data offloading method, comprising: sending, by a master base station, a first request message to a core network device, wherein the first request message comprises an address of a local gateway of a secondary base station, and the first request message is used to request to perform data offloading at the local gateway of the secondary base station; receiving, by the master base station, a first response message from the core network device, wherein the first response message comprises a first related identifier, ID, of the local gateway of the secondary base station, wherein the first related ID is associated with a first bearer for which data offloading is performed at the local gateway of the secondary base station; and sending, by the master base station, a second request message comprising the first related ID to the secondary base station to instruct the secondary base station to perform data offloading at the local gateway of the secondary base station for the first bearer. sending, by a master base station, a first request message to a core network device, wherein the first request message comprises an address of a local gateway of a secondary base station, and the first request message is used to request to perform data offloading at the local gateway of the secondary base station; receiving, by the master base station, a first response message from the core network device, wherein the first response message comprises a first related identifier, ID, of the local gateway of the secondary base station, wherein the first related ID is associated with a first bearer for which data offloading is performed at the local gateway of the secondary base station; and sending, by the master base station, a second request message comprising the first related ID to the secondary base station to instruct the secondary base station to perform data offloading at the local gateway of the secondary base station for the first bearer.
Drawer system comprising a first pushing element of a first drawer system designed as a push-on drawer system, system drawer system, underfloor system drawer system or underfloor drawer system, a second pushing element of a second drawer system designed as a push-on drawer system, system drawer system, underfloor system drawer system or underfloor drawer system, whereby the first drawer element and the second drawer element are designed as different drawer systems, and a pull-out guide having at least two rails movable relative to one another, wherein a first attaching means for attaching a pushing element of a first drawer system is provided on a movable rail, characterized in that a second attaching means spaced from the first attaching means for attaching the second pushing element of the second drawer system is provided on the movable rail and either the pushing element of the first or the pushing element of the second drawer system can be fastened to the movable rail.
Assembly comprising a pump element and a fastening flange for installation in a housing, wherein the fastening flange has a central through-opening which, in the mounted state of the assembly, encloses a head region of the pump element, characterized in that the pump element and the fastening flange of the assembly are configured separately from one another, in that the fastening flange has at least two retaining tabs for fastening means on the housing, said retaining tabs being symmetrically opposite to one another with respect to the central through-opening, in that a shoulder which extends around on the outer circumference is formed on the outer body of the pump element, is of larger diameter than the head region and axially downwardly delimits the head region, in that the fastening flange is curved away from the shoulder, in that the curvature is formed between the centre axis of the pump element and the location where the fastening flange is fastened to the housing, and in that, by adjusting the fastening means passing through the retaining tabs, bending of the curvature with corresponding narrowing of an axial distance, which is dependent on the bending, between retaining tabs and housing at the fastening location can be effected in such a way that the fastening flange exerts an adjustable preloading force on the pump element.
A chair, such as a chairlift, for a ski-lift facility, such as an aerial cable lift facility, the chair comprising: - a seat including at least one seating portion on which a passenger could sit, - a railing comprising a safety bar and at least one support element fastened to the safety bar and extending transversely to the safety bar, the railing being mounted movable between a raised position and a lowered position, the safety bar being configured to extend at least partially in front of a passenger sitting on the at least one seating portion when the railing is in the lowered position, and the at least one support element being configured to extend between the legs of a passenger sitting on the at least one seating portion when the railing is in the lowered position, characterized in that the at least one support element includes a first footrest and a second footrest which are configured to be shifted vertically with respect to one another when the railing is in the lowered position, and in that the first and second footrests (17, 18) are configured such that the first footrest is disposed at a higher height than the second footrest when the railing is in the lowered position, the first footrest having a lateral bulk smaller than the lateral bulk of the second footrest. - a seat including at least one seating portion on which a passenger could sit, - a railing comprising a safety bar and at least one support element fastened to the safety bar and extending transversely to the safety bar, the railing being mounted movable between a raised position and a lowered position, the safety bar being configured to extend at least partially in front of a passenger sitting on the at least one seating portion when the railing is in the lowered position, and the at least one support element being configured to extend between the legs of a passenger sitting on the at least one seating portion when the railing is in the lowered position,
A human IgG2 constant region which comprises amino acid substitutions of Ser for Cys at positions 14 (position 131 in the EU numbering system), Ser for Cys at position 102 (position 219 in the EU numbering system), and Lys for Arg at position 16 (position 133 in the EU numbering system) in the amino acid sequence of SEQ ID NO: 2.
