mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for providing a spectrogram of blood flow velocities from ultrasound data, the method comprising: performing, with a beamformer, multi-line receive beamforming on ultrasound data; generating, with at least one processor (160, 136, 140), image data from the beamformed ultrasound data; organizing, with at least one processor (160, 136, 140), the image data received from the beamformer into a plurality of overlapping time segments; autocorrelating individual ones of the plurality of overlapping time segments; detecting a vessel in the image data of individual ones of the plurality of overlapping time segments based, at least in part, on the autocorrelating; fitting a one-dimensional contour to the vessel; integrating the image data from at least a portion of the 1D contour for individual time samples of the individual ones of the plurality of overlapping time segments; extracting a plurality of Doppler frequencies from the integrated image data of the individual ones of the plurality of overlapping time segments; calculating an angle between an ultrasound beam used to acquire the image data and the 1D contour; converting the plurality of Doppler frequencies to a plurality of velocities based, at least in part, on the angle; and plotting the plurality of velocities for individual ones of the plurality of overlapping time segments on a spectrogram. performing, with a beamformer, multi-line receive beamforming on ultrasound data; generating, with at least one processor (160, 136, 140), image data from the beamformed ultrasound data; organizing, with at least one processor (160, 136, 140), the image data received from the beamformer into a plurality of overlapping time segments; autocorrelating individual ones of the plurality of overlapping time segments; detecting a vessel in the image data of individual ones of the plurality of overlapping time segments based, at least in part, on the autocorrelating; fitting a one-dimensional contour to the vessel; integrating the image data from at least a portion of the 1D contour for individual time samples of the individual ones of the plurality of overlapping time segments; extracting a plurality of Doppler frequencies from the integrated image data of the individual ones of the plurality of overlapping time segments; calculating an angle between an ultrasound beam used to acquire the image data and the 1D contour; converting the plurality of Doppler frequencies to a plurality of velocities based, at least in part, on the angle; and plotting the plurality of velocities for individual ones of the plurality of overlapping time segments on a spectrogram.
A pitch control device for a ducted tail rotor of a rotorcraft, comprising: a control input member with a disc-shaped central component and at least two connecting arms that extend radially from the disc-shaped central component, wherein the disc-shaped central component is provided for being mounted to an associated pitch control shaft of the ducted tail rotor, and a control transfer member comprising a ring-shaped connector rigidly attached in a releasable manner to the at least two connecting arms of the control input member; the control transfer member comprising at least two push rods that extend axially from the ring-shaped connector, wherein each one of the at least two push rods is provided for being coupled to an associated pitch lever of a rotor blade of the ducted tail rotor. a control input member with a disc-shaped central component and at least two connecting arms that extend radially from the disc-shaped central component, wherein the disc-shaped central component is provided for being mounted to an associated pitch control shaft of the ducted tail rotor, and a control transfer member comprising a ring-shaped connector rigidly attached in a releasable manner to the at least two connecting arms of the control input member; the control transfer member comprising at least two push rods that extend axially from the ring-shaped connector, wherein each one of the at least two push rods is provided for being coupled to an associated pitch lever of a rotor blade of the ducted tail rotor.
Vehicle, having at least one battery unit with one or more battery cells, at least one temperature measurement facility and a heat sink, which are accommodated together in a battery housing of the battery unit, wherein a coolant is able to flow through the heat sink to cool the battery unit, wherein - at least one air humidity measurement facility, which is suitable for measuring the air humidity within the battery housing with the formation of a humidity value (Mf) that indicates the air humidity, is arranged in the battery housing, and - a control facility, which influences the temperature of the coolant as a function of the measured humidity value (Mf) and a temperature measurement value (Mt) measured by the temperature measurement facility, is connected to the air humidity measurement facility and the temperature measurement facility, c haracterised in that - the battery housing can be ventilated by means of a ventilation facility, - the ventilation facility feeds dehumidified air into the battery housing, and - the ventilation facility is connected to a compressed air system, which supplies compressed air for operating a vehicle component, in particular a vehicle brake, and the battery housing is ventilated by the compressed air or the compressed air is first depressurised and the depressurised air is fed into the battery housing. - at least one air humidity measurement facility, which is suitable for measuring the air humidity within the battery housing with the formation of a humidity value (Mf) that indicates the air humidity, is arranged in the battery housing, and - a control facility, which influences the temperature of the coolant as a function of the measured humidity value (Mf) and a temperature measurement value (Mt) measured by the temperature measurement facility, is connected to the air humidity measurement facility and the temperature measurement facility, - the battery housing can be ventilated by means of a ventilation facility, - the ventilation facility feeds dehumidified air into the battery housing, and - the ventilation facility is connected to a compressed air system, which supplies compressed air for operating a vehicle component, in particular a vehicle brake, and the battery housing is ventilated by the compressed air or the compressed air is first depressurised and the depressurised air is fed into the battery housing.
