mhurhangee/ep-ind-claims huggingface dataset:
An imaging apparatus arranged to perform imaging using an illumination device including light metering means configured to acquire an object luminance value, flash control means configured to actuate the illumination device during imaging if the luminance value acquired by the light metering means is less than a threshold value, the imaging apparatus comprising: focus detection sensor configured to acquire information relating to the object distance in each of a plurality of areas (S0, S6) of an object to be imaged; wherein the flash control means is arranged to alter the threshold value according to an absolute object distance measured in a reference area of the object and the difference between a maximum value and a minimum value of the defocus amount measured in each area of said plurality of areas based on the information acquired by the focus detection sensor. focus detection sensor configured to acquire information relating to the object distance in each of a plurality of areas (S0, S6) of an object to be imaged; wherein the flash control means is arranged to alter the threshold value according to an absolute object distance measured in a reference area of the object and the difference between a maximum value and a minimum value of the defocus amount measured in each area of said plurality of areas based on the information acquired by the focus detection sensor.
A method for retrieving data within a hardware-accelerated processing system, the method comprising: storing a data file within a memory in accordance with a defined procedure relating to at least one parameter of the hardware-accelerated processing system, the data file being partitioned into a plurality of data blocks with a corresponding plurality of address pointers, wherein the data blocks have a fixed block length; generating a memory map that identifies, within the plurality of data blocks, data blocks that are stored contiguously in the memory; in response to a read request, identifying: a length of data that is related to the length of an input into a hardware-accelerated processor; and an address pointer that identifies within the memory a first data block for the read request; based on the fixed block length, the length of data, and the memory map, calculating a block count and a mask that is representative of a number of data blocks of the plurality of data blocks that are to be retrieved from the memory for the read request; retrieving from the memory said number of data blocks of the plurality of data blocks that are to be retrieved according to the block count by using the address pointer; and using the mask to extract sub-blocks of the retrieved data blocks. storing a data file within a memory in accordance with a defined procedure relating to at least one parameter of the hardware-accelerated processing system, the data file being partitioned into a plurality of data blocks with a corresponding plurality of address pointers, wherein the data blocks have a fixed block length; generating a memory map that identifies, within the plurality of data blocks, data blocks that are stored contiguously in the memory; in response to a read request, identifying: a length of data that is related to the length of an input into a hardware-accelerated processor; and an address pointer that identifies within the memory a first data block for the read request; a length of data that is related to the length of an input into a hardware-accelerated processor; and an address pointer that identifies within the memory a first data block for the read request; based on the fixed block length, the length of data, and the memory map, calculating a block count and a mask that is representative of a number of data blocks of the plurality of data blocks that are to be retrieved from the memory for the read request; retrieving from the memory said number of data blocks of the plurality of data blocks that are to be retrieved according to the block count by using the address pointer; and using the mask to extract sub-blocks of the retrieved data blocks.
A resource management method, wherein the resource management method is applied to a resource management system, the resource management system comprises a plurality of micro servers, a plurality of proxy servers corresponding to respective micro servers, and a load information manager, and the resource management method comprises: when resource update information of a micro server exists, reporting the resource update information to the load information manager by a proxy server corresponding to the micro server; broadcasting, by the load information manager, the resource update information to the plurality of proxy servers corresponding to the respective micro servers; and updating, by each proxy server in the plurality of proxy servers corresponding to the respective micro servers, a locally pre-stored resource usage state of each micro server based on the resource update information, wherein the resource usage state is used to perform a load balancing operation. when resource update information of a micro server exists, reporting the resource update information to the load information manager by a proxy server corresponding to the micro server; broadcasting, by the load information manager, the resource update information to the plurality of proxy servers corresponding to the respective micro servers; and updating, by each proxy server in the plurality of proxy servers corresponding to the respective micro servers, a locally pre-stored resource usage state of each micro server based on the resource update information, wherein the resource usage state is used to perform a load balancing operation.
Method for operating a network according to a multi-master redundancy method with a redundancy function, wherein a plurality of network devices (2 to 5) are connected to one another in the network in a ring topology via lines and interchange data, wherein, if one of the network devices (2 to 5) fails, two ports of the failed network device (2 to 5) which belong to one of the lines are connected to one another on the physical level by means of a bridging switch (6, 7), characterized in that the bridging switch (6, 7) short-circuits the respective line as soon as the current fails and opens it again when the failed network device (2 to 5) has been completely booted, wherein the redundancy function is implemented according to a multi-master redundancy method and the multi-master redundancy method is implemented as a device-level ring method.
