mhurhangee/patent-ind-claim-en huggingface dataset:
A method for handling unattended data traffic by introducing a prohibition or delay of a service request depending on when the service request is for the unattended data traffic, wherein the unattended data traffic is data traffic of which a user is unaware the user has initiated, the method comprising: - detecting the unattended data traffic of an application service; - retrieving a dedicated policy on how to handle the unattended data traffic; and - handling the unattended data traffic of the application service according to the dedicated policy, wherein handling the unattended data traffic is characterized by requesting less amount of resources from a radio node in a scheduling request by underestimating a buffer size in a buffer when reporting a buffer status report, wherein the handling is implemented in a communication device, in a radio network node, or in a core network node. request depending on when the service request is for the unattended data traffic, wherein the unattended data traffic is data traffic of which a user is unaware the user has initiated, the method comprising: - detecting the unattended data traffic of an application service; - retrieving a dedicated policy on how to handle the unattended data traffic; and - handling the unattended data traffic of the application service according to the dedicated policy, wherein handling the unattended data traffic is characterized by requesting less amount of resources from a radio node in a scheduling request by underestimating a buffer size in a buffer when reporting a buffer status report, wherein the handling is - detecting the unattended data traffic of an application service; - retrieving a dedicated policy on how to handle the unattended data traffic; and - handling the unattended data traffic of the application service according to the dedicated policy, wherein handling the unattended data traffic is characterized by requesting less amount of resources from a radio node in a scheduling request by underestimating a buffer size in a buffer when reporting a buffer status report, wherein the handling is implemented in a communication device, in a radio network node, or in a core network node.
A liquid medicament administration device comprising a body configured to contain and support a medicament container; wherein the body comprises an aperture ; wherein the aperture comprises a viewing window that is coincident with the medicament container when the medicament container is present; and wherein the medicament container is configured such that the interior of the medicament container is visible via the viewing window when the medicament container is present in the device; characterised in that the device is configured such that the viewing window is size-adjustable in relation to the initial quantity of medicament in the medicament container. wherein the body comprises an aperture ; wherein the aperture comprises a viewing window that is coincident with the medicament container when the medicament container is present; and wherein the medicament container is configured such that the interior of the medicament container is visible via the viewing window when the medicament container is present in the device; characterised in that the device is configured such that the viewing window is size-adjustable in relation to the initial quantity of medicament in the medicament container.
A method for handling network subscriptions of a subscriber entity having a network subscription locked to a source subscription management entity , the method being performed by a profile handling entity , the method comprising: obtaining (S102) a request message for download of a new network subscription handled by a target subscription management entity , the request message comprising identity information of the target subscription management entity ; transmitting (S104), when there is a mismatch between the identity information and reference identity information, and wherein the reference identity information is a certificate that comprises an identification of the source subscription management entity , a release request message of the network subscription to the source subscription management entity via the target subscription management entity ; receiving (S106), from the source subscription management entity via the target subscription management entity , a release response message of the network subscription; and allowing (S108) the target subscription management entity to download the new network subscription to the subscriber entity upon successful verification of the release response message. obtaining (S102) a request message for download of a new network subscription handled by a target subscription management entity , the request message comprising identity information of the target subscription management entity ; transmitting (S104), when there is a mismatch between the identity information and reference identity information, and wherein the reference identity information is a certificate that comprises an identification of the source subscription management entity , a release request message of the network subscription to the source subscription management entity via the target subscription management entity ; receiving (S106), from the source subscription management entity via the target subscription management entity , a release response message of the network subscription; and allowing (S108) the target subscription management entity to download the new network subscription to the subscriber entity upon successful verification of the release response message.
