mhurhangee/patent-ind-claim-en huggingface dataset:
A torch ignitor for a gas turbine engine, comprising an injection system comprising: an inner nozzle body defining a first air path along a longitudinal axis, wherein the first air path defines a converging-diverging section between an upstream portion of the first air path and an outlet orifice of the first air path , wherein a main orifice is defined at a narrowest portion of the converging-diverging section; a fuel circuit wall outboard of the inner nozzle body , wherein a fuel path is defined between the fuel circuit wall and the inner nozzle body ; characterized in that it also comprises an outer nozzle body outboard of the fuel circuit wall with a second air path defined through the outer nozzle body for communication of air from the outer nozzle body into the first air path , wherein the second air path meets the first air path at a second orifice in the first air path downstream of the main orifice of the inner nozzle body , wherein the second air path passes from a first section through the outer nozzle body, to a second section that passes between the outer nozzle body and the fuel circuit wall, to a terminal section of the second air path and into the first air path at the second orifice, and wherein the first air path enters the converging-diverging section along an upstream portion of the longitudinal axis, and wherein the first section of the second air path approaches the second orifice from a direction along a downstream portion of the longitudinal axis, opposite the upstream portion. an inner nozzle body defining a first air path along a longitudinal axis, wherein the first air path defines a converging-diverging section between an upstream portion of the first air path and an outlet orifice of the first air path , wherein a main orifice is defined at a narrowest portion of the converging-diverging section; a fuel circuit wall outboard of the inner nozzle body , wherein a fuel path is defined between the fuel circuit wall and the inner nozzle body ; characterized in that it also comprises an outer nozzle body outboard of the fuel circuit wall with a second air path defined through the outer nozzle body for communication of air from the outer nozzle body into the first air path , wherein the second air path meets the first air path at a second orifice in the first air path downstream of the main orifice of the inner nozzle body , wherein the second air path passes from a first section through the outer nozzle body, to a second section that passes between the outer nozzle body and the fuel circuit wall, to a terminal section of the second air path and into the first air path at the second orifice, and wherein the first air path enters the converging-diverging section along an upstream portion of the longitudinal axis, and wherein the first section of the second air path approaches the second orifice from a direction along a downstream portion of the longitudinal axis, opposite the upstream portion.
An electromagnetic brake system for a metal-making process, wherein the electromagnetic brake system comprises: a first magnetic core arrangement having a first long side and a second long side , which first long side has N c teeth and which second long side has N c teeth , wherein the first long side and the second long side are arranged to be mounted to opposite longitudinal sides of an upper portion of a mould , a first set of coils, wherein the first set of coils comprises 2N c coils (9-1,...9-2N c ), each coil being wound around a respective tooth of the first magnetic core arrangement , and N p power converters (11-1,...11-N p ), with N p being an integer that is at least two and N c is an integer that is at least four and evenly divisible with N p , wherein each power converter (11-1,...,11-N p ) is connected to a respective group of 2N c /N p series-connected coils (9-1,...,9-2N c ) of the first set of coils, and wherein each of the N p power converters (11-1,...,11-N p ) is configured to feed a DC current to its respective group of 2N c /N p series-connected coils (9-1,...,9-2N c ). a first magnetic core arrangement having a first long side and a second long side , which first long side has N c teeth and which second long side has N c teeth , wherein the first long side and the second long side are arranged to be mounted to opposite longitudinal sides of an upper portion of a mould , a first set of coils, wherein the first set of coils comprises 2N c coils (9-1,...9-2N c ), each coil being wound around a respective tooth of the first magnetic core arrangement , and N p power converters (11-1,...11-N p ), with N p being an integer that is at least two and N c is an integer that is at least four and evenly divisible with N p , wherein each power converter (11-1,...,11-N p ) is connected to a respective group of 2N c /N p series-connected coils (9-1,...,9-2N c ) of the first set of coils, and wherein each of the N p power converters (11-1,...,11-N p ) is configured to feed a DC current to its respective group of 2N c /N p series-connected coils (9-1,...,9-2N c ).