A method for drilling and completing a wellbore, comprising: drilling a wellbore through a subterranean formation with a wellbore fluid, the wellbore fluid comprising: a base fluid; and a micronized weighting agent having a particle size d 90 of less than 20 microns; disposing a sand screen in an interval of the wellbore with the wellbore fluid; completing the wellbore; and maintaining the wellbore fluid in the wellbore through at least one screened completion operation. drilling a wellbore through a subterranean formation with a wellbore fluid, the wellbore fluid comprising: a base fluid; and a micronized weighting agent having a particle size d 90 of less than 20 microns; a base fluid; and a micronized weighting agent having a particle size d 90 of less than 20 microns; disposing a sand screen in an interval of the wellbore with the wellbore fluid; completing the wellbore; and maintaining the wellbore fluid in the wellbore through at least one screened completion operation.
A method for managing service calls, the method performed by a 5G signal routing engine, the method comprising: receiving a network function, NF, endpoint address; storing, in a forwarding table, the received NF endpoint address; receiving, from a requestor, a web protocol call directed to the NF endpoint; converting the web protocol call into a micro-services protocol call; transmitting, to the NF endpoint, the micro-services protocol call by using the NF endpoint address stored in the forwarding table; receiving, from the NF endpoint, a NF response in the micro-services protocol call; converting the micro-services protocol response to the web protocol; and transmitting, to the requestor, the web protocol response, wherein the micro-services protocol is gRPC. receiving a network function, NF, endpoint address; storing, in a forwarding table, the received NF endpoint address; receiving, from a requestor, a web protocol call directed to the NF endpoint; converting the web protocol call into a micro-services protocol call; transmitting, to the NF endpoint, the micro-services protocol call by using the NF endpoint address stored in the forwarding table; receiving, from the NF endpoint, a NF response in the micro-services protocol call; converting the micro-services protocol response to the web protocol; and transmitting, to the requestor, the web protocol response, wherein the micro-services protocol is gRPC.
A fluid dispenser comprising a fluid reservoir in which the fluid is stored under pressure, and a fluid outlet valve that is actuatable from a closed position to an open position so as to define a dispenser orifice in a dispenser wall, the dispenser orifice defining an edge that forms a valve seat, the dispenser wall serving as a fluid recovery surface at the outlet of the dispenser orifice, the outlet valve including a movable member that bears in sealed manner against the seat in the closed position and that is not in contact with the seat in the open position, the outlet valve including an actuator member for moving the movable member between the closed and open positions, the movable member and the actuator member being both be arranged on a pivot lever, characterized in that the actuator member includes two opposite faces (66, 67), namely an inside face that is subjected to the pressure exerted by the fluid under pressure, and an outside face that is free of any pressure exerted by the fluid, such that the pressure exerted by the fluid on the inside face of the actuator member is transmitted via the lever to the movable member that is thus pushed against the seat in sealed manner.
A reaction method, comprising reacting a compound represented by the following general formula with a compound represented by the following general formula in the presence of a catalyst configured using MX 2 wherein M is Mg, Ca, Sr, or Ba, and X is OR 5 or an amide group, wherein R 5 is an alkyl group, and a compound represented by the following general formula: wherein R 7, R 8, R 9, and R 10 each represents a substituted cyclic group or a unsubstituted cyclic group and there are two cases for R 9 and R 10, i.e. the case that they form a ring and the case that they do not form a ring, wherein each of R 1, R 2, R 3, and R 4 is an arbitrary substituent and each of W 1, W 2, and W 3 is an electron-withdrawing group, said reaction method being used for obtaining a compound represented by the following general formula: wherein each of R 1, R 2, R 3, and R 4 is an arbitrary substituent, and each of W 1, W 2, and W 3 is an electron withdrawing group.
A printing system comprising: printing means configured to form an image on a sheet transported along a transport path; inspection means (106, 108) configured to inspect the image formed on the sheet transported along the transport path by comparing the image with a reference image, discharge means (S406, S407) configured to discharge the sheet on which the image has been inspected by the inspection means; holding means configured to hold information identifying the sheet that has been inspected and information identifying the sheet that has been discharged; determination means configured to determine a page for which the inspection is resumed using the information identifying the sheet inspected and the information identifying the sheet discharged in a case where a jam occurs in a transport path of the sheet; and control means (216, 226) configured to control the inspection so as to be resumed from the page determined by the determination means. printing means configured to form an image on a sheet transported along a transport path; inspection means (106, 108) configured to inspect the image formed on the sheet transported along the transport path by comparing the image with a reference image, discharge means (S406, S407) configured to discharge the sheet on which the image has been inspected by the inspection means; holding means configured to hold information identifying the sheet that has been inspected and information identifying the sheet that has been discharged; determination means configured to determine a page for which the inspection is resumed using the information identifying the sheet inspected and the information identifying the sheet discharged in a case where a jam occurs in a transport path of the sheet; and control means (216, 226) configured to control the inspection so as to be resumed from the page determined by the determination means.
