mhurhangee/patent-ind-claim-en huggingface dataset:
A headphone system including a headphone device and a terminal device , the terminal device comprising: a first microphone adapted to pick up at least a sound from outside; a first communicating unit adapted to communicate with the headphone device ; and a controller/arithmetic unit adapted to perform noise analysis for an audio signal picked up by the first microphone, generate indication information to indicate a processing parameter related to a noise canceling process in the headphone device from a noise analysis result, and perform a process to transmit the indication information from the first communicating unit to the headphone device, and the headphone device comprising: a driver unit adapted to output a sound; a second microphone adapted to pick up at least a sound from outside; a noise canceling processor adapted to perform a filtering process for an audio signal picked up by the second microphone to generate a noise canceling signal, synthesizes the noise canceling signal with an input audio signal to obtain an output audio signal, and supply the output audio signal to the driver unit ; a second communicating unit adapted to communicate with the terminal device ; and a controller adapted to perform a setting process of the processing parameter for the filtering process of the noise canceling processor based on the indication information transmitted from the terminal device and received by the second communicating unit . a first microphone adapted to pick up at least a sound from outside; a first communicating unit adapted to communicate with the headphone device ; and a controller/arithmetic unit adapted to perform noise analysis for an audio signal picked up by the first microphone, generate indication information to indicate a processing parameter related to a noise canceling process in the headphone device from a noise analysis result, and perform a process to transmit the indication information from the first communicating unit to the headphone device, and a driver unit adapted to output a sound; a second microphone adapted to pick up at least a sound from outside; a noise canceling processor adapted to perform a filtering process for an audio signal picked up by the second microphone to generate a noise canceling signal, synthesizes the noise canceling signal with an input audio signal to obtain an output audio signal, and supply the output audio signal to the driver unit ; a second communicating unit adapted to communicate with the terminal device ; and a controller adapted to perform a setting process of the processing parameter for the filtering process of the noise canceling processor based on the indication information transmitted from the terminal device and received by the second communicating unit .
Packaging comprising a sleeve and at least one insert , wherein the sleeve serves to receive the at least one insert in protected fashion, and wherein a bottom of the insert has a frame which has a cutout into which a mobile terminal can be accurately fitted, with the result that an outer surface of the terminal inserted in the cutout terminates flush with an outer surface of the frame , wherein the packaging overall consists of a natural material which is consolidated by a binder or compacted, and the cutout designed to receive the terminal contains a screen protection layer with a covering film that covers the screen protection layer in the as-delivered state, characterized in that the at least one insert has at least one perforated portion for forming an opening in the bottom . the packaging overall consists of a natural material which is consolidated by a binder or compacted, and the cutout designed to receive the terminal contains a screen protection layer with a covering film that covers the screen protection layer in the as-delivered state, characterized in that the at least one insert has at least one perforated portion for forming an opening in the bottom .
A method in a wireless communications network , the method comprising: transmitting a message from the network for reception by at least one mobile wireless communications device in the wireless communications network before transmitting a location request to the mobile wireless communications device ; specifying, in the message transmitted, mobile wireless communications device location technology support information about the wireless communications network , including specifying at least one location technology not supported by the wireless communications network or specifying at least one location technology supported by the wireless communications network, wherein specifying mobile wireless communications device location technology support information about the wireless communications network includes when the wireless communications network supports more than one location technology, specifying a preferred location technology supported by the wireless communications network . transmitting a message from the network for reception by at least one mobile wireless communications device in the wireless communications network before transmitting a location request to the mobile wireless communications device ; specifying, in the message transmitted, mobile wireless communications device location technology support information about the wireless communications network , including specifying at least one location technology not supported by the wireless communications network or specifying at least one location technology supported by the wireless communications network, wherein specifying mobile wireless communications device location technology support information about the wireless communications network includes when the wireless communications network supports more than one location technology, specifying a preferred location technology supported by the wireless communications network .