A method for distributing a content asset hosted at a cloud service to a client device interchangeably through the cloud service or a Content Distribution Network, CDN, the method comprising: identifying a content asset to be distributed via a Content Distribution Network, CDN , in conjunction with a cloud service hosting the content asset at a cloud Uniform Resource Locator, URL available to a client device to request the content asset; creating a key value based on the cloud URL; converting , by the cloud service, the cloud URL into a CDN URL , wherein the CDN URL points to an address for the CDN to provide the content asset to the client device and the CDN URL includes the key value; providing, from the cloud service to the client device, an authentication token associated with a client and the key value; receiving an authorization request from the CDN to distribute the content asset to the client device, the authorization request including the key value and the authentication token; verifying the authentication token; and transmitting, from the cloud service, an authorization code to the CDN to enable the CDN to distribute the content asset to the client device at the CDN URL. identifying a content asset to be distributed via a Content Distribution Network, CDN , in conjunction with a cloud service hosting the content asset at a cloud Uniform Resource Locator, URL available to a client device to request the content asset; creating a key value based on the cloud URL; converting , by the cloud service, the cloud URL into a CDN URL , wherein the CDN URL points to an address for the CDN to provide the content asset to the client device and the CDN URL includes the key value; providing, from the cloud service to the client device, an authentication token associated with a client and the key value; receiving an authorization request from the CDN to distribute the content asset to the client device, the authorization request including the key value and the authentication token; verifying the authentication token; and transmitting, from the cloud service, an authorization code to the CDN to enable the CDN to distribute the content asset to the client device at the CDN URL.
Die cast component, in particular water outlet fitting, comprising a base body produced from metal or a metal alloy by the die casting method and having a cavity in which a number of openings are provided by means of which the cavity is accessible from the outside, the cavity being at least partially filled with a casting core , the outside of which rests with all of its surface against the inside of the base body at least in the sections of the base body , the shaping of which the casting core is responsible for, and in which at least one channel is provided for the conveyance of fluid, wherein the casting core is made of a plastic material the melting point of which is at least 30°C, but preferably at least 50°C and in particular at least 100°C lower than the melting point of the material from which the base body is produced, characterized in that in at least 60 % of the contact surface between the casting core and the base body the wall thickness of the casting core is as great as or greater than the wall thickness of the base body .
An autofocus method in an electronic device for determining a depth to focus at for an image sensor, comprising: receiving a first image associated with a first viewpoint; receiving a second image associated with a second viewpoint; determining a first plurality of keypoints based on the first image, wherein the determined plurality of keypoints is less than a total number of pixels in the first image; correlating keypoints from the first plurality of keypoints with positions in the second image; determining a plurality of disparities associated with the first plurality of keypoints; determining a statistical value of the plurality of disparities; determining a depth to focus at based on the statistical value of the plurality of disparities and a relationship between pixel disparities and object distances, and wherein the determined depth to focus at is for use by the image sensor during subsequent image captures. receiving a first image associated with a first viewpoint; receiving a second image associated with a second viewpoint; determining a first plurality of keypoints based on the first image, wherein the determined plurality of keypoints is less than a total number of pixels in the first image; correlating keypoints from the first plurality of keypoints with positions in the second image; determining a plurality of disparities associated with the first plurality of keypoints; determining a statistical value of the plurality of disparities; determining a depth to focus at based on the statistical value of the plurality of disparities and a relationship between pixel disparities and object distances, and wherein the determined depth to focus at is for use by the image sensor during subsequent image captures.