A method for obtaining a route according to a requirement, comprising: receiving (S201), by a first gateway, a first packet, wherein the first packet comprises a first Internet Protocol, IP, address; searching (S202), by the first gateway, a forwarding table for a next hop of the first IP address, wherein the search fails, wherein the forwarding table includes one or more IP addresses and a next hop of each of the one or more IP addresses; sending (S203), by the first gateway, a second packet to a second gateway, wherein the second packet carries the first IP address, and the second packet is used to instruct the second gateway receiving the second packet to determine whether a host identified by the first IP address accesses a network by using the second gateway receiving the second packet; receiving, by the first gateway, a third packet from the second gateway, and the third packet is used to instruct the host identified by the first IP address to access the network by using the second gateway; and writing (S204), by the first gateway, an IP address of the second gateway into the forwarding table as a next hop address of the first IP address. receiving (S201), by a first gateway, a first packet, wherein the first packet comprises a first Internet Protocol, IP, address; searching (S202), by the first gateway, a forwarding table for a next hop of the first IP address, wherein the search fails, wherein the forwarding table includes one or more IP addresses and a next hop of each of the one or more IP addresses; sending (S203), by the first gateway, a second packet to a second gateway, wherein the second packet carries the first IP address, and the second packet is used to instruct the second gateway receiving the second packet to determine whether a host identified by the first IP address accesses a network by using the second gateway receiving the second packet; receiving, by the first gateway, a third packet from the second gateway, and the third packet is used to instruct the host identified by the first IP address to access the network by using the second gateway; and writing (S204), by the first gateway, an IP address of the second gateway into the forwarding table as a next hop address of the first IP address.
An intraluminal endoprosthesis comprising a main structure and a sensor assembly for measuring a body parameter, wherein the sensor assembly comprises at least one electrical conductor and at least one capacitor , which are connected in such a way that the conductor and capacitor form at least one electrical resonant circuit, wherein the electrical conductor is insulated with respect to the intraluminal endoprosthesis and/or another electrical conductor, the electrical conductor is arranged in the form of a coil having at least one turn, and the capacitor is in contact at least on one side with the surrounding environment and its capacitance changes depending on the body parameter that is to be determined, characterized in that the main structure has a cavity or recess, and the sensor assembly is integrated in the main structure in the cavity or recess.
A wind turbine comprising: a backup power supply; a processor; and a first sensor unit and a second sensor unit configured to measure at least one of a voltage value and a current value, wherein the voltage value and current value are indicative of the condition of the backup power supply; wherein the first sensor unit is configured to measure the at least one of the voltage value and the current value at a first location in the wind turbine; wherein the second sensor unit is configured to measure the at least one of the voltage value and the current value at a second location in the wind turbine different from the first location; characterized in that the processor is configured to: compare the at least one of the voltage value and current value measured by the first sensor unit with the at least one of the voltage value and current value measured by the second sensor unit; and assign a level of confidence to the at least one of the voltage value and current value measured by the first sensor unit based on the comparison; cause the wind turbine to enter an idle state based on the level of confidence assigned. a backup power supply; a processor; and a first sensor unit and a second sensor unit configured to measure at least one of a voltage value and a current value, wherein the voltage value and current value are indicative of the condition of the backup power supply; wherein the first sensor unit is configured to measure the at least one of the voltage value and the current value at a first location in the wind turbine; wherein the second sensor unit is configured to measure the at least one of the voltage value and the current value at a second location in the wind turbine different from the first location; characterized in that the processor is configured to: compare the at least one of the voltage value and current value measured by the first sensor unit with the at least one of the voltage value and current value measured by the second sensor unit; and assign a level of confidence to the at least one of the voltage value and current value measured by the first sensor unit based on the comparison; cause the wind turbine to enter an idle state based on the level of confidence assigned. compare the at least one of the voltage value and current value measured by the first sensor unit with the at least one of the voltage value and current value measured by the second sensor unit; and assign a level of confidence to the at least one of the voltage value and current value measured by the first sensor unit based on the comparison; cause the wind turbine to enter an idle state based on the level of confidence assigned.
Saddle ride-type motor vehicle comprising an active aerodynamic device in turn comprising: - at least a wing arranged in a front portion of the motor vehicle so to be flowed by an air flow (F) during a forward movement of the motor vehicle ; - - actuation means configured to move said at least a wing about a rotational axis perpendicular to a midplane (L) of the motor vehicle , said at least a wing being integral with said motor vehicle in its rolling movements, characterised in that the saddle ride-type motor vehicle is a rolling type motor vehicle with a pair of front wheels . - at least a wing arranged in a front portion of the motor vehicle so to be flowed by an air flow (F) during a forward movement of the motor vehicle ; - - actuation means configured to move said at least a wing about a rotational axis perpendicular to a midplane (L) of the motor vehicle , said at least a wing being integral with said motor vehicle in its rolling movements, characterised in that the saddle ride-type motor vehicle is a rolling type motor vehicle with a pair of front wheels .
