mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for activating a wireless communication function of a wireless communication unit of a user equipment automatically for a geo-fence, the apparatus comprising: a location measuring unit configured to measure a current location of the user equipment to generate location information; a geo-fence receiving unit configured to transmit the location information on the current location to a geo-fence service providing device and receive geo-fence information on one or more geo-fences existing in a predetermined radius based on the location information among a plurality of geo-fences as predetermined virtual areas on a map for providing a content from the geo-fence service providing device; a determining unit configured to determine whether to enter one of the one or more geo-fences; and an activation unit configured to determine whether to activate the wireless communication unit of the user equipment for communicating with the wireless communication device positioned in the geo-fence which the user equipment enters when entering the geo-fence to automatically activate the wireless communication unit while the wireless communication unit is in a deactivated state and whether to deactivate the wireless communication unit when deviating from the entered geo-fence based on the current location after entering the geo-fence; wherein the determining unit determines that the user equipment entered the one of the one or more geo-fences by measuring a current location through the location measuring unit at a predetermined interval when density of the geo-fence according to the geo-fence information is more than a predetermined reference value. a location measuring unit configured to measure a current location of the user equipment to generate location information; a geo-fence receiving unit configured to transmit the location information on the current location to a geo-fence service providing device and receive geo-fence information on one or more geo-fences existing in a predetermined radius based on the location information among a plurality of geo-fences as predetermined virtual areas on a map for providing a content from the geo-fence service providing device; a determining unit configured to determine whether to enter one of the one or more geo-fences; and an activation unit configured to determine whether to activate the wireless communication unit of the user equipment for communicating with the wireless communication device positioned in the geo-fence which the user equipment enters when entering the geo-fence to automatically activate the wireless communication unit while the wireless communication unit is in a deactivated state and whether to deactivate the wireless communication unit when deviating from the entered geo-fence based on the current location after entering the geo-fence; wherein the determining unit determines that the user equipment entered the one of the one or more geo-fences by measuring a current location through the location measuring unit at a predetermined interval when density of the geo-fence according to the geo-fence information is more than a predetermined reference value.
A method for managing a processor pipeline, comprising: translating a program counter associated with an instruction block to be fetched to one or more execute permissions associated with the instruction block, the instruction block comprising a group of instructions and wherein the program counter associated with the instruction block points to a virtual address that corresponds to a page table entry storing the one or more execute permissions associated with the instruction block; associating the instruction block with a speculative execution mode indicating the mode in which the block is expected to execute based at least in part on the one or more execute permissions; and processing the instruction block relative to the speculative execution mode while the instruction block is in-flight within the processor pipeline. translating a program counter associated with an instruction block to be fetched to one or more execute permissions associated with the instruction block, the instruction block comprising a group of instructions and wherein the program counter associated with the instruction block points to a virtual address that corresponds to a page table entry storing the one or more execute permissions associated with the instruction block; associating the instruction block with a speculative execution mode indicating the mode in which the block is expected to execute based at least in part on the one or more execute permissions; and processing the instruction block relative to the speculative execution mode while the instruction block is in-flight within the processor pipeline.
A method for producing potato chips, comprising: a first heating step in which potato slices are heated by blowing a high-temperature and high-velocity air stream at a temperature of 120 °C or higher but 160 °C or less and an air velocity of 40 m/s or higher for 15 to 120 seconds thereonto while moisture is added; and a second heating step in which, after the first heating step, the potato slices are heated by blowing a high-temperature and high-velocity air stream at a temperature of 150 °C or higher but 250 °C or less and an air velocity of 40 m/s or higher for 60 seconds to 5 minutes thereonto while no moisture is added. a first heating step in which potato slices are heated by blowing a high-temperature and high-velocity air stream at a temperature of 120 °C or higher but 160 °C or less and an air velocity of 40 m/s or higher for 15 to 120 seconds thereonto while moisture is added; and a second heating step in which, after the first heating step, the potato slices are heated by blowing a high-temperature and high-velocity air stream at a temperature of 150 °C or higher but 250 °C or less and an air velocity of 40 m/s or higher for 60 seconds to 5 minutes thereonto while no moisture is added.
