mhurhangee/patent-ind-claim-en huggingface dataset:
A method at a terminal , the terminal being capable of communicating with a first wireless access network and with a second wireless access network , the method comprising: receiving criteria from the first wireless access network , the criteria comprising reporting criteria and steering criteria; determining when a trigger event occurs and starting a timer; operating in a first mode for a first time period until expiry of the timer, and operating in a second mode after expiry of the timer, wherein operation in the second mode is different to operation in the first mode; wherein one of the first mode and the second mode comprises a traffic steering mode in which the terminal directly steers at least some traffic when the steering criteria are met and the other one of the first mode and the second mode comprises a measurement reporting mode in which the terminal sends a measurement report when the reporting criteria are met and waits for a traffic steering instruction to steer at least some traffic to the first wireless access network or to the second wireless access network . receiving criteria from the first wireless access network , the criteria comprising reporting criteria and steering criteria; determining when a trigger event occurs and starting a timer; operating in a first mode for a first time period until expiry of the timer, and operating in a second mode after expiry of the timer, wherein operation in the second mode is different to operation in the first mode; wherein one of the first mode and the second mode comprises a traffic steering mode in which the terminal directly steers at least some traffic when the steering criteria are met and the other one of the first mode and the second mode comprises a measurement reporting mode in which the terminal sends a measurement report when the reporting criteria are met and waits for a traffic steering instruction to steer at least some traffic to the first wireless access network or to the second wireless access network .
An attack prevention method for a cipher engine, comprising: obtaining, by an attack prevention apparatus, a first running start condition configured for the cipher engine, wherein the attack prevention apparatus and the cipher engine are disposed on a chip; configuring, by the attack prevention apparatus, according to the first running start condition, a second running start condition for a scrambling module disposed on the chip, wherein the second running start condition is used to enable the scrambling module to enter an operating state; controlling, by the attack prevention apparatus, the scrambling module to enter the operating state when the second running start condition is met, wherein the scrambling module generates power consumption and an electromagnetic wave during the operating state; controlling, by the attack prevention apparatus, the cipher engine to perform data encryption/decryption processing when the first running start condition is met; wherein the cipher engine generates power consumption and electromagnetic wave in the process of performing data encryption/decryption that are scrambled by the power consumption and the electromagnetic wave generated by the scrambling module during the operation state; characterized in that the scrambling module is an idle module that has been disposed on the chip, wherein when the cipher engine operates, the idle module scrambles the power consumption and the electromagnetic wave; and when the cipher engine does not operate, the idle module operates as a True Random Number Generator module or a one time programmer or a memory encryption and decryption module or a sensor or a hash calculation module. obtaining, by an attack prevention apparatus, a first running start condition configured for the cipher engine, wherein the attack prevention apparatus and the cipher engine are disposed on a chip; configuring, by the attack prevention apparatus, according to the first running start condition, a second running start condition for a scrambling module disposed on the chip, wherein the second running start condition is used to enable the scrambling module to enter an operating state; controlling, by the attack prevention apparatus, the scrambling module to enter the operating state when the second running start condition is met, wherein the scrambling module generates power consumption and an electromagnetic wave during the operating state; controlling, by the attack prevention apparatus, the cipher engine to perform data encryption/decryption processing when the first running start condition is met; wherein the cipher engine generates power consumption and electromagnetic wave in the process of performing data encryption/decryption that are scrambled by the power consumption and the electromagnetic wave generated by the scrambling module during the operation state;
Method for planning a control law comprising all of the commands for a motor vehicle to follow a path and/or a trajectory, comprising: - a step (P01) of training, when the vehicle is not in motion, a recurrent neural network , this training step comprising a first step (E01) of recording drivers' behaviour, a second step (E02) of first-level grouping the recorded data and comprising a step (E05) of isolating remarkable features associated with the various groups defined in the isolation step, the neural network being trained using all of the isolated remarkable features as inputs and the recorded and grouped possible trajectories as outputs, - a step (P02) of inferring, when the vehicle is driving, this inference step comprising a step (F01) of receiving a sequence of input variables, said variables being substantially the same as the previously isolated remarkable features, and comprising a step (F02) of entering the sequence of input variables into the recurrent neural network , the planning method comprising determining, as a function of the sequence of input variables, the control law using the recurrent neural network , the recurrent neural network being configured to use a connectionist temporal classification function. - a step (P01) of training, when the vehicle is not in motion, a recurrent neural network , this training step comprising a first step (E01) of recording drivers' behaviour, a second step (E02) of first-level grouping the recorded data and comprising a step (E05) of isolating remarkable features associated with the various groups defined in the isolation step, the neural network being trained using all of the isolated remarkable features as inputs and the recorded and grouped possible trajectories as outputs, - a step (P02) of inferring, when the vehicle is driving, this inference step comprising a step (F01) of receiving a sequence of input variables, said variables being substantially the same as the previously isolated remarkable features, and comprising a step (F02) of entering the sequence of input variables into the recurrent neural network , the planning method comprising determining, as a function of the sequence of input variables, the control law using the recurrent neural network , the recurrent neural network being configured to use a connectionist temporal classification function.
