mhurhangee/ep-ind-claims huggingface dataset:
A method of accessing a medium for transmitting an authentication request frame by a station, STA, in a wireless communication system, the method comprising: receiving a first parameter for authentication control from an access point, AP, with which the STA is associated; determining a second range for authentication control using the first parameter for authentication control; randomly selecting a second parameter within the second range for authentication control, the selected second parameter indicating a starting point of channel access procedure for transmitting the authentication request frame; and starting the channel access procedure at the starting point indicated by the second parameter, wherein the channel access procedure comprises: performing carrier sensing on the medium during an inter-frame space; and performing a random backoff by randomly selecting a random backoff period based on a random value within a first range of [0:CW] where 'CW' denotes a contention window size, if the medium is busy. receiving a first parameter for authentication control from an access point, AP, with which the STA is associated; determining a second range for authentication control using the first parameter for authentication control; randomly selecting a second parameter within the second range for authentication control, the selected second parameter indicating a starting point of channel access procedure for transmitting the authentication request frame; and starting the channel access procedure at the starting point indicated by the second parameter, wherein the channel access procedure comprises: performing carrier sensing on the medium during an inter-frame space; and performing a random backoff by randomly selecting a random backoff period based on a random value within a first range of [0:CW] where 'CW' denotes a contention window size, if the medium is busy. performing carrier sensing on the medium during an inter-frame space; and performing a random backoff by randomly selecting a random backoff period based on a random value within a first range of [0:CW] where 'CW' denotes a contention window size, if the medium is busy.
A surface marking robot comprising: a body; a print apparatus comprising a plurality of print nozzles mounted on the body; a position detection apparatus to determine a position of the robot; a motion control system, to cause the robot to travel along the surface with an intended path; and wherein the print apparatus is to deposit print agent onto the surface from a first nozzle of the plurality of nozzles to form a line as the robot follows the intended path, wherein upon detection by the position detection apparatus that the position of the robot has deviated from the intended path: (i) the motion control system is to perform a correction to a direction of travel of the robot such that the robot returns to the intended path; and (ii) the print apparatus is to deactivate the first nozzle and activate a second nozzle of the plurality of nozzles, characterised in that the second nozzle is chosen such that a distance between the first and second nozzles is to compensate for a deviation of the robot's position from the intended path. a body; a print apparatus comprising a plurality of print nozzles mounted on the body; a position detection apparatus to determine a position of the robot; a motion control system, to cause the robot to travel along the surface with an intended path; and wherein the print apparatus is to deposit print agent onto the surface from a first nozzle of the plurality of nozzles to form a line as the robot follows the intended path, wherein upon detection by the position detection apparatus that the position of the robot has deviated from the intended path: (i) the motion control system is to perform a correction to a direction of travel of the robot such that the robot returns to the intended path; and (ii) the print apparatus is to deactivate the first nozzle and activate a second nozzle of the plurality of nozzles, (i) the motion control system is to perform a correction to a direction of travel of the robot such that the robot returns to the intended path; and (ii) the print apparatus is to deactivate the first nozzle and activate a second nozzle of the plurality of nozzles,
A plant proteoglycan obtainable from gum arabic obtainable from a trunk or branch of Acacia plant (Acacia Senegal Willdenow or Acacia Seyal Delile), having a weight average molecular weight of 900,000 - 3,500,000, measured by Size Exclusion Chromatography as described in the description, and having a total aldehyde content of not more than 2.0 μmol equivalent/g, measured with an aldehyde quantification kit as described in the description.
A gas turbine engine, in particular an aircraft engine, comprising: a turbine connected via an input shaft device to a gearbox device having a sun gear, a planet carrier having a plurality of planet gears attached thereto, and a ring gear, the sun gear is connected to the input shaft device, the planet carrier is connected to a propulsive fan via an output shaft device of the gearbox device, with a rear carrier bearing device radially between the planet carrier and a part on the input shaft on the input side of the gearbox device; wherein the input shaft comprises a radially inner part coupled to the sun gear and a radially outer part coupled to the rear carrier bearing device, and the rear carrier bearing device is arranged such that primary axial loads from the fan are transmitted from a fan shaft 2. through the gearbox device via the planet carrier, and then to the radially outer part of the input shaft device via the rear carrier bearing device, and thence to the turbine. a turbine connected via an input shaft device to a gearbox device having a sun gear, a planet carrier having a plurality of planet gears attached thereto, and a ring gear, the sun gear is connected to the input shaft device, the planet carrier is connected to a propulsive fan via an output shaft device of the gearbox device, with a rear carrier bearing device radially between the planet carrier and a part on the input shaft on the input side of the gearbox device; wherein the input shaft comprises a radially inner part coupled to the sun gear and a radially outer part coupled to the rear carrier bearing device, and the rear carrier bearing device is arranged such that primary axial loads from the fan are transmitted from a fan shaft 2. through the gearbox device via the planet carrier, and then to the radially outer part of the input shaft device via the rear carrier bearing device, and thence to the turbine.