A method of estimating a propagation channel response corresponding to a received signal in a wireless communication receiver, comprising: selecting a plurality of receiver processing delays for sampling the received signal so that that the receiver processing delays span two closely spaced channel response delays; calculating an average channel coefficient magnitude over at least a first number of time slots of the received signal, for each of the receiver processing delays; estimating delay timing for each of the two channel response delays, based on the average channel coefficient magnitudes and a multi-delay superposition model for the channel response accounting for a total energy expected at each processing delay as a function of the energies E 1, E 2 originating from said two channel response delays; and calculating complex channel gains for each of the two channel response delays, based on the estimated delay timings and channel response measurements taken over a second number of time slots that is less than the first number of time slots. selecting a plurality of receiver processing delays for sampling the received signal so that that the receiver processing delays span two closely spaced channel response delays; calculating an average channel coefficient magnitude over at least a first number of time slots of the received signal, for each of the receiver processing delays; estimating delay timing for each of the two channel response delays, based on the average channel coefficient magnitudes and a multi-delay superposition model for the channel response accounting for a total energy expected at each processing delay as a function of the energies E 1, E 2 originating from said two channel response delays; and calculating complex channel gains for each of the two channel response delays, based on the estimated delay timings and channel response measurements taken over a second number of time slots that is less than the first number of time slots.
An overheat protection method for a hand-held electronic device, comprising: obtaining a cold zone temperature (Tcold) from a cold zone collection point, wherein the cold zone collection point is arranged in a position, away from a heat emitting element, of the hand-held electronic device; and selecting an overheat protection scheme that corresponds to the cold zone temperature (Tcold) and a hot zone temperature, characterized by when it is detected that the ambient temperature is high, a temperature threshold of a frequency limiting is increased. obtaining a cold zone temperature (Tcold) from a cold zone collection point, wherein the cold zone collection point is arranged in a position, away from a heat emitting element, of the hand-held electronic device; and selecting an overheat protection scheme that corresponds to the cold zone temperature (Tcold) and a hot zone temperature, characterized by when it is detected that the ambient temperature is high, a temperature threshold of a frequency limiting is increased.
An information processing method, wherein the method is applied to a network access stratum device, a persistent connection is maintained between the network access stratum device and a terminal device, and a short-term connection is maintained between the network access stratum device and a message forwarding device; the method comprising: receiving an uplink message sent by the terminal device; encapsulating the uplink message and a session identifier of the persistent connection maintained between the network access stratum device and the terminal device into a target message corresponding to the short-term connection; sending the target message to the message forwarding device, and receiving a downlink message corresponding to the target message and sent by the message forwarding device, wherein the downlink message comprises the session identifier; determining a receiving device of the downlink message based on the session identifier; and sending the downlink message to the determined receiving device that is the terminal device corresponding to the session identifier. receiving an uplink message sent by the terminal device; encapsulating the uplink message and a session identifier of the persistent connection maintained between the network access stratum device and the terminal device into a target message corresponding to the short-term connection; sending the target message to the message forwarding device, and receiving a downlink message corresponding to the target message and sent by the message forwarding device, wherein the downlink message comprises the session identifier; determining a receiving device of the downlink message based on the session identifier; and sending the downlink message to the determined receiving device that is the terminal device corresponding to the session identifier.
An isolated or recombinant polypeptide fragment comprising at least amino acids 595-1008 of SEQ ID NOs: 3-18, wherein the fragment is immunogenic, comprises less than 580 amino acids of any of SEQ ID NOs: 3-18, shows increased solubility compared to the full-length protein of any one of SEQ ID NOs: 3-18 and raises a substantially similar immune response in a subject as that raised by the full length protein of any of SEQ ID NOs: 3-18.
Device for charging a battery, notably a battery of a motor vehicle with electric traction, from a three-phase or single-phase power supply network, comprising a filtering stage comprising a capacitive assembly and intended to be connected to the power supply network, characterized in that it comprises means for monitoring the capacitive assembly capable of detecting a deviation in the capacitance value of at least one capacitor of the capacitive assembly from voltages and currents measured at the input (B 1, B 2, B 3) of the filtering stage.
An apparatus for producing a filter rod of the tobacco processing industry, comprising a transport nozzle that can be pressurised with compressed air, a guide tube with an oblong mandrel located in said guide tube, wherein a freely rotatable, non-driven infeed roller is located directly at the end of the transport nozzle and at a distance from the mandrel, the tread of which roller defines, in sections, the conveyor path of the filter material strip, characterised in that a further guide element (60, 70) is located between the infeed roller and the mandrel, by means of which element a cross section of the filter material strip between the mandrel and the further guide element is reduced in the area of a mandrel extension of the mandrel.
