mhurhangee/patent-ind-claim-en huggingface dataset:
Method for filling a container with a filling product in a filling-product filling system having at least two filling valves connected in parallel with one another as control valves, the method having the steps of: - determining a function of the volume flow q ( t , Δ p v ) for at least two of the filling valves connected in parallel depending on a differential pressure Δp v decreasing across the filling valves connected in parallel; - determining the differential pressure Δp v decreasing across all filling valves connected in parallel; - calculating the volume flow q ( t , Δp v ) through at least one of the filling valves connected in parallel on the basis of the differential pressure Δp v determined; and - regulation and/or control of the at least one filling valve depending on the calculated volume flow q ( t, Δp v ) , wherein the the regulation and/or control of the at least one filling valve comprises compensation of the opening position of the filling valve in the event of varying differential pressure Δp v based on the calculated current volume flow q ( t , Δp v ) . - determining a function of the volume flow q ( t , Δ p v ) for at least two of the filling valves connected in parallel depending on a differential pressure Δp v decreasing across the filling valves connected in parallel; - determining the differential pressure Δp v decreasing across all filling valves connected in parallel; - calculating the volume flow q ( t , Δp v ) through at least one of the filling valves connected in parallel on the basis of the differential pressure Δp v determined; and - regulation and/or control of the at least one filling valve depending on the calculated volume flow q ( t, Δp v ) , wherein the the regulation and/or control of the at least one filling valve comprises compensation of the opening position of the filling valve in the event of varying differential pressure Δp v based on the calculated current volume flow q ( t , Δp v ) .
A method for supporting a quality of service, QoS, the method performed by a session management function, SMF, node and comprising: receiving a request message related to a protocol data unit, PDU, session, wherein the PDU session relates to a multi-access, MA, PDU session over a 3rd generation partnership project, 3GPP, access and a non-3GPP access; and transmitting a QoS profile, wherein the QoS profile is transmitted to both of the 3GPP access and the non-3GPP access, based on (i) that a QoS flow is non-guaranteed bit rate, non-GBR, QoS flow, and wherein the QoS profile is transmitted to one access of the 3GPP access and the non-3GPP access, based on (ii) that the QoS flow is a GBR QoS flow. receiving a request message related to a protocol data unit, PDU, session, wherein the PDU session relates to a multi-access, MA, PDU session over a 3rd generation partnership project, 3GPP, access and a non-3GPP access; and transmitting a QoS profile, wherein the QoS profile is transmitted to both of the 3GPP access and the non-3GPP access, based on (i) that a QoS flow is non-guaranteed bit rate, non-GBR, QoS flow, and wherein the QoS profile is transmitted to one access of the 3GPP access and the non-3GPP access, based on (ii) that the QoS flow is a GBR QoS flow.
An apparatus , comprising: a power source ; a relay coupled to the power source ; a load coupled to the relay , wherein the relay couples the load to the power source when the relay is in a closed position; a biasing and monitoring module coupled to the relay ; and an engine control unit coupled to the biasing and monitoring module , wherein the biasing and monitoring module determines when an output of the relay is shorted to ground by detecting a voltage on the output of the relay , characterised in that the biasing and monitoring module : determines the output of the relay is not shorted to ground when the detected voltage on the output of the relay is equal to a bias voltage; and generates a signal indicating the output of the relay is not shorted to ground and provides the signal to the engine control unit when the detected voltage on the output of the relay is equal to the bias voltage. a power source ; a relay coupled to the power source ; a load coupled to the relay , wherein the relay couples the load to the power source when the relay is in a closed position; a biasing and monitoring module coupled to the relay ; and an engine control unit coupled to the biasing and monitoring module , wherein the biasing and monitoring module determines when an output of the relay is shorted to ground by detecting a voltage on the output of the relay , characterised in that the biasing and monitoring module : determines the output of the relay is not shorted to ground when the detected voltage on the output of the relay is equal to a bias voltage; and generates a signal indicating the output of the relay is not shorted to ground and provides the signal to the engine control unit when the detected voltage on the output of the relay is equal to the bias voltage. determines the output of the relay is not shorted to ground when the detected voltage on the output of the relay is equal to a bias voltage; and generates a signal indicating the output of the relay is not shorted to ground and provides the signal to the engine control unit when the detected voltage on the output of the relay is equal to the bias voltage.
