mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a plurality of antennas; and an integrated circuit chip coupled to the plurality of antennas, wherein the integrated circuit chip comprises: a dispatch unit configured to provide first and second instruction sets; a first set of processing elements configured to receive the first instruction set and process cellular signals received from the plurality of antennas in accordance with a cellular communication protocol according to the first instruction set; a second set of processing elements configured to receive the second instruction set and process radio frequency identification, RFID, information received from the plurality of antennas in accordance with an RFID protocol according to the second instruction set; and one or more switches configured to route data between the first set of processing elements and the second set of processing elements, wherein one or more processing elements of the first set of processing elements are dynamically added to the second set of processing elements based on an increased processing load of the second set of processing elements. a plurality of antennas; and an integrated circuit chip coupled to the plurality of antennas, wherein the integrated circuit chip comprises: a dispatch unit configured to provide first and second instruction sets; a first set of processing elements configured to receive the first instruction set and process cellular signals received from the plurality of antennas in accordance with a cellular communication protocol according to the first instruction set; a second set of processing elements configured to receive the second instruction set and process radio frequency identification, RFID, information received from the plurality of antennas in accordance with an RFID protocol according to the second instruction set; and one or more switches configured to route data between the first set of processing elements and the second set of processing elements, wherein one or more processing elements of the first set of processing elements are dynamically added to the second set of processing elements based on an increased processing load of the second set of processing elements. a dispatch unit configured to provide first and second instruction sets; a first set of processing elements configured to receive the first instruction set and process cellular signals received from the plurality of antennas in accordance with a cellular communication protocol according to the first instruction set; a second set of processing elements configured to receive the second instruction set and process radio frequency identification, RFID, information received from the plurality of antennas in accordance with an RFID protocol according to the second instruction set; and one or more switches configured to route data between the first set of processing elements and the second set of processing elements, wherein one or more processing elements of the first set of processing elements are dynamically added to the second set of processing elements based on an increased processing load of the second set of processing elements.
A moisture removal and condensation and humidity management apparatus for a breathing circuit arranged between a patient and a ventilator, the apparatus comprising: a breathing circuit tubing defining a breathing gas conduit and a dry gas conduit adjacent at least a portion of the breathing gas conduit, the breathing gas conduit configured to receive a flow of breathing gas having a first humidity level and the dry gas conduit configured to receive a flow of dry gas having a second humidity level lower than the first humidity level; at least one heated wire having a length extending from an upstream end of the breathing circuit tubing to a downstream end of the breathing circuit tubing, the at least one heated wire configured to provide heat to the flow of breathing gas such that the breathing gas at the downstream end is heated to a higher temperature than the breathing gas at the upstream end; and a moisture transmission pathway between the breathing gas conduit and the dry gas conduit and configured to enable transfer of moisture from the breathing gas to the dry gas based on a humidity differential between the first and second humidity levels; characterised by a feeding conduit extending through at least a portion of the dry gas conduit so that an outlet of the feeding conduit is at the upstream end of the apparatus, the feeding conduit configured to supply the dry gas into the dry gas conduit; and by the dry gas conduit comprising an outlet that is in fluid communication with the ambient environment. a breathing circuit tubing defining a breathing gas conduit and a dry gas conduit adjacent at least a portion of the breathing gas conduit, the breathing gas conduit configured to receive a flow of breathing gas having a first humidity level and the dry gas conduit configured to receive a flow of dry gas having a second humidity level lower than the first humidity level; at least one heated wire having a length extending from an upstream end of the breathing circuit tubing to a downstream end of the breathing circuit tubing, the at least one heated wire configured to provide heat to the flow of breathing gas such that the breathing gas at the downstream end is heated to a higher temperature than the breathing gas at the upstream end; and a moisture transmission pathway between the breathing gas conduit and the dry gas conduit and configured to enable transfer of moisture from the breathing gas to the dry gas based on a humidity differential between the first and second humidity levels; characterised by a feeding conduit extending through at least a portion of the dry gas conduit so that an outlet of the feeding conduit is at the upstream end of the apparatus, the feeding conduit configured to supply the dry gas into the dry gas conduit; and by the dry gas conduit comprising an outlet that is in fluid communication with the ambient environment.
