mhurhangee/ep-ind-claims huggingface dataset:
A sensor comprising: a weight body, a frame surrounding the weight body when viewed from above, a beam part having flexibility and comprising a first end connected to the weight body and a second end connected to the frame, and a detection part on the beam part, which detects deformation of the beam part as an electric signal, wherein the beam part comprises a main part which extends in a longitudinal direction connecting the first end and the second end, and an extending part which protrudes from the main part from at least one of the upper side or lower side, and in the extending part, the more away from the main part, the shorter the length in a width direction perpendicular to the longitudinal direction becomes. a weight body, a frame surrounding the weight body when viewed from above, a beam part having flexibility and comprising a first end connected to the weight body and a second end connected to the frame, and a detection part on the beam part, which detects deformation of the beam part as an electric signal, wherein the beam part comprises a main part which extends in a longitudinal direction connecting the first end and the second end, and an extending part which protrudes from the main part from at least one of the upper side or lower side, and a main part which extends in a longitudinal direction connecting the first end and the second end, and an extending part which protrudes from the main part from at least one of the upper side or lower side, and in the extending part, the more away from the main part, the shorter the length in a width direction perpendicular to the longitudinal direction becomes.
A vacuum cleaner, comprising: a main body; a dust separator configured to separate dust from air by a cyclone principle; and a dust container configured to hold the dust separated at the dust separator, the dust container being configured to be positioned on the main body, wherein the dust separator is configured to be positioned adjacent to at least one outer surface of the dust container, the dust container being separable from the dust separator, characterized in that the vacuum cleaner further comprises a filter device provided under the dust separator that filters fine dust from the air discharged from the dust separator. a main body; a dust separator configured to separate dust from air by a cyclone principle; and a dust container configured to hold the dust separated at the dust separator, the dust container being configured to be positioned on the main body, wherein the dust separator is configured to be positioned adjacent to at least one outer surface of the dust container, the dust container being separable from the dust separator, characterized in that the vacuum cleaner further comprises a filter device provided under the dust separator that filters fine dust from the air discharged from the dust separator.
A grain unloading system for a combine harvester comprising: - a grain bin comprising a frame, the frame comprising a floor with a trough (34, 36) disposed therein; - an unloading auger (38, 40) disposed at least partially within the trough; - an auger cover (46, 48) that at least partially covers the auger, the auger cover comprising a pair of movable gates (76A, 76B, 78A, 78B), and; - a gate adjustment structure coupled to the pair of gates to move the pair of gates relative to the auger, characterized in that: the auger cover further comprises a hat (80, 82) for a top portion of the auger cover and the gates are movable between the hat and locations on the floor that are proximal to the trough, and there is further provided: - a control system coupled to the gate adjustment structure and configured to control the gate adjustment structure. - a grain bin comprising a frame, the frame comprising a floor with a trough (34, 36) disposed therein; - an unloading auger (38, 40) disposed at least partially within the trough; - an auger cover (46, 48) that at least partially covers the auger, the auger cover comprising a pair of movable gates (76A, 76B, 78A, 78B), and; - a gate adjustment structure coupled to the pair of gates to move the pair of gates relative to the auger, - a control system coupled to the gate adjustment structure and configured to control the gate adjustment structure.
A method for reducing a level of acrylamide in a processed food, comprising adding dihydroquercetin to a carbohydrate-containing processed food ingredient or allowing dihydroquercetin to permeate the carbohydrate-containing processed food ingredient prior to or during a heat-treating process, wherein the heat-treating process requires a temperature of 120°C or higher.
Sanitary fitting comprising a fitting shaft, a fitting base body, and a device for mounting the fitting shaft to the fitting base body, wherein the fitting shaft is insertable with a fixing end face portion into an opening cavity of the fitting base body and is fixable there to the fitting base body and the mounting device comprises a form-locking connection for fixing the fitting shaft to the fitting base body, wherein - the form-locking connection comprises at least one connector element on the fixing end face portion of the fitting shaft and at least one recess on a periphery of the opening cavity of the fitting base body, in which recess the respective connector element engages, - the at least one connector element comprises a retainer ring which locks into the at least one recess with mounting insertion of the fitting shaft into the fitting base body, and - the fitting shaft includes a stud bolt and a bolt fixing element (32', 32") disposed on a fixing end of the stud bolt. - the form-locking connection comprises at least one connector element on the fixing end face portion of the fitting shaft and at least one recess on a periphery of the opening cavity of the fitting base body, in which recess the respective connector element engages, - the at least one connector element comprises a retainer ring which locks into the at least one recess with mounting insertion of the fitting shaft into the fitting base body, and - the fitting shaft includes a stud bolt and a bolt fixing element (32', 32") disposed on a fixing end of the stud bolt.
