mhurhangee/ep-ind-claims huggingface dataset:
A method comprising the steps of: communicating between a first intermediate device and a second intermediate device to select a master source from multiple sources, wherein each of the first intermediate device and the second intermediate device are coupled between a destination device and at least one of the multiple sources; receiving with the first intermediate device, one or more of a plurality of redundant data streams (27A, 27B) provided by the multiple sources (24A, 24B) and destined for the destination device; and filtering at least one of the plurality of redundant data streams with the first intermediate device. communicating between a first intermediate device and a second intermediate device to select a master source from multiple sources, wherein each of the first intermediate device and the second intermediate device are coupled between a destination device and at least one of the multiple sources; receiving with the first intermediate device, one or more of a plurality of redundant data streams (27A, 27B) provided by the multiple sources (24A, 24B) and destined for the destination device; and filtering at least one of the plurality of redundant data streams with the first intermediate device.
A dishwasher for washing dishes according to an automatic cycle of operation, comprising: a tub at least partially defining a treating chamber for receiving dishes for cleaning; a spraying system supplying liquid to the treating chamber and having a sprayer (30, 32, 34) comprising: a body mounted within the tub for movement about a rotatable axis and having an interior; a liquid passage provided in the interior; at least one spray outlet extending through the body and in fluid communication with the liquid passage and configured to emit a spray of liquid into the treating chamber to wash the dishes; at least one drive outlet extending through the body and configured to emit a spray of liquid to rotate the body about the rotational axis; and a moveable valve body characterized in that the moveable valve body selectively fluidly couples portions of the at least one drive outlet to the liquid passage to adjust a speed of rotation of the body. a tub at least partially defining a treating chamber for receiving dishes for cleaning; a spraying system supplying liquid to the treating chamber and having a sprayer (30, 32, 34) comprising: a body mounted within the tub for movement about a rotatable axis and having an interior; a liquid passage provided in the interior; at least one spray outlet extending through the body and in fluid communication with the liquid passage and configured to emit a spray of liquid into the treating chamber to wash the dishes; at least one drive outlet extending through the body and configured to emit a spray of liquid to rotate the body about the rotational axis; and a body mounted within the tub for movement about a rotatable axis and having an interior; a liquid passage provided in the interior; at least one spray outlet extending through the body and in fluid communication with the liquid passage and configured to emit a spray of liquid into the treating chamber to wash the dishes; at least one drive outlet extending through the body and configured to emit a spray of liquid to rotate the body about the rotational axis; and a moveable valve body characterized in that the moveable valve body selectively fluidly couples portions of the at least one drive outlet to the liquid passage to adjust a speed of rotation of the body.
An automotive framework member, comprising: a first steel sheet; a second steel sheet as a reinforcing member; and a first weld metal part joining an interface between the first steel sheet and the second steel sheet, wherein: tensile strength of the first steel sheet is 1.0 GPa or more and 1.6 GPa or less; tensile strength of the second steel sheet is 1.8 GPa or more and 2.5 GPa or less; the first steel sheet includes a groove part; the second steel sheet is overlapped with the groove part; and a minimum Vickers hardness of a region within 4 mm of a periphery of the first weld metal part of the second steel sheet is 80% or more of a hardness of an outside of the region of the second steel sheet. tensile strength of the first steel sheet is 1.0 GPa or more and 1.6 GPa or less; tensile strength of the second steel sheet is 1.8 GPa or more and 2.5 GPa or less; the first steel sheet includes a groove part; the second steel sheet is overlapped with the groove part; and a minimum Vickers hardness of a region within 4 mm of a periphery of the first weld metal part of the second steel sheet is 80% or more of a hardness of an outside of the region of the second steel sheet.