A method for controlling a washing machine comprising the steps of: determining whether a wrinkle preventing course is selected; performing a general washing operation by supplying washing water up to a water level designated according to an amount of laundry disposed in the washing machine, when it is determined that the wrinkle preventing course is selected; and measuring a time of the washing operation, and additionally supplying the washing water at a designated time before the washing of the laundry is completed. determining whether a wrinkle preventing course is selected; performing a general washing operation by supplying washing water up to a water level designated according to an amount of laundry disposed in the washing machine, when it is determined that the wrinkle preventing course is selected; and measuring a time of the washing operation, and additionally supplying the washing water at a designated time before the washing of the laundry is completed.
An apparatus for a wireless communication system, the apparatus comprising: circuitry (102, 104) configured to: generate configuration information for a user equipment performing device to device communication, the configuration information comprising retransmission number relevant information, wherein the retransmission number relevant information indicates information relevant to the number of repeated transmissions of signal transmission between user equipments performing device to device communication distributed in different cells, said cells having different bandwidth configurations; transmit the generated configuration information to the user equipment performing device to device communication, allocate transmission resources for signal transmission of the user equipment performing device to device communication; and transmit indication information of the transmission resources to a transmitting user equipment performing device to device communication, wherein the transmission resources comprise a first transmission resource for first signal transmission of the user equipment performing device to device communication, and wherein the transmission resources allocated by a resource scheduler further comprise retransmission resources for signal retransmission of the user equipment performing device to device communication, and a frequency span between a retransmission resource and a last transmission resource satisfies a predetermined condition, wherein the frequency span is greater than a predetermined threshold and less than a smallest cell bandwidth. generate configuration information for a user equipment performing device to device communication, the configuration information comprising retransmission number relevant information, wherein the retransmission number relevant information indicates information relevant to the number of repeated transmissions of signal transmission between user equipments performing device to device communication distributed in different cells, said cells having different bandwidth configurations; transmit the generated configuration information to the user equipment performing device to device communication, allocate transmission resources for signal transmission of the user equipment performing device to device communication; and transmit indication information of the transmission resources to a transmitting user equipment performing device to device communication, wherein the transmission resources comprise a first transmission resource for first signal transmission of the user equipment performing device to device communication, and wherein the transmission resources allocated by a resource scheduler further comprise retransmission resources for signal retransmission of the user equipment performing device to device communication, and a frequency span between a retransmission resource and a last transmission resource satisfies a predetermined condition, wherein the frequency span is greater than a predetermined threshold and less than a smallest cell bandwidth.
Two-component curing coatings, adhesives or sealing materials obtainable by reaction of (i) polyisocyanate prepolymers containing polyether carbonate polyols as starting component with (ii) at least one component selected from the group of the polyols and polyamines. (i) polyisocyanate prepolymers containing polyether carbonate polyols as starting component with (ii) at least one component selected from the group of the polyols and polyamines.
An ophthalmic composition comprising tropicamide, at least one cyclodextrin and at least one surfactant, wherein said at least one cyclodextrin is HP-β-CD at concentrations from 0.8 to 2.0% and said at least one surfactant is polyethylene glycol -hydroxystearate at a concentration from 0.8 to 2.0%.