A method of adapting a broadcast service in a cellular radio communication system, said method comprising: receiving in a base station, a request from at least one registered user (85, 89, 93) of the broadcast service for the base station to increase transmit power; setting an upper threshold limit for broadcast transmit power based on a level of traffic on the downlink, such that the upper threshold limit is lowered when the level of downlink traffic increases; determining whether increasing the transmit power would exceed the upper threshold limit for broadcast transmit power; if increasing the transmit power would not exceed the upper threshold limit, increasing the broadcast transmit power by a predefined amount; and if increasing the transmit power would exceed the upper threshold limit, selectively increasing a level of forward error correction, FEC, encoding or decreasing a transmitted data rate associated with the broadcast service. receiving in a base station, a request from at least one registered user (85, 89, 93) of the broadcast service for the base station to increase transmit power; setting an upper threshold limit for broadcast transmit power based on a level of traffic on the downlink, such that the upper threshold limit is lowered when the level of downlink traffic increases; determining whether increasing the transmit power would exceed the upper threshold limit for broadcast transmit power; if increasing the transmit power would not exceed the upper threshold limit, increasing the broadcast transmit power by a predefined amount; and if increasing the transmit power would exceed the upper threshold limit, selectively increasing a level of forward error correction, FEC, encoding or decreasing a transmitted data rate associated with the broadcast service.
An ActRIIB-Fc fusion protein for use in treating obesity and/or type II diabetes in a patient, wherein the ActRIIB-Fc fusion protein is for administration to the patient on a dosing schedule that maintains a serum concentration of the ActRIIB-Fc fusion protein from 8-20 μg/mL.
A system comprising: a processor; and a tangible, non-transitory, computer-readable medium having instructions stored thereon, wherein the instructions are configured to cause the processor to: receive an indication of an error detected on any of a die-to-die link (106, 210, 230, 260) or a package-to-package network (108, 230) of a multi-chip package, wherein the link is associated with one or more virtual channels and the multi-chip package comprises a package (100, 200) comprising a system-on-chip, SoC, die (102, 202) and an auxiliary die (104, 212), and the multi-chip package further comprises an other package (110, 250); determine whether the error is detected on the package-to-package network (108, 230); when the error is not detected on the package-to-package network (108, 230), logically switch the die-to-die link (106, 210, 230, 260) off; and send a not-acknowledged message in response to incoming packets with an error code indicating that the error has not been detected on the package-to-package network (108, 230). a processor; and a tangible, non-transitory, computer-readable medium having instructions stored thereon, wherein the instructions are configured to cause the processor to: receive an indication of an error detected on any of a die-to-die link (106, 210, 230, 260) or a package-to-package network (108, 230) of a multi-chip package, wherein the link is associated with one or more virtual channels and the multi-chip package comprises a package (100, 200) comprising a system-on-chip, SoC, die (102, 202) and an auxiliary die (104, 212), and the multi-chip package further comprises an other package (110, 250); determine whether the error is detected on the package-to-package network (108, 230); when the error is not detected on the package-to-package network (108, 230), logically switch the die-to-die link (106, 210, 230, 260) off; and send a not-acknowledged message in response to incoming packets with an error code indicating that the error has not been detected on the package-to-package network (108, 230). receive an indication of an error detected on any of a die-to-die link (106, 210, 230, 260) or a package-to-package network (108, 230) of a multi-chip package, wherein the link is associated with one or more virtual channels and the multi-chip package comprises a package (100, 200) comprising a system-on-chip, SoC, die (102, 202) and an auxiliary die (104, 212), and the multi-chip package further comprises an other package (110, 250); determine whether the error is detected on the package-to-package network (108, 230); when the error is not detected on the package-to-package network (108, 230), logically switch the die-to-die link (106, 210, 230, 260) off; and send a not-acknowledged message in response to incoming packets with an error code indicating that the error has not been detected on the package-to-package network (108, 230).
Current collecting bus-bar for cells of electrochemical plants comprising: - an elongated main body having homogeneous resistivity, said body comprising housings for one or more optionally removable anode and/or cathode electrical contacts, said housings being evenly spaced apart; - probes for detecting electric potential, said probes being connected by securing means to said current collecting bus-bar in correspondence of said one or more electrical contacts. - an elongated main body having homogeneous resistivity, said body comprising housings for one or more optionally removable anode and/or cathode electrical contacts, said housings being evenly spaced apart; - probes for detecting electric potential, said probes being connected by securing means to said current collecting bus-bar in correspondence of said one or more electrical contacts.
