mhurhangee/ep-ind-claims huggingface dataset:
A turbine engine, comprising a rotor assembly which includes at least one row of turbine blades extending radially outward from a rotor; at least one combustor positioned upstream from the rotor assembly, a compressor positioned upstream from the at least one combustor; at least one compressor exhaust plenum extending between the compressor and the at least one combustor; and at least one combustor inlet mixing system formed from a plurality of circumferentially spaced swirler vanes extending radially outward from a nozzle hub, each of the plurality of swirler vanes having a length that extends downstream along at least a portion of the at least one combustor inlet mixing system and further having a thickness that extends along a circumference of the nozzle hub, wherein the nozzle hub further comprises a heat shield and a gas diffusion outlet which are each positioned downstream of the plurality of swirler vanes, characterized in that: at least one swirler vane of the plurality of swirler vanes further has at least one slot cut entirely through the thickness of a portion of the at least one swirler vane, the at least one slot separating the at least one swirler vane from the nozzle hub along a portion of the length of the at least one swirler vane.
A computer-implemented method for electric current control, comprising: receiving a first electrical current output setpoint; identifying a first operational condition based on the first electrical current output setpoint; providing, based on the identified first operational condition, a first pulse width modulated, PWM, signal having a first predetermined duty cycle, wherein the first PWM signal is based on the first electrical current output setpoint, and is provided on a predetermined period; receiving a second electrical current output setpoint; identifying a second operational condition different from the first operational condition based on the second electrical current output setpoint, wherein identifying the second operational condition is based on a minimum turn-off time of a switch configured to transmit the PWM signal to a load; and providing, based on the identified second operational condition, a second PWM signal having a second predetermined duty cycle, wherein the second PWM signal is based on the second electrical current output setpoint, and is provided on a predetermined multiple of the predetermined period. receiving a first electrical current output setpoint; identifying a first operational condition based on the first electrical current output setpoint; providing, based on the identified first operational condition, a first pulse width modulated, PWM, signal having a first predetermined duty cycle, wherein the first PWM signal is based on the first electrical current output setpoint, and is provided on a predetermined period; receiving a second electrical current output setpoint; identifying a second operational condition different from the first operational condition based on the second electrical current output setpoint, wherein identifying the second operational condition is based on a minimum turn-off time of a switch configured to transmit the PWM signal to a load; and providing, based on the identified second operational condition, a second PWM signal having a second predetermined duty cycle, wherein the second PWM signal is based on the second electrical current output setpoint, and is provided on a predetermined multiple of the predetermined period.
A method for processing a network address, comprising: acquiring, by a trusted Wireless Local Area Network, WLAN, access network, a flow routing policy of a User Equipment, UE; allocating, by the trusted WLAN access network, at least one network address for the UE according to the flow routing policy of the UE; characterized by in a case where the flow routing policy of the UE is empty, allocating, by the trusted WLAN access network, the at least one network address for the UE according to the flow routing policy of the UE comprises: allocating, by the trusted WLAN access network, an IP address and/or IP address prefix from an Evolved Packet Core, EPC, as well as a local IP address and/or IP address prefix of the trusted WLAN access network for the UE. acquiring, by a trusted Wireless Local Area Network, WLAN, access network, a flow routing policy of a User Equipment, UE; allocating, by the trusted WLAN access network, at least one network address for the UE according to the flow routing policy of the UE; characterized by in a case where the flow routing policy of the UE is empty, allocating, by the trusted WLAN access network, the at least one network address for the UE according to the flow routing policy of the UE comprises: allocating, by the trusted WLAN access network, an IP address and/or IP address prefix from an Evolved Packet Core, EPC, as well as a local IP address and/or IP address prefix of the trusted WLAN access network for the UE.
Method for determining the value of a process variable for process control in a fluid power system process train that conveys a process medium, which process train has a first actuator and a second actuator arranged in it which are fluidically connected, with a first operating variable being assigned to said first actuator and a second operating variable being assigned to said second actuator, and said first actuator being assigned a first characteristic map based on said first operating variable and the second actuator being assigned a second characteristic map based on said second operating variable, characterized in that the values of said first operating variable and said second operating variable and a computational model that comprises said first characteristic map and said second characteristic map are used to determine the value of the process variable that differs from said operating variables (B1, B2).