An apparatus configured to control a user equipment client device during hybrid operation, comprising: one or more wireless interfaces; one or more processor elements; a switching element, the switching element configured to connect the one or more wireless interfaces to the one or more processor elements; and a non-transitory computer-readable medium comprising at least one computer program, the at least one computer program configured to, when executed by at least one of the one or more processor elements, cause the UE to: connect to a first network using a first interface of the one or more wireless interfaces of the UE; switch to a second network using a second interface of the one or more wireless interfaces of the UE; and characterised by: tracking one or more context information associated with the first network while switched to the second network using the second interface, wherein, while switched to the second network using the second interface, the UE is unable to exchange data with the first network using the first interface. one or more wireless interfaces; one or more processor elements; a switching element, the switching element configured to connect the one or more wireless interfaces to the one or more processor elements; and a non-transitory computer-readable medium comprising at least one computer program, the at least one computer program configured to, when executed by at least one of the one or more processor elements, cause the UE to: connect to a first network using a first interface of the one or more wireless interfaces of the UE; switch to a second network using a second interface of the one or more wireless interfaces of the UE; and characterised by: tracking one or more context information associated with the first network while switched to the second network using the second interface, wherein, while switched to the second network using the second interface, the UE is unable to exchange data with the first network using the first interface. connect to a first network using a first interface of the one or more wireless interfaces of the UE; switch to a second network using a second interface of the one or more wireless interfaces of the UE; and characterised by: tracking one or more context information associated with the first network while switched to the second network using the second interface, wherein, while switched to the second network using the second interface, the UE is unable to exchange data with the first network using the first interface.
Process for the diagnosis of muscular dystrophy in a subject, comprising detecting in a urine sample of said subject the amount of titin, or the amount of one or more fragments of titin, a higher level of titin or of one or more fragments of titin in the sample taken from the subject in comparison to a healthy subject being indicative of muscular dystrophy.
Actuator unit of a MEMS type for moving a rigid element, e.g. an optical element, the actuator unit comprising a frame and a bendable membrane surrounding the element, the circumference of the rigid element being mechanically coupled to said frame through said bendable membrane, wherein said actuator unit comprises at least one actuator element, the at least one actuator element being mounted on said bendable membrane between the frame and the rigid element which defines a coupling area, characterized in that, the bendable membrane and actuator elements being adapted to provide a movement in a direction out of the membrane plane to the rigid element when subject to signal from a signal generator by bending said bendable membrane, wherein said at least one actuator element is constituted by two piezoelectric elements (3a,3b) mounted on said bendable membrane being adapted to bend said membrane at the application of a signal, and wherein a first of said piezoelectric elements is mounted on the coupling area facing the frame, and a second piezoelectric element is mounted on the coupling area facing the rigid element, thus being able to pull the rigid element both up and down.