A method of coating a filter substrate comprising a plurality of channels, wherein each channel has an open end and a closed end, which method comprises the steps of: (a) depositing a pre-determined amount of a liquid into a containment means at an upper end of the filter substrate using a shower head, wherein the shower head comprises a plurality of apertures arranged to dispense the liquid onto an upper end face of the filter substrate, and wherein the liquid has a viscosity of ≤ 600 mPa.s [600 cP] (as measured at 20 °C on a BrookfieldTM RV DVII+ Extra Pro viscometer using a SC4-27 spindle at 50 rpm) spindle speed); and (b) coating the channels having open ends at the upper end of the filter substrate with the pre-determined amount of liquid from the containment means by applying a vacuum to a lower end of the filter substrate to draw the liquid along the channels having open ends at the upper end of the filter substrate. (a) depositing a pre-determined amount of a liquid into a containment means at an upper end of the filter substrate using a shower head, wherein the shower head comprises a plurality of apertures arranged to dispense the liquid onto an upper end face of the filter substrate, and wherein the liquid has a viscosity of ≤ 600 mPa.s [600 cP] (as measured at 20 °C on a BrookfieldTM RV DVII+ Extra Pro viscometer using a SC4-27 spindle at 50 rpm) spindle speed); and (b) coating the channels having open ends at the upper end of the filter substrate with the pre-determined amount of liquid from the containment means by applying a vacuum to a lower end of the filter substrate to draw the liquid along the channels having open ends at the upper end of the filter substrate.
An apparatus comprising: physical layer, PHY, circuitry configured to alternatively support a plurality of different power control settings; a PHY Interface for the PCI Express, PIPE, - based interface configured to couple the PHY circuitry to a media access control, MAC, layer , wherein the PIPE-based interface comprises a plurality of pins configured to receive a power control signal on power control pins being a subset of the plurality of pins , wherein the power control signal identifies a selection of one of the plurality of different power control settings to apply during operation; wherein the physical layer, PHY, circuitry is configured to apply parameters of the selected one of the plurality of different power control settings based on the power control signal; characterized in that the apparatus is further configured to activate, through the power control signal and depending on channel loss on a short reach multi-chip link, power optimizations including reducing receiver equalization activity by turning off decision feedback equalization, DFE, and supporting clocks or reducing receiver equalization activity by bypassing some continuous time linear equalization, CTLE, stages and reducing CTLE gain. physical layer, PHY, circuitry configured to alternatively support a plurality of different power control settings; a PHY Interface for the PCI Express, PIPE, - based interface configured to couple the PHY circuitry to a media access control, MAC, layer , wherein the PIPE-based interface comprises a plurality of pins configured to receive a power control signal on power control pins being a subset of the plurality of pins , wherein the power control signal identifies a selection of one of the plurality of different power control settings to apply during operation; wherein the physical layer, PHY, circuitry is configured to apply parameters of the selected one of the plurality of different power control settings based on the power control signal; characterized in that the apparatus is further configured to activate, through the power control signal and depending on channel loss on a short reach multi-chip link, power optimizations including reducing receiver equalization activity by turning off decision feedback equalization, DFE, and supporting clocks or reducing receiver equalization activity by bypassing some continuous time linear equalization, CTLE, stages and reducing CTLE gain.
A saddle-type vehicle having a main step provided longitudinally continuously at a position disposed outwardly in the widthwise direction of the vehicle between a bar handle and an occupant seat , the saddle-type vehicle comprising: a plate-like step that is separate from the main step and provided at a position forward of the main step , the plate-like step being provided openably and closably such that the plate-like step has a portion that is positioned outwardly in the widthwise direction of the vehicle when the plate-like step is open and that is positioned upwardly when the plate-like step is closed; characterized in that : the plate-like step is arranged so as to fill a space i) that is concave inwardly in the widthwise direction of the saddle-type vehicle and ii) that is between i) front end portions of a front foot rest of the main step and ii) lower ends of a laterally bulging portion of a vehicle body cover of the saddle-type vehicle.