A device for identifying changes to a machine assembly, comprising: a detection unit configured to detect at least one state of the machine assembly, an evaluation unit configured to compare the at least one detected state with a corresponding expected state for the machine assembly and to identify a distinguishing feature if the detected state differs from the expected state, an assessment unit configured to determine a degree of change on the basis of the identified distinguishing feature, and an interface unit configured to provide the specific degree of change in a defined format, wherein the device is further configured to selectively trigger a risk assessment based on the determined degree of change and to influence the extent thereof. a detection unit configured to detect at least one state of the machine assembly, an evaluation unit configured to compare the at least one detected state with a corresponding expected state for the machine assembly and to identify a distinguishing feature if the detected state differs from the expected state, an assessment unit configured to determine a degree of change on the basis of the identified distinguishing feature, and an interface unit configured to provide the specific degree of change in a defined format, wherein the device is further configured to selectively trigger a risk assessment based on the determined degree of change and to influence the extent thereof.
Method for smelting non-ferrous metal sulfides in a suspension smelting furnace, wherein the method includes using a suspension smelting furnace comprising a reaction shaft, a settler in communication with the reaction shaft via a first communication point that is formed between a lower end of the reaction shaft and the settler, and an uptake shaft in communication with the settler via a second communication point that is formed between the settler and a lower end of the uptake shaft, wherein said settler comprises a bottom structure, a top wall structure, a first side wall structure and a second side wall structure between the bottom structure and the top wall structure, and a first end wall structure at one end of the settler and a second end structure at the opposite end of the settler, a feeding step for feeding by means of a concentrate burner non-ferrous metal sulfides and reaction gas into the reaction shaft to have non-ferrous metal sulfides and reaction gas to react together in the reaction shaft to produce melt, a collecting step for collecting melt in the settler so that a layer of melt having a top surface is formed in the settler, and a gas removing step for removing process gases from the suspension smelting furnace via the uptake shaft, characterized by an arranging step for arranging at least one injection means for injecting fluid and/or pulverous matter into the settler from at least one of the first side wall structure and the second side wall structure of the settler so that fluid and/or pulverous matter is injected into the settler by means of said at least one injection means above the top surface of the layer of melt in the settler, and by an injecting step for injecting fluid and/or pulverous matter into the settler by means of said at least one injection means above the top surface of the layer of melt in the settler and in a direction parallel with the top surface of the layer of melt so as to avoid mixing of said fluid and/or pulverous matter with the layer of melt.
A method comprising: receiving, at a server, a request from a smart device wherein the request includes at least one condition; designating, at the server, an ATM among a plurality of ATMs, wherein the server designates the ATM based on the at least one condition included in the request transmitting a first message from the server to the smart device and a second message from the server to the ATM; wherein the first message is configured to cause the smart device to emit a first sound and the second message includes instructions to cause the ATM to emit a second sound; and the smart device and the ATM are configured to emit the first sound and the second sound in a complementary fashion; receiving, at the server, a location signal from the smart device; determining, at the server and using the location signal, that the smart device approaches the ATM and transmitting a third message from the server to the smart device and a fourth message from the server to the ATM wherein the third and the fourth messages cause the smart device and the ATM to emit sounds according to a pattern wherein the third message includes instructions for the smart device to increase a volume of the smart device and the fourth message includes instructions for the ATM to increase a volume of the ATM. receiving, at a server, a request from a smart device wherein the request includes at least one condition; designating, at the server, an ATM among a plurality of ATMs, wherein the server designates the ATM based on the at least one condition included in the request transmitting a first message from the server to the smart device and a second message from the server to the ATM; wherein the first message is configured to cause the smart device to emit a first sound and the second message includes instructions to cause the ATM to emit a second sound; and the smart device and the ATM are configured to emit the first sound and the second sound in a complementary fashion; receiving, at the server, a location signal from the smart device; determining, at the server and using the location signal, that the smart device approaches the ATM and transmitting a third message from the server to the smart device and a fourth message from the server to the ATM wherein the third and the fourth messages cause the smart device and the ATM to emit sounds according to a pattern wherein the third message includes instructions for the smart device to increase a volume of the smart device and the fourth message includes instructions for the ATM to increase a volume of the ATM.
A radial compressor unit for compressing gas, having a plurality of compressor stages (11, 12, 13), wherein each compressor stage (11, 12, 13) comprises an impeller with moving blades and a flow duct arranged seen in flow direction of the gas to be compressed downstream of the impeller with a diffuser section, a deflection section and a return section with guide blades, wherein compressed gas as cooling gas can be extracted from a compressor stage and can be delivered for cooling a component to be cooled in the direction of the component to be cooled, characterized in that the cooling gas can be extracted adjacently to an intermediate wall of the compressor stage from the return section of the flow duct of the compressor stage via at least one extraction duct with an extraction opening introduced into a front edge or into a suction side of one or a plurality of guide blades.