A compressor case assembly comprising: a compressor case section having an assembly track located along the inner surface thereof extending from a first end to a second end, the assembly track having a plurality of protrusions (48, 50, 52, 54), each located at periodic intervals circumferentially between the first end and the second end and at different positions in a horizontal direction along the width of the assembly track; and a set of stator portions (12, 14, 16) being insertable in the assembly track in an assembly direction (30, 32), each stator portion (12, 14, 16) having at least one slot (56, 58, 50) having a parallel alignment with the assembly direction (30, 32) and aligned in the horizontal direction with at least one corresponding protrusion (48, 50, 52, 54) on the assembly track, wherein the plurality of protrusions (48, 50, 52, 54) are configured to selectively interfere with the insertion of a stator portion (12, 14, 16), until at least one slot (56, 58, 60) of an inserted stator portion (12, 14, 16) is aligned with the at least one corresponding protrusion (48, 50, 52, 54) at a particular circumferential location (42, 44, 46)) within the assembly track. a compressor case section having an assembly track located along the inner surface thereof extending from a first end to a second end, the assembly track having a plurality of protrusions (48, 50, 52, 54), each located at periodic intervals circumferentially between the first end and the second end and at different positions in a horizontal direction along the width of the assembly track; and a set of stator portions (12, 14, 16) being insertable in the assembly track in an assembly direction (30, 32), each stator portion (12, 14, 16) having at least one slot (56, 58, 50) having a parallel alignment with the assembly direction (30, 32) and aligned in the horizontal direction with at least one corresponding protrusion (48, 50, 52, 54) on the assembly track, wherein the plurality of protrusions (48, 50, 52, 54) are configured to selectively interfere with the insertion of a stator portion (12, 14, 16), until at least one slot (56, 58, 60) of an inserted stator portion (12, 14, 16) is aligned with the at least one corresponding protrusion (48, 50, 52, 54) at a particular circumferential location (42, 44, 46)) within the assembly track.
An ultrasonic transducer for an ultrasonic flow meter, comprising a transducer housing, comprising a transducer element for at least one of generating and/or receiving ultrasonic signals and comprising an emitting element, wherein the emitting element is exposed to ultrasonic signals at least indirectly from the transducer element and emits the ultrasonic signals via an end face on a front side of the emitting element into the surroundings bordering the ultrasonic transducer and/or the emitting element picks up ultrasonic signals from the surroundings via the end face on the front side of the emitting element and transmits them at least indirectly to the transducer element, wherein the emitting element is connected to the transducer housing via a connecting element and peripherally stands free on the front side such that it can oscillate freely on the periphery, wherein the emitting element is designed as a plunger, wherein the plunger has a plunger shaft and a plunger plate, wherein the plunger plate encompasses the end face and wherein the plunger extends at least partially outside the transducer housing, wherein the plunger shaft projects at least partially into the transducer housing, characterized in the plunger is designed and arranged such that the entire plunger plate is located outside of the transducer housing.
A module for a modular conveyor mat, comprising a body part extending transversely to a conveying direction with a top for carrying products to be conveyed and a bottom for cooperating with a conveying track, which bottom, near the middle as viewed in the conveying direction of the module, is provided with a tooth chamber extending transversely to the conveying direction for receiving a tooth of a sprocket wheel wherein the body part at a front and rear as viewed in the conveying direction, is provided with a series of hinge parts and receiving spaces alternately successive transversely to the conveying direction, so that hinge parts and receiving spaces can interdigitate with receiving spaces and hinge parts of similar modules successive in the conveying direction, and successive modules are hingedly couplable using hinge pins extending transversely to the conveying direction, reaching through hinge bores provided in the hinge parts, wherein the front is part of a, viewed in the conveying direction, front body part of the module, and the rear is part of a, viewed in the conveying direction, rear body part of the module, and that the front and rear body parts (2A, 2B) are hingedly connected with each other relative to a pivoting axis extending transversely to the conveying direction, which traverses the tooth chamber, characterized in that a physical hinge axis coincides with the pivoting axis connecting the front and rear body parts (2A, 2B), the physical hinge axis being interrupted at the location of the tooth chamber.
Method for operating a communication link between a call answering device and a telecommunications terminal having a screen, for which method display control commands which trigger a display on a screen of the telecommunications terminal receiving the display control commands are transmitted as data signals in a data channel separate from the voice channel, characterised in that - after establishing the communication link to a caller of the call answering device, voice information is transmitted in a voice channel (B1, B2) and data signals are transmitted in a data channel separate from the voice channel, - after setting up the connection of the voice channel and data channel, a command is transmitted from the call answering device to the telecommunications terminal which triggers an automatic response from the telecommunications terminal such that the latter requests a predefined display content from the call answering device, and - after requesting the display content, the call answering device transmits the requested display content to the telecommunications terminal. - after establishing the communication link to a caller of the call answering device, voice information is transmitted in a voice channel (B1, B2) and data signals are transmitted in a data channel separate from the voice channel, - after setting up the connection of the voice channel and data channel, a command is transmitted from the call answering device to the telecommunications terminal which triggers an automatic response from the telecommunications terminal such that the latter requests a predefined display content from the call answering device, and - after requesting the display content, the call answering device transmits the requested display content to the telecommunications terminal.