A method for fabrication of a piezoelectric bimorph actuator with an integral compliant boundary comprising: placing a lower piezoelectric disk in the center of a depression in a female mold ; pressing a piece of carbon fiber saturated with an epoxy resin on top of the lower piezoelectric disk urging the fiber against a filleted surface of the circumference of the depression in the mold to obtain a desired geometry of a curved section and creating an indent; placing an upper piezoelectric disk in the indent on top of the saturated carbon fiber to form a bimorph actuator ; and, curing the bimorph actuator . placing a lower piezoelectric disk in the center of a depression in a female mold ; pressing a piece of carbon fiber saturated with an epoxy resin on top of the lower piezoelectric disk urging the fiber against a filleted surface of the circumference of the depression in the mold to obtain a desired geometry of a curved section and creating an indent; placing an upper piezoelectric disk in the indent on top of the saturated carbon fiber to form a bimorph actuator ; and, curing the bimorph actuator .
Connecting element (10; 30; 50; 70) for pressing or embedding into a component, having a shank (12; 32; 52; 72) which extends along a central longitudinal axis of the connecting element (10; 30; 50; 70), wherein the shank (12; 32; 52; 72) is provided with ribs which extend in a radial direction in relation to the shank (12; 32; 52; 72), and wherein the shank (12; 32; 52; 72) at least sectionally has a polylobular cross section, wherein the periphery of the polylobular cross section is convexly curved over its entire length and, when seen in the radial direction, has regions with relatively large radius or relatively small curvature and regions with relatively small radius or relatively large curvature, characterized in that , when seen along the central longitudinal axis , an angular position of the regions with relatively small radius or relatively large curvature and the regions with relatively large radius or relatively small curvature changes along the shank (12; 32; 52; 72).
A hydraulic circuit of a power machine (100; 200; 300) for providing power to at least one implement actuator of an implement mounted on the power machine, the hydraulic circuit comprising: an implement pump (224C; 310) configured to receive hydraulic fluid from a tank through an input conduit and to supply a flow of pressurized hydraulic fluid at an implement pump outlet conduit ; a main control valve coupled to the implement pump output conduit and configured to provide pressurized hydraulic fluid from the implement pump to the at least one implement actuator through a main control valve output conduit ; characterised by a bypass circuit having an inlet conduit coupled to the implement pump outlet conduit to selectively receive a portion of the flow of pressurized hydraulic fluid from the implement pump and to provide the portion of the flow of pressurized hydraulic fluid to the at least one implement actuator at a bypass circuit output conduit coupled to the control valve output conduit such that flow of pressurized hydraulic fluid provided to the at least one implement actuator is a combined flow including flow through the main control valve and flow bypassing the main control valve . an implement pump (224C; 310) configured to receive hydraulic fluid from a tank through an input conduit and to supply a flow of pressurized hydraulic fluid at an implement pump outlet conduit ; a main control valve coupled to the implement pump output conduit and configured to provide pressurized hydraulic fluid from the implement pump to the at least one implement actuator through a main control valve output conduit ; characterised by a bypass circuit having an inlet conduit coupled to the implement pump outlet conduit to selectively receive a portion of the flow of pressurized hydraulic fluid from the implement pump and to provide the portion of the flow of pressurized hydraulic fluid to the at least one implement actuator at a bypass circuit output conduit coupled to the control valve output conduit such that flow of pressurized hydraulic fluid provided to the at least one implement actuator is a combined flow including flow through the main control valve and flow bypassing the main control valve .
