mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: receiving an input signal having a first component and a second component wherein the first component of the input signal is a voiced speech signal; calculating an estimate of the first component of the input signal based on an estimate of a pitch of the first component of the input signal; calculating an estimate of the input signal based on the estimate of the first component of the input signal and on an estimate of the second component of the input signal; and modifying the estimate of the first component of the input signal based on a scaling function to produce a reconstructed first component of the input signal, wherein the scaling function: reduces a power of the estimate of the first component of the input signal if a signal-to-noise ratio of the estimate of the input signal does not exceed a threshold value; and otherwise leaves the power of the estimate of the first component of the input signal unmodified; wherein the signal-to-noise ratio is a ratio of a power of the estimate of the input signal to a power of a residual signal derived from the input signal and the estimate of the input signal, wherein the residual signal corresponds to the estimate of the input signal subtracted from the input signal. receiving an input signal having a first component and a second component wherein the first component of the input signal is a voiced speech signal; calculating an estimate of the first component of the input signal based on an estimate of a pitch of the first component of the input signal; calculating an estimate of the input signal based on the estimate of the first component of the input signal and on an estimate of the second component of the input signal; and modifying the estimate of the first component of the input signal based on a scaling function to produce a reconstructed first component of the input signal, wherein the scaling function: reduces a power of the estimate of the first component of the input signal if a signal-to-noise ratio of the estimate of the input signal does not exceed a threshold value; and otherwise leaves the power of the estimate of the first component of the input signal unmodified; wherein the signal-to-noise ratio is a ratio of a power of the estimate of the input signal to a power of a residual signal derived from the input signal and the estimate of the input signal, wherein the residual signal corresponds to the estimate of the input signal subtracted from the input signal. reduces a power of the estimate of the first component of the input signal if a signal-to-noise ratio of the estimate of the input signal does not exceed a threshold value; and otherwise leaves the power of the estimate of the first component of the input signal unmodified; wherein the signal-to-noise ratio is a ratio of a power of the estimate of the input signal to a power of a residual signal derived from the input signal and the estimate of the input signal, wherein the residual signal corresponds to the estimate of the input signal subtracted from the input signal.
An elevator machine comprising: a motor; a sheave; a bearing system supporting the sheave for rotation about an axis and comprising: an inner sleeve; an inner race mounted to the inner sleeve; a housing; an outer race mounted to the housing; one or more circumferential arrays of rolling elements (110, 112) between the inner race and the outer race; characterized by the bearing system further comprising a shield (160; 161) comprising: a hub secured to the sleeve; and a radially outwardly open channel (220, 222) at least along a portion of the shield. a motor; a sheave; a bearing system supporting the sheave for rotation about an axis and comprising: an inner sleeve; an inner race mounted to the inner sleeve; a housing; an outer race mounted to the housing; one or more circumferential arrays of rolling elements (110, 112) between the inner race and the outer race; characterized by the bearing system further comprising a shield (160; 161) comprising: a hub secured to the sleeve; and a radially outwardly open channel (220, 222) at least along a portion of the shield. an inner sleeve; an inner race mounted to the inner sleeve; a housing; an outer race mounted to the housing; one or more circumferential arrays of rolling elements (110, 112) between the inner race and the outer race; characterized by the bearing system further comprising a shield (160; 161) comprising: a hub secured to the sleeve; and a radially outwardly open channel (220, 222) at least along a portion of the shield. a hub secured to the sleeve; and a radially outwardly open channel (220, 222) at least along a portion of the shield.