A method for selecting at a user terminal reception and decoding of a transmission mode used by a base station , the user terminal receiving communicated information from the base station , which has multiple antennas , via plural channels, the plural channels including a primary broadcast channel and at least one control channel, the method comprising: receiving at the user terminal initiating data from the base station via the primary broadcast channel; detecting from the received initiating data whether a first or a second transmission mode is used by the base station for the primary broadcast channel, the first transmission mode indicating that a first number of antennas is used by the base station and the second transmission mode indicating that a second number, different than the first number, of antennas is used by the base station to communicate with the user terminal ; and decoding the at least one control channel using the detected transmission mode of the primary broadcast channel, wherein the detected transmission mode of the primary broadcast channel determines the transmission mode for the later decoded at least one control channel. receiving at the user terminal initiating data from the base station via the primary broadcast channel; detecting from the received initiating data whether a first or a second transmission mode is used by the base station for the primary broadcast channel, the first transmission mode indicating that a first number of antennas is used by the base station and the second transmission mode indicating that a second number, different than the first number, of antennas is used by the base station to communicate with the user terminal ; and decoding the at least one control channel using the detected transmission mode of the primary broadcast channel,
A device for thermally entangling a web of textile material, wherein the web of textile material is guided over a deflector drum into an entangling installation, guided around a flow-through drum and guided out again over a cooling drum , wherein heated fresh air flows through the web of material and the flow-through drum and the exhaust air is withdrawn from the entangling installation, characterized in that the cooling air is directed onto the web of material before the point of detachment of the web of material from the flow-through drum , wherein the cooling air is guided onto the web of material by means of a duct and/or a nozzle .
A gas turbine engine comprising: a component ; and apparatus for detecting ice accretion on the component , wherein the component is comprised within the gas turbine engine, the apparatus including a first heater for applying heat to a first region of the component and a first temperature sensor for determining the temperature of the first region, and a comparator for comparing the temperature determined by the first temperature sensor with a second temperature value, characterised in that the apparatus comprises a second heater for applying heat to a second region of the component and a second temperature sensor for determining the temperature of the second region, wherein the second temperature sensor provides the second temperature value, and wherein either of the first temperature sensor or the second temperature sensor is positioned aft of a leading edge of the component. a component ; and apparatus for detecting ice accretion on the component , wherein the component is comprised within the gas turbine engine, the apparatus including a first heater for applying heat to a first region of the component and a first temperature sensor for determining the temperature of the first region, and a comparator for comparing the temperature determined by the first temperature sensor with a second temperature value, characterised in that the apparatus comprises a second heater for applying heat to a second region of the component and a second temperature sensor for determining the temperature of the second region, wherein the second temperature sensor provides the second temperature value, and wherein either of the first temperature sensor or the second temperature sensor is positioned aft of a leading edge of the component.
An aircraft landing gear axle structural deflection and load measuring device for mounting on an axle comprising: (i) at least one light beam emitting device connected to the axle and operable to emit at least one light beam; (ii) at least one light position sensing device connected to the axle and located relative to the at least one light beam emitting device , the at least one light position sensing device comprising at least two independent locations for receiving an incident beam and operable to measure the at least two independent locations; wherein the device is configured such that a load applied on the axle will cause a movement of the at least one light beam; the device further comprising (iii) a refractive optical device , for amplification of the movement of the at least one light beam by increasing a distance of travel of the at least one light beam along a surface of the at least one light position sensing device , the refractive optical device located between the at least one light position sensing device and the at least one light emitting device and within the path of the light beam. (i) at least one light beam emitting device connected to the axle and operable to emit at least one light beam; (ii) at least one light position sensing device connected to the axle and located relative to the at least one light beam emitting device , the at least one light position sensing device comprising at least two independent locations for receiving an incident beam and operable to measure the at least two independent locations; wherein the device is configured such that a load applied on the axle will cause a movement of the at least one light beam; the device further comprising (iii) a refractive optical device , for amplification of the movement of the at least one light beam by increasing a distance of travel of the at least one light beam along a surface of the at least one light position sensing device , the refractive optical device located between the at least one light position sensing device and the at least one light emitting device and within the path of the light beam.
