mhurhangee/patent-ind-claim-en huggingface dataset:
A method of viewing three dimensional (3-D) program content in a media environment operable to present different 3-D program content on a plurality of media presentation devices, the method comprising, at a first pair of 3D shutter glasses : detecting a first synchronization signal transmitted from a first synchronization signal source , wherein the first synchronization signal is associated with first 3-D program content presented on a first presentation device and is associated with a first signal identifier; detecting a second synchronization signal transmitted from a second synchronization signal source, wherein the second synchronization signal is associated with second 3-D program content presented on a second presentation device and is associated with a second signal identifier, wherein the first synchronization signal and the second synchronization signal are concurrently detected by the first pair of 3D shutter glasses ; receiving a selection of one of the first synchronization signal and the second synchronization signal by a user of the first pair of 3D shutter glasses ; discriminating between the first synchronization signal and the second synchronization signal based upon the first signal identifier and the second signal identifier; and controlling a left lens and a right lens of the first pair of 3-D shutter glasses in accordance with the selected one of the first synchronization signal and the second synchronization signal. detecting a first synchronization signal transmitted from a first synchronization signal source , wherein the first synchronization signal is associated with first 3-D program content presented on a first presentation device and is associated with a first signal identifier; detecting a second synchronization signal transmitted from a second synchronization signal source, wherein the second synchronization signal is associated with second 3-D program content presented on a second presentation device and is associated with a second signal identifier, wherein the first synchronization signal and the second synchronization signal are concurrently detected by the first pair of 3D shutter glasses ; receiving a selection of one of the first synchronization signal and the second synchronization signal by a user of the first pair of 3D shutter glasses ; discriminating between the first synchronization signal and the second synchronization signal based upon the first signal identifier and the second signal identifier; and controlling a left lens and a right lens of the first pair of 3-D shutter glasses in accordance with the selected one of the first synchronization signal and the second synchronization signal.
A material for forming an organic film, comprising: (A) a polymer comprising a repeating unit shown by the following general formula ; and (B) an organic solvent, wherein AR1, AR2, AR3, and AR4 each represent a benzene ring or a naphthalene ring; W1 represents a tetravalent organic group having 6 to 70 carbon atoms and at least one or more aromatic rings, and W1 has bonding arms on the aromatic ring(s); and W2 represents a divalent organic group having 1 to 50 carbon atoms. (A) a polymer comprising a repeating unit shown by the following general formula ; and (B) an organic solvent, wherein AR1, AR2, AR3, and AR4 each represent a benzene ring or a naphthalene ring; W1 represents a tetravalent organic group having 6 to 70 carbon atoms and at least one or more aromatic rings, and W1 has bonding arms on the aromatic ring(s); and W2 represents a divalent organic group having 1 to 50 carbon atoms.
A method of interrogating an interferometric optical fibre sensor system, the system comprising a laser source for generating interrogation light and a sensor array with at least a first and a second reflector and with a sensor delay being a difference in propagation time for light being reflected from the first and second reflector, respectively, the method comprising: - continuously and repeatedly frequency sweeping the interrogation light from the laser source within a sweep bandwidth, SBW, over a sweep duration, t sw , with a substantially constant sweep rate r = SBW / t sw , to produce a swept interrogation light signal, - launching the swept interrogation light signal into the sensor array, - detecting reflected signals being returned from the sensor array by each of the reflectors, respectively, wherein detection comprises mixing a return light signal from the array with a local oscillator, LO, signal onto an optical receiver to produce an electrical radio frequency signal, - demultiplexing the electrical radio frequency signal into a first and second signal channel, corresponding to the first and second reflector, respectively, - continuously demodulating each of the first and second signal channel into a first phase response from the first reflector and a second phase response from the second reflector, and - subtracting the first phase response from the second phase response to obtain a sensor phase signal. - continuously and repeatedly frequency sweeping the interrogation light from the laser source within a sweep bandwidth, SBW, over a sweep duration, t sw , with a substantially constant sweep rate r = SBW / t sw , to produce a swept interrogation light signal, - launching the swept interrogation light signal into the sensor array, - detecting reflected signals being returned from the sensor array by each of the reflectors, respectively, wherein detection comprises mixing a return light signal from the array with a local oscillator, LO, signal onto an optical receiver to produce an electrical radio frequency signal, - demultiplexing the electrical radio frequency signal into a first and second signal channel, corresponding to the first and second reflector, respectively, - continuously demodulating each of the first and second signal channel into a first phase response from the first reflector and a second phase response from the second reflector, and - subtracting the first phase response from the second phase response to obtain a sensor phase signal.