A surgical stapler for treating the tissue of a patient, comprising: a handle; a shaft extending from said handle; an end effector extending from said shaft, comprising: a first jaw; a second jaw, wherein one of said first jaw and said second jaw is movable relative to the other; a cartridge body including staple cavities; staples removably stored in said staple cavities; and an anvil configured to deform said staples; a firing system configured to eject said staples from said staple cavities toward said anvil during a firing stroke; a cutting system configured to cut the tissue during a cutting stroke after said firing stroke has been completed; means for pausing said surgical stapler to allow the user of said surgical stapler to elect whether or not to perform said cutting stroke with said surgical stapler; a firing trigger; a firing bar operably engaged with said firing trigger, wherein an actuation of said firing trigger advances said firing bar toward said end effector during said firing stroke; and a tactile feedback generator engaged with said firing bar; characterised in that said tactile feedback generator is configured to generate: a series of sounds which become increasingly louder as said firing stroke progresses, or a series of sounds at a rate which increases as said firing stroke progresses. a handle; a shaft extending from said handle; an end effector extending from said shaft, comprising: a first jaw; a second jaw, wherein one of said first jaw and said second jaw is movable relative to the other; a cartridge body including staple cavities; staples removably stored in said staple cavities; and an anvil configured to deform said staples; a first jaw; a second jaw, wherein one of said first jaw and said second jaw is movable relative to the other; a cartridge body including staple cavities; staples removably stored in said staple cavities; and an anvil configured to deform said staples; a firing system configured to eject said staples from said staple cavities toward said anvil during a firing stroke; a cutting system configured to cut the tissue during a cutting stroke after said firing stroke has been completed; means for pausing said surgical stapler to allow the user of said surgical stapler to elect whether or not to perform said cutting stroke with said surgical stapler; a firing trigger; a firing bar operably engaged with said firing trigger, wherein an actuation of said firing trigger advances said firing bar toward said end effector during said firing stroke; and a tactile feedback generator engaged with said firing bar; characterised in that said tactile feedback generator is configured to generate: a series of sounds which become increasingly louder as said firing stroke progresses, or a series of sounds at a rate which increases as said firing stroke progresses. a series of sounds which become increasingly louder as said firing stroke progresses, or a series of sounds at a rate which increases as said firing stroke progresses.
An exhaust gas system for a device comprising at least one fuel cell, said system comprising - at least one exhaust gas duct for transporting exhaust gas (2, 3) of the fuel cell, wherein an anode exhaust gas line for transporting the anode-side exhaust gas is provided between the exhaust gas duct and the fuel cell and has an anode purging gas valve and an anode exhaust gas outlet valve, - at least one air inlet for supplying fresh air from the surrounding environment, - at least one air-conveying device for conveying the supplied air, - at least one heat exchanger, - a mixing region for mixing exhaust gas (2, 3) of the fuel cell, transported by means of the exhaust gas duct, with the supplied air and forming a mixed exhaust gas, and - a mixed exhaust gas outlet for discharging the mixed exhaust gas from the exhaust system, wherein the supplied air can be introduced into the heat exchanger and can be conveyed through the same, and wherein the heating of the air that is thus attainable causes the air to be able to absorb more water and prevents a formation of clouds of vapour created as a result of condensed water. - at least one exhaust gas duct for transporting exhaust gas (2, 3) of the fuel cell, wherein an anode exhaust gas line for transporting the anode-side exhaust gas is provided between the exhaust gas duct and the fuel cell and has an anode purging gas valve and an anode exhaust gas outlet valve, - at least one air inlet for supplying fresh air from the surrounding environment, - at least one air-conveying device for conveying the supplied air, - at least one heat exchanger, - a mixing region for mixing exhaust gas (2, 3) of the fuel cell, transported by means of the exhaust gas duct, with the supplied air and forming a mixed exhaust gas, and - a mixed exhaust gas outlet for discharging the mixed exhaust gas from the exhaust system,
A heating engine control circuit to control operation of a heater of a nicotine electronic vaping device, the heating engine control circuit comprising: a rail converter circuit configured to convert a power supply voltage into a power signal based on a vaping enable signal, the vaping enable signal being a pulse width modulated signal; and a gate driver circuit including an integrated gate driver, the integrated gate driver configured to control application of power to the heater to heat nicotine pre-vapor formulation drawn from a nicotine reservoir at the nicotine electronic vaping device based on the power signal, a first enable signal and a second enable signal. a rail converter circuit configured to convert a power supply voltage into a power signal based on a vaping enable signal, the vaping enable signal being a pulse width modulated signal; and a gate driver circuit including an integrated gate driver, the integrated gate driver configured to control application of power to the heater to heat nicotine pre-vapor formulation drawn from a nicotine reservoir at the nicotine electronic vaping device based on the power signal, a first enable signal and a second enable signal.
