mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for active noise equalization comprising: obtaining a sync signal associated with a noise source reproduced into an acoustic space; generating a noise model, representing one or more complex tones, responsive to the sync signal; receiving an audio signal representing a sound field in the acoustic space; applying an estimate of a secondary path transfer function to the noise model in a frequency domain; and applying a transformation function to the noise model where the transform function is based on the noise model and is responsive to reducing the sum of the output of the transformation function and the received audio signal; where applying the estimate of the secondary path transfer function to the noise model comprises calculating the frequency components in a region of interest. obtaining a sync signal associated with a noise source reproduced into an acoustic space; generating a noise model, representing one or more complex tones, responsive to the sync signal; receiving an audio signal representing a sound field in the acoustic space; applying an estimate of a secondary path transfer function to the noise model in a frequency domain; and applying a transformation function to the noise model where the transform function is based on the noise model and is responsive to reducing the sum of the output of the transformation function and the received audio signal; where applying the estimate of the secondary path transfer function to the noise model comprises calculating the frequency components in a region of interest.
A micromechanical gripping device comprising: (a) gripper arms (G1, G2); (b) at least one microactuator connected to at least one gripper arm (G1, G2), the at least one microactuator being operable to deflect the at least one gripper arm (G1, G2); and characterized by (c) at least two integrated force sensors (Cx1, Cx2 Cy1, Cy2) which are both connected to one of the gripper arms (G1, G2) for force sensing along two axes of the respective gripper arm; wherein the micromechanical gripping device is formed from a Silicon on Insulator wafer. (a) gripper arms (G1, G2); (b) at least one microactuator connected to at least one gripper arm (G1, G2), the at least one microactuator being operable to deflect the at least one gripper arm (G1, G2); and characterized by (c) at least two integrated force sensors (Cx1, Cx2 Cy1, Cy2) which are both connected to one of the gripper arms (G1, G2) for force sensing along two axes of the respective gripper arm;
A traffic control method, comprising: adding, by a network device, a traffic control tag to traffic that is over guaranteed bandwidth, by classifying the traffic that is over the guaranteed bandwidth into at least two classes, and separately adding a corresponding traffic control tag, wherein each of the at least two classes identifies contiguous bandwidth intervals of traffic; sending, to a backbone network switching device, a data flow associated with the traffic that carries the traffic control tag; and discarding, by the backbone network switching device according to the traffic control tag, the traffic that is over the guaranteed bandwidth by discarding by class according to the traffic control tag and a backbone network congestion degree the traffic that is over the guaranteed bandwidth. adding, by a network device, a traffic control tag to traffic that is over guaranteed bandwidth, by classifying the traffic that is over the guaranteed bandwidth into at least two classes, and separately adding a corresponding traffic control tag, wherein each of the at least two classes identifies contiguous bandwidth intervals of traffic; sending, to a backbone network switching device, a data flow associated with the traffic that carries the traffic control tag; and discarding, by the backbone network switching device according to the traffic control tag, the traffic that is over the guaranteed bandwidth by discarding by class according to the traffic control tag and a backbone network congestion degree the traffic that is over the guaranteed bandwidth.
A powered handheld electromechanical surgical device, comprising: a motor configured to drive extension and retraction of a drive component; a sensor configured to sense force exerted on the drive component during extension of the drive component; and a controller including a processor and a non-transitory computer-readable storage medium storing instructions that, when executed by the processor, cause the processor to: receive the sensed force from the sensor; control a speed of the motor during extension of the drive component in accordance with the sensed force; determine a speed profile during extension of the drive component; and control a speed of the motor during retraction of the drive component in accordance with the speed profile. a motor configured to drive extension and retraction of a drive component; a sensor configured to sense force exerted on the drive component during extension of the drive component; and a controller including a processor and a non-transitory computer-readable storage medium storing instructions that, when executed by the processor, cause the processor to: receive the sensed force from the sensor; control a speed of the motor during extension of the drive component in accordance with the sensed force; determine a speed profile during extension of the drive component; and control a speed of the motor during retraction of the drive component in accordance with the speed profile. receive the sensed force from the sensor; control a speed of the motor during extension of the drive component in accordance with the sensed force; determine a speed profile during extension of the drive component; and control a speed of the motor during retraction of the drive component in accordance with the speed profile.
