mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: causing presentation of a visual user interface for audio equalization; determining at least two locations upon the visual user interface, each location being associated with a predefined audio equalization characteristic; causing first and second configurable elements to be provided by the visual user interface; and associating, with a processor, an audio equalization characteristic with the first configurable element based upon a location of the first configurable element relative to the at least two locations, wherein the second configurable element provides a visual representation of the audio equalization characteristic based upon the location of the first configurable element; permitting modification of the audio equalization characteristic associated with the first configurable element based upon interaction with the second configurable element; determining an effect of the modification on the location of the first configurable element; and causing a relocation of the first configurable element relative to the at least two locations based upon the effect of the modification. causing presentation of a visual user interface for audio equalization; determining at least two locations upon the visual user interface, each location being associated with a predefined audio equalization characteristic; causing first and second configurable elements to be provided by the visual user interface; and associating, with a processor, an audio equalization characteristic with the first configurable element based upon a location of the first configurable element relative to the at least two locations, wherein the second configurable element provides a visual representation of the audio equalization characteristic based upon the location of the first configurable element; permitting modification of the audio equalization characteristic associated with the first configurable element based upon interaction with the second configurable element; determining an effect of the modification on the location of the first configurable element; and causing a relocation of the first configurable element relative to the at least two locations based upon the effect of the modification.
Assembly for an electronic locking system, the assembly comprising: - an actuating element constituted by a handle rotatably arrangable with respect to a base member for rotation about a first axis to open or close a movable access member and rotatably arranged about a second axis substantially perpendicular to the first axis; - an electric generator comprising a rotor; and - a transmission arrangement configured to transmit a rotational actuation of the actuating element about the second axis into a rotation of the rotor of the electric generator to generate electric energy. - an actuating element constituted by a handle rotatably arrangable with respect to a base member for rotation about a first axis to open or close a movable access member and rotatably arranged about a second axis substantially perpendicular to the first axis; - an electric generator comprising a rotor; and - a transmission arrangement configured to transmit a rotational actuation of the actuating element about the second axis into a rotation of the rotor of the electric generator to generate electric energy.
An Active Heat Controller suitable for controlling the temperature of a loudspeaker connected to it, the Active Heat Controller comprising a Dynamic Range Controller operatively interposed between an input driving signal terminal for the loudspeaker and the terminals of a voice-coil of the loudspeaker, the Dynamic Range Controller being configured to variably attenuate an input driving signal and to provide the attenuated signal as an output at the voice-coil's terminals, the Active Heat Controller comprising: a probe operatively connected, and being adapted to provide a probe signal, to the terminals of the loudspeaker's voice-coil for estimating an instantaneous temperature of the voice-coil and the Active Heat Controller being characterised by: a state observer for estimating, on the basis of a thermal model and the voice coil temperature, an instantaneous temperature of a magnet of the loudspeaker; and means for controlling an instantaneous attenuation provided by the Dynamic Range Controller in response to the estimated voice-coil and magnet temperatures; and wherein the state observer compares the heat input with a heat output of the loudspeaker to yield a value reflecting the heat flux of the loudspeaker, the temperature of the voice-coil is in relation to the heat input to the loudspeaker and the heat output of the loudspeaker's magnet is based on the thermal model and uses the estimated voice-coil temperature (Tm) as an input parameter, the difference in heat input and heat output being indicative of the loudspeaker's temperature state being rising or falling.
A method of identifying a test agent as a prebiotic agent, the method comprising: providing a first culture comprising the test agent, a quantity of a human skin commensal microorganism, and a minimal carbon media, wherein the minimal carbon media comprises NaCl, (NH 4) 2 HPO 4 K 2 HPO 4, and MgSO 4 •7H20 and has a carbon content of less than 0.1% by weight, based on the weight of the media; determining a metabolite level or a replication level of the human skin commensal microorganism of the first culture; and comparing the metabolite level or replication level of the first culture to a control value; and identifying the test agent as a prebiotic agent when the replication level or the metabolic level is greater than the control value. providing a first culture comprising the test agent, a quantity of a human skin commensal microorganism, and a minimal carbon media, wherein the minimal carbon media comprises NaCl, (NH 4) 2 HPO 4 K 2 HPO 4, and MgSO 4 •7H20 and has a carbon content of less than 0.1% by weight, based on the weight of the media; determining a metabolite level or a replication level of the human skin commensal microorganism of the first culture; and comparing the metabolite level or replication level of the first culture to a control value; and identifying the test agent as a prebiotic agent when the replication level or the metabolic level is greater than the control value.