An integrated analog to digital converting and digital to analog converting, ADDA, RF transceiver for satellite applications, the transceiver being contained on one or more die, all located on the same package and comprising: a plurality of high speed analog to digital conversion, ADC, units , each configured to take in an RF signal and output a sampled digital signal; a plurality of high speed digital to analog conversion, DAC, units , each configured to take in a sampled digital signal and output an RF signal; a plurality of digital inputs ; a plurality of digital outputs ; one or more digital signal processing, DSP, cores , each core capable of processing data from one high speed ADC unit and outputting the processed data on one or more digital outputs; and a plurality of digital signal processing, DSP, cores , each capable of processing data from a digital input and outputting the processed data to one DAC unit; wherein the provision of the RF transceiver on the same package operatively spatially and temporally mitigates a single event effect (SEE) close to where the SEE induced event occurred in component or system level circuitry within the RF transceiver to provide mitigation of effects having a duration of less than 1 nanosecond, the RF transceiver being further configured to operatively downconvert and digitize RF frequencies from 100MHz to 20GHz a plurality of high speed analog to digital conversion, ADC, units , each configured to take in an RF signal and output a sampled digital signal; a plurality of high speed digital to analog conversion, DAC, units , each configured to take in a sampled digital signal and output an RF signal; a plurality of digital inputs ; a plurality of digital outputs ; one or more digital signal processing, DSP, cores , each core capable of processing data from one high speed ADC unit and outputting the processed data on one or more digital outputs; and a plurality of digital signal processing, DSP, cores , each capable of processing data from a digital input and outputting the processed data to one DAC unit; wherein the provision of the RF transceiver on the same package operatively spatially and temporally mitigates a single event effect (SEE) close to where the SEE induced event occurred in component or system level circuitry within the RF transceiver to provide mitigation of effects having a duration of less than 1 nanosecond, the RF transceiver being further configured to operatively downconvert and digitize RF frequencies from 100MHz to 20GHz
An optical transmission device comprising: an optical connector receptacle unit configured to connect to the connector unit of the optical cable according to claim 13; a light emitting end configured to emit light to transmit an optical signal via the optical cable, and configured to radiate light to a reflection surface of the connector unit; and a driving unit configured to drive the reflection surface to a first position in order to reflect the light radiated to the reflection surface toward an optical transmission path of the optical cable through reflection on the reflection surface in the case where the connector unit is attached in first orientation, and configured to drive the reflection surface to a second position in order to reflect the light radiated to the reflection surface toward the optical transmission path of the optical cable through reflection on the reflection surface in the case where the connector unit is connected in second orientation that is different from the first orientation. an optical connector receptacle unit configured to connect to the connector unit of the optical cable according to claim 13; a light emitting end configured to emit light to transmit an optical signal via the optical cable, and configured to radiate light to a reflection surface of the connector unit; and a driving unit configured to drive the reflection surface to a first position in order to reflect the light radiated to the reflection surface toward an optical transmission path of the optical cable through reflection on the reflection surface in the case where the connector unit is attached in first orientation, and configured to drive the reflection surface to a second position in order to reflect the light radiated to the reflection surface toward the optical transmission path of the optical cable through reflection on the reflection surface in the case where the connector unit is connected in second orientation that is different from the first orientation.
A cell analysis apparatus for analyzing measuring object cells included in a biological sample, comprising: a detection section (12, 3, 52-59) for flowing a measurement sample obtained from the biological sample and a dye for staining a nucleus of a cell (C1, C2, C3) into a flow cell , irradiating the measurement sample flowing in the flow cell with laser beam, and detecting fluorescence from the nucleus of the cell in the measurement sample; a signal processing section for obtaining, based on a fluorescence signal outputted from the detection section, a value reflecting height of a waveform of the fluorescence signal and a value reflecting length of a ridge line of the waveform of the fluorescence signal; and an analysis section for distinguishing between an aggregating cell (C2; C3) formed by aggregation of a plurarity of cells and a non-aggregating cell (C1), based on the value reflecting the height of the waveform of the fluorescence signal and the value reflecting the length of the ridge line of the waveform of the fluorescence signal obtained by the signal processing section. a detection section (12, 3, 52-59) for flowing a measurement sample obtained from the biological sample and a dye for staining a nucleus of a cell (C1, C2, C3) into a flow cell , irradiating the measurement sample flowing in the flow cell with laser beam, and detecting fluorescence from the nucleus of the cell in the measurement sample; a signal processing section for obtaining, based on a fluorescence signal outputted from the detection section, a value reflecting height of a waveform of the fluorescence signal and a value reflecting length of a ridge line of the waveform of the fluorescence signal; and an analysis section for distinguishing between an aggregating cell (C2; C3) formed by aggregation of a plurarity of cells and a non-aggregating cell (C1), based on the value reflecting the height of the waveform of the fluorescence signal and the value reflecting the length of the ridge line of the waveform of the fluorescence signal obtained by the signal processing section.