A fused filament fabrication, FFF, printing system, the FFF printing system comprising: - a print head; - a feeder (91;126) arranged to feed a filament into the print head; - a container for storing the filament on one or more filament spools; - a prefeeder arranged to feed the filament from the spools to the feeder (91;126); - a first flexible tube (D01;102;121) for guiding the filament; - a filament path length measuring device comprising: - a housing comprising a first opening for passing through of the filament, and a second opening opposite the first opening; - a slider slidably arranged in the housing and partly extending out of the second opening, the slider comprising a filament channel for passing through of the filament, wherein an outer end of the slider, that is outside the housing, is connected to a first end of the flexible tube; - at least one contactless sensor arranged to detect a change of position of the slider relative to the housing to obtain measurement data indicative of a path length change of the filament in the first flexible tube, wherein a second end of the first flexible tube is connected to a connection point of the FFF printing system that is static relative to the housing of the measuring device, and wherein the FFF printing system further comprises a processing system arranged to receive the measurement data and to control the prefeeder depending on the measurement data. - a print head; - a feeder (91;126) arranged to feed a filament into the print head; - a container for storing the filament on one or more filament spools; - a prefeeder arranged to feed the filament from the spools to the feeder (91;126); - a first flexible tube (D01;102;121) for guiding the filament; - a filament path length measuring device comprising: - a housing comprising a first opening for passing through of the filament, and a second opening opposite the first opening; - a slider slidably arranged in the housing and partly extending out of the second opening, the slider comprising a filament channel for passing through of the filament, wherein an outer end of the slider, that is outside the housing, is connected to a first end of the flexible tube; - at least one contactless sensor arranged to detect a change of position of the slider relative to the housing to obtain measurement data indicative of a path length change of the filament in the first flexible tube, wherein a second end of the first flexible tube is connected to a connection point of the FFF printing system that is static relative to the housing of the measuring device, and wherein the FFF printing system further comprises a processing system arranged to receive the measurement data and to control the prefeeder depending on the measurement data.
An image processing device comprising: a first image acquisition section that acquires a first image, the first image being an image that has information within a wavelength band of white light; and a second image acquisition section that acquires a second image, the second image being an image that has information within a specific wavelength band, an attention area detection section that detects an attention area within the second image based on a feature quantity of each pixel within the second image; a display state setting section that performs a display state setting process that sets a display state of a display image generated based on the first image; characterized in that the image processing device further comprises a designated elapsed time setting section that performs a designated elapsed time setting process that sets a designated elapsed time based on a detection result for the attention area, wherein the display state setting section is adapted to perform the display state setting process based on the designated elapsed time that has been set by the designated elapsed time setting section. a first image acquisition section that acquires a first image, the first image being an image that has information within a wavelength band of white light; and a second image acquisition section that acquires a second image, the second image being an image that has information within a specific wavelength band, an attention area detection section that detects an attention area within the second image based on a feature quantity of each pixel within the second image; a display state setting section that performs a display state setting process that sets a display state of a display image generated based on the first image; characterized in that the image processing device further comprises a designated elapsed time setting section that performs a designated elapsed time setting process that sets a designated elapsed time based on a detection result for the attention area, wherein the display state setting section is adapted to perform the display state setting process based on the designated elapsed time that has been set by the designated elapsed time setting section.
A method of wireless communication by a user equipment, UE (182, 904), the method comprising: selecting a first beam for communication with a base station (180, 902); determining an index corresponding to the selected first beam; attempting, through the selected first beam, at least one random access channel, RACH, procedure with the base station (180, 902); determining that the at least one RACH procedure failed with the base station (180, 902); and sending, after a successful RACH procedure with the base station (180, 902), information (198, 944) indicating the index corresponding to the selected first beam through which the at least one RACH procedure failed. selecting a first beam for communication with a base station (180, 902); determining an index corresponding to the selected first beam; attempting, through the selected first beam, at least one random access channel, RACH, procedure with the base station (180, 902); determining that the at least one RACH procedure failed with the base station (180, 902); and sending, after a successful RACH procedure with the base station (180, 902), information (198, 944) indicating the index corresponding to the selected first beam through which the at least one RACH procedure failed.