A copolymerized aramid dope-dyed yarn, manufactured by adding terephthaloyl dichloride to an organic solvent in which an aromatic diamine having a cyano group is dissolved, reacting the same to polymerize a polymerization solution containing a copolymerized aramid polymer, then, spinning and coagulating the polymerization solution, wherein the yarn includes a coloring matter having a cation, so as to have a color strength of 50 or more.
Device for handling printing plates at a printing press, comprising at least one pallet for receiving printing plates, wherein a latch for securing the printing plates in the pallet is provided, said latch fixed to the pallet as an integral part thereof, characterized in that an actuating drive for operating the latch is disposed on a component of the device that is separate from the pallet. comprising at least one pallet for receiving printing plates, wherein a latch for securing the printing plates in the pallet is provided, said latch fixed to the pallet as an integral part thereof, characterized in that an actuating drive for operating the latch is disposed on a component of the device that is separate from the pallet.
A method for the adaptive configuration of a transmission signal in a coherent WDM-PON having an optical line termination and several end nodes, wherein the method comprises the following steps: (a) generating the transmission signal by means of at least m lasers, which are each associated with a respective optical transmission spectrum (S1, S2) having p associated spectral ranges (F1 to F4; F5 to F8), wherein a spectral range of the transmission signal is suitable for transmitting data in the coherent WDM-PON to an associated active end node of k a active end nodes, wherein a respective active end node of the k a active end nodes is associated with a spectral range of the m lasers and wherein k a ≤ m·p, m ={1,2,3,4,...} and p ={1,2,3,4,...}, (b) monitoring the number k a of active end nodes, (c) if the number of active end nodes is reduced to k a ≤ (m-1)·p; reassigning the active end nodes associated with a spectral range of a laser to be switched off to a respective free spectral range of the remaining lasers, announcing the new assignment of the spectral ranges by transmitting a message to the end node(s) which are assigned to a laser to be switched off, switching off the laser to be switched off, (d) if the number of active end nodes increases to k a >(m + 1)·p: switching on a laser. (a) generating the transmission signal by means of at least m lasers, which are each associated with a respective optical transmission spectrum (S1, S2) having p associated spectral ranges (F1 to F4; F5 to F8), wherein a spectral range of the transmission signal is suitable for transmitting data in the coherent WDM-PON to an associated active end node of k a active end nodes, wherein a respective active end node of the k a active end nodes is associated with a spectral range of the m lasers and wherein k a ≤ m·p, m ={1,2,3,4,...} and p ={1,2,3,4,...}, (b) monitoring the number k a of active end nodes, (c) if the number of active end nodes is reduced to k a ≤ (m-1)·p; reassigning the active end nodes associated with a spectral range of a laser to be switched off to a respective free spectral range of the remaining lasers, announcing the new assignment of the spectral ranges by transmitting a message to the end node(s) which are assigned to a laser to be switched off, switching off the laser to be switched off, reassigning the active end nodes associated with a spectral range of a laser to be switched off to a respective free spectral range of the remaining lasers, announcing the new assignment of the spectral ranges by transmitting a message to the end node(s) which are assigned to a laser to be switched off, switching off the laser to be switched off, (d) if the number of active end nodes increases to k a >(m + 1)·p: switching on a laser. switching on a laser.
A method for adjusting a period of a clock interruption, comprising: determining a number of processes in a run-queue of a processor (S110, S210); and adjusting, based on the determined number of processes, the period of the clock interruption for use in a run state of the processor such that a first period of the clock interruption for use when the number of the processes is greater than a reference threshold is less than a second period of the clock interruption for use when the number of the processes is not greater than the reference threshold (S120, S220). determining a number of processes in a run-queue of a processor (S110, S210); and adjusting, based on the determined number of processes, the period of the clock interruption for use in a run state of the processor such that a first period of the clock interruption for use when the number of the processes is greater than a reference threshold is less than a second period of the clock interruption for use when the number of the processes is not greater than the reference threshold (S120, S220).