A method of signal processing for an electronic device in a mobile communication system, the method comprising: obtaining, by the electronic device, repetition level information that is used to receive a message repeatedly based on channel state information and at least one threshold value (810, 825); determining, based on a difference between the channel state information and the at least one threshold value corresponding to the repetition level information, a decoding start point and a decoding interval in a duration corresponding to the repetition level information (1315, 1510, 1520); and if the decoding start point arrives, attempting to decode the repeatedly received message based on the decoding interval. obtaining, by the electronic device, repetition level information that is used to receive a message repeatedly based on channel state information and at least one threshold value (810, 825); determining, based on a difference between the channel state information and the at least one threshold value corresponding to the repetition level information, a decoding start point and a decoding interval in a duration corresponding to the repetition level information (1315, 1510, 1520); and if the decoding start point arrives, attempting to decode the repeatedly received message based on the decoding interval.
A disposable diaper having a longitudinal direction and a lateral direction intersecting the longitudinal direction, the disposable diaper comprising: an absorbent main body including an absorbent body that absorbs excreta; a back waist part located on one end side of the absorbent main body; and an abdominal waist part located on another end side of the absorbent main body, the absorbent body having both side parts, in the lateral direction, provided with a pair of embossed lines that is formed by embossing from a skin side of the absorbent body, the embossed lines each including a protrusion point, protruding inward in the lateral direction, located in a center of the disposable diaper or on a back-waist-part side with respect to said center, in the longitudinal direction, in a midsection of the disposable diaper, and a back line extending outward in the lateral direction from the protrusion point, serving as a starting point, toward the back waist part in the longitudinal direction, the back line being a straight line or an outwardly curved line, the absorbent body containing pulp and absorbent polymer, the absorbent body including first regions, and second regions in which a ratio of absorbent polymer divided by pulp is smaller than the ratio in the first regions, and the embossed lines being provided in the second regions, and raised parts being provided to both sides of the embossed lines in the lateral direction. an absorbent main body including an absorbent body that absorbs excreta; a back waist part located on one end side of the absorbent main body; and an abdominal waist part located on another end side of the absorbent main body, the absorbent body having both side parts, in the lateral direction, provided with a pair of embossed lines that is formed by embossing from a skin side of the absorbent body, the embossed lines each including a protrusion point, protruding inward in the lateral direction, located in a center of the disposable diaper or on a back-waist-part side with respect to said center, in the longitudinal direction, in a midsection of the disposable diaper, and a protrusion point, protruding inward in the lateral direction, located in a center of the disposable diaper or on a back-waist-part side with respect to said center, in the longitudinal direction, in a midsection of the disposable diaper, and a back line extending outward in the lateral direction from the protrusion point, serving as a starting point, toward the back waist part in the longitudinal direction, the back line being a straight line or an outwardly curved line, the absorbent body containing pulp and absorbent polymer, the absorbent body including first regions, and second regions in which a ratio of absorbent polymer divided by pulp is smaller than the ratio in the first regions, and the embossed lines being provided in the second regions, and raised parts being provided to both sides of the embossed lines in the lateral direction.
A control method for a test bench for screwdrivers, comprising a braking unit with a brake equipped with a fitting for a screwdriver to be tested and transducers for the measurement of angle and torque, the brake being instructed by a control unit to follow, during a screwdriver test, a torque/angle curve, and characterized by the method comprising steps wherein movement along the torque/angle curve is controlled in a bidirectional manner, in the sense that the brake is controlled according to the curve whose torque values are a function of the angle during both decremental progression of the angle and incremental progression of the angle.