A method for collecting telematics data from a plurality of telematics devices, the method comprising: receiving, at a gateway server in communication with a telematics device, a request to receive a set of telematics data associated with the telematics device, the request being associated with a data store at a fleet management server; determining, based on a first event record registered at an event bus in communication with the gateway server, that the data store does not have permission to receive the set of telematics data associated with the telematics device; in response to determining that the data store does not have permission to receive the set of telematics data associated with the telematics device, determining whether the request satisfies at least one permission modification criteria; in response to determining that the request does satisfy the at least one permission modification criteria: registering, at the event bus, a second event record indicating that the data store has permission to receive the set of telematics data associated with the telematics device; and transmitting the set of telematics data associated with the telematics device from the gateway server to the fleet management server, thereby granting the request; and in response to determining that the request does not satisfy the at least one permission modification criteria, denying the request. receiving, at a gateway server in communication with a telematics device, a request to receive a set of telematics data associated with the telematics device, the request being associated with a data store at a fleet management server; determining, based on a first event record registered at an event bus in communication with the gateway server, that the data store does not have permission to receive the set of telematics data associated with the telematics device; in response to determining that the data store does not have permission to receive the set of telematics data associated with the telematics device, determining whether the request satisfies at least one permission modification criteria; in response to determining that the request does satisfy the at least one permission modification criteria: registering, at the event bus, a second event record indicating that the data store has permission to receive the set of telematics data associated with the telematics device; and transmitting the set of telematics data associated with the telematics device from the gateway server to the fleet management server, thereby granting the request; and registering, at the event bus, a second event record indicating that the data store has permission to receive the set of telematics data associated with the telematics device; and transmitting the set of telematics data associated with the telematics device from the gateway server to the fleet management server, thereby granting the request; and in response to determining that the request does not satisfy the at least one permission modification criteria, denying the request.
Protective covering device (19,29) for a circuit breaker having a breaker housing and breaker handle extending from a front surface of the breaker housing and having an ON and OFF position, the protective covering device (19,29) comprises: - a cover (20,30) adapted to be mounted to the front surface of the circuit breaker while enclosing the breaker handle, and - an opening (22,32) provided in the cover (20,30) adapted to allow actuation of the breaker handle when it is in the OFF position, and - an actuator (23,33) adapted to extend between the opening (22,32) and the breaker handle in the OFF position, characterized in that, the actuator (23,33) comprises a slide (24,34) which is moveable relative to the cover (20,30) to bring the breaker handle into its ON position. - a cover (20,30) adapted to be mounted to the front surface of the circuit breaker while enclosing the breaker handle, and - an opening (22,32) provided in the cover (20,30) adapted to allow actuation of the breaker handle when it is in the OFF position, and - an actuator (23,33) adapted to extend between the opening (22,32) and the breaker handle in the OFF position,
An electronic cryptographic device comprising - a physically unclonable function arranged to produce a first noisy bit string during a first phase, - a helper data creating unit arranged to generate helper data from the first noisy bit string during the first phase, the helper data allowing reconstruction of the first noisy bit string from said helper data and a second noisy bit string produced by the PUF during a later second phase, generating the helper data comprising obtaining one or more code words from an error correcting code and determining a difference between the one or more code words and the first noisy bit string, characterized in that the electronic cryptographic device further comprises: - a statistical unit arranged to execute a statistical test for verifying correct functioning of the physical unclonable function, the statistical test computing a statistical parameter for the physical unclonable function using the helper data generated during the first phase, the statistical test determining correct functioning if the statistical parameter satisfies a criterion of the statistical test. - a physically unclonable function arranged to produce a first noisy bit string during a first phase, - a helper data creating unit arranged to generate helper data from the first noisy bit string during the first phase, the helper data allowing reconstruction of the first noisy bit string from said helper data and a second noisy bit string produced by the PUF during a later second phase, generating the helper data comprising obtaining one or more code words from an error correcting code and determining a difference between the one or more code words and the first noisy bit string, - a statistical unit arranged to execute a statistical test for verifying correct functioning of the physical unclonable function, the statistical test computing a statistical parameter for the physical unclonable function using the helper data generated during the first phase, the statistical test determining correct functioning if the statistical parameter satisfies a criterion of the statistical test.