An arthroscopic cutter , comprising: a handpiece having a motor drive ; and a shaft assembly having an openable-closeable jaw structure at a working end and a hub at a hub end; wherein the hub configured for detachable coupling to the handpiece ; wherein the motor drive is configured to couple to the jaw structure to open and close the jaw structure to cut tissue when the hub is coupled to the handpiece ; and wherein the hub includes a gear mechanism configured to amplify an output torque of the motor drive to increase a closing force of the jaw structure , characterised in that the gear mechanism increases the motor output torque by at least a factor of 10. a handpiece having a motor drive ; and a shaft assembly having an openable-closeable jaw structure at a working end and a hub at a hub end; wherein the hub configured for detachable coupling to the handpiece ; wherein the motor drive is configured to couple to the jaw structure to open and close the jaw structure to cut tissue when the hub is coupled to the handpiece ; and wherein the hub includes a gear mechanism configured to amplify an output torque of the motor drive to increase a closing force of the jaw structure , the gear mechanism increases the motor output torque by at least a factor of 10.
A computer-implemented method for web browsing on a mobile device, comprising: receiving a markup language document that includes a plurality of elements; assigning each element in the plurality of elements a priority value based on a set of rules, wherein the set of rules includes at least two rules configured to assign two or more priority values to at least two subsets of elements in the plurality of elements; and selectively loading rendered content corresponding to the plurality of elements into a window of an application executed by the mobile device according to the priority value assigned to each element in the plurality of elements, wherein elements associated with priority values in a first range of priority values are loaded into the window while operating the mobile device in a normal mode and elements associated with priority values in a second range of priority values are loaded into the window while operating the mobile device in a low-power mode, wherein the operating the mobile device in the low-power mode comprises at least one of reducing a resolution of the rendered content corresponding to the element, throttling one or more threads associated with low priority elements within the markup language document, or masking low priority elements within the window of the application. receiving a markup language document that includes a plurality of elements; assigning each element in the plurality of elements a priority value based on a set of rules, wherein the set of rules includes at least two rules configured to assign two or more priority values to at least two subsets of elements in the plurality of elements; and selectively loading rendered content corresponding to the plurality of elements into a window of an application executed by the mobile device according to the priority value assigned to each element in the plurality of elements, wherein elements associated with priority values in a first range of priority values are loaded into the window while operating the mobile device in a normal mode and elements associated with priority values in a second range of priority values are loaded into the window while operating the mobile device in a low-power mode, wherein the operating the mobile device in the low-power mode comprises at least one of reducing a resolution of the rendered content corresponding to the element, throttling one or more threads associated with low priority elements within the markup language document, or masking low priority elements within the window of the application.
Cooling device comprising: a spray head (SK) for cooling lubrication of a lower die (UG) and/or an upper die (OG) of a forming machine (UM), wherein the spray head (SK) can be introduced between two work strokes into a work space (AR) between the lower die (UG) and the upper die (OG), wherein the spray head (SK) comprises at least two individually activatable nozzles (DU, DO) for cooling lubrication of different places of a die surface of the lower die (UG) and/or the upper die (OG) and a thermal imaging camera (KU, KO) for recording a thermal image of the lower die (UG) and/or the upper die (OG); and a control unit (KE) for determining individual spray times of the individually activatable nozzles (DU, DO) in dependence on the thermal image; characterised in that the control unit (KE) comprises a memory for storing the thermal images over a plurality of work cycles of the forming machine (UM) and is arranged to continuously monitor over several cycles a forming method, which is performable by the forming machine (UM), on the basis of the stored thermal images so that faults can be recognised before the lower die (UG) and/or the upper die (OG) is or are no longer usable. a spray head (SK) for cooling lubrication of a lower die (UG) and/or an upper die (OG) of a forming machine (UM), wherein the spray head (SK) can be introduced between two work strokes into a work space (AR) between the lower die (UG) and the upper die (OG), wherein the spray head (SK) comprises at least two individually activatable nozzles (DU, DO) for cooling lubrication of different places of a die surface of the lower die (UG) and/or the upper die (OG) and a thermal imaging camera (KU, KO) for recording a thermal image of the lower die (UG) and/or the upper die (OG); and a control unit (KE) for determining individual spray times of the individually activatable nozzles (DU, DO) in dependence on the thermal image; characterised in that the control unit (KE) comprises a memory for storing the thermal images over a plurality of work cycles of the forming machine (UM) and is arranged to continuously monitor over several cycles a forming method, which is performable by the forming machine (UM), on the basis of the stored thermal images so that faults can be recognised before the lower die (UG) and/or the upper die (OG) is or are no longer usable.