A wind turbine blade comprising a blade body and lift-regulating means (3,7) adapted for movement in relation to the blade body by at least one actuation means controlled by an actuation controller, wherein the actuation controller controls a setting of the lift-regulating means based on an input from a sensor, wherein the sensor is a force sensor adapted for sensing a force from a wind flow acting on the lift-regulating means (3,7), characterised in that said sensor is arranged at the lift-regulating means or on the actuation means to sense the force from the wind acting directly on the lift-regulating means only.
A method of communicating between a base station and user equipment, UE, in a wireless communication network, comprising: transmitting, by a UE, to a base station in a wireless communication network, radio access capability of the UE; wherein the radio access capability of the UE is communicated in an information element comprising a plurality of fields, and including a field operative to indicate to the base station that the UE supports a release-independent modification to a radio parameter, characterized in that the radio parameter comprises a network signaling value, NS-value, that Is Indicative of an additional maximum power reduction, AMPR, value. transmitting, by a UE, to a base station in a wireless communication network, radio access capability of the UE; wherein the radio access capability of the UE is communicated in an information element comprising a plurality of fields, and including a field operative to indicate to the base station that the UE supports a release-independent modification to a radio parameter, characterized in that the radio parameter comprises a network signaling value, NS-value, that Is Indicative of an additional maximum power reduction, AMPR, value.
A polymer comprising: (a) a copolymer backbone comprising units derived from an isoolefin having from 4 to 7 carbons and an alkylstyrene; and (b) one or more branches comprising a polycyclic aromatic hydrocarbon, wherein the one or more branches are directly bonded to an aromatic moiety of the copolymer backbone. (a) a copolymer backbone comprising units derived from an isoolefin having from 4 to 7 carbons and an alkylstyrene; and (b) one or more branches comprising a polycyclic aromatic hydrocarbon,
A method of wireless communication, performed by an apparatus, comprising: receiving a measurement report from a first wireless device operating in a specific area and operating on a spectrum that is different from an authorized shared access, ASA, spectrum, wherein the measurement report includes inter-frequency measurements of a carrier frequency of the ASA spectrum; and adjusting a configuration for a second wireless device operating on the ASA spectrum based at least in part on the measurement report. receiving a measurement report from a first wireless device operating in a specific area and operating on a spectrum that is different from an authorized shared access, ASA, spectrum, wherein the measurement report includes inter-frequency measurements of a carrier frequency of the ASA spectrum; and adjusting a configuration for a second wireless device operating on the ASA spectrum based at least in part on the measurement report.
A method for processing a Precision Time Protocol, PTP, packet, comprising: receiving, by a clock device, a PTP packet, wherein the PTP packet carries end-to-end parameter information, wherein the end-to-end parameter information comprises a domain number; the method characterized by: judging, by the clock device, whether the domain number is the same as a domain number configured in the clock device itself; if a judgment result is that the domain number is different from the domain number configured in the clock device itself, determining that the received PTP packet is not a PTP packet of the device; and forwarding, by the clock device, the PTP packet that is not a PTP packet of the device when the received PTP packet is not a PTP packet of the device. receiving, by a clock device, a PTP packet, wherein the PTP packet carries end-to-end parameter information, wherein the end-to-end parameter information comprises a domain number; the method characterized by: judging, by the clock device, whether the domain number is the same as a domain number configured in the clock device itself; if a judgment result is that the domain number is different from the domain number configured in the clock device itself, determining that the received PTP packet is not a PTP packet of the device; and forwarding, by the clock device, the PTP packet that is not a PTP packet of the device when the received PTP packet is not a PTP packet of the device.