A synchronous single/double-sided digital inkjet printer, comprising a rack, feeding rollers , take-up rollers , two groups of inkjet printing carriages and driving rollers, wherein during printing said two groups of inkjet printing carriages respectively make reciprocating motion on two groups of track beams mounted on the rack, and are provided with print heads; the lower parts of the two groups of inkjet printing carriages are provided with inkjet printing platforms mounted on said rack; the lower parts of the two inkjet printing carriages are provided with the driving rollers ; during printing the two driving rollers are driven to rotate in the opposite directions respectively by two independent driving devices mounted on said rack; a feeding roller and a take-up roller is respectively mounted on opposite sides of the two driving rollers on the rack; or each driving roller is provided with a group of a feeding roller and a take-up roller positioned at the outer side of the driving roller and mounted on said rack; during printing a single-sided inkjet printing material on each of said feeding rollers is driven by one driving roller, and taken up by a same-sided take-up roller; and a double-sided inkjet printing material on said feeding roller is driven by said two driving rollers, and taken up by an opposite-sided take-up roller.
A method for controlling brakes, comprising: detecting , by a brake control unit (BCU), an aircraft speed; determining , by the BCU, the aircraft speed is within a range from an antiskid-dropout speed to a locked-wheel-protection-engagement speed; determining , by the BCU, an input of a pressure controller has a value less than a pressure maximum threshold; determining , by the BCU, a current command that is output from the pressure controller is at least one of at or above a threshold value; presetting , by the BCU, a state of the pressure controller 2. and the input of the pressure controller in response to the current command being at least one of at or above the threshold value for a predetermined duration; and further comprising reducing, by the BCU, a brake pressure in response to the current command being at least one of at or above the threshold value for the predetermined duration, wherein the antiskid-dropout speed is 18 km/h and the locked-wheel-protection-engagement speed is 55 km/h. detecting , by a brake control unit (BCU), an aircraft speed; determining , by the BCU, the aircraft speed is within a range from an antiskid-dropout speed to a locked-wheel-protection-engagement speed; determining , by the BCU, an input of a pressure controller has a value less than a pressure maximum threshold; determining , by the BCU, a current command that is output from the pressure controller is at least one of at or above a threshold value; presetting , by the BCU, a state of the pressure controller 2. and the input of the pressure controller in response to the current command being at least one of at or above the threshold value for a predetermined duration; and further comprising reducing, by the BCU, a brake pressure in response to the current command being at least one of at or above the threshold value for the predetermined duration, wherein the antiskid-dropout speed is 18 km/h and the locked-wheel-protection-engagement speed is 55 km/h.
Metallic cast component having a cast body and at least one tube , which is integrally moulded in the cast body and can be flowed through by a medium (F), wherein the tube at least at one of its tube ends has a tube connection , which is formed on or in the cast-body surface, wherein the tube at this tube end also has an enclosing bush , which is embedded in the cast body and brings about a seal between the tube end and the cast body , and wherein the bush is a metal bush, which is materially bonded to the surrounding cast material (M) of the cast body , wherein the cast material (M) is an aluminium alloy, characterized in that the metal bush is formed from a zinc alloy. characterized in that the metal bush is formed from a zinc alloy.
An optical device comprising: a shared phase modulation mask configured to impart a first phase modulation to light of a first wavelength, and to impart a second phase modulation to light of a second wavelength, wherein both the light of the first wavelength and the light of the second wavelength are incident on the same incident area of the phase modulation mask; an irradiation optical system configured to cause the light of the first wavelength and the light of the second wavelength to enter the same incident area in the phase modulation mask; and a light collecting optical system configured to collect the light of the first phase-modulated first wavelength and the light of the second phase-modulated second wavelength to form an image, wherein the phase modulation mask is a phase plate; and the phase plate comprises the incident area, wherein the incident area comprises: a first region configured to apply the first phase modulation to light of the first wavelength, and a second region configured to apply the second phase modulation to light of the second wavelength in the incidence area. a shared phase modulation mask configured to impart a first phase modulation to light of a first wavelength, and to impart a second phase modulation to light of a second wavelength, wherein both the light of the first wavelength and the light of the second wavelength are incident on the same incident area of the phase modulation mask; an irradiation optical system configured to cause the light of the first wavelength and the light of the second wavelength to enter the same incident area in the phase modulation mask; and a light collecting optical system configured to collect the light of the first phase-modulated first wavelength and the light of the second phase-modulated second wavelength to form an image, wherein the phase modulation mask is a phase plate; and the phase plate comprises the incident area, wherein the incident area comprises: a first region configured to apply the first phase modulation to light of the first wavelength, and a second region configured to apply the second phase modulation to light of the second wavelength in the incidence area.