A backwash suction device for a disc-shaped fibrous filter including fleeces on a surface of the disc-shaped filter, comprising: - a suction body having a container shape and including a drain hole to discharge content from inside the suction body outward; and - a suction plate mounted in the suction body to close an inlet part thereof and to be installed, in use, to be almost pressed against the disc-shaped filter, the suction plate including a slit formed on an outer surface of the suction plate which is exposed outward to perform backwash of the fleeces on the disc-shaped filter; characterized in that an incised surface is formed in the suction plate by cutting to a predetermined thickness one side of the outer surface on the basis of the slit that is surpassed by the fleeces which have been backwashed in the slit, in that a room is provided in the incised surface, and a pattern roller is mounted in the room to rotate in place while being partially exposed and protruding outward from the incised surface so as to form patterns on a surface of fleeces which have passed through the slit, and in that the incised surface is formed such that, when the suction plate is installed to be almost pressed against the disc-type filter, a post-gap (b) between the incised surface and the disc-type filter is wider than a pre-gap (a) between the outer surface of the suction plate and the disc-type filter before the slit by as much as the thickness. - a suction body having a container shape and including a drain hole to discharge content from inside the suction body outward; and - a suction plate mounted in the suction body to close an inlet part thereof and to be installed, in use, to be almost pressed against the disc-shaped filter, the suction plate including a slit formed on an outer surface of the suction plate which is exposed outward to perform backwash of the fleeces on the disc-shaped filter; characterized in that an incised surface is formed in the suction plate by cutting to a predetermined thickness one side of the outer surface on the basis of the slit that is surpassed by the fleeces which have been backwashed in the slit, in that a room is provided in the incised surface, and a pattern roller is mounted in the room to rotate in place while being partially exposed and protruding outward from the incised surface so as to form patterns on a surface of fleeces which have passed through the slit, and in that the incised surface is formed such that, when the suction plate is installed to be almost pressed against the disc-type filter, a post-gap (b) between the incised surface and the disc-type filter is wider than a pre-gap (a) between the outer surface of the suction plate and the disc-type filter before the slit by as much as the thickness.
Piece of hospital or care furniture selected from the group of: a hospital or care bed, a patient lifter, a treatment table, a chair, where the piece of hospital or care furniture comprises: - at least one electric linear actuator (6, 7, 8, 9) for adjusting the piece of furniture, - at least one hand control unit - at least one control comprising a microprocessor characterized in that the piece of hospital or care furniture comprises an equipment comprising: - a counter unit and - a signaling device, where the signaling device being configured to provide a signal indicating that the piece of furniture has been cleaned is a thermo sensor which gives a signal when the temperature of the equipment exceeds a threshold value, by which signal the counter is automatically incremented and when a predetermined number of counts is reached, the counter unit will indicate a need for service. - at least one electric linear actuator (6, 7, 8, 9) for adjusting the piece of furniture, - at least one hand control unit - at least one control comprising a microprocessor characterized in that the piece of hospital or care furniture comprises an equipment comprising: - a counter unit and - a signaling device, where the signaling device being configured to provide a signal indicating that the piece of furniture has been cleaned is a thermo sensor which gives a signal when the temperature of the equipment exceeds a threshold value, by which signal the counter is automatically incremented and when a predetermined number of counts is reached, the counter unit will indicate a need for service. - a counter unit and - a signaling device,
A compression device for a self-inflating tire, comprising a flexible memory material, wherein said flexible memory material is mechanically connected to a pumping chamber, wherein said flexible memory material is configured to conform to an inner surface of a tire, wherein said flexible memory material comprises: a. a first arm, a second arm and a hinge along an X-Y plane having a curved arc shape surface configured to contact an inside surface of a tire, wherein said first arm and said second arm are symmetrically joined by said hinge; b. an arc-shape length along a Y-Z plane that is configured to conform to an inner surface of a tire; c. a first state, wherein when in said first state, said flexible memory material conforms to an unloaded, pressurized inner surface of said tire; and d. a second state, wherein when in said second state, said flexible memory material collapses radially outward about said hinge by said first arm and said second arm, wherein said pumping chamber is defined by a space between an elastic material that extends between an inner surface of said first and second arms of said flexible memory material and said inner surface of said flexible memory material, wherein a curved arc shape in said X-Y plane of said elastic material is opposite said curved arc shape surface of said flexible memory material in said X-Y plane that is configured to be in contact with said tire inside surface, wherein said pumping chamber comprises an arc-shape length along a Y-Z plane. a. a first arm, a second arm and a hinge along an X-Y plane having a curved arc shape surface configured to contact an inside surface of a tire, wherein said first arm and said second arm are symmetrically joined by said hinge; b. an arc-shape length along a Y-Z plane that is configured to conform to an inner surface of a tire; c. a first state, wherein when in said first state, said flexible memory material conforms to an unloaded, pressurized inner surface of said tire; and d. a second state, wherein when in said second state, said flexible memory material collapses radially outward about said hinge by said first arm and said second arm, wherein said pumping chamber is defined by a space between an elastic material that extends between an inner surface of said first and second arms of said flexible memory material and said inner surface of said flexible memory material, wherein a curved arc shape in said X-Y plane of said elastic material is opposite said curved arc shape surface of said flexible memory material in said X-Y plane that is configured to be in contact with said tire inside surface, wherein said pumping chamber comprises an arc-shape length along a Y-Z plane.