A polymer electrolyte fuel cell stack, being a fuel cell stack storing a stacked product in paired U-curved plate-like fastening members (8A, 8B), the stacked product being obtained by stacking a plurality of unit cell modules in which paired electrode layers respectively formed on opposite surfaces of a polymer electrolyte membrane are clamped between paired separators, wherein paired end plates (4A, 4B) are respectively disposed at opposite ends of the stacked product, the paired fastening members (8A, 8B) each being structured with: a base plate that can be brought into close contact with an outer surface of a flat portion of the end plate (4A; 4B) and that is formed on the outer surface of the end plate (4A; 4B) in a stacked direction of the stacked product; and side plates continuously extending in both sideways of the stacked product of the base plate, the paired fastening members (8A, 8B) each having at least one first coupling portion disposed at an edge portion of the side plate in the stacked direction of the stacked product, and a plurality of second coupling portions disposed at an edge portion of an other end portion of the side plate in the stacked direction of the stacked product, and in a state where the first coupling portion formed at the one fastening member (4A; 4B) and the plurality of second coupling portions formed at the other fastening member (4A; 4B) are combined, the first coupling portion and the second coupling portions are coupled to each other in a direction perpendicular to the stacked direction of the stacked product by a plurality of pin members, so as to couple the paired fastening members (8A, 8B) to each other, wherein a multitude of elastic bodies are evenly disposed on a unit cell module side of one of the end plates (4A; 4B).
Torque transmission device including: - a transmission shaft capable of rotating about an axis of revolution, - an idle transmission wheel capable of rotating relative to the transmission shaft about the axis of revolution, the idle transmission wheel including a wheel disc and a drum protruding axially from a periphery of the wheel disc; - a first engagement interface and a second engagement interface, the first engagement interface being rigidly connected to the transmission shaft, the second engagement interface being rigidly connected to the idle transmission wheel; - a sliding sleeve including an intermediate engagement interface engaged with one of the first and second engagement interfaces (61, 62), the sliding sleeve being capable of moving, by translation parallel to the axis of revolution, from a retracted position in which the intermediate engagement interface is not engaged with the other of the first and second engagement interfaces (61, 62) to a coupling position in which the intermediate engagement interface is engaged with the other of the first and second engagement interfaces (61, 62) and produces a rotational coupling between the first engagement interface and the second engagement interface; - at least one elastic return member capable of being loaded when the sliding sleeve moves from the retracted position to the coupling position, and capable, by unloading, of returning the sliding sleeve from the coupling position to the retracted position; characterized in that the elastic return member is positioned in a recess of the idle transmission wheel defined by the wheel disc and the drum. - a transmission shaft capable of rotating about an axis of revolution, - an idle transmission wheel capable of rotating relative to the transmission shaft about the axis of revolution, the idle transmission wheel including a wheel disc and a drum protruding axially from a periphery of the wheel disc; - a first engagement interface and a second engagement interface, the first engagement interface being rigidly connected to the transmission shaft, the second engagement interface being rigidly connected to the idle transmission wheel; - a sliding sleeve including an intermediate engagement interface engaged with one of the first and second engagement interfaces (61, 62), the sliding sleeve being capable of moving, by translation parallel to the axis of revolution, from a retracted position in which the intermediate engagement interface is not engaged with the other of the first and second engagement interfaces (61, 62) to a coupling position in which the intermediate engagement interface is engaged with the other of the first and second engagement interfaces (61, 62) and produces a rotational coupling between the first engagement interface and the second engagement interface; - at least one elastic return member capable of being loaded when the sliding sleeve moves from the retracted position to the coupling position, and capable, by unloading, of returning the sliding sleeve from the coupling position to the retracted position;
A tube header for a heat exchanger comprising a header plate having two major dimensions defining a header plane, the header plate having a row of oblong passages extending through the header plate, each passage bordered by a ferrule monolithically formed with the header plate, the ferrule having a surrounding wall extending perpendicular to the header plane and having a wall thickness (D f); characterized in that the tube header further comprises a transitional area between the ferrule and the header plate having a reduced thickness (D ta) that is smaller than the wall thickness of the ferrule (D f).
