mhurhangee/patent-ind-claim-en huggingface dataset:
A frame loss concealment method for burst error handling, the method being performed by a receiving entity, the method comprising: generating a substitution frame spectrum by use of a primary frame loss concealment method, wherein the substitution frame spectrum is based on a spectrum of a frame of a previously received audio signal; determining (S101) a noise component, wherein a frequency characteristic of the noise component is a low-resolution spectral representation of the frame of the previously received audio signal; determining (S102) whether a number n of lost or erroneous frames exceeds a threshold; if the number n of lost or erroneous frames is lower than the threshold, adding (S104, S208) the noise component to the substitution frame spectrum; if the number n of lost or erroneous frames exceeds the threshold, applying (S103, S206) an attenuation factor γ to the noise component and after application of the attenuation factor adding (S104, S208) the noise component to the substitution frame spectrum. generating a substitution frame spectrum by use of a primary frame loss concealment method, wherein the substitution frame spectrum is based on a spectrum of a frame of a previously received audio signal; determining (S101) a noise component, wherein a frequency characteristic of the noise component is a low-resolution spectral representation of the frame of the previously received audio signal; determining (S102) whether a number n of lost or erroneous frames exceeds a threshold; if the number n of lost or erroneous frames is lower than the threshold, adding (S104, S208) the noise component to the substitution frame spectrum; if the number n of lost or erroneous frames exceeds the threshold, applying (S103, S206) an attenuation factor γ to the noise component and after application of the attenuation factor adding (S104, S208) the noise component to the substitution frame spectrum.
A method for producing a plant protein based absorbent material, the method comprising the steps of i. providing a mixture or suspension comprising a liquid and a plant protein, wherein said plant protein is insoluble in the liquid, ii. acylating said plant protein by adding an acylating agent thereto, and iii. obtaining said plant protein based absorbent material, wherein said plant protein is sufficiently aggregated so as to be insoluble in said liquid. i. providing a mixture or suspension comprising a liquid and a plant protein, wherein said plant protein is insoluble in the liquid, ii. acylating said plant protein by adding an acylating agent thereto, and iii. obtaining said plant protein based absorbent material,
A tone mapping method for a succession of images (INPUT_IMAGE f ) implemented by an image processing device, the method including: a) the division of the images (INPUT_IMAGE f ) of the succession of images in a plurality of sub-blocks (R b ) of first pixels (P q ); b) for a first image (INPUT_IMAGE f ) of the succession of images, the application of a logarithmic function to the intensity of each pixel of the first image, and the creation of a first mini-image (MPIC f ) comprising pixels of the first mini-image, each pixel of the first mini-image representing a corresponding sub-block (R b ) of the first image, the intensity (PM b ) of each pixel of the first mini-image being representative of the intensity of the first pixels of the corresponding sub-block after application of the logarithmic function to each pixel; c) the storage of the first mini-image (MPIC f ) in a memory; d) for a second image (IMAGE f+1 ) of the succession of images, the creation of a gain map of the second image according to the first mini-image and the second image, the modification of the second image according to the gain map in order to generate an output image, the gain map being erased after the generation of the output image. a) the division of the images (INPUT_IMAGE f ) of the succession of images in a plurality of sub-blocks (R b ) of first pixels (P q ); b) for a first image (INPUT_IMAGE f ) of the succession of images, the application of a logarithmic function to the intensity of each pixel of the first image, and the creation of a first mini-image (MPIC f ) comprising pixels of the first mini-image, each pixel of the first mini-image representing a corresponding sub-block (R b ) of the first image, the intensity (PM b ) of each pixel of the first mini-image being representative of the intensity of the first pixels of the corresponding sub-block after application of the logarithmic function to each pixel; c) the storage of the first mini-image (MPIC f ) in a memory; d) for a second image (IMAGE f+1 ) of the succession of images, the creation of a gain map of the second image according to the first mini-image and the second image, the modification of the second image according to the gain map in order to generate an output image, the gain map being erased after the generation of the output image.