A method comprising: measuring peak amplitudes of spectral components of partial discharge pulses sensed on an electrical cable over a plurality of phases of a cycle of a power signal on said electrical cable; subtracting a background noise level from said peak amplitudes, thus yielding resultant amplitudes; summing said resultant amplitudes, thus yielding a first PD sum that indicates a magnitude of PD activity on said electrical cable at a first time; repeating said measuring, subtracting and summing after a passage of time, thus yielding a second PD sum at a second time; and issuing an alarm if a difference between said second PD sum and said first PD sum is greater than a threshold value. measuring peak amplitudes of spectral components of partial discharge pulses sensed on an electrical cable over a plurality of phases of a cycle of a power signal on said electrical cable; subtracting a background noise level from said peak amplitudes, thus yielding resultant amplitudes; summing said resultant amplitudes, thus yielding a first PD sum that indicates a magnitude of PD activity on said electrical cable at a first time; repeating said measuring, subtracting and summing after a passage of time, thus yielding a second PD sum at a second time; and issuing an alarm if a difference between said second PD sum and said first PD sum is greater than a threshold value.
A composition for use in a method for inducing a specific immune response in a mammal, comprising: isolated ubiquitinylated proteins in solution in absence of membrane bound organelles, the isolated ubiquitinylated proteins containing one or more specific antigens, wherein the isolated ubiquitinylated proteins comprise K48 linked polyubiquitinylated proteins and/or K63 linked polyubiquitinylated proteins.
A face mask for ventilation and intubation of a patient comprising: a nasal part for use for ventilating a patient without air leak; a ventilation port attached to the lower end of the mask; an airway-slider incorporating a camera; characterized in that, the face mask comprises two channels with or without wings (5,7), which provide access to a patient's mouth and extend inside the mouth near the tip of the tongue, wherein the the two channels are placed on either side of the ventilation port and the camera can in particular be inserted via the channels for the purpose of maintaining the airway by clear visualization of the vocal cords and also to guide an endotracheal tube into a patient's trachea. a nasal part for use for ventilating a patient without air leak; a ventilation port attached to the lower end of the mask; an airway-slider incorporating a camera; characterized in that, the face mask comprises two channels with or without wings (5,7), which provide access to a patient's mouth and extend inside the mouth near the tip of the tongue, wherein the the two channels are placed on either side of the ventilation port and the camera can in particular be inserted via the channels for the purpose of maintaining the airway by clear visualization of the vocal cords and also to guide an endotracheal tube into a patient's trachea.
Device for capturing optical information configured for being installed in a recess of an exterior surface of a vehicle, comprising at least an imaging means configured for imaging an image of the surroundings of the vehicle, the imaging means being movable between an operating position and a non-operating position, wherein in the non-operating position the imaging means is arranged to be located in the recess of the vehicle, the device for capturing optical information also comprises a protective cover configured to be arranged to cover the opening of the recess when the imaging means is in an operating position outside the recess, said protective cover being further adapted to cover the opening of the recess such that it follows the contour of the exterior surface of the vehicle in the operating position characterised in that it comprises a front protective cover being configured for covering the opening of the recess when the imaging means is able to be located in the recess in a non-operating position and being further adapted to cover the opening of the recess such that it follows the contour of the exterior surface of the vehicle in the non-operating position, wherein the imaging means is coupled to the protective covers (3, 4) such that they are moved together from the non-operating position to the operating position and it comprises a pivot axis configured such that the imaging means, the protective cover and the front protective cover are pivoted between the operating and non-operating positions.
Device for varying a pedal resistance of a hydraulic brake system, having at least one electroactive polymer actuator (15,16), characterized by a reaction disk which has at least two polymer actuators (15,16) which can be actuated independently of one another and which are arranged coaxially to one another.
An apparatus comprising: a guidewire comprising an elongate body having a distal end and a proximal end; an expansible anchor disposed at the elongate body near said distal end thereof; wherein the expansible anchor is a radially expanding braid; and a tissue-penetrating tip disposed at the elongate body adjacent to the expansible anchor. a guidewire comprising an elongate body having a distal end and a proximal end; an expansible anchor disposed at the elongate body near said distal end thereof; wherein the expansible anchor is a radially expanding braid; and a tissue-penetrating tip disposed at the elongate body adjacent to the expansible anchor.