Use of a control device comprising a microprocessor and one or more model calculating units as a control device for controlling an engine system in a motor vehicle, wherein the model calculating unit is designed for selectively calculating an RBF model or a neuron layer of a multilayer perceptron model with a hardwired computing core formed in hardware for calculating a fixedly predefined computing algorithm in coupled functional blocks, wherein the computing core is designed to calculate an output variable (y) for an RBF model depending on one or more input variables of an input variable vector (ut), node points (V), length scales (L), and parameters predefined for each node point, wherein the computing core is furthermore designed to calculate, for the neuron layer of the multilayer perceptron model having a number of neurons , an output variable for each neuron depending on the one or more input variables of the input variable vector (ut), a weighting matrix having weighting factors (v 0...p7-1,0...p6-1 ), and an offset value predefined for each neuron , and wherein the computing core is designed to carry out the selection of the calculation of the RBF model or the neuron layer of the multilayer perceptron model with the aid of a selection variable (cfg_mlp), wherein the control device is configured to provide detected sensor signals (S) as input variable vector (ut) and to control the engine system depending on the calculated output variable (y). wherein the computing core is designed to carry out the selection of the calculation of the RBF model or the neuron layer of the multilayer perceptron model with the aid of a selection variable (cfg_mlp), wherein the control device is configured to provide detected sensor signals (S) as input variable vector (ut) and to control the engine system depending on the calculated output variable (y).
A dunnage conversion machine, comprising: a frame ; and a supply support coupled to the frame for supporting a supply of sheet stock material ; a pair of expansion members rotatably coupled to the frame for rotation about respective expansion axes , and being spaced apart to grip sheet stock material therebetween, where the expansion members each include a plurality of recessed portions and outward portions alternatingly distributed along the respective expansion axes between opposite ends of the respective expansion members , the plurality of recessed portions of a first of the expansion members are alternately axially aligned with respective ones of the plurality of outward portions of the second of the expansion members along the expansion axes ; characterized in that at least some of the plurality of outward portions of a first of the expansion members are aligned with at least a portion of at least a respective one of the plurality of outward portions of a second of the expansion members to grip the sheet stock material between the opposed outward portions of the respective expansion members . a frame ; and a supply support coupled to the frame for supporting a supply of sheet stock material ; a pair of expansion members rotatably coupled to the frame for rotation about respective expansion axes , and being spaced apart to grip sheet stock material therebetween, where the expansion members each include a plurality of recessed portions and outward portions alternatingly distributed along the respective expansion axes between opposite ends of the respective expansion members , the plurality of recessed portions of a first of the expansion members are alternately axially aligned with respective ones of the plurality of outward portions of the second of the expansion members along the expansion axes ; characterized in that at least some of the plurality of outward portions of a first of the expansion members are aligned with at least a portion of at least a respective one of the plurality of outward portions of a second of the expansion members to grip the sheet stock material between the opposed outward portions of the respective expansion members .
A method of controlling a transition between a functional mode and a test mode of a logic chip, comprising: enabling a clock input of a disable circuit in response to an indication that the logic chip is in the functional mode; in response to the clock input of the disable circuit being enabled, preventing a transition from the functional mode of the logic chip to the test mode of the logic chip; disabling the clock input of the disable circuit in response to an indication that the logic chip is in the test mode; and characterized by in response to detecting a condition of the logic chip that renders information in a storage element inaccessible, enabling the transition of the logic chip from the functional mode to the test mode. enabling a clock input of a disable circuit in response to an indication that the logic chip is in the functional mode; in response to the clock input of the disable circuit being enabled, preventing a transition from the functional mode of the logic chip to the test mode of the logic chip; disabling the clock input of the disable circuit in response to an indication that the logic chip is in the test mode; and characterized by in response to detecting a condition of the logic chip that renders information in a storage element inaccessible, enabling the transition of the logic chip from the functional mode to the test mode.
An orthopedic pressure device comprising: (a) a semi-rigid or rigid main body configured to contour to the curvature of a portion of a wearer's anatomy; (b) an adjustable strap for securing the main body to the wearer; and (c) a displacing mechanism disposed at least partially in the main body for applying perpendicular force to the wearer, the displacing mechanism comprising a lace and tensioning system for adjusting the perpendicular force, wherein the displacing mechanism comprises a portion that is displaced and contacts the wearer at a contact area to apply perpendicular force to the contact area when tension is applied to the lace using the tensioning system . (a) a semi-rigid or rigid main body configured to contour to the curvature of a portion of a wearer's anatomy; (b) an adjustable strap for securing the main body to the wearer; and (c) a displacing mechanism disposed at least partially in the main body for applying perpendicular force to the wearer, the displacing mechanism comprising a lace and tensioning system for adjusting the perpendicular force, wherein the displacing mechanism comprises a portion that is displaced and contacts the wearer at a contact area to apply perpendicular force to the contact area when tension is applied to the lace using the tensioning system .