A method of enhancing a media recording, comprising: - accessing the media recording, the media recording comprising a camera recording of a scene, characterised by the scene including a screen displaying visual content; and the method further comprising: - analysing the camera recording of the scene to determine the location of the screen in the camera recording of the scene by determining coordinates of the screen in the camera recording of the scene; - accessing an original version of the visual content; and - replacing, in the camera recording of the scene and using the coordinates of the screen, the visual content displayed on the screen by the original version of the visual content, thereby obtaining an enhanced media recording. - accessing the media recording, the media recording comprising a camera recording of a scene, - analysing the camera recording of the scene to determine the location of the screen in the camera recording of the scene by determining coordinates of the screen in the camera recording of the scene; - accessing an original version of the visual content; and - replacing, in the camera recording of the scene and using the coordinates of the screen, the visual content displayed on the screen by the original version of the visual content, thereby obtaining an enhanced media recording.
A communication system, comprising: a first cell and a second cell adjacent to each other, each of which being composed of a center region inside the cell using a central frequency and a boundary region at cell ends using boundary frequencies by a multi-cell frequency repetition and each permitting to install a relay station to relay between a base station and a mobile station, wherein the central frequency of the first cell is assigned to at least a first subcarrier block and the boundary frequency of the first cell is assigned to a second subcarrier block, characterized in that the central frequency of the second cell is assigned to at least the second subcarrier block and the boundary frequency of the second cell is assigned to the first subcarrier block, wherein the second subcarrier block is divided into a first block and a second block, the first block being a restricted band, wherein an assignment of the boundary frequency to the relay station of the first cell is restricted to the restricted band, and wherein an assignment of the central frequency to mobile stations of the second cell is prioritized by avoiding the restricted band. a first cell and a second cell adjacent to each other, each of which being composed of a center region inside the cell using a central frequency and a boundary region at cell ends using boundary frequencies by a multi-cell frequency repetition and each permitting to install a relay station to relay between a base station and a mobile station, wherein the central frequency of the first cell is assigned to at least a first subcarrier block and the boundary frequency of the first cell is assigned to a second subcarrier block, characterized in that the central frequency of the second cell is assigned to at least the second subcarrier block and the boundary frequency of the second cell is assigned to the first subcarrier block, wherein the second subcarrier block is divided into a first block and a second block, the first block being a restricted band, wherein an assignment of the boundary frequency to the relay station of the first cell is restricted to the restricted band, and wherein an assignment of the central frequency to mobile stations of the second cell is prioritized by avoiding the restricted band.
An adapter assembly for connecting a loading unit to a handle assembly, the adapter assembly comprising: an outer sleeve; a trocar assembly releasably securable with the outer sleeve, the trocar assembly including a trocar housing defining a pair of openings (323a, 323b); and a retaining mechanism configured to releasably secure the trocar assembly within the outer sleeve, the retaining mechanism including a retaining block, a cam wire moveably positioned relative to the retaining block between a lock position and a release position, a retaining block extension maintaining the cam wire relative to the retaining block, a button member in operable engagement with the cam wire, and a pair of retaining members moveable from a first position received within the first and second openings (223a, 223b) of the trocar assembly when the cam wire is in the lock position and a second position spaced from the trocar assembly when the cam wire is in the release position, wherein each retaining member of the pair of retaining members defines a cutout having first and second stepped cutout portions (381a, 381b), characterized in that each retaining member of the pair of retaining members includes rounded transitions between the first and second stepped cutouts (381a, 381b) for receiving the cam wire and a locking portion, an end surface of the locking portion having first and second chamfered portions (386a, 386b) wherein not the entire outer perimeter of the end surface is chamfered. an outer sleeve; a trocar assembly releasably securable with the outer sleeve, the trocar assembly including a trocar housing defining a pair of openings (323a, 323b); and a retaining mechanism configured to releasably secure the trocar assembly within the outer sleeve, the retaining mechanism including a retaining block, a cam wire moveably positioned relative to the retaining block between a lock position and a release position, a retaining block extension maintaining the cam wire relative to the retaining block, a button member in operable engagement with the cam wire, and a pair of retaining members moveable from a first position received within the first and second openings (223a, 223b) of the trocar assembly when the cam wire is in the lock position and a second position spaced from the trocar assembly when the cam wire is in the release position, wherein each retaining member of the pair of retaining members defines a cutout having first and second stepped cutout portions (381a, 381b), characterized in that each retaining member of the pair of retaining members includes rounded transitions between the first and second stepped cutouts (381a, 381b) for receiving the cam wire and a locking portion, an end surface of the locking portion having first and second chamfered portions (386a, 386b) wherein not the entire outer perimeter of the end surface is chamfered.