A tire comprising: a bead core ; a bead filler which extends to an outer side in a tire radial direction of the bead core ; a carcass ply which extends from the bead core to another bead core and is folded around the bead core ; a reinforcement ply disposed so as to cover the carcass ply around the bead core ; an electronic component ; characterised by a first pad which covers an outer side in a tire-width direction of a folding end of the carcass ply which was folded back, at an outer side in the tire-radial direction of an end part of the reinforcement ply ; and a second pad which covers an outer side in the tire-width direction of the first pad , wherein the electronic component is provided between the first pad and the second pad . a bead core ; a bead filler which extends to an outer side in a tire radial direction of the bead core ; a carcass ply which extends from the bead core to another bead core and is folded around the bead core ; a reinforcement ply disposed so as to cover the carcass ply around the bead core ; an electronic component ; characterised by a first pad which covers an outer side in a tire-width direction of a folding end of the carcass ply which was folded back, at an outer side in the tire-radial direction of an end part of the reinforcement ply ; and a second pad which covers an outer side in the tire-width direction of the first pad , wherein the electronic component is provided between the first pad and the second pad .
A method of data delivery by adding a separate channel for content transmission over a User Datagram Protocol, UDP, protocol, comprising: at a server executing on a hardware platform: receiving from a client a request that identifies a content object of a Hypertext Transfer Protocol, HTTP, based stream, the request delivered via HTTP, the request including an HTTP request header that includes an indication that the client uses a UDP connection for transfer of a body of the response to the request; returning a response to the request, the response delivered via HTTP; the response comprising an empty response body in lieu of the content object requested, and a transport header including at least first and second information, the first information identifying an address at which the content object can be obtained via UDP, the address including a port at which the server listens for connections over UDP, and the second information being a security token; and responsive to receipt at the address of a request delivered via UDP and that includes the second information, returning the content object not returned in the response delivered via HTTP. receiving from a client a request that identifies a content object of a Hypertext Transfer Protocol, HTTP, based stream, the request delivered via HTTP, the request including an HTTP request header that includes an indication that the client uses a UDP connection for transfer of a body of the response to the request; returning a response to the request, the response delivered via HTTP; the response comprising an empty response body in lieu of the content object requested, and a transport header including at least first and second information, the first information identifying an address at which the content object can be obtained via UDP, the address including a port at which the server listens for connections over UDP, and the second information being a security token; and responsive to receipt at the address of a request delivered via UDP and that includes the second information, returning the content object not returned in the response delivered via HTTP.
Liquid composition comprising 0.01 to 1.5 mg/ml, preferably 0.01 to 0.5 mg/ml, desPro 36 Exendin-4(1-39)-Lys 6 -NH 2 or/and a pharmacologically tolerable salt thereof, 240-3000 nmol/ml Gly(A21)-Arg(B31)-Arg(B32) human insulin or/and a pharmacologically tolerable salt thereof and, optionally, at least one pharmaceutically acceptable excipient, characterized in that the composition comprises 0.5-20 mg/ml methionine.
An additive manufacturing apparatus , comprising: at least one build unit comprising a powder delivery mechanism, a powder recoating mechanism and an irradiation beam directing mechanism; a build platform ; a gas inlet nozzle and a gas exhaust nozzle ; and a positioning mechanism connected to the gas inlet nozzle and the gas exhaust nozzle , the positioning mechanism configured to provide independent movement of the gas inlet nozzle and the gas exhaust nozzle ; and wherein the positioning mechanism is comprised of a first articulated arm connected to the gas inlet nozzle , and a second articulated arm connected to the gas exhaust nozzle ; wherein the positioning mechanism is further configured to provide independent movement of the gas inlet nozzle and the gas exhaust nozzle in at least two dimensions that are substantially parallel to the build platform and a third dimension that is substantially perpendicular to the build platform . at least one build unit comprising a powder delivery mechanism, a powder recoating mechanism and an irradiation beam directing mechanism; a build platform ; a gas inlet nozzle and a gas exhaust nozzle ; and a positioning mechanism connected to the gas inlet nozzle and the gas exhaust nozzle , the positioning mechanism configured to provide independent movement of the gas inlet nozzle and the gas exhaust nozzle ; and wherein the positioning mechanism is comprised of a first articulated arm connected to the gas inlet nozzle , and a second articulated arm connected to the gas exhaust nozzle ; wherein the positioning mechanism is further configured to provide independent movement of the gas inlet nozzle and the gas exhaust nozzle in at least two dimensions that are substantially parallel to the build platform and a third dimension that is substantially perpendicular to the build platform .