Motor vehicle door latch comprising a locking mechanism that substantially consists of a catch and a pawl , and comprising a latch holder interacting with the locking mechanism , which is introduced into the locking mechanism in order to achieve the closed position and rests on a load arm of the catch in the closed position of the locking mechanism , the load arm being provided with a force deflection contour for the latch holder , which changes a force direction acting on the load arm from the latch holder at least in the event of an excessive impact of the latch holder , characterized in that the force deflection contour is provided with a lug which interacts with the latch holder when the catch is moved in the opening direction, the lug changing its force vector (F 1 ) acting on the catch in the direction of a movement direction of the latch holder , namely in the closing direction (S) of the latch holder (force vector F 2 ) when the latch holder rests against the load arm. the force deflection contour is provided with a lug which interacts with the latch holder when the catch is moved in the opening direction, the lug changing its force vector (F 1 ) acting on the catch in the direction of a movement direction of the latch holder , namely in the closing direction (S) of the latch holder (force vector F 2 ) when the latch holder rests against the load arm.
A method for evaluating double feeds in a check processing system, the method comprising: in a first run, scanning a plurality of checks or other items using a scanner ; identifying potential double feeds from the plurality of checks or other items ; determining whether each potential double feed is a carrier document ; in response to the potential double feed being determined as being a carrier document , sending the carrier document to a first pocket; in response to the determination being inconclusive, sending the potential double feed to a second pocket; Characterized in that in a second run, removing each potential double feed from the second pocket and placing it in a feeder, rescanning the potential double feed ; and comparing attributes of a first scan of the potential double feed to attributes of a second scan of the potential double feed to determine whether the potential double feed is a true double feed . in a first run, scanning a plurality of checks or other items using a scanner ; identifying potential double feeds from the plurality of checks or other items ; determining whether each potential double feed is a carrier document ; in response to the potential double feed being determined as being a carrier document , sending the carrier document to a first pocket; in response to the determination being inconclusive, sending the potential double feed to a second pocket; Characterized in that in a second run, removing each potential double feed from the second pocket and placing it in a feeder, rescanning the potential double feed ; and comparing attributes of a first scan of the potential double feed to attributes of a second scan of the potential double feed to determine whether the potential double feed is a true double feed .
A seat back tray assembly adapted to be mounted onto the back of a passenger seat for a passenger aircraft and movable between a first storage position and a second deployed position, said seat back tray assembly comprising: (a) a tray having a first and second attachment arm mounted onto said tray for installing said tray onto the back of a seat system ; (b) a sliding mechanism comprising a rail and guide assembly , and installed on said first and second attachment arms adapted for providing movement between a first forward position and a second aft position to a seated passenger parallel to said first and second attachment arms; and (c) an alignment mechanism comprising a pulley assembly , and attached to said sliding mechanism for maintaining said tray in a horizontally aligned relationship during said movement. (a) a tray having a first and second attachment arm mounted onto said tray for installing said tray onto the back of a seat system ; (b) a sliding mechanism comprising a rail and guide assembly , and installed on said first and second attachment arms adapted for providing movement between a first forward position and a second aft position to a seated passenger parallel to said first and second attachment arms; and (c) an alignment mechanism comprising a pulley assembly , and attached to said sliding mechanism for maintaining said tray in a horizontally aligned relationship during said movement.
An actuator system for controlling a flight surface of an aircraft , the system comprising: a first actuator having a first actuator input and a first linear translation element that moves based on rotational motion received at the first actuator input; a first laser distance sensor disposed inside the first actuator that generates a first output based on a displacement of the first linear translation element; a second actuator having a second actuator input and a second linear translation element that moves based on rotational motion received at the second actuator input; a second laser distance sensor disposed inside the second actuator that generates a second output based on a displacement of the second linear translation element; and a control unit that receives the first and second outputs and determines if an error condition exists for the system based on first and second output. a first actuator having a first actuator input and a first linear translation element that moves based on rotational motion received at the first actuator input; a first laser distance sensor disposed inside the first actuator that generates a first output based on a displacement of the first linear translation element; a second actuator having a second actuator input and a second linear translation element that moves based on rotational motion received at the second actuator input; a second laser distance sensor disposed inside the second actuator that generates a second output based on a displacement of the second linear translation element; and a control unit that receives the first and second outputs and determines if an error condition exists for the system based on first and second output.