A display device for a hybrid vehicle including: a motor that drives a wheel with electric power supplied from a battery; an engine that consumes fuel supplied from a fuel tank, and drives the wheel or generates electricity for the motor; a fuel gauge that displays the amount of the fuel remaining in the fuel tank; and a non-traveling·non-power generating mode in which the engine is forced to run to consume the fuel for a purpose other than travelling and power generation, characterized in that the display device is configured to display a region corresponding to the amount of fuel to be consumed in the non-traveling·non-power generating mode, of the fuel displayed in the fuel gauge, such that the region is distinguishable by color from another region of the fuel. a motor that drives a wheel with electric power supplied from a battery; an engine that consumes fuel supplied from a fuel tank, and drives the wheel or generates electricity for the motor; a fuel gauge that displays the amount of the fuel remaining in the fuel tank; and a non-traveling·non-power generating mode in which the engine is forced to run to consume the fuel for a purpose other than travelling and power generation, characterized in that the display device is configured to display a region corresponding to the amount of fuel to be consumed in the non-traveling·non-power generating mode, of the fuel displayed in the fuel gauge, such that the region is distinguishable by color from another region of the fuel.
A brushless synchronous power generation apparatus, comprising: a synchronous generator; an AC exciter directly connected to a rotor of the synchronous generator; a rotary rectifier attached to an armature of the AC exciter; and short-circuiting means which is configured to three-phase short-circuit armature windings of the AC exciter, wherein the armature windings of the AC exciter are three-phase short-circuited, causing the AC exciter to operate as an induction motor, thus rotating a rotor shaft of the synchronous generator, characterised in that the short-circuiting means is of a short-circuiting switch and a radio signal reception / switch control device, which are provided in the rotor shaft of the synchronous generator between the armature windings of the AC exciter and the rotary rectifier, and wherein the radio signal reception / switch control device is configured to receive a turning operation control signal and to connect the short-circuiting switch, thereby carrying out a three-phase short circuit. a synchronous generator; an AC exciter directly connected to a rotor of the synchronous generator; a rotary rectifier attached to an armature of the AC exciter; and short-circuiting means which is configured to three-phase short-circuit armature windings of the AC exciter, wherein the armature windings of the AC exciter are three-phase short-circuited, causing the AC exciter to operate as an induction motor, thus rotating a rotor shaft of the synchronous generator, characterised in that the short-circuiting means is of a short-circuiting switch and a radio signal reception / switch control device, which are provided in the rotor shaft of the synchronous generator between the armature windings of the AC exciter and the rotary rectifier, and wherein the radio signal reception / switch control device is configured to receive a turning operation control signal and to connect the short-circuiting switch, thereby carrying out a three-phase short circuit.
A subband switching method between subbands in a communication technology system, the method, comprising: receiving, by a terminal, identification information of a target subband in a cell having a cell identity from a network device, wherein the identification information is associated with configuration information of the target subband, such that the configuration information of the target subband is known based on the identification information; and switching, by the terminal, to the target subband, according to the configuration information of the target subband; wherein the configuration information comprises subcarrier space. receiving, by a terminal, identification information of a target subband in a cell having a cell identity from a network device, wherein the identification information is associated with configuration information of the target subband, such that the configuration information of the target subband is known based on the identification information; and switching, by the terminal, to the target subband, according to the configuration information of the target subband; wherein the configuration information comprises subcarrier space.