A network recorder to analyze computer packets in a computer network based on entropy, the network recorder comprising: an input port to receive ingress computer data packets into a computer network from a wide area network and egress computer data packets out from the computer network to the wide area network; a packet analyzer coupled to the input port to receive the ingress and egress computer packets, the packet analyzer to identify header fields and a starting point of the payload data in the ingress and egress computer packets; an entropy calculator coupled to the packet analyzer to receive the starting point of the payload data, the entropy calculator to examine each octet of the payload data to generate an entropy estimate of the ingress and egress computer packets, wherein a value of the payload data can be determined based on at least the entropy estimate; and a comparator coupled to the entropy calculator to receive the entropy estimate of the ingress and egress computer packets, the comparator to compare the entropy estimate with an entropy truncation threshold to generate an entropy exceed signal to indicate that the payload data could be truncated to conserve storage space. an input port to receive ingress computer data packets into a computer network from a wide area network and egress computer data packets out from the computer network to the wide area network; a packet analyzer coupled to the input port to receive the ingress and egress computer packets, the packet analyzer to identify header fields and a starting point of the payload data in the ingress and egress computer packets; an entropy calculator coupled to the packet analyzer to receive the starting point of the payload data, the entropy calculator to examine each octet of the payload data to generate an entropy estimate of the ingress and egress computer packets, wherein a value of the payload data can be determined based on at least the entropy estimate; and a comparator coupled to the entropy calculator to receive the entropy estimate of the ingress and egress computer packets, the comparator to compare the entropy estimate with an entropy truncation threshold to generate an entropy exceed signal to indicate that the payload data could be truncated to conserve storage space.
A device for producing a High Modulus Low Shrinkage (HMLS) yarn from a polyester melt, comprising a spinning apparatus having a spinneret for extruding and a quench box for cooling a plurality of filament strands, a device for applying a spinning preparation and for combining the filament strands to form a thread, a winding device and a drafting zone for drawing the thread that is provided between the spinning apparatus and the winding device, wherein the drafting zone is formed by a plurality of successive drafting roller pairs (8,9,10,11,12) and the first drafting roller pairs (8,9,10,11) are provided with a heating apparatus and the last drafting roller pair is provided with a cooling apparatus, wherein a surface temperature of the roller, equipped with the cooling apparatus, of the last drafting roller pair is provided to be less than 100°C, wherein at least one of the two rollers of each drafting roller pair (8,9,10,11,12) is provided with the heating or cooling apparatus, and the speed with which the feed roller pair draws off the thread from the spinning apparatus is from 400 m/min to 700 m/min, characterized in that for producing a HLMS yarn from a PET polyester melt, the drafting zone is formed by a feed roller pair and five successive drafting roller pairs (8,9,10,11,12), a total drafting of three to eight times is provided in the drafting zone, wherein the extents of the drafting are 1.02 to 1.1 between the feed roller pair and the first drafting roller pair, 4 to 6 between the first drafting roller pair and the second drafting roller pair, 1.2 to 2.0 between the second drafting roller pair and the third drafting roller pair, 0.7 to 1.2 between the third drafting roller pair and the fourth drafting roller pair, and 0.7 to 1.2 between the fourth drafting roller pair and the fifth drafting roller pair.