A method performed by a Packet data network GateWay, PGW, for handling a User Equipment's, UE, access to an Evolved Packet Core, EPC, service via a non-third Generation Partnership Project, non-3GPP, access network, the method comprising: in a Create Session Request message, receiving (803, 905, 1005, 1105, 1301) identity information which indicates an identity of an Authentication Authorization Accounting, AAA, node from a non-3GPP access gateway; and transmitting (805, 909, 1009, 1109, 1303), to the AAA node which was indicated in the received identity information, a request message for the UE, which request message is a request for authorization of the UE to access the EPC service via the non-3GPP access network. in a Create Session Request message, receiving (803, 905, 1005, 1105, 1301) identity information which indicates an identity of an Authentication Authorization Accounting, AAA, node from a non-3GPP access gateway; and transmitting (805, 909, 1009, 1109, 1303), to the AAA node which was indicated in the received identity information, a request message for the UE, which request message is a request for authorization of the UE to access the EPC service via the non-3GPP access network.
A method of increasing expression of a target gene in a plant cell, comprising expressing in said plant cell a recombinant DNA construct comprising DNA that is expressed in a transgenic plant cell and undergoes processing to an RNA comprising single-stranded RNA that binds to the transcript of at least one target gene in said transgenic plant cell to form a hybridized segment of at least partially double-stranded RNA that imparts to said transcript resistance to cleavage by an RNase III ribonuclease within or in the vicinity of said hybridized segment, wherein said binding is at a miRNA recognition site in said transcript, said cleavage of said transcript occurs at said miRNA recognition site, and said hybridized segment is formed at least partially within said miRNA recognition site, wherein said binding of said single-stranded RNA to said transcript inhibits suppression of said at least one target gene by a mature miRNA.
A method of forming a semiconductor on glass structure, comprising: depositing one or more barrier layers that impede ion migration from a glass substrate to a semiconductor wafer, the barrier layer(s) having 100 nm to 600 nm total thickness and including at least one of silicon oxynitride and tantalum oxide and being deposited directly or indirectly on at least one of the glass substrate and the semiconductor wafer; creating an exfoliation layer in the semiconductor wafer; forming an intermediate structure including the semiconductor wafer, the exfoliation layer, the one or more barrier layers, and the glass substrate such that the one or more barrier layers are between the glass substrate and the semiconductor wafer; bonding the intermediate structure using electrolysis; and applying stress to the exfoliation layer such that the bonded glass substrate, barrier layer(s) and exfoliation layer separate from the semiconductor wafer. depositing one or more barrier layers that impede ion migration from a glass substrate to a semiconductor wafer, the barrier layer(s) having 100 nm to 600 nm total thickness and including at least one of silicon oxynitride and tantalum oxide and being deposited directly or indirectly on at least one of the glass substrate and the semiconductor wafer; creating an exfoliation layer in the semiconductor wafer; forming an intermediate structure including the semiconductor wafer, the exfoliation layer, the one or more barrier layers, and the glass substrate such that the one or more barrier layers are between the glass substrate and the semiconductor wafer; bonding the intermediate structure using electrolysis; and applying stress to the exfoliation layer such that the bonded glass substrate, barrier layer(s) and exfoliation layer separate from the semiconductor wafer.
Greenhouse system with at least one first greenhouse arrangement and a second greenhouse arrangement, wherein the first greenhouse arrangement has a first chamber in which a plurality of receiving positions (24, 24a) for plant containers are arranged one above the other and which has a first loading side, and the second greenhouse arrangement has a second chamber in which a plurality of receiving positions for plant containers are arranged one above the other and which has a second loading side, wherein the first loading side and the second loading side are arranged in a common first plane and a first rack serving device is arranged in front of the loading sides, characterized in that the first chamber has a first removal side which is arranged opposite the first loading side, and the second chamber has a second removal side which is arranged opposite the second loading side, wherein the first removal side and the second removal side are arranged in a common second plane and a second rack-serving device is arranged in front of the removal sides.