A computer-executable method for content exchange in an information-centric network, the method comprising: receiving, by a first node in the ICN, an interest for a piece of content from a second node, wherein the interest indicates a name of the piece of content and an incoming identifier assigned to the interest by the second node, wherein the incoming identifier includes a predecessor token that indicates a previous-hop neighbor to the second node, a forwarding token, and an anchor token that indicates a destination node advertising the piece of content, wherein the forwarding token is unique to a combination of the previous-hop neighbor to the second node, the first node, and the destination node; identifying a matching entry in an identifier table stored on the first node that corresponds to the incoming identifier, wherein the matching entry indicates a next-hop neighbor and an outgoing identifier, wherein the outgoing identifier includes an outgoing predecessor token, an outgoing forwarding token, and an outgoing anchor token, wherein the outgoing predecessor token is the same as the forwarding token, and wherein the outgoing forwarding token is unique to a combination of the second node, the next-hop neighbor, and the destination node indicated by the outgoing anchor token; updating the interest by replacing the incoming identifier with the outgoing identifier; and forwarding the updated interest to the next-hop neighbor. receiving, by a first node in the ICN, an interest for a piece of content from a second node, wherein the interest indicates a name of the piece of content and an incoming identifier assigned to the interest by the second node, wherein the incoming identifier includes a predecessor token that indicates a previous-hop neighbor to the second node, a forwarding token, and an anchor token that indicates a destination node advertising the piece of content, wherein the forwarding token is unique to a combination of the previous-hop neighbor to the second node, the first node, and the destination node; identifying a matching entry in an identifier table stored on the first node that corresponds to the incoming identifier, wherein the matching entry indicates a next-hop neighbor and an outgoing identifier, wherein the outgoing identifier includes an outgoing predecessor token, an outgoing forwarding token, and an outgoing anchor token, wherein the outgoing predecessor token is the same as the forwarding token, and wherein the outgoing forwarding token is unique to a combination of the second node, the next-hop neighbor, and the destination node indicated by the outgoing anchor token; updating the interest by replacing the incoming identifier with the outgoing identifier; and forwarding the updated interest to the next-hop neighbor.
A method for selecting antibodies against a specific epitope of a target antigen, wherein the method comprises the following steps: (i) providing a support, wherein the support is immobilized with a mutant antigen formed by incorporation of amino acids with photocrosslinking activity in a target epitope of the target antigen; (ii) providing conditions that enables the contact of the mutant antigen with antibodies in antibody display library, and applying light irradiation with suitable wavelength and energy to allow the mutant antigen to covalently cross-link with displayed antibodies in the library that binds to or near the target epitope to form antigen-antibody complexes; (iii) performing elution under certain condition, wherein this condition enables the displayed antibodies that do not covalently cross-link with the mutant antigen to be washed away from the support, while the displayed antibodies that form the covalent cross-link remain on the support; (iv)releasing the displayed antibodies that covalently cross-link with the mutant antigen from the support; and (v) further selecting the displayed antibodies capable of binding to the target antigen from the displayed antibodies obtained in the step (iv). (i) providing a support, wherein the support is immobilized with a mutant antigen formed by incorporation of amino acids with photocrosslinking activity in a target epitope of the target antigen; (ii) providing conditions that enables the contact of the mutant antigen with antibodies in antibody display library, and applying light irradiation with suitable wavelength and energy to allow the mutant antigen to covalently cross-link with displayed antibodies in the library that binds to or near the target epitope to form antigen-antibody complexes; (iii) performing elution under certain condition, wherein this condition enables the displayed antibodies that do not covalently cross-link with the mutant antigen to be washed away from the support, while the displayed antibodies that form the covalent cross-link remain on the support; (iv)releasing the displayed antibodies that covalently cross-link with the mutant antigen from the support; and (v) further selecting the displayed antibodies capable of binding to the target antigen from the displayed antibodies obtained in the step (iv).
A method comprising: contacting in a fluidized bed gas phase reactor an olefin monomer with a catalyst system in the presence of an induced condensing agent to produce a first polyolefin having a first melt index, the catalyst system comprising a metallocene catalyst; increasing a partial pressure of the ICA in the reactor to produce a second polyolefin having a second melt index; wherein increasing the partial pressure of the ICA results in a higher catalyst productivity for producing the second polyolefin when compared to the catalyst productivity for producing the first polyolefin. contacting in a fluidized bed gas phase reactor an olefin monomer with a catalyst system in the presence of an induced condensing agent to produce a first polyolefin having a first melt index, the catalyst system comprising a metallocene catalyst; increasing a partial pressure of the ICA in the reactor to produce a second polyolefin having a second melt index; wherein increasing the partial pressure of the ICA results in a higher catalyst productivity for producing the second polyolefin when compared to the catalyst productivity for producing the first polyolefin.
A motor vehicle having a hood, a windscreen and a pedestrian airbag arrangement; the airbag arrangement having an airbag (8, 8', 8") defining an inflatable volume for the receipt of inflating gas; said inflatable volume comprising: a primary chamber (13, 13', 13") configured for inflation upon deployment of the airbag so as to adopt an inflated position in which it stands generally upwardly from a front region of the motor vehicle and extends transversely across the motor vehicle such that an uppermost region of the primary chamber is spaced above the hood of the vehicle; and a pair of secondary chambers (14, 14', 14") configured for inflation upon deployment of the airbag so as to adopt respective inflated positions in which they: i) extend generally rearwardly from the primary chamber (13, 13', 13") in spaced relationship to one another and at respective opposite sides of the motor vehicle; and ii) terminate adjacent respective opposite side regions (5, 6) of the motor vehicle's structure.