A method for heating at least one component of a system for the catalytic reduction of the NO x from the exhaust gases of an internal combustion engine, using several resistive heating elements (R1, R2, R3), according to which these heating elements are fed in parallel by a current source (VBAT) and according to which a current sensor is placed in series with the current source (VBAT) and all the resistors (R1, R2, R3), which are connected in parallel, wherein each resistor (R1, R2, R3) is grounded and the current sensor is inserted between the current source (VBAT) and the resistors (R1, R2, R3), wherein the resistors (R1, R2, R3) are activated sequentially using commutators (PS1, PS2, PS3), one commutator (PS1, PS2, PS3) preceding each resistor (R1, R2, R3) and these commutators (PS1, PS2, PS3) being activated sequentially by an ECU, and wherein the current is measured by the sensor each time a resistor (R1, R2, R3) is activated and the ratio of the currents is compared to the ratio of the value of the resistors (R1, R2, R3).
A steering column for a steer-by-wire steering system for a motor vehicle, comprising a steering shaft which can be connected to a steering wheel and is received in an inner steering column tube such that it can be rotated about a longitudinal axis, the inner steering column tube having an external diameter (d), and an outer steering column tube, in which the inner steering column tube is received such that it can be displaced along the longitudinal axis, it being possible for the outer steering column tube to be connected to a chassis of the motor vehicle, the steering column comprising, furthermore, a feedback actuator which has an electric motor which drives the steering shaft via a drive component which is connected to the steering shaft for the transmission of a torque, characterized in that the drive component has a recess with a maximum inscribed diameter which is greater than the external diameter of the inner steering column tube, the recess being formed on that side of the drive component which faces the inner steering column tube.
A proximal mechanical locking assembly for a thrombectomy device, comprising: a shaft comprising a main body and enlarged end; an inner channel component comprising a full collar formed on a proximal end of the inner channel component; and an outer cage component comprising a partial collar formed on the outer cage component, wherein the partial collar of the outer cage component at least partially surrounds the shaft and the full collar of the inner channel component fully surrounds the partial collar of the outer cage component. a shaft comprising a main body and enlarged end; an inner channel component comprising a full collar formed on a proximal end of the inner channel component; and an outer cage component comprising a partial collar formed on the outer cage component, wherein the partial collar of the outer cage component at least partially surrounds the shaft and the full collar of the inner channel component fully surrounds the partial collar of the outer cage component.
A method of measuring an object by means of at least one first laser scanner which detects measured values for a plurality of measurement points, wherein only measured values which lie above a predefined threshold value are used for measuring the object, wherein a respective threshold value is determined separately for at least two ranges of measurement points of the laser scanner or of the laser scanners; characterized in that the respective threshold value is calculated on the basis of the angle of incidence of a light signal of the laser scanner at the object.
A dishwasher comprising: a cabinet that forms an outer shape; a tub that is disposed inside the cabinet, forms a washing chamber accommodating a washing target, and has an open front; a door that opens and closes the opened front of the tub; a control panel that is disposed in one side of the door, and has an operation button; a printed circuit board that is disposed inside the control panel, and detects an input for the operation button; a supporter that has a mounting space, which is formed inside, in which the printed circuit board is mounted, and is disposed inside the control panel; a waterproof film that is adhered to one side of the supporter facing the control panel and blocks water inflow into the printed circuit board disposed in the mounting space; and a coating layer filled with a waterproof material, in the mounting space of the supporter on which the printed circuit board is mounted, wherein the printed circuit board comprises a first surface mounted on the supporter and a second surface exposed to the mounting space of the supporter, and in the supporter, the waterproof film is adhered to an outer surface of the supporter disposed in a direction in which the first surface faces, and the coating layer is formed in the mounting space of the supporter in a direction in which the second surface faces. a cabinet that forms an outer shape; a tub that is disposed inside the cabinet, forms a washing chamber accommodating a washing target, and has an open front; a door that opens and closes the opened front of the tub; a control panel that is disposed in one side of the door, and has an operation button; a printed circuit board that is disposed inside the control panel, and detects an input for the operation button; a supporter that has a mounting space, which is formed inside, in which the printed circuit board is mounted, and is disposed inside the control panel; a waterproof film that is adhered to one side of the supporter facing the control panel and blocks water inflow into the printed circuit board disposed in the mounting space; and a coating layer filled with a waterproof material, in the mounting space of the supporter on which the printed circuit board is mounted, wherein the printed circuit board comprises a first surface mounted on the supporter and a second surface exposed to the mounting space of the supporter, and in the supporter, the waterproof film is adhered to an outer surface of the supporter disposed in a direction in which the first surface faces, and the coating layer is formed in the mounting space of the supporter in a direction in which the second surface faces.