A light converting device comprising: - a light converter , wherein the light converter is adapted to convert laser light to converted light , wherein a peak emission wavelength of the converted light is in a longer wavelength range than a laser peak emission wavelength of the laser light , - a heatsink comprising a reflective structure , and - a clamping structure mechanically coupling the light converter to the heatsink , wherein the clamping structure is arranged to press the light converter on a surface of the heatsink such that thermal conductance between the light converter and the heatsink is increased and at least a part of the converted light is reflected by means of the reflective structure when illuminated by means of the laser light , - without any adhesive or connection layer between the light converter and the heatsink . - a light converter , wherein the light converter is adapted to convert laser light to converted light , wherein a peak emission wavelength of the converted light is in a longer wavelength range than a laser peak emission wavelength of the laser light , - a heatsink comprising a reflective structure , and - a clamping structure mechanically coupling the light converter to the heatsink , wherein the clamping structure is arranged to press the light converter on a surface of the heatsink such that thermal conductance between the light converter and the heatsink is increased and at least a part of the converted light is reflected by means of the reflective structure when illuminated by means of the laser light , - without any adhesive or connection layer between the light converter and the heatsink .
Junction box for the installation of electrical cables, having a housing and a terminal for connecting electrical cables, the terminal being arranged detachably on a fastening strip in the region of a side wall of the housing , not the terminal itself but only the fastening strip being connected directly to the housing , the fastening strip being designed as an adapter arranged detachably in the housing .
A user equipment for performing a random access procedure in a communication system, the user equipment comprising: a transmitter which, in operation, transmits a random access preamble to a base station, a receiver which, in operation, receives a random access response message from the base station in response to transmitting the random access preamble, characterized in that the random access response message comprises a grant of resources to the user equipment for a scheduled uplink transmission, and a field indicating a number of repetitions transmitted from the user equipment on the granted resources for the scheduled uplink transmission in consecutive subframes without waiting for a Hybrid Automatic-Repeat Request, HARQ, feedback from the base station. a transmitter which, in operation, transmits a random access preamble to a base station, a receiver which, in operation, receives a random access response message from the base station in response to transmitting the random access preamble, characterized in that the random access response message comprises a grant of resources to the user equipment for a scheduled uplink transmission, and a field indicating a number of repetitions transmitted from the user equipment on the granted resources for the scheduled uplink transmission in consecutive subframes without waiting for a Hybrid Automatic-Repeat Request, HARQ, feedback from the base station.
An expandable intervertebral implant having: - two bone contact elements (3a, b) movable relative to one another in an expansion direction (z), - an intermediate frame arranged between the bone contact elements (3a, b), - an expansion slide movable within the intermediate frame in a clamping direction (x) running transverse to the expansion direction (z), and - an actuator shaft running continuously through the expansion slide in the clamping direction (x), wherein the expansion slide has first slide faces , which run at an incline to the clamping direction (x), wherein each of the bone contact elements (3a, b) has at least one second slide face , which corresponds to one of the first slide faces and which runs parallel to the corresponding first slide face and slides thereon when the expansion slide moves in the clamping direction, wherein the actuator shaft is mounted rotatably about the clamping direction (x) on a front side of the intermediate frame and on a rear side of the intermediate frame and is coupled form-fittingly to the expansion slide in such a way that the expansion slide , upon rotation of the actuator shaft , moves in the clamping direction (x) between the front side of the intermediate frame and the rear side of the intermediate frame . - two bone contact elements (3a, b) movable relative to one another in an expansion direction (z), - an intermediate frame arranged between the bone contact elements (3a, b), - an expansion slide movable within the intermediate frame in a clamping direction (x) running transverse to the expansion direction (z), and - an actuator shaft running continuously through the expansion slide in the clamping direction (x), wherein the expansion slide has first slide faces , which run at an incline to the clamping direction (x), wherein each of the bone contact elements (3a, b) has at least one second slide face , which corresponds to one of the first slide faces and which runs parallel to the corresponding first slide face and slides thereon when the expansion slide moves in the clamping direction, wherein the actuator shaft is mounted rotatably about the clamping direction (x) on a front side of the intermediate frame and on a rear side of the intermediate frame and is coupled form-fittingly to the expansion slide in such a way that the expansion slide , upon rotation of the actuator shaft , moves in the clamping direction (x) between the front side of the intermediate frame and the rear side of the intermediate frame .