Separating system for separating a support and a product arranged on said support, comprising conveying means adapted for receiving the product arranged on its support and for conveying it in a conveyance direction, characterized in that the conveying means comprise two support elements (2.1) separated from one another in at least one point by a width less than the width of the product with respect to the conveyance direction and greater than the width of its support with respect to the conveyance direction, such that the product is supported by, and conveyed on, the support elements (2.1) of the conveying means, and the support is separated from the product in said point.
A drying machine which treats laundry by using water, the drying machine comprising: a cabinet defining an outer appearance, the cabinet has an opening at an outer surface; a drum rotatably mounted in the cabinet and driven by a motor; a water supply line provided in the cabinet for providing a passage for the water; a drawer which can be pushed in/pulled out in the opening at a predetermined location of the dryer; and characterized by a cartridge placed in the drawer, the cartridge is to hold the water, the cartridge is connected to the water supply line and detachably mounted in the cabinet, the cartridge has an water inlet which is exposed outside when the drawer is pulled out. a cabinet defining an outer appearance, the cabinet has an opening at an outer surface; a drum rotatably mounted in the cabinet and driven by a motor; a water supply line provided in the cabinet for providing a passage for the water; a drawer which can be pushed in/pulled out in the opening at a predetermined location of the dryer; and characterized by a cartridge placed in the drawer, the cartridge is to hold the water, the cartridge is connected to the water supply line and detachably mounted in the cabinet, the cartridge has an water inlet which is exposed outside when the drawer is pulled out.
A control plane connection management method, comprising: sending, by a core network function component, a first control plane requirement message to an access and mobility management function component, wherein the first control plane requirement message comprises identifier information of the terminal and a control plane connection activation information, and the control plane requirement message is used for instructing the access and mobility management function component to process the control plane connection of the terminal; receiving, by the core network function component, a response message from the access and mobility management function component, wherein the response message indicates that the control plane connection of the UE is in the connected state. sending, by a core network function component, a first control plane requirement message to an access and mobility management function component, wherein the first control plane requirement message comprises identifier information of the terminal and a control plane connection activation information, and the control plane requirement message is used for instructing the access and mobility management function component to process the control plane connection of the terminal; receiving, by the core network function component, a response message from the access and mobility management function component, wherein the response message indicates that the control plane connection of the UE is in the connected state.
Use of a lubricating oil composition to lubricate a sliding surface containing aluminium and/or an aluminum alloy, wherein the lubricating oil composition comprises a base oil, molybdenum dithiocarbamate, and a metal-based detergent, wherein the molybdenum dithiocarbamate content C Mo in terms of molybdenum atoms relative to the total amount of lubricating oil composition is greater than 200 ppm and 2,000 ppm or less, and the amount of sulfated ash relative to the total amount of lubricating oil composition is less than 0.85% by mass, and wherein the metal-based detergent includes a calcium-based detergent and a magnesium-based detergent.
A pneumatic control and measuring device with a valve and with a pressure sensor, wherein the valve comprises an input channel, a pressure channel (54, 58, 60), an output channel and a sealing element switched or switchable by an actuator, and wherein the input channel is fluidically connected with a compressed air supply channel and the sealing element is configured to connect the input channel with the pressure channel (54, 58, 60) in that a supply pressure provided in the compressed air supply channel is or can be provided at an output connection of the valve fluidically communicating with the pressure channel (54, 58, 60), wherein furthermore a pressure sensor for capturing a pressure present at the output connection is included, which is fluidically connected with the pressure channel (54, 58, 60) or is integrated in the pressure channel (54, 58, 60), wherein the valve comprises a valve body, and wherein the input channel, the pressure channel (54, 58, 60) and the output channel project inside the valve body and the input channel and the output channel end on an outside of the valve body and the output connection is arranged on the outside of the valve body, wherein the pressure sensor is a printed-circuit-board-integrated pressure sensor, wherein a measurement channel is present in the valve body, which feeds into the pressure channel (54, 58, 60) on a first end and ends at an opposite-lying second end on the outside of the valve body, wherein the second end of the measurement channel ends on a bottom side of the valve body, which is part of the outside, wherein the valve is mounted on the printed circuit board such that the bottom side of the valve body lies opposite a top side of the printed circuit board in the sensor area and a pressure chamber is present between the bottom side of the valve body and the top side of the printed circuit board in the sensor area, which is sealed with respect to the atmosphere by a sealing element present between the top side of the printed circuit board and the bottom side of the valve body.