A method for controlling a three-phase inverter according to a 120° control arrangement associated with a PWM type control without active synchronous rectification, the inverter being driven by a controller and configured to electrically supply a permanent magnet synchronous motor of an on-board equipment in an aircraft, said motor comprising a stator and a rotor configured to be rotated relative to the stator when the motor is electrically supplied, the inverter comprising three branches , each having two switches (310, 311, 320, 321 and 330, 331) associated with a motor winding in a 120° control arrangement of a three-phase inverter, each switch comprising a transistor and a diode arranged in antiparallel, characterized in that when a switch of a branch is controlled - during a first time interval when the angle formed between the stator and rotor is within a first angular sector of the control arrangement at 120° by a signal configured to maintain the switch in an ON state or by a PWM signal and, - during a second time interval when the angle formed between the stator and rotor is in a second angular sector following the first angular sector in the 120° control arrangement by a signal configured to maintain the switch in a OFF state, the other switch of said branch is controlled on passage of the angle formed between the stator and rotor from the first angular sector to the second angular sector to be in the ON state so as to pass an electric current through the motor winding associated with said branch and the transistor of the other switch for a time sufficient for magnetic discharge of the motor winding associated with said branch. - during a first time interval when the angle formed between the stator and rotor is within a first angular sector of the control arrangement at 120° by a signal configured to maintain the switch in an ON state or by a PWM signal and, - during a second time interval when the angle formed between the stator and rotor is in a second angular sector following the first angular sector in the 120° control arrangement by a signal configured to maintain the switch in a OFF state,
An implantable prosthetic device , comprising: a spacer body portion configured to be disposed between native leaflets of a heart; and an anchor portion configured to secure the native leaflets against the spacer body portion , wherein the prosthetic device is movable between a compressed configuration, in which the spacer body portion is radially compressed and is axially spaced relative to the anchor portion , and an expanded configuration, in which the spacer body portion expands radially outwardly relative to the compressed configuration and overlaps at least a portion of the anchor portion ; wherein the anchor portion includes a plurality of anchor members , and the anchor members are each configured to secure a respective native leaflet against the spacer body portion ; wherein the anchor members each have a first portion , a second portion , and a joint portion disposed between the first portion and the second portion , and wherein the first portions are spaced relative to the second portions in the compressed configuration and overlap with the second portions in the expanded configu ration; characterized by an end member axially spaced from and movable relative to the spacer body portion , wherein the first portions of the anchor members are coupled to an end portion of the spacer body portion , the second portions of the anchor members are coupled to the end member , and the anchor members are configured to be foldable at the joint portions when the spacer body portion is moved relative to the end member . a spacer body portion configured to be disposed between native leaflets of a heart; and an anchor portion configured to secure the native leaflets against the spacer body portion , wherein the prosthetic device is movable between a compressed configuration, in which the spacer body portion is radially compressed and is axially spaced relative to the anchor portion , and an expanded configuration, in which the spacer body portion expands radially outwardly relative to the compressed configuration and overlaps at least a portion of the anchor portion ; wherein the anchor portion includes a plurality of anchor members , and the anchor members are each configured to secure a respective native leaflet against the spacer body portion ; wherein the anchor members each have a first portion , a second portion , and a joint portion disposed between the first portion and the second portion , and wherein the first portions are spaced relative to the second portions in the compressed configuration and overlap with the second portions in the expanded configu ration; characterized by an end member axially spaced from and movable relative to the spacer body portion , wherein the first portions of the anchor members are coupled to an end portion of the spacer body portion , the second portions of the anchor members are coupled to the end member , and the anchor members are