An automotive fluid flow pump (10; 10') for pumping a fluid, comprising: a pump housing with a fluidic inlet opening and a fluidic outlet opening , a rotatable pump rotor comprising a driven rotor body and at least five rotor blades , the rotor blades being fixed to the rotor body and defining rotating rotor sectors , characterised in that the fluidic inlet opening is orientated axially and the fluidic outlet opening is orientated tangentially, and in that the rotor blades defining in total three different sector angles (a, b, c), each sector angle being the opening angle of a rotor sector and being defined by the rotor blades separating the rotor sector in circumferential direction, the three different sector angles (a, b, c) being a namely an intermediate sector angle (a), a small sector angle (b) and a large sector angle (c), all sector angles (a, b, c) being different from each other and having no divider in common the rotor sectors being sequenced as all of a minimum of two small rotor sectors with the small sector angle (b), one single or two intermediate rotor sectors with the intermediate sector angle (a), and all of a minimum of two large rotor sectors with the increased sector angle (c). a pump housing with a fluidic inlet opening and a fluidic outlet opening , a rotatable pump rotor comprising a driven rotor body and at least five rotor blades , the rotor blades being fixed to the rotor body and defining rotating rotor sectors , characterised in that the fluidic inlet opening is orientated axially and the fluidic outlet opening is orientated tangentially, and in that the rotor blades defining in total three different sector angles (a, b, c), each sector angle being the opening angle of a rotor sector and being defined by the rotor blades separating the rotor sector in circumferential direction, the three different sector angles (a, b, c) being a namely an intermediate sector angle (a), a small sector angle (b) and a large sector angle (c), all sector angles (a, b, c) being different from each other and having no divider in common the rotor sectors being sequenced as all of a minimum of two small rotor sectors with the small sector angle (b), one single or two intermediate rotor sectors with the intermediate sector angle (a), and all of a minimum of two large rotor sectors with the increased sector angle (c).
An apparatus connectable to a host device , the apparatus comprising: a first memory die (160-a; 320-a; 520-a) comprising a first memory array (170-a) and configured to be coupled with the host device via a data bus and a command and address, C/A, bus; and a second memory die (160-b; 320-b; 520-b) comprising a second memory array, (170-b) the second memory die coupled with the first memory die and not coupled with the host device, the first memory die configured to: receive, via the C/A bus, a read command for a set of data; prefetch a first subset of the set of data from the first memory array; receive a second subset of the set of data from the second memory die; and output the set of data via the data bus. a first memory die (160-a; 320-a; 520-a) comprising a first memory array (170-a) and configured to be coupled with the host device via a data bus and a command and address, C/A, bus; and a second memory die (160-b; 320-b; 520-b) comprising a second memory array, (170-b) the second memory die coupled with the first memory die and not coupled with the host device, the first memory die configured to: receive, via the C/A bus, a read command for a set of data; prefetch a first subset of the set of data from the first memory array; receive a second subset of the set of data from the second memory die; and output the set of data via the data bus. receive, via the C/A bus, a read command for a set of data; prefetch a first subset of the set of data from the first memory array; receive a second subset of the set of data from the second memory die; and output the set of data via the data bus.
A protein comprising an amino acid sequence of SEQ ID NOs. 145 or 146.
A handle assembly for a prosthesis delivery device comprising: a stationary main handle having a proximal end and a distal end and an outer surface extending therebetween; a first helical groove formed in at least a portion of the outer surface of the main handle; a first trigger wire actuation mechanism disposed about the main handle and rotatably moveable relative to the main handle; a first trigger wire operatively connected to the first trigger wire actuation mechanism, the first trigger wire having a prosthesis capture condition and a prosthesis release condition; wherein movement of the first trigger wire actuation mechanism causes movement of the first trigger wire thereby moving the first trigger wire from the prosthesis capture condition to the prosthesis release condition; wherein the first trigger wire is at least partially contained in the first helical groove when the first trigger wire is in the prosthesis release condition. a stationary main handle having a proximal end and a distal end and an outer surface extending therebetween; a first helical groove formed in at least a portion of the outer surface of the main handle; a first trigger wire actuation mechanism disposed about the main handle and rotatably moveable relative to the main handle; a first trigger wire operatively connected to the first trigger wire actuation mechanism, the first trigger wire having a prosthesis capture condition and a prosthesis release condition; wherein movement of the first trigger wire actuation mechanism causes movement of the first trigger wire thereby moving the first trigger wire from the prosthesis capture condition to the prosthesis release condition; wherein the first trigger wire is at least partially contained in the first helical groove when the first trigger wire is in the prosthesis release condition.