A method for Power Headroom, PH, management by a mobile entity in carrier aggregation, the method comprising: signaling data from the mobile entity subject to a PH constraint using uplink carrier aggregation, CA, to at least two non-collocated and independently controlled cells not under control of the same radio network controller of a wireless communication network; and providing information for managing uplink power control from the mobile entity to each of the at least two non-collocated and independently controlled cells , wherein the information comprises a PH report including power management information for each of the at least two non-collocated and independently controlled cells, wherein the PH report includes a Peak Maximum Power Reduction, PMPR, for each of the at least two non-collocated and independently controlled cells. signaling data from the mobile entity subject to a PH constraint using uplink carrier aggregation, CA, to at least two non-collocated and independently controlled cells not under control of the same radio network controller of a wireless communication network; and providing information for managing uplink power control from the mobile entity to each of the at least two non-collocated and independently controlled cells , wherein the information comprises a PH report including power management information for each of the at least two non-collocated and independently controlled cells, wherein the PH report includes a Peak Maximum Power Reduction, PMPR, for each of the at least two non-collocated and independently controlled cells.
Packaging for smoking articles the packaging comprising: an outer packet part comprising a front wall and a back wall connected by at least a top wall , a bottom wall and a side wall to form a sleeve with at least one side-opening opposite the side wall ; an inner packet part comprising a front wall and a back wall connected to each other by at least a bottom wall and two opposite substantially parallel side walls to define an enclosure for housing a bundle of smoking articles (B), said enclosure having at least one top opening between said front, back and side walls, the inner packet part being housed within the outer packet part and being movable relative to the outer packet part through the at least one side-opening between a closed position, in which the inner packet part is fully inserted in the outer packet part , and an open position, in which the inner packet part is at least partly extracted from the outer packet part , characterised in that the inner packet part further comprises reinforcement means configured to increase resistance of at least one of its front and back walls to compression forces (Fc) having at least one component exerted perpendicularly towards said front and back walls ; and the reinforcement means comprises at least one reinforcement plate abutting at least one of said front and back walls and is further configured to improve resistance to compression forces (Fc) of at least one of the corners between at least one of said front and back walls and at least one of said side walls of the inner packet part. an outer packet part comprising a front wall and a back wall connected by at least a top wall , a bottom wall and a side wall to form a sleeve with at least one side-opening opposite the side wall ; an inner packet part comprising a front wall and a back wall connected to each other by at least a bottom wall and two opposite substantially parallel side walls to define an enclosure for housing a bundle of smoking articles (B), said enclosure having at least one top opening between said front, back and side walls, the inner packet part being housed within the outer packet part and being movable relative to the outer packet part through the at least one side-opening between a closed position, in which the inner packet part is fully inserted in the outer packet part , and an open position, in which the inner packet part is at least partly extracted from the outer packet part ,
An installation tool for a wire thread insert having a cylindrical coil with a plurality of helically wound windings of a wire, in which a first winding comprises a driving tang with moving notch protruding into an interior of the coil via a bending portion , wherein the installation tool comprises the following features: a. a rotatable mounting spindle with a driving end for rotating the mounting spindle and a functional end (70; 70') for installation of the wire thread insert , wherein b. the functional end comprises at least one turn which is reduced in length in circumferential direction and which has a driving edge at a first end for engagement into a moving notch of the wire thread insert and a bend-up-shoulder at a second end for bending the driving tang of the wire thread insert radially outwardly. a. a rotatable mounting spindle with a driving end for rotating the mounting spindle and a functional end (70; 70') for installation of the wire thread insert , wherein b. the functional end comprises at least one turn which is reduced in length in circumferential direction and which has a driving edge at a first end for engagement into a moving notch of the wire thread insert and a bend-up-shoulder at a second end for bending the driving tang of the wire thread insert radially outwardly.