A control apparatus for an engine having a first fuel injection valve for injecting fuel into an intake path of the engine, a second fuel injection valve for injecting fuel into a combustion chamber of the engine, a supercharger for supercharging intake air for the engine, and a waste gate valve for opening and closing an exhaust bypass passage for bypassing a turbine of the supercharger, the control apparatus comprising: fuel injection control means for controlling injection amounts of fuel injected from the first fuel injection valve and the second fuel injection valve in accordance with an operating state of the engine; and valve control means for controlling an opening/closing action of the waste gate valve, wherein the valve control means controls the waste gate valve to act in an opening direction in accordance with an increase in the injection amount of fuel from the second fuel injection valve, in a region where fuel is injected from each of the first and second fuel injection valves and where the injection amount from the second fuel injection valve is larger than the injection amount from the first fuel injection valve. a first fuel injection valve for injecting fuel into an intake path of the engine, a second fuel injection valve for injecting fuel into a combustion chamber of the engine, a supercharger for supercharging intake air for the engine, and a waste gate valve for opening and closing an exhaust bypass passage for bypassing a turbine of the supercharger, the control apparatus comprising: fuel injection control means for controlling injection amounts of fuel injected from the first fuel injection valve and the second fuel injection valve in accordance with an operating state of the engine; and valve control means for controlling an opening/closing action of the waste gate valve, wherein the valve control means controls the waste gate valve to act in an opening direction in accordance with an increase in the injection amount of fuel from the second fuel injection valve, in a region where fuel is injected from each of the first and second fuel injection valves and where the injection amount from the second fuel injection valve is larger than the injection amount from the first fuel injection valve. fuel injection control means for controlling injection amounts of fuel injected from the first fuel injection valve and the second fuel injection valve in accordance with an operating state of the engine; and valve control means for controlling an opening/closing action of the waste gate valve, wherein the valve control means controls the waste gate valve to act in an opening direction in accordance with an increase in the injection amount of fuel from the second fuel injection valve, in a region where fuel is injected from each of the first and second fuel injection valves and where the injection amount from the second fuel injection valve is larger than the injection amount from the first fuel injection valve.
A compound as defined in Formula I: wherein, R 1 and R 2 are independently selected from H, F, CN, NO 2, optionally substituted alkyl, wherein at least one of R 1 and R 2 is CN; R 3 is selected from NHSO 2 R 4, NHSO 2 OR 4, SO 2 NHSO 2 R 4, SO 2 NHSO 2 OR 4 or an optionally substituted heterocycle; R 4 is selected from fluorine, optionally substituted C 1-6 alkyl, and optionally substituted C 6 aryl; (M n+) 1/n is a metal cation, wherein M is a metal and n is 1 or 2; or a tautomer thereof. R 1 and R 2 are independently selected from H, F, CN, NO 2, optionally substituted alkyl, wherein at least one of R 1 and R 2 is CN; R 3 is selected from NHSO 2 R 4, NHSO 2 OR 4, SO 2 NHSO 2 R 4, SO 2 NHSO 2 OR 4 or an optionally substituted heterocycle; R 4 is selected from fluorine, optionally substituted C 1-6 alkyl, and optionally substituted C 6 aryl; (M n+) 1/n is a metal cation, wherein M is a metal and n is 1 or 2; or a tautomer thereof.