An image capturing system comprising: an imager configured for relative movement with respect to an object to be imaged and capture an image of the object; a detector configured to detect a predetermined relative position of the object with respect to the imager ; and a controller configured to switch from stop supplying a system clock to supplying the system clock based on the detected predetermined relative position, the system clock configured to control a timing to start capturing an image by the imager , wherein the controller is configured to, after it stops supplying the system clock, resume supplying the system clock to the imager according to a relative movement of the object, based on the detected predetermined relative position. an imager configured for relative movement with respect to an object to be imaged and capture an image of the object; a detector configured to detect a predetermined relative position of the object with respect to the imager ; and a controller configured to switch from stop supplying a system clock to supplying the system clock based on the detected predetermined relative position, the system clock configured to control a timing to start capturing an image by the imager , wherein the controller is configured to, after it stops supplying the system clock, resume supplying the system clock to the imager according to a relative movement of the object, based on the detected predetermined relative position.
A method for forwarding packets on a leaf-spine network, the method comprising: receiving a packet at an ingress leaf device; determining based, at least in part, on a header of the packet whether the packet is to be transmitted to a destination device of the leaf-spine network; ascertaining based, at least in part, on (i) the header of the packet and (ii) whether the packet is to be transmitted into a fabric of the leaf-spine network or outside the fabric of the leaf-spine network, whether to perform encapsulation on the packet; encapsulating the packet according to a result of the ascertaining such that an encapsulated packet is generated, and when the ingress leaf device does not have a location of the destination device, the encapsulated packet including in a destination locator field an address of a proxy device of the leaf-spine network; and after encapsulating the packet according to the result of the ascertaining , transmitting the encapsulated packet to the proxy device of the leaf-spine network, wherein the proxy device is capable of inserting the location of the destination device into the encapsulation header of the packet. receiving a packet at an ingress leaf device; determining based, at least in part, on a header of the packet whether the packet is to be transmitted to a destination device of the leaf-spine network; ascertaining based, at least in part, on (i) the header of the packet and (ii) whether the packet is to be transmitted into a fabric of the leaf-spine network or outside the fabric of the leaf-spine network, whether to perform encapsulation on the packet; encapsulating the packet according to a result of the ascertaining such that an encapsulated packet is generated, and when the ingress leaf device does not have a location of the destination device, the encapsulated packet including in a destination locator field an address of a proxy device of the leaf-spine network; and after encapsulating the packet according to the result of the ascertaining , transmitting the encapsulated packet to the proxy device of the leaf-spine network, wherein the proxy device is capable of inserting the location of the destination device into the encapsulation header of the packet.
Arrangement for a motor vehicle intended to allow the sliding of a side door of the vehicle, said arrangement comprising: - a rail intended for guiding the sliding of the side door of the vehicle, - a bodyshell lateral lining , - a bodyshell lateral skin mounted on the bodyshell lateral lining and provided with a housing in which the rail is mounted, the arrangement comprising a fixing member for fixing the housing to the bodyshell lateral lining , the fixing member cooperating simultaneously with the rail , the housing and the bodyshell lateral lining , characterized in that the bodyshell lateral lining comprises a vehicle rear-pillar reinforcement , said fixing member cooperating with the rear-pillar reinforcement in order to fix said housing , and in that the fixing member passes through a first opening formed in the rail , a second opening formed in a bottom of the housing and a third opening formed in the rear-pillar reinforcement . - a rail intended for guiding the sliding of the side door of the vehicle, - a bodyshell lateral lining , - a bodyshell lateral skin mounted on the bodyshell lateral lining and provided with a housing in which the rail is mounted,
A conversion device that converts DC powers from a plurality of DC power supplies to AC power and supplies the AC power to a load , the conversion device comprising: a filter circuit connectable to the load and including an AC reactor and a first capacitor ; a DC/AC inverter connectable to the load via the filter circuit ; a plurality of DC/DC converters as a whole, which are provided between the respective plurality of DC power supplies and the DC/AC inverter ; and a second capacitor provided between the DC/AC inverter and the plurality of DC/DC converters , characterized by further comprising: a control unit configured to set a current target value, which periodically varies with a half cycle of a voltage (Va) of the AC power, for each of the plurality of DC/DC converters to thereby be synchronized with current of the AC power, based on the voltage of the AC power, a voltage variation due to current flowing through the AC reactor and an impedance (Za) thereof, reactive currents respectively flowing through the first capacitor and the second capacitor , and a voltage of each DC power. a filter circuit connectable to the load and including an AC reactor and a first capacitor ; a DC/AC inverter connectable to the load via the filter circuit ; a plurality of DC/DC converters as a whole, which are provided between the respective plurality of DC power supplies and the DC/AC inverter ; and a second capacitor provided between the DC/AC inverter and the plurality of DC/DC converters , characterized by further comprising: a control unit configured to set a current target value, which periodically varies with a half cycle of a voltage (Va) of the AC power, for each of the plurality of DC/DC converters to thereby be synchronized with current of the AC power, based on the voltage of the AC power, a voltage variation due to current flowing through the AC reactor and an impedance (Za) thereof, reactive currents respectively flowing through the first capacitor and the second capacitor , and a voltage of each DC power.