Synchronizing device for a gear changing transmission of a motor vehicle, comprising an inner synchronizer ring, a middle synchronizer ring and an outer synchronizer ring, wherein in an operating mode the outer synchronizer ring and the inner synchronizer ring are connected essentially torque proof with a first shifting element, and in the operating mode the middle synchronizer ring is connected essentially torque proof with a second shifting element, and whereby the inner synchronizer ring comprises a first conical inner ring body with a first inner surface of the inner ring and a first outer surface of the inner ring, which each bound the first inner ring body in a radial direction extending to an axial ring axis, wherein the first inner surface of the inner ring extending at a first inner angle (α 2011) of the inner ring and the first outer surface of the inner ring at a first outer angle (α 2012) of the inner ring to the ring axis, and in the operating mode the first inner surface of the inner ring is interacting with the second shifting element and the first outer surface of the inner ring is indirectly or directly interacting with the middle synchronizer ring, wherein the first inner angle (α 2011) of the inner ring is smaller than the first outer angle (α 2012) of the inner ring, characterized in that the first inner ring body and / or a second inner ring body and / or a first middle ring body and / or a second middle ring body and / or an intermediate ring body has a cutoff in a circumferential direction extending vertical to the axial ring axis.
Assembly for realising a lamp incorporated into a masonry wall, comprising: - a lamp housing that delimits a lamp seat suitable for housing a lamp body, the lamp housing being suitable to be incorporated in a masonry wall and delimiting an emission window of the light beam generated by the lamp body; - a mould suitable to be removably fixed to the lamp housing on the side that delimits the emission window and having a front opening delimited by a front edge lying in a vertical frontal plane and suitable to be placed in contact with the inner side of a formwork, so that the mould realises, after pouring cement in the formwork, an emission cavity of the light that extends from the emission window and that is open on the outer surface of the masonry wall, the mould being suitable to rigidly support the lamp housing before and during the pouring of the cement and being provided with mould fixing means suitable for removably fixing the mould to the inner side of the formwork, characterized in that the mould defines a horizontal plane, perpendicular to the frontal plane, on which the lamp housing rests when it is fixed to the mould, and in that the mould is delimited rearwardly and inferiorly by an inclined wall that connects the rear edge of the horizontal plane to the lower side of the front edge. - a lamp housing that delimits a lamp seat suitable for housing a lamp body, the lamp housing being suitable to be incorporated in a masonry wall and delimiting an emission window of the light beam generated by the lamp body; - a mould suitable to be removably fixed to the lamp housing on the side that delimits the emission window and having a front opening delimited by a front edge lying in a vertical frontal plane and suitable
An electronic toilet switchable between cold-water and hot-water, comprising: a water spraying cleaner; a booster water pump; a cold-water electromagnetic valve; a hot-water electromagnetic valve; a controller, for making the booster water pump to perform a pressure boosting operation when receiving an anus cleaning instruction from a user, and alternately opening or closing the cold-water electromagnetic valve or the hot-water electromagnetic valve during the pressure boosting operation of the booster water pump; a water chiller, having the cold-water electromagnetic valve opened or closed by the controller and disposed on a cold-water outlet pipe of the water chiller; a water heater, having the hot-water electromagnetic valve opened or closed by the controller and disposed on the hot-water outlet pipe of the water heater; the booster water pump for performing a pressure boosting operation for cold water from the cold-water electromagnetic valve or hot water from the hot-water electromagnetic valve, having a water inlet connected to the cold-water electromagnetic valve and the hot-water electromagnetic valve of the water heater through a tee joint, and a water outlet connected to the water spraying cleaner. a booster water pump; a cold-water electromagnetic valve; a hot-water electromagnetic valve; a controller, for making the booster water pump to perform a pressure boosting operation when receiving an anus cleaning instruction from a user, and alternately opening or closing the cold-water electromagnetic valve or the hot-water electromagnetic valve during the pressure boosting operation of the booster water pump; a water chiller, having the cold-water electromagnetic valve opened or closed by the controller and disposed on a cold-water outlet pipe of the water chiller; a water heater, having the hot-water electromagnetic valve opened or closed by the controller and disposed on the hot-water outlet pipe of the water heater; the booster water pump for performing a pressure boosting operation for cold water from the cold-water electromagnetic valve or hot water from the hot-water electromagnetic valve, having a water inlet connected to the cold-water electromagnetic valve and the hot-water electromagnetic valve of the water heater through a tee joint, and a water outlet connected to the water spraying cleaner.