A multimodal polyethylene copolymer suitable for use in cable insulation comprising: 45 to 55 wt% of a lower molecular weight component which is an ethylene copolymer of ethylene and at least one C3-12 alpha olefin comonomer, said LMW component having a density of 940 to 962 kg/m 3 and an MFR 2 of 50 to 500 g/10min; 55 to 45 wt% of a higher molecular weight ethylene copolymer component of ethylene and at least one C3-12 alpha olefin comonomer; wherein said multimodal polyethylene copolymer has a density of 940 to 950 kg/m 3, an MFR 2 of 0.05 to 2.0 g/10min and preferably at least one of a crystallization half time > 3.0 mins at 120.5°C, a crystallization half time > 5.0 mins at 121°C or a crystallization half time > 10.0 mins at 122°C. 45 to 55 wt% of a lower molecular weight component which is an ethylene copolymer of ethylene and at least one C3-12 alpha olefin comonomer, said LMW component having a density of 940 to 962 kg/m 3 and an MFR 2 of 50 to 500 g/10min; 55 to 45 wt% of a higher molecular weight ethylene copolymer component of ethylene and at least one C3-12 alpha olefin comonomer;
. Thermomechanical treatment process for the production of heavy plate from a raw material to increase the toughness, more particular low-temperature toughness, of the heavy plate, in which the heavy plate is heated, partially and finally formed by rolling and cooled down at an accelerated rate compared to a cool-down at ambient temperature, wherein the heavy plate heated for partial forming to above Ac3 temperature is coooled accelerated after its final forming, characterized in that the heavy plate is between partial and final forming is cooled down to below Ar3 temperature and then inductively heated to above Ac3 temperature, wherin a heavy plate with a steel alloy having: 0.02 to 0.1 mass% carbon, 1.0 to 2.0 mass% (Mn) manganese, 0 to 0.1 mass% vanadium and (Ti) titanium and (Nb) niobium, 0 to 1.0 mass% (Cr) chromium and (Mo) molybdenum, 0 to 1.0 mass% (Cu) copper and (Ni) nickel, 0 to 0.003 mass% boron, a CEIIW value of 0.2 to 0.7 mass%, residual impurities and (Fe) iron, is used. 0.02 to 0.1 mass% carbon, 1.0 to 2.0 mass% (Mn) manganese, 0 to 0.1 mass% vanadium and (Ti) titanium and (Nb) niobium, 0 to 1.0 mass% (Cr) chromium and (Mo) molybdenum, 0 to 1.0 mass% (Cu) copper and (Ni) nickel, 0 to 0.003 mass% boron, a CEIIW value of 0.2 to 0.7 mass%, residual impurities and (Fe) iron,
A child restraint system intended to equip a seat of a vehicle provided with a seat and a backrest, comprising: - a base intended to be placed on the seat portion of the seat of the vehicle, extending laterally on both side of a first mid-sagittal plane; - means for fastening the base to anchor points of the vehicle on the seat of the vehicle; - a car seat comprising a child seat portion and a child backrest, the car seat being mounted movable in rotation on the base, about an up/down axis spaced apart from the child backrest and extending transversely to an upper surface of the seat portion of the seat of the vehicle, the car seat having a centre of gravity offset from the up/down axis and extending laterally on both side of a second mid-sagittal plane in which the centre of gravity of the car seat and the up/down axis are inscribed; - means for holding the car seat in a transport position in which the child is intended to face or to be positioned back to the backrest of the seat of the vehicle, the holding means exerting a predetermined force for holding the car seat in its transport position, the means for holding the car seat being designed so as to free the rotation of the car seat beyond its transport position in the event where an inertial force greater than the predetermined force, caused by a brutal modification of the movement of the vehicle equipped with the car seat, is exerted on the car seat, characterised in that, in the transport position, the first mid-sagittal plane is secant with the second mid-sagittal plane. - a base intended to be placed on the seat portion of the seat of the vehicle, extending laterally on both side of a first mid-sagittal plane; - means for fastening the base to anchor points of the vehicle on the seat of the vehicle; - a car seat comprising a child seat portion and a child backrest, the car seat being mounted movable in rotation on the base, about an up/down axis spaced apart from the child backrest and extending transversely to an upper surface of the seat portion of the seat of the vehicle, the car seat having a centre of gravity offset from the up/down axis and extending laterally on both side of a second mid-sagittal plane in which the centre of gravity of the car seat and the up/down axis are inscribed; - means for holding the car seat in a transport position in which the child is intended to face or to be positioned back to the backrest of the seat of the vehicle, the holding means exerting a predetermined force for holding the car seat in its transport position, the means for holding the car seat being designed so as to free the rotation of the car seat beyond its transport position in the event where an inertial force greater than the predetermined force, caused by a brutal modification of the movement of the vehicle equipped with the car seat, is exerted on the car seat,
A carousel for a compounder system, the carousel comprising: a cartridge pocket configured to receive a pump cartridge for the compounder system, the pump cartridge comprising a backpack and a needle housing; the carousel characterized by: a top surface having a plurality of extensions configured to extend over the pump cartridge; a bottom surface having an extension extending downward therefrom and having a recess, the bottom surface recess configured to receive the needle housing of the pump cartridge in a vertical configuration; and a recess in the top surface configured to receive a protrusion that extends from a top surface of the backpack coupled to the pump cartridge to secure the pump cartridge in the cartridge pocket. a top surface having a plurality of extensions configured to extend over the pump cartridge; a bottom surface having an extension extending downward therefrom and having a recess, the bottom surface recess configured to receive the needle housing of the pump cartridge in a vertical configuration; and a recess in the top surface configured to receive a protrusion that extends from a top surface of the backpack coupled to the pump cartridge to secure the pump cartridge in the cartridge pocket.