A machine for cooking food, the machine comprising: - a dispenser configured to be arranged over a container containing food and to close the container and comprising at least one first opening to dispense steam into the container and at least one second opening to dispense hot water into the container; - a first duct and a first solenoid valve to supply steam to the first opening; - a second duct and a second solenoid valve to supply hot water to the second opening; and - a control unit configured to control the opening and the closing of the first and the second solenoid valves (8, 10) so as to modulate the time of the steam supply and the volume of water depending on a selected cooking program, said machine for cooking food being characterised that the control unit is configured to control a first opening/closing state of the first solenoid valve so as to supply in a continuous manner steam to the first opening and to control a second opening/closing state of the second solenoid valve so as to supply hot water to the second opening at intervals. - a dispenser configured to be arranged over a container containing food and to close the container and comprising at least one first opening to dispense steam into the container and at least one second opening to dispense hot water into the container; - a first duct and a first solenoid valve to supply steam to the first opening; - a second duct and a second solenoid valve to supply hot water to the second opening; and - a control unit configured to control the opening and the closing of the first and the second solenoid valves (8, 10) so as to modulate the time of the steam supply and the volume of water depending on a selected cooking program,
A resource allocation method comprising: allocating resource block groups including at least one or more resource blocks consecutive on a frequency axis to a terminal; and determining a number of control signals to be equal to a maximum number of resource block groups that can be allocated to the terminal for notifying allocation information representing resource blocks in said allocated resource block groups, wherein the maximum number of resource block groups is determined in accordance with a power headroom representing an increasable transmit power in the terminal, and a value of the maximum number of resource block groups is incremented by one in a case where the power headroom exceeds a threshold electric power, and the value of the maximum number of resource block groups is decremented by one in a case where the power headroom is zero and the maximum number of resource block groups is two or more. allocating resource block groups including at least one or more resource blocks consecutive on a frequency axis to a terminal; and determining a number of control signals to be equal to a maximum number of resource block groups that can be allocated to the terminal for notifying allocation information representing resource blocks in said allocated resource block groups, wherein the maximum number of resource block groups is determined in accordance with a power headroom representing an increasable transmit power in the terminal, and a value of the maximum number of resource block groups is incremented by one in a case where the power headroom exceeds a threshold electric power, and the value of the maximum number of resource block groups is decremented by one in a case where the power headroom is zero and the maximum number of resource block groups is two or more.
Compounds of general formula, wherein R 1 is selected from the group consisting of hydrogen, -NH 2, -Br; and R 2 is selected from the group consisting of: R 3 is selected from the group consisting of: -CH 3, -C OH, and optionally in the form of the tautomers, the racemates, the enantiomers, the diastereomers and the mixtures thereof, and optionally the pharmacologically acceptable salts thereof
An isolated ligand of anti-Mullerian hormone suitable to be directly detected by means of imaging techniques for use in an in vivo method for the diagnosis of endometriosis comprising a passage of localizing and/or evaluating the entity of the endometriosis lesions in a patient, wherein said isolated ligand consists of an anti-AMH antibody marked with at least one of the agents chosen in the group consisting of: paramagnetic contrast agents, iodized contrast agents, intravenous contrast agents and radioisotopes.
A washing machine comprising: a cabinet; a tub provided in the cabinet to hold rinsing water; a drum rotatably provided in the tub; a condensation duct to condense and dehumidify air inside the drum and to re-supply the dehumidified air to the drum; a drain part to discharge the rinsing water held in the tub; and a condensate supply part to supply discharging water discharged via the drain part to the condensation duct as condensate, wherein the condensate supply part comprises a storage tank to store the discharging water, characterized in that the washing machine further comprises a condensate outlet pipe to collect the condensate supplied to the condensation duct via the condensate supply part in the storage tank, and the condensate outlet pipe has an end connected to a lower surface of the condensation duct and the other end connected to the storage tank. a cabinet; a tub provided in the cabinet to hold rinsing water; a drum rotatably provided in the tub; a condensation duct to condense and dehumidify air inside the drum and to re-supply the dehumidified air to the drum; a drain part to discharge the rinsing water held in the tub; and a condensate supply part to supply discharging water discharged via the drain part to the condensation duct as condensate, wherein the condensate supply part comprises a storage tank to store the discharging water, characterized in that the washing machine further comprises a condensate outlet pipe to collect the condensate supplied to the condensation duct via the condensate supply part in the storage tank, and the condensate outlet pipe has an end connected to a lower surface of the condensation duct and the other end connected to the storage tank.