A process for producing a water-based ink for ink-jet printing, comprising the step of dispersing a pigment in a polymer by means of a disperser using dispersing media particles comprising a zirconium compound to introduce the solid zirconium compound into the water-based ink, the water-based ink comprising the pigment-containing polymer particles and the solid zirconium compound, and having a zirconium compound content of not less than 2 ppm and not more than 200 ppm in terms of a concentration of zirconium in the water-based ink, wherein the process comprises the following steps to in which the step of introducing the solid zirconium compound into the water-based ink is conducted in the step: step: preparing a mixture comprising the polymer, an organic solvent, the pigment and water; step: subjecting the mixture obtained in the step to dispersing treatment using the dispersing media particles comprising the zirconium compound to obtain a dispersion of the pigment-containing polymer particles; step: removing the organic solvent from the dispersion of the pigment-containing polymer particles obtained in the step to obtain a water dispersion of the pigment-containing polymer particles; step: removing coarse particles from the water dispersion obtained in the step to obtain a water dispersion for ink-jet printing; and step: preparing the water-based ink for ink-jet printing using the water dispersion obtained in the step, wherein a use history of the dispersing media particles is controlled such that a cumulative net power as measured by operating the disperser packed with the dispersing media particles is not less than 1500 kwh/kg and wherein a packing rate of the dispersing media particles in the disperser in the step is not less than 50 % and not more than 95 %. step: preparing a mixture comprising the polymer, an organic solvent, the pigment and water; step: subjecting the mixture obtained in the step to dispersing treatment using the dispersing media particles comprising the zirconium compound to obtain a dispersion of the pigment-containing polymer particles; step: removing the organic solvent from the dispersion of the pigment-containing polymer particles obtained in the step to obtain a water dispersion of the pigment-containing polymer particles; step: removing coarse particles from the water dispersion obtained in the step to obtain a water dispersion for ink-jet printing; and step: preparing the water-based ink for ink-jet printing using the water dispersion obtained in the step,
An autonomous cleaner comprising: an auxiliary brush that is attached to a body constituting the autonomous cleaner so as to be capable of collecting dust to a suction port provided in a bottom surface of the body, the auxiliary brush comprising: a short bristle bundle that is a bundle of short bristles; and a long bristle bundle that is a bundle of bristles longer than the short bristle bundle; an obstacle detection sensor that detects a forward distance that is a distance between a front face of the body and an object; and a distance measuring sensor that detects a sideway distance that is a distance between a side face of the body and an object, wherein the autonomous cleaner rotates at a first position where the forward distance detected by the obstacle detection sensor is a first distance and the sideway distance detected by the distance measuring sensor is a second distance and then retreats from the first position to a second position where the forward distance is a third distance longer than the first distance and the sideway distance is a fourth distance longer than the second distance in order to move from the first position to the second position after the rotation. an auxiliary brush that is attached to a body constituting the autonomous cleaner so as to be capable of collecting dust to a suction port provided in a bottom surface of the body, the auxiliary brush comprising: a short bristle bundle that is a bundle of short bristles; and a long bristle bundle that is a bundle of bristles longer than the short bristle bundle; an obstacle detection sensor that detects a forward distance that is a distance between a front face of the body and an object; and a distance measuring sensor that detects a sideway distance that is a distance between a side face of the body and an object, wherein the autonomous cleaner rotates at a first position where the forward distance detected by the obstacle detection sensor is a first distance and the sideway distance detected by the distance measuring sensor is a second distance and then retreats from the first position to a second position where the forward distance is a third distance longer than the first distance and the sideway distance is a fourth distance longer than the second distance in order to move from the first position to the second position after the rotation.
A method implemented by a control plane device in a Software Defined Networking, SDN, network to configure a data plane device in the SDN network to perform network address translation, NAT, for a flow so that the flow can bypass a NAT device, the method comprising: receiving a translation rule for the flow from the NAT device; configuring the data plane device to steer the flow such that the flow bypasses the NAT device; configuring the data plane device to perform NAT for the flow according to the translation rule for the flow; characterised by transmitting an indication to the NAT device that the flow is to bypass the NAT device; and in response to receiving the indication that the flow is to bypass the NAT device, disabling timeout processing performed by the NAT device. receiving a translation rule for the flow from the NAT device; configuring the data plane device to steer the flow such that the flow bypasses the NAT device; configuring the data plane device to perform NAT for the flow according to the translation rule for the flow; characterised by transmitting an indication to the NAT device that the flow is to bypass the NAT device; and in response to receiving the indication that the flow is to bypass the NAT device, disabling timeout processing performed by the NAT device.