A speed control system for a vehicle, comprising: torque control means for automatically causing application of positive and negative torque to one or more wheels (111, 112, 114, 115) of a vehicle to cause a vehicle to travel at a speed substantially equal to the target speed value; and means for receiving information indicative of a gradient of a driving surface over which the vehicle is driving, the torque control means being configured to control the rate of change of the amount of torque applied to the one or more wheels (111, 112, 114, 115), in order to attempt to maintain the vehicle traveling substantially at the target speed value, in dependence at least in part on the gradient of the driving surface, characterized in that the torque control means is further configured to cause the vehicle to accelerate from a first speed to the target speed value, where the first speed is less than the target speed value, at least in part according to stored data in respect of target rate of acceleration as a function of speed, wherein the value of target rate of acceleration according to which the vehicle is caused to accelerate is determined in further dependence at least in part on the driving surface gradient. torque control means for automatically causing application of positive and negative torque to one or more wheels (111, 112, 114, 115) of a vehicle to cause a vehicle to travel at a speed substantially equal to the target speed value; and means for receiving information indicative of a gradient of a driving surface over which the vehicle is driving, the torque control means being configured to control the rate of change of the amount of torque applied to the one or more wheels (111, 112, 114, 115), in order to attempt to maintain the vehicle traveling substantially at the target speed value, in dependence at least in part on the gradient of the driving surface, characterized in that the torque control means is further configured to cause the vehicle to accelerate from a first speed to the target speed value, where the first speed is less than the target speed value, at least in part according to stored data in respect of target rate of acceleration as a function of speed, wherein the value of target rate of acceleration according to which the vehicle is caused to accelerate is determined in further dependence at least in part on the driving surface gradient.
A gas turbine engine comprising: counter-rotating first and second fan blade rows (50,52); a booster compressor; a single rotation low-pressure turbine; a high-pressure turbine; a gearbox comprising a sun gear coupled to the single rotation low-pressure turbine; and a plurality of planetary gears intermeshed with said sun gear, each of said planetary gears comprising a first gear portion having a first diameter and a second gear portion axially displaced from the first gear portion and having a second diameter that is different than the first diameter; the first fan blade row directly coupled to said single rotation low-pressure turbine so that the first fan blade row is not driven by the gearbox; the second fan blade row coupled to said first gear portion; and the sun gear coupled to one of the first gear portion and the second gear portion; characterised in that: the booster compressor is coupled to said second gear portion such that said single rotation low pressure turbine is configured to drive said first fan blade row, said second fan blade row and said booster compressor and such that said first fan blade row is rotatable in a first rotational direction and said second fan blade row is rotatable in a second rotational direction that is different than the first rotational direction. counter-rotating first and second fan blade rows (50,52); a booster compressor; a single rotation low-pressure turbine; a high-pressure turbine; a gearbox comprising a sun gear coupled to the single rotation low-pressure turbine; and a plurality of planetary gears intermeshed with said sun gear, each of said planetary gears comprising a first gear portion having a first diameter and a second gear portion axially displaced from the first gear portion and having a second diameter that is different than the first diameter; the first fan blade row directly coupled to said single rotation low-pressure turbine so that the first fan blade row is not driven by the gearbox; the second fan blade row coupled to said first gear portion; and the sun gear coupled to one of the first gear portion and the second gear portion; characterised in that: the booster compressor is coupled to said second gear portion such that said single rotation low pressure turbine is configured to drive said first fan blade row, said second fan blade row and said booster compressor and such that said first fan blade row is rotatable in a first rotational direction and said second fan blade row is rotatable in a second rotational direction that is different than the first rotational direction. the booster compressor is coupled to said second gear portion such that said single rotation low pressure turbine is configured to drive said first fan blade row, said second fan blade row and said booster compressor and such that said first fan blade row is rotatable in a first rotational direction and said second fan blade row is rotatable in a second rotational direction that is different than the first rotational direction.
A method for detecting acute Borna disease virus infections, comprising the step of determining the presence of heterodimers of p24 BDV phosphoprotein and p40 BDV nucleoprotein in a sample using a sandwich ELISA, wherein a first primary antibody is present immobilized and a second primary antibody is added non-immobilized after incubation of the sample with the immobilized first antibody and these primary antibodies are monoclonal antibodies, characterized in that the first primary antibody is directed against the phosphorylated p24 BDV phosphoprotein and the second primary antibody is directed against p40 BDV nucleoprotein epitopes, those which do not overlap with the binding domain of the BDV phosphoprotein on the BDV nucleoprotein, for the determination of p24 phosphorylated heterodimers of p24 BDV phosphoprotein and p40 BDV nucleoprotein.