A method of forming features in a surface of a bicycle component, the method comprising: depositing a substance onto a substrate in a geometric pattern to form a transfer medium (602A-C); positioning the transfer medium (602A-C) relative to an unformed bicycle component; and forming a negative of the geometric pattern in the bicycle component through an application of heat and/or pressure to the transfer medium (602A-C) and the unformed bicycle component. depositing a substance onto a substrate in a geometric pattern to form a transfer medium (602A-C); positioning the transfer medium (602A-C) relative to an unformed bicycle component; and forming a negative of the geometric pattern in the bicycle component through an application of heat and/or pressure to the transfer medium (602A-C) and the unformed bicycle component.
An apparatus comprising: a signal generator configured to generate electrical signals (214, 336), wherein the electrical signals have amplitudes and first phases; and wires connected to the signal generator, such that each one of the wires is arranged to receive a respective one of the electrical signals, wherein the wires are configured to emit photons having phases in response to receiving the electrical signals and the photons have frequencies based on the amplitudes of the electrical signals and second phases based on the first phases of the electrical signals, characterised in that the first phases of the electrical signals are selected such that the photons have a desired radiation pattern. a signal generator configured to generate electrical signals (214, 336), wherein the electrical signals have amplitudes and first phases; and wires connected to the signal generator, such that each one of the wires is arranged to receive a respective one of the electrical signals, wherein the wires are configured to emit photons having phases in response to receiving the electrical signals and the photons have frequencies based on the amplitudes of the electrical signals and second phases based on the first phases of the electrical signals, characterised in that the first phases of the electrical signals are selected such that the photons have a desired radiation pattern.
A fluid dispensing scrubber comprising: a shaft including a first end and a second end; a fluid inlet for receiving a rinsing fluid from an external source; a reservoir storing a cleaning agent; a valve assembly for selectively mixing the rinsing fluid and the cleaning agent; a scrubbing head supported adjacent the first end of the shaft, the scrubbing head including a brush and a motor operable to rotate the brush; a battery pack supported adjacent the second end, the battery pack operable to provide power to the motor; and a dispensing nozzle for selectively dispensing at least one of the rinsing fluid and the cleaning fluid, the nozzle supported on an exterior surface of the scrubbing head. a shaft including a first end and a second end; a fluid inlet for receiving a rinsing fluid from an external source; a reservoir storing a cleaning agent; a valve assembly for selectively mixing the rinsing fluid and the cleaning agent; a scrubbing head supported adjacent the first end of the shaft, the scrubbing head including a brush and a motor operable to rotate the brush; a battery pack supported adjacent the second end, the battery pack operable to provide power to the motor; and a dispensing nozzle for selectively dispensing at least one of the rinsing fluid and the cleaning fluid, the nozzle supported on an exterior surface of the scrubbing head.
A contact assembly for a load break switch including: a stationary contact unit; and a movable contact unit configured to move between a closed position and an open position, wherein an electric current i) flowing along a current path through the stationary contact unit and the movable contact unit and ii) including an electric arc between the stationary contact unit and the movable contact unit is adapted to generate a magnetic field enabling a Lorentz force to act on the electric arc, wherein a structure of the stationary contact unit and/or a structure of the movable contact unit is adapted to form the current path, such that the Lorentz force enlarges a path of the electric arc, to facilitate quenching or extinguishing the electric arc, wherein in the closed position, the structure (122,112) is configured to allow the current flowing through the movable contact unit and the stationary contact unit to flow along a current path that is unaffected by the structure (122, 112), characterized in that the structure of the movable contact unit and/or the stationary contact unit includes at least one barrier zone (112, 122) through which the flow of electric current is obstructed or prevented; and the barrier zone (112, 122) is determined by a material gap or an electrically insulating material. a stationary contact unit; and a movable contact unit configured to move between a closed position and an open position, wherein an electric current i) flowing along a current path through the stationary contact unit and the movable contact unit and ii) including an electric arc between the stationary contact unit and the movable contact unit is adapted to generate a magnetic field enabling a Lorentz force to act on the electric arc, wherein a structure of the stationary contact unit and/or a structure of the movable contact unit is adapted to form the current path, such that the Lorentz force enlarges a path of the electric arc, to facilitate quenching or extinguishing the electric arc, wherein in the closed position, the structure (122,112) is configured to allow the current flowing through the movable contact unit and the stationary contact unit to flow along a current path that is unaffected by the structure (122, 112), characterized in that the structure of the movable contact unit and/or the stationary contact unit includes at least one barrier zone (112, 122) through which the flow of electric current is obstructed or prevented; and the barrier zone (112, 122) is determined by a material gap or an electrically insulating material.