An exhaust gas treatment system for regulating NO x emissions in an internal combustion engine including diesel exhaust fluid, the system comprising: an exhaust gas pathway that is configured to receive exhaust gas from the internal combustion engine; a DEF injector connected to the exhaust gas pathway, the DEF injector configured to inject diesel exhaust fluid into the exhaust gas pathway; a selective catalytic reduction chamber positioned downstream of the diesel exhaust fluid injector; a sensor positioned downstream of the SCR chamber, the sensor outputting a signal indicative of an amount of nitrogen oxides and reductant present in the exhaust gas; and an electronic control unit that is configured to modulate an amount of DEF that is injected into the exhaust gas pathway at a known frequency, receive the signal from the sensor, filter the signal based on the known frequency, analyze the filtered signal to determine a component of the signal associated with the known frequency, determine that the signal is indicative of an amount of nitrogen oxide when the component of the filtered signal is above a threshold, and determine that the signal is indicative of an amount of reductant when the component of the filtered signal is below the threshold. an exhaust gas pathway that is configured to receive exhaust gas from the internal combustion engine; a DEF injector connected to the exhaust gas pathway, the DEF injector configured to inject diesel exhaust fluid into the exhaust gas pathway; a selective catalytic reduction chamber positioned downstream of the diesel exhaust fluid injector; a sensor positioned downstream of the SCR chamber, the sensor outputting a signal indicative of an amount of nitrogen oxides and reductant present in the exhaust gas; and an electronic control unit that is configured to modulate an amount of DEF that is injected into the exhaust gas pathway at a known frequency, receive the signal from the sensor, filter the signal based on the known frequency, analyze the filtered signal to determine a component of the signal associated with the known frequency, determine that the signal is indicative of an amount of nitrogen oxide when the component of the filtered signal is above a threshold, and determine that the signal is indicative of an amount of reductant when the component of the filtered signal is below the threshold. modulate an amount of DEF that is injected into the exhaust gas pathway at a known frequency, receive the signal from the sensor, filter the signal based on the known frequency, analyze the filtered signal to determine a component of the signal associated with the known frequency, determine that the signal is indicative of an amount of nitrogen oxide when the component of the filtered signal is above a threshold, and determine that the signal is indicative of an amount of reductant when the component of the filtered signal is below the threshold.
A method comprising: synchronizing at a user equipment at least one of transmissions and receptions over allocated radio resources within a first timing advance group using a first timer; synchronizing at the user equipment at least another one of transmissions and receptions over other allocated radio resources within a second timing advance group using a second timer; in response to determining that the first timer is not expired while the second timer has expired, following a first procedure by the user equipment for a first case in which there is a primary component carrier within the second timing advance group and following a different second procedure for a second case in which there is no primary component carrier within the second timing advance group; wherein the first procedure comprises flushing all hybrid automatic repeat request buffers; and wherein the second procedure comprises flushing all hybrid automatic repeat request buffers for all uplink carriers associated with the expired second timer; and wherein the first timer is a timing alignment timer associated with the first timing advance group and the second timer is a timing alignment timer associated with the second timing advance group. synchronizing at a user equipment at least one of transmissions and receptions over allocated radio resources within a first timing advance group using a first timer; synchronizing at the user equipment at least another one of transmissions and receptions over other allocated radio resources within a second timing advance group using a second timer; in response to determining that the first timer is not expired while the second timer has expired, following a first procedure by the user equipment for a first case in which there is a primary component carrier within the second timing advance group and following a different second procedure for a second case in which there is no primary component carrier within the second timing advance group; wherein the first procedure comprises flushing all hybrid automatic repeat request buffers; and wherein the second procedure comprises flushing all hybrid automatic repeat request buffers for all uplink carriers associated with the expired second timer; and wherein the first timer is a timing alignment timer associated with the first timing advance group and the second timer is a timing alignment timer associated with the second timing advance group.