Power semiconductor module comprising a first main electrode, a second main electrode, and a control terminal, and comprising controllable power semiconductor components arranged between the first main electrode and the second main electrode, wherein each controllable power semiconductor component has a first electrode, a second electrode and a control electrode, and the first electrode of each controllable power semiconductor component is electrically connected to the first main electrode, the second electrode of each controllable power semiconductor component is electrically connected to the second main electrode, and the control electrode of each controllable power semiconductor component is electrically connected to the control terminal, wherein at least one portion of the controllable power semiconductor components are arranged in a plurality of ring arrangements (28, 28', 28"), wherein the controllable power semiconductor components of each ring arrangement (28, 28', 28") of the plurality of ring arrangements (28, 28', 28") are arranged at least approximately along a first circular line of the respective ring arrangement (28, 28', 28"), and a control conductor track of the respective ring arrangement (28, 28', 28") is arranged on the first main electrode, wherein the control conductor track of the respective ring arrangement (28, 28', 28") runs at least approximately along a second circular line of the respective ring arrangement (28, 28', 28"), and the second circular line of the respective ring arrangement (28, 28', 28") runs concentrically and outside with respect to the first circular line of the respective ring arrangement (28, 28', 28"), wherein the control electrode of each controllable power semiconductor component of the respective ring arrangement (28, 28', 28") is connected via an electrical connection to the control conductor track of the respective ring arrangement (28, 28', 28"), and the control conductor track of the respective ring arrangement (28, 28', 28") is connected via a further electrical connection to the control terminal; wherein an electrically conductive contact element is arranged between the second main electrode of the power semiconductor module and each controllable power semiconductor component, said contact element connecting the second main electrode to the second electrode of the power semiconductor component, characterized in that the contact element and the power semiconductor component define a current-carrying direction that is at right angles to the first main electrode; and the further electrical connection runs parallel to the current-carrying direction.
A method for increasing the resistance of a plant or part thereof that is susceptible to infection with a pathogen comprising an ortholog of the Avr4 protein of Cladosporium fulvum, wherein said method comprises transforming said plant or part thereof with a nucleic acid encoding for Cf4 or a functional homologue thereof and wherein said plant is not a tomato or tobacco plant.
Equipment for test stands of the braking system of vehicles, in particular for four-wheel drive vehicles, comprising at least a bearing frame having resting and rotation means for at least one wheel of a vehicle, suitable for resting said wheel and for allowing the free rotation of said wheel during a test of the braking system of the vehicle, characterized in that it comprises at least one containment element associated mobile with said frame between a lowered position, wherein it is substantially lowered or aligned with respect to said resting and rotation means in order to favours the normal transit of the wheel on the equipment, and a raised position, wherein it is substantially raised with respect to said resting and rotation means and is suitable for engaging onto at least a rear portion of said wheel to retain said wheel onto said resting and rotation means during said test of the braking system of the vehicle.
Electrolysis cell comprising at least one inlet and at least one outlet for the electrolyte, further comprising a number of planar electrodes provided with openings through which flow can occur, of which at least one is, by means of functional coating, configured as anode having an increased overpotential for the formation of oxygen compared to the standard hydrogen electrode and at least one further electrode is configured as counterelectrode (cathode), which electrodes, on the basis of their polarity, are arranged in an alternating or pairwise alternating sequence to form a stack, further comprising a number of frame elements which in each case are arranged singly between neighbouring electrodes, where the frame elements simultaneously ensure mutual electric insulation, mutual fluid sealing and a defined spacing between the adjoining electrodes and the electrode stack formed in this way is installed between the inlet and the outlet in such a way that an electrolyte path through which flow can occur and which is sealed fluidically from the surroundings is formed from the inlet through the electrode stack to the outlet, characterized in that neighbouring electrodes have a mutual clear spacing of not more than 0.5 mm, the openings through which flow can occur in the electrodes are configured as parallel slits or rows of slits which break through the electrodes essentially perpendicularly to the surface thereof, where the individual slits have a width of not more than 1.5 mm and a length of at least three times the width and have a clear spacing perpendicular to their maximum dimension of at least twice the slit width and the slits or rows of slits in neighbouring electrodes in each case run parallel to one another and are arranged in a defined offset manner relative to one another perpendicularly to the maximum dimension of the slits or rows of slits in such a way that the spacing between one row of slits in an electrode to each immediately adjacent row of slits in the directly adjacent electrodes varies by not more than 25%.