A bone reduction and plate fixation forceps , comprising: a first arm having a proximal part comprising a handle and a distal part having a first bone engaging jaw configured to engage a first surface of a fractured bone; and a second arm having a proximal part comprising a handle and a distal part comprising a bone engaging jaw configured to engage a second surface of the fractured bone to clamp the bone between the first and second arm; wherein the second arm is pivotally attached to the first arm by a first joint disposed between the respective handles and the respective bone-engaging jaws of the first and second arms, characterized in that the first arm comprises a bifurcated distal part having a first fork with a first bone engaging jaw and a second fork with a second bone engaging jaw in which the first bone engaging jaw and second bone engaging jaw are configured to engage a first surface of a fractured bone on each side of the fracture , the second arm comprises a third bone engaging jaw and at least one of the first bone engaging jaws and second bone engaging jaws comprises a distal bone engaging jaw part connected to a proximal bone engaging jaw part by a raised bridging jaw part that defines a bone fixation plate receiving recess , and wherein the first bone engaging jaw and second bone engaging jaw are spaced apart by a distance of 4 to 8 cm. a first arm having a proximal part comprising a handle and a distal part having a first bone engaging jaw configured to engage a first surface of a fractured bone; and a second arm having a proximal part comprising a handle and a distal part comprising a bone engaging jaw configured to engage a second surface of the fractured bone to clamp the bone between the first and second arm; wherein the second arm is pivotally attached to the first arm by a first joint disposed between the respective handles and the respective bone-engaging jaws of the first and second arms, characterized in that the first arm comprises a bifurcated distal part having a first fork with a first bone engaging jaw and a second fork with a second bone engaging jaw in which the first bone engaging jaw and second bone engaging jaw are configured to engage a first surface of a fractured bone on each side of the fracture , the second arm comprises a third bone engaging jaw and at least one of the first bone engaging jaws and second bone engaging jaws comprises a distal bone engaging jaw part connected to a proximal bone engaging jaw part by a raised bridging jaw part that defines a bone fixation plate receiving recess , and wherein the first bone engaging jaw and second bone engaging jaw are spaced apart by a distance of 4 to 8 cm.
A grain sweep for use on a floor comprising: - at least a first drive means , - an elongated frame comprising a rotatably arranged inner end and an outer end , - a drive wheel adapted to rotate the elongated frame around said inner end , wherein the drive wheel is arranged at the outer end of the elongated frame and wherein the drive wheel comprises contacting parts arranged to be in contact with the floor upon which the drive wheel rests, and wherein the contacting parts propel the drive wheel forward such that it moves along the floor in an operable state, - a grain moving means adapted to move grain, wherein the first drive means is arranged to power the grain moving means , - characterized in that the grain sweep further comprises: - at least one resilient member having a first end directly or indirectly rotatably connected to said outer end of said elongated frame and a second end rotatably connected to the drive wheel , whereby the resilient member allows the elongated frame to move from an upper position towards a lower position when pressure is applied upon the elongated frame , and whereby the elongated frame moves in relation to the drive wheel when pressure is applied upon the elongated frame such that the drive wheel essentially remains in its vertical position when the elongated frame moves from its upper position, and wherein the resilient member allows the elongated frame to move back towards said upper position when the pressure is removed. - at least a first drive means , - an elongated frame comprising a rotatably arranged inner end and an outer end , - a drive wheel adapted to rotate the elongated frame around said inner end , wherein the drive wheel is arranged at the outer end of the elongated frame and wherein the drive wheel comprises contacting parts arranged to be in contact with the floor upon which the drive wheel rests, and wherein the contacting parts propel the drive wheel forward such that it moves along the floor in an operable state, - a grain moving means adapted to move grain, wherein the first drive means is arranged to power the grain moving means , - characterized in that the grain sweep further comprises: - at least one resilient member having a first end directly or indirectly rotatably connected to said outer end of said elongated frame and a second end rotatably connected to the drive wheel , whereby the resilient member allows the elongated frame to move from an upper position towards a lower position when pressure is applied upon the elongated frame , and whereby the elongated frame moves in relation to the drive wheel when pressure is applied upon the elongated frame such that the drive wheel essentially remains in its vertical position when the elongated frame moves from its upper position, and wherein the resilient member allows the elongated frame to move back towards said upper position when the pressure is removed.