A system for treatment of a headache disorder in a human subject, comprising at least one expandable stimulation member being arrangable in a first state wherein the stimulation member can be introduced into the nasal cavity of a human subject, and in a second state wherein the stimulation member is expanded to a volume such that the stimulation member abuts against the tissue of the nasal cavity; wherein the stimulation member comprises one anterior stimulating portion that in said second state is arranged to abut against tissue of the anterior part of the nasal cavity and to impart vibrations to the anterior part of the nasal cavity, one posterior stimulating portion that in said second state is arranged to abut against tissue of the posterior part of the nasal cavity and to impart vibrations to the posterior part of the nasal cavity, and at least one retaining portion that in said second state is arranged to abut against tissue of the nasal cavity; wherein the anterior stimulating portion is connected to a first expansion member for expansion of the anterior stimulation portion, the first expansion member comprises a channel for supply of fluid to the anterior stimulating portion which defines a chamber for comprising fluid, and the posterior stimulating portion is connected to a second expansion member for expansion of the posterior stimulating portion, the second expansion member comprises a channel for supply of fluid to the posterior stimulating portion which defines a chamber for comprising fluid; a frequency regulating module arranged to control the frequency of the vibrations imparted by the stimulating portions of the at least one stimulation member to the nasal cavity; an amplitude regulating module arranged to control the amplitude of the vibrations imparted by the stimulating portions of the at least one stimulation member to the nasal cavity, and a pressure regulating module arranged to control the pressure at which the stimulating portions of the at least one stimulation member abuts against the tissue of the nasal cavity; a control unit arranged to direct vibrations to the posterior and the anterior part of the nasal cavity by controlling operation of said regulating modules such that vibrations alternately or simultaneously are imparted to tissue of the anterior and posterior parts of the nasal cavity, and comprising a user interface arranged to receive input information related to said headache disorder from a user and transmit instructions regarding said treatment.
Radio-frequency power supply apparatus for supplying RF power to discharge electrodes of a gas-discharge laser, comprising: a first plurality of transistor amplifier modules (A1-A6) each thereof having an RF output; a power combining arrangement for combining the transistor amplifier module RF outputs into a single combined RF output for connecting to the discharge electrodes; a DC power supply for supplying a DC voltage to each of the first plurality of transistor amplifier modules (A1-A6), characterized by the DC power supply being connectable to or disconnectable from each of the transistor amplifier modules (A1-A6), separately, via a corresponding first plurality of electrical switches (S1, S2, S3, S4); and a first current-sensor (CS1, CS2) located in an electrical path between the DC power supply and the first plurality of electrical switches (S1, S2, S3, S4) for monitoring current drawn by any one of the first plurality of transistor amplifier modules (A1-A6) when that transistor amplifier module (18A-C) is connected to the DC power supply. a first plurality of transistor amplifier modules (A1-A6) each thereof having an RF output; a power combining arrangement for combining the transistor amplifier module RF outputs into a single combined RF output for connecting to the discharge electrodes; a DC power supply for supplying a DC voltage to each of the first plurality of transistor amplifier modules (A1-A6), characterized by the DC power supply being connectable to or disconnectable from each of the transistor amplifier modules (A1-A6), separately, via a corresponding first plurality of electrical switches (S1, S2, S3, S4); and a first current-sensor (CS1, CS2) located in an electrical path between the DC power supply and the first plurality of electrical switches (S1, S2, S3, S4) for monitoring current drawn by any one of the first plurality of transistor amplifier modules (A1-A6) when that transistor amplifier module (18A-C) is connected to the DC power supply.
A bathtub for children, including a plastic basin provided to contain water to bathe a young child therein, including a newborn or an infant, a wall of the basin being provided with heat release means, which are suitable for returning the previously-accumulated heat to the water contained in the basin and which comprise: - a heat accumulator, the thermal inertia of which is greater than that of the water and which is provided to transfer its heat essentially by convection to the water contained in the basin, and - a cartridge, which is hollow so as to delimit an inner volume inside which the heat accumulator is arranged and which keeps the heat accumulator in place relative to said wall of the basin, characterized in that the cartridge has main walls (16, 18) that are openwork, being provided with through orifices, so as to connect the inner volume of the cartridge to the outside of the cartridge, the water contained in the basin being free to flow through the cartridge up to the surface of the heat accumulator. - a heat accumulator, the thermal inertia of which is greater than that of the water and which is provided to transfer its heat essentially by convection to the water contained in the basin, and - a cartridge, which is hollow so as to delimit an inner volume inside which the heat accumulator is arranged and which keeps the heat accumulator in place relative to said wall of the basin,