A biopsy device , comprising: a disposable needle assembly having a cutting cannula , a stylet , a cannula driver , and a stylet driver , the cannula driver connected to a first portion of the cutting cannula, the stylet driver being connected to a first portion of the stylet, the cannula driver having a first rack member and a flange connected to the first rack member, the stylet driver having a second rack member ; a linear motor drive having at least one linear motor ; a coupler member connected to the linear motor drive, the coupler member configured to engage the flange of the cannula driver of the disposable needle assembly; a switching motor drive having at least one rotary motor ; a transmission assembly having a gear assembly drivably coupled to the switching motor drive, the gear assembly configured to releasably engage at least one of the first rack member of the cannula driver and the second rack member of the stylet driver; and an electrical controller circuit configured to execute program instructions to selectively operate the linear motor drive and the switching motor drive. a disposable needle assembly having a cutting cannula , a stylet , a cannula driver , and a stylet driver , the cannula driver connected to a first portion of the cutting cannula, the stylet driver being connected to a first portion of the stylet, the cannula driver having a first rack member and a flange connected to the first rack member, the stylet driver having a second rack member ; a linear motor drive having at least one linear motor ; a coupler member connected to the linear motor drive, the coupler member configured to engage the flange of the cannula driver of the disposable needle assembly; a switching motor drive having at least one rotary motor ; a transmission assembly having a gear assembly drivably coupled to the switching motor drive, the gear assembly configured to releasably engage at least one of the first rack member of the cannula driver and the second rack member of the stylet driver; and an electrical controller circuit configured to execute program instructions to selectively operate the linear motor drive and the switching motor drive.
A method for supporting generation of comfort noise for at least two audio channels at a receiving node, the method being performed by a transmitting node, the method comprising: determining (S102) spectral characteristics of audio signals on at least two input audio channels; determining (S104) a spatial coherence between the audio signals on the respective input audio channels, wherein the spatial coherence is associated with perceptual importance measures; dividing (S106) the spatial coherence into frequency bands, wherein a compressed representation of the spatial coherence is determined per frequency band by weighting the spatial coherence within each frequency band according to the perceptual importance measures; and signaling (S108) information about the spectral characteristics and information about the compressed representation of the spatial coherence per frequency band to the receiving node, for enabling the generation of the comfort noise for the at least two audio channels at the receiving node. determining (S102) spectral characteristics of audio signals on at least two input audio channels; determining (S104) a spatial coherence between the audio signals on the respective input audio channels, wherein the spatial coherence is associated with perceptual importance measures; dividing (S106) the spatial coherence into frequency bands, wherein a compressed representation of the spatial coherence is determined per frequency band by weighting the spatial coherence within each frequency band according to the perceptual importance measures; and signaling (S108) information about the spectral characteristics and information about the compressed representation of the spatial coherence per frequency band to the receiving node, for enabling the generation of the comfort noise for the at least two audio channels at the receiving node.
A method of detecting debris within a lubricant stream of a gas turbine engine , the method comprising: generating data indicative of debris and sensor system functionality within a lubricant stream with a sensor system during operation of the gas turbine engine; communicating the data to a controller ; calculating features from the data that are indicative of a debris within the lubricant stream; compiling the calculated features over time during operation of the gas turbine engine; classifying the compiled features; and analysing the compiled features when the gas turbine engine is no longer operating, wherein analysing includes analysis of the compiled features for indications of debris within the lubricant stream indicative of a mechanical anomaly, and/or analysis of the compiled features for indications of an anomaly in operation of the sensor system. generating data indicative of debris and sensor system functionality within a lubricant stream with a sensor system during operation of the gas turbine engine; communicating the data to a controller ; calculating features from the data that are indicative of a debris within the lubricant stream; compiling the calculated features over time during operation of the gas turbine engine; classifying the compiled features; and analysing the compiled features when the gas turbine engine is no longer operating, wherein analysing includes analysis of the compiled features for indications of debris within the lubricant stream indicative of a mechanical anomaly, and/or analysis of the compiled features for indications of an anomaly in operation of the sensor system.