An apparatus for loading and unloading a roll, comprising: a roll support portion disposed adjacent to a roll unwinder; a first traveling rail disposed on one side of the roll unwinder; a moving frame movably installed on the first traveling rail; and a roll attaching and detaching unit movably installed on the moving frame, wherein the roll support portion includes a lifting unit configured to move up and down a disposed roll, and wherein the roll attaching and detaching unit includes a moving plate moving on the moving frame, and a main body portion rotatably installed on the moving plate. a roll support portion disposed adjacent to a roll unwinder; a first traveling rail disposed on one side of the roll unwinder; a moving frame movably installed on the first traveling rail; and a roll attaching and detaching unit movably installed on the moving frame, wherein the roll support portion includes a lifting unit configured to move up and down a disposed roll, and wherein the roll attaching and detaching unit includes a moving plate moving on the moving frame, and a main body portion rotatably installed on the moving plate.
Use of a grease composition in a bearing, wherein: said grease composition comprises a synthetic base oil, a urea-containing thickener and an additive, and wherein the additive comprises an overbased metal sulfonate and the amount of the overbased metal sulfonate is 0.1 to 0.4 mass% with respect to the total amount of the grease composition. said grease composition comprises a synthetic base oil, a urea-containing thickener and an additive, and wherein the additive comprises an overbased metal sulfonate and the amount of the overbased metal sulfonate is 0.1 to 0.4 mass% with respect to the total amount of the grease composition.
A shopping cart having a front end and a rear end, the cart comprising: a frame supported for movement over the ground, the frame including an upright portion; a tray supported on the frame proximate the ground; and a handle for pushing the cart, the handle coupled to the upright portion of the frame and positioned proximate to the rear end of the cart, a first basket coupled to the frame and positioned above the tray, the first basket secured against movement relative to the frame, the first basket including a first gate positioned proximate the rear end of the cart; and a second basket coupled to the frame and positioned above the first basket, the second basket secured against movement relative to the frame, the second basket including a second gate positioned proximate the rear end of the cart; the shopping cart being characterized in that the first basket being configured to be loaded from the rear, and the second gate of the second basket is positioned forward of the first gate of the first basket. a frame supported for movement over the ground, the frame including an upright portion; a tray supported on the frame proximate the ground; and a handle for pushing the cart, the handle coupled to the upright portion of the frame and positioned proximate to the rear end of the cart, a first basket coupled to the frame and positioned above the tray, the first basket secured against movement relative to the frame, the first basket including a first gate positioned proximate the rear end of the cart; and a second basket coupled to the frame and positioned above the first basket, the second basket secured against movement relative to the frame, the second basket including a second gate positioned proximate the rear end of the cart; the shopping cart being characterized in that the first basket being configured to be loaded from the rear, and the second gate of the second basket is positioned forward of the first gate of the first basket.
A processing system comprising: a processor; memory (110,115,120); one or more media storage devices accessible to the processor through an access architecture, where the one or more media storage devices access media files, the media files having respective content types; process code executable by the processor to spawn one or more processes, where execution of the one or more processes includes a request for access to the memory (110,115,120); resource partitioning code executable by the processor to generate a resource partition object and to assign at least one of the one or more processes to the resource partition object, where the at least one process generates one or more media store objects for storage in the memory (115,120), where the media store objects correspond to media files provided by the one or more media storage devices, characterized in that the resource partition object divides the memory into proportions based on the respective content types of the media files, and where an amount of the memory (115, 120) to allocate to the at least one process for storage of the media store objects is based on parametric rules associated with the resource partition object. a processor; memory (110,115,120); one or more media storage devices accessible to the processor through an access architecture, where the one or more media storage devices access media files, the media files having respective content types; process code executable by the processor to spawn one or more processes, where execution of the one or more processes includes a request for access to the memory (110,115,120); resource partitioning code executable by the processor to generate a resource partition object and to assign at least one of the one or more processes to the resource partition object, where the at least one process generates one or more media store objects for storage in the memory (115,120), where the media store objects correspond to media files provided by the one or more media storage devices, characterized in that the resource partition object divides the memory into proportions based on the respective content types of the media files, and where an amount of the memory (115, 120) to allocate to the at least one process for storage of the media store objects is based on parametric rules associated with the resource partition object.