A stamp type fluid delivery container with microneedles, the stamp type fluid delivery container comprising: a container body configured to keep fluid therein, having a coupling portion on an outer side of an upper portion thereof, and having a coupling groove inside the upper portion; a needle housing having a body that is inserted in the coupling groove of the container body and has slots that are vertically formed through the body and arranged to the left and right in parallel and in which microneedles are inserted, respectively; a sealing cover installed on a top of the container body and preventing leakage of fluid coming out of the slots of the needle housing; and a closing cap coupled to the coupling portion of the container body, wherein a fluid discharge hole is formed in an oblong shape on a bottom of the coupling groove of the container body across the slots of the needle housing, and an air hole preventing leakage of fluid in the container body and enabling air to flow is formed in an upper portion of the coupling portion. a container body configured to keep fluid therein, having a coupling portion on an outer side of an upper portion thereof, and having a coupling groove inside the upper portion; a needle housing having a body that is inserted in the coupling groove of the container body and has slots that are vertically formed through the body and arranged to the left and right in parallel and in which microneedles are inserted, respectively; a sealing cover installed on a top of the container body and preventing leakage of fluid coming out of the slots of the needle housing; and a closing cap coupled to the coupling portion of the container body, wherein a fluid discharge hole is formed in an oblong shape on a bottom of the coupling groove of the container body across the slots of the needle housing, and an air hole preventing leakage of fluid in the container body and enabling air to flow is formed in an upper portion of the coupling portion.
A fiber-reinforced pressure vessel comprising an inner vessel with a cylindrical central part with a cylinder axis and two pole caps closing the cylindrical central part, and an outer layer wound onto the inner vessel for the reinforcement thereof, said outer layer being made of fiber composite material of several layers (L1, L2 and L3) of fibers arranged one on top of the other embedded in a matrix material, wherein the layers of the outer layer comprises any sequence of one or several circumferential layers with fibers with an average first fiber angle of more than 80 degrees and of one or several helical layers with respective average second fiber angles smaller than the average first fiber angle, wherein the fiber from the last wound layer is guided out of the central part to an area on a pole cap of the pressure vessel, wherein the pole caps, under compressive load, exhibit at most a negligible extension with respect to the central part, and a last section of the fiber is fixed in said area at least with one fiber end, wherein the area is a valve connection arranged on one of the pole caps or a pin arranged in the center one of the pole caps, characterized in that the last section is fixed with the fiber end to the valve connection or the pin, preferably to the valve section of the valve connection made of metal, wherein the last section of the fiber runs several times around the valve connection or the pin for fixing of the fiber end. the fiber from the last wound layer is guided out of the central part to an area on a pole cap of the pressure vessel, wherein the pole caps, under compressive load, exhibit at most a negligible extension with respect to the central part, and a last section of the fiber is fixed in said area at least with one fiber end, wherein the area is a valve connection arranged on one of the pole caps or a pin arranged in the center one of the pole caps, characterized in that the last section is fixed with the fiber end to the valve connection or the pin, preferably to the valve section of the valve connection made of metal, wherein the last section of the fiber runs several times around the valve connection or the pin for fixing of the fiber end.
A method of amplifying a short RNA molecule, the method comprising, obtaining an RNA sample comprising a short RNA target molecule contacting the sample comprising the short RNA target molecule and at least one RNA-comprising template molecule with a reverse transcriptase, wherein the short RNA target molecule anneals to the RNA-comprising template molecule and the reverse transcriptase reverse transcribes the RNA-comprising template molecule by extending the annealed short RNA molecule to form a duplex comprising a short RNA target molecule/cDNA hybrid polynucleotide annealing to the template RNA molecule; contacting the duplex with RNase H activity, thereby excising ribonucleotides in a portion of the RNA-comprising template molecule in the duplex that anneals to deoxyribonucleotides in the short RNA target molecule/cDNA hybrid polynucleotide; reverse transcribing at least the short RNA target molecule portion of the short RNA target molecule/cDNA hybrid polynucleotide by extending a first oligonucleotide primer that anneals to the single-stranded short RNA target molecule/cDNA hybrid with the reverse transcriptase to form a DNA molecule comprising a sequence complementary to the short RNA target molecule; and amplifying the DNA molecule comprising a sequence complementary to the short RNA target molecule with a DNA polymerase, thereby amplifying the short RNA sequence.
Process for the production of a paper or board comprising at least two plies wherein the process comprises the steps of; - providing a first ply, - adding microfibrillated cellulose in an amount of 0,1-2 gsm (as dry) to a surface of the first ply wherein the microfibrillated cellulose is added by spraying, - adding starch together with the microfibrillated cellulose to at least one surface of a ply, - providing a second ply and - attaching the second ply to the first ply so that the added microfibrillated cellulose and starch are located in between the first and second ply. - providing a first ply, - adding microfibrillated cellulose in an amount of 0,1-2 gsm (as dry) to a surface of the first ply wherein the microfibrillated cellulose is added by spraying, - adding starch together with the microfibrillated cellulose to at least one surface of a ply, - providing a second ply and - attaching the second ply to the first ply so that the added microfibrillated cellulose and starch are located in between the first and second ply.