A fixing clamp for an aligning device for fixingly clamping a body extremity, in particular a tibia, comprising - a first clamp arm and a second clamp arm and - a frame device forming a bearing trough or bearing fork for the body extremity, the frame device having a central mounting or attaching portion for mounting or attaching to an adjustment rod of the aligning device and having a first rotary joint and a second rotary joint at the two bearing fork ends of the frame device , to which in each case the corresponding first clamp arm is articulated rotatably about a first axis of rotation (D1) and the second clamp arm is articulated rotatably about a second axis of rotation (D2), characterized by a self-locking mechanism, in the form of two individual latching mechanisms, which frictionally and/or form-fittingly hold or latch the first clamp arm and the second clamp arm relative to the frame device in at least one position independently from each other and thereby block a movement of the first and/or respectively second clamp arm about the respective rotary joint in an opening rotation direction. - a first clamp arm and a second clamp arm and - a frame device forming a bearing trough or bearing fork for the body extremity, the frame device having a central mounting or attaching portion for mounting or attaching to an adjustment rod of the aligning device and having a first rotary joint and a second rotary joint at the two bearing fork ends of the frame device , to which in each case the corresponding first clamp arm is articulated rotatably about a first axis of rotation (D1) and the second clamp arm is articulated rotatably about a second axis of rotation (D2),
Tactile control interface including an outer surface and means for locating a pressure by a finger of a user on the outer surface , the outer surface being implemented by a rigid plate, said locating means including: - at least four force sensors onto which the plate is attached and which are configured for measuring a force in a direction substantially normal to the plane of the plate , - means for calculating the position of the pressure of a finger on the plate on the basis of the measurements supplied by at least three force sensors from among the at least four force sensors , - the calculation means being configured to determine the position of the pressure of the finger on the plate through triangulation on the basis of the measurements supplied by said at least three force sensors , - the calculation means are configured to perform a plurality of locations through triangulation on the basis of three force sensors by using alternately the different combinations of three sensors from among the at least four force sensors , and in which at least one of the force sensors is configures to transmit haptic feedback to the user. - at least four force sensors onto which the plate is attached and which are configured for measuring a force in a direction substantially normal to the plane of the plate , - means for calculating the position of the pressure of a finger on the plate on the basis of the measurements supplied by at least three force sensors from among the at least four force sensors , - the calculation means being configured to determine the position of the pressure of the finger on the plate through triangulation on the basis of the measurements supplied by said at least three force sensors , - the calculation means are configured to perform a plurality of locations through triangulation on the basis of three force sensors by using alternately the different combinations of three sensors from among the at least four force sensors ,
A capacitive tactile sensor comprising: a first substrate including a plurality of first electrodes ; a second substrate including a plurality of second electrodes corresponding to the plurality of first electrodes , wherein the plurality of first electrodes matches the plurality of second electrodes and wherein a second electrode corresponding to a first electrode is disposed to face at least part of the first electrode; and a dielectric substance disposed between the first substrate and the second substrate; characterized in that a second electrode corresponding to any one of the first electrodes is offset from the any one of the first electrodes in one direction while a second electrode corresponding to another first electrode neighboring the any one of the first electrodes is offset from the another first electrode in a different direction, wherein the first electrodes and the second electrodes corresponding to each other only partially overlap, wherein a portion of the dielectric substance overlaps with the first electrodes or the second electrodes , and wherein the other portion of the dielectric substance that does not overlap with the first electrodes or the second electrodes , is formed as a cavity . a first substrate including a plurality of first electrodes ; a second substrate including a plurality of second electrodes corresponding to the plurality of first electrodes , wherein the plurality of first electrodes matches the plurality of second electrodes and wherein a second electrode corresponding to a first electrode is disposed to face at least part of the first electrode; and a dielectric substance disposed between the first substrate and the second substrate; characterized in that a second electrode corresponding to any one of the first electrodes is offset from the any one of the first electrodes in one direction while a second electrode corresponding to another first electrode neighboring the any one of the first electrodes is offset from the another first electrode in a different direction, wherein the first electrodes and the second electrodes corresponding to each other only partially overlap, wherein a portion of the dielectric substance overlaps with the first electrodes or the second electrodes , and wherein the other portion of the dielectric substance that does not overlap with the first electrodes or the second electrodes , is formed as a cavity .