Luminaire , in particular as a work, film, or sports events luminaire, comprising at least one retaining element to which at least one LED module is fastened in a pivoting manner, and to which voltage can be supplied via supply lines, wherein the at least one LED module has an approximately triangular, flat basic form, and a lateral surface is fitted with LEDs, preferably power LEDs, and the rear side of the LED module is designed to emit thermal radiation, and at least at one side edge, connecting elements for the retaining element are present, characterized in that the retaining element consists of a polygonal frame which extends over 180 degrees or 360 degrees and receives a plurality of adjacent LED modules or consists of two straight fastening supports which are fastened to the wall or the ceiling and receive a plurality of adjacent LED molecules such that a light band is formed, wherein the at least one LED module as a connecting element is fitted with eyes which receive the retaining element , so that the at least one LED module is pivoting about the retaining element at least partially.
Method for rolling out a mobile network using carrier aggregation comprising a sector fitted with multiple cells, said method comprising: - gathering data (A) from a plurality of network counters associated with two or more cells of said multiple cells; - detecting (B1) a network congestion situation based on a minimal throughput level (Tm) and an aggregate cumulative distribution function, CDF, (g), wherein said aggregate CDF (g) depends on said plurality of network counters; - identify (B2) one or more cells effecting said congestion situation among said two or more cells; - determine (B3) for each of said identified one or more cells whether a capacity or coverage pain point is associated with said congestion situation. - gathering data (A) from a plurality of network counters associated with two or more cells of said multiple cells; - detecting (B1) a network congestion situation based on a minimal throughput level (Tm) and an aggregate cumulative distribution function, CDF, (g), wherein said aggregate CDF (g) depends on said plurality of network counters; - identify (B2) one or more cells effecting said congestion situation among said two or more cells; - determine (B3) for each of said identified one or more cells whether a capacity or coverage pain point is associated with said congestion situation.
A method for controlling an electronic device , the method comprising: displaying, on a touch screen display of the electronic device , a plurality of characters , a first handler and a second handler , wherein the first handler is displayed to face a first direction and the second handler is displayed to face a second direction different from the first direction; receiving a drag input on the first handler ; displaying the first handler on a first position touched according to the drag input while the drag input is received; based on the first position being less than or equal to a predetermined distance away from a side portion of the touch screen display , rotating the first handler , wherein based on the first handler being rotated , at least a part of the first handler is displayed within an area, a position of which is greater than the predetermined distance away from the side portion of the display, and the rotated first handler is displayed to face the second direction; and displaying a visual effect on one or more characters among the plurality of characters based on a position corresponding to the second direction of the rotated first handler and the position corresponding to the second direction of the second handler . displaying, on a touch screen display of the electronic device , a plurality of characters , a first handler and a second handler , wherein the first handler is displayed to face a first direction and the second handler is displayed to face a second direction different from the first direction; receiving a drag input on the first handler ; displaying the first handler on a first position touched according to the drag input while the drag input is received; based on the first position being less than or equal to a predetermined distance away from a side portion of the touch screen display , rotating the first handler , wherein based on the first handler being rotated , at least a part of the first handler is displayed within an area, a position of which is greater than the predetermined distance away from the side portion of the display, and the rotated first handler is displayed to face the second direction; and displaying a visual effect on one or more characters among the plurality of characters based on a position corresponding to the second direction of the rotated first handler and the position corresponding to the second direction of the second handler .