A bearing device comprising a crankpin and a connecting rod bearing for supporting the crankpin of an internal combustion engine, the crankpin having a discharge port on its surface for supplying lubricating oil to a gap between the crankpin and the connecting rod bearing, the connecting rod bearing comprising a pair of half bearings (31, 32) wherein, the half bearing comprises a main cylindrical portion including a central portion of the half bearing in a circumferential direction, crush reliefs formed at both end portions of the half bearing in the circumferential direction so that the thickness of walls of the end portions is smaller than that of a wall of the main cylindrical portion, and a transitional region formed between at least the crush relief on a rear side in a rotational direction of the crankpin and the main cylindrical portion so that the thickness of a wall of the transition region decreases toward the crush relief, the crush reliefs are each formed so that when setting a virtual inner circumferential surface by extending an inner circumferential surface of the main cylindrical portion over the crush relief, the depth from the virtual inner circumferential surface at a position of an end surface of the half bearing in the circumferential direction is larger than that at a position where the crush relief connects with the transitional region, and characterized in that a plurality of circumferential grooves are provided in the main cylindrical portion to continuously extend in a circumferential direction throughout an entire length in the circumferential direction, and are continuously formed also in the transitional region wherein the plurality of circumferential grooves extend in parallel with the circumferential direction of the half bearing and are formed throughout an entire width of the transitional region and the main cylindrical portion to be disposed in parallel in a width direction of the half bearing, so that a flat region is not present on the inner circumferential surfaces of the transitional region and the main cylindrical portion.
Driver device for driving a load, in particular an LED unit having one or more LEDs, comprising: - input terminals (14, 16) configured to connect the driver device to a voltage supply and for receiving an input voltage from the voltage supply, - an output terminal configured to connect the driver device to the load, - a converter unit for converting a drive voltage to an output voltage for powering the load, - a switching unit (20, 22) connected to the input terminals (14, 16) for providing different levels of drive voltage to the converter unit, and - a control unit for controlling the switching unit (20, 22) on the basis of an electrical converter signal (V12; V 13; I12; 113) measured at a member (30, 36) of the converter unit and a reference signal (Vth), and wherein - the reference signal (Vth) represents a threshold level; and - the reference signal (Vth) is a modulating signal in order to provide a modulating output signal. - input terminals (14, 16) configured to connect the driver device to a voltage supply and for receiving an input voltage from the voltage supply, - an output terminal configured to connect the driver device to the load, - a converter unit for converting a drive voltage to an output voltage for powering the load, - a switching unit (20, 22) connected to the input terminals (14, 16) for providing different levels of drive voltage to the converter unit, and - a control unit for controlling the switching unit (20, 22) on the basis of an electrical converter signal (V12; V 13; I12; 113) measured at a member (30, 36) of the converter unit and a reference signal (Vth), and wherein - the reference signal (Vth) represents a threshold level; and - the reference signal (Vth) is a modulating signal in order to provide a modulating output signal.
A measurement system for use on a metal strip production line, the measurement system comprising: a thermal imaging camera configured to receive thermal radiation from a plurality of positions along the production line conveying a metal strip and to generate an image based on the thermal radiation received; characterized by: a processor including a temperature or emissivity calculation unit configured to select four areas in the image, where the first and second areas in the image correspond to positions on the metal strip that are at substantially the same temperature, and the third and fourth areas in the image correspond to positions along the production line which are at different temperatures, such that radiation from the third and fourth areas is received at the thermal imaging camera both directly from the corresponding positions, and indirectly through reflections off the first and second areas, and wherein the calculation unit is further configured to determine temperature and/or emissivity of the metal strip based on the equation ε s = 1 - (R 1 -R 2)/(R 3 -R 4), where R 1, R 2, R 3, and R 4 are values for thermal radiation received at each of four respective areas, and ε s is the emissivity of the metal strip.
A method for optimizing beam shaping of a display comprising an array of light emitting elements, each corresponds to a pixel of said display, in order to adjust angular distribution of light pattern in an optical waveguide, wherein the method comprises the steps of: simulating a luminance distribution for positional and angular characteristics of luminance of the optical waveguide, measuring a luminance distribution for positional and angular characteristics of luminance of the optical waveguide, comparing the simulated luminance distribution with the measured luminance distribution of the optical waveguide, defining an optimum emission pattern for every pixel for every color of the display based on the measured luminance distribution, characterised by realizing a lens geometry per pixel of the display from the optimum emission pattern, and processing a lens system per pixel of the display based on the realized lens geometry in a digital process. simulating a luminance distribution for positional and angular characteristics of luminance of the optical waveguide, measuring a luminance distribution for positional and angular characteristics of luminance of the optical waveguide, comparing the simulated luminance distribution with the measured luminance distribution of the optical waveguide, defining an optimum emission pattern for every pixel for every color of the display based on the measured luminance distribution, characterised by realizing a lens geometry per pixel of the display from the optimum emission pattern, and processing a lens system per pixel of the display based on the realized lens geometry in a digital process.