Tool receptacle , in particular hand-held power-tool receptacle, which is intended to drive at least one application tool in oscillation and/or rotation, having a drive shaft , which has a drive axis , having at least one receptacle-side fastening element , which is intended at least substantially for coupling to the application tool , having at least one bearing unit , which is intended to movably support the fastening element in a movement differing at least partially from an axial direction , wherein the movement differing at least partially from an axial direction of the at least one fastening element is at least substantially intended to bring about a fastening force in the axial direction , having a movable clamping element and having a transforming unit which is intended at least substantially to transform at least one movement in the axial direction into a movement in a direction differing from an axial direction of the fastening element , wherein the transforming unit has a transforming contour in the form of a slotted guide or of an inclined surface, wherein the drive shaft is formed in a hollow-cylindrical manner in an end facing the application tool , wherein the drive shaft encloses the clamping element in a circumferential direction in this region, wherein the bearing unit is intended to at least partially pivotably support the at least one fastening element , wherein the clamping element has a supporting element , wherein a spring element is supported in the axial direction on the supporting element of the clamping element , wherein the spring element is formed by a coil spring, wherein the spring element is formed by a compression spring, wherein the spring element is supported, at an end facing the application tool , on a supporting element of the drive shaft that is arranged radially inside the drive shaft , characterized in that the supporting element extends outwardly in a radial direction around a circumference of the clamping element , wherein the supporting element is retained in the axial direction in a groove in the drive shaft and is formed in an annular manner, wherein the spring element loads the clamping element in the axial direction away from the application tool via its supporting element .
Machine tool has A motor , A pneumatic impact mechanism , which has an exciter piston , an air spring , an impact piston , and a snap element , wherein the air spring 23bz is excited by the motor into a forced oscillating movement along an axis , the impact piston is actuated by an excited air spring to undertake a movement in the impact direction along the length of the axis , the impact piston impacts on the snap element , and the snap element is guided along the axis parallel to the impact direction , a pneumatic chamber , of which the volume varies with a movement of the snap element along the axis , characterized by a valve device which can be actuated depending on the direction of movement of the snap element , and which connects the pneumatic chamber with an air reservoir , wherein the valve device is actuated so as to open with a movement of the snap element in the impact direction , and, at a movement of the snap element against the impact direction is actuated so as to choke or close.
Method for monitoring a component of an aircraft, comprising the steps of: - receiving, from a video acquisition device, a video stream representative of at least a part of the component, the component being associated with at least one sensor to generate, over time, a measurement signal representative of an operation of the component, the video stream and each measurement signal being synchronized; - upon detection of the occurrence of a predetermined condition, extracting by a processing device a portion of the video stream to form a sequence of interest; - identifying by the processing device , in the extracted sequence of interest, at least one image of interest; - comparing by the processing device a signature, obtained from each image of interest, with at least one predetermined signature from a library of signatures; and - generating by the processing device an anomaly detection signal if the result of the comparison satisfies a predetermined criterion, the method being characterised in that the predetermined condition is met if an anomaly is detected in the measurement signal generated by the at least one sensor. - receiving, from a video acquisition device, a video stream representative of at least a part of the component, the component being associated with at least one sensor to generate, over time, a measurement signal representative of an operation of the component, the video stream and each measurement signal being synchronized; - upon detection of the occurrence of a predetermined condition, extracting by a processing device a portion of the video stream to form a sequence of interest; - identifying by the processing device , in the extracted sequence of interest, at least one image of interest; - comparing by the processing device a signature, obtained from each image of interest, with at least one predetermined signature from a library of signatures; and - generating by the processing device an anomaly detection signal if the result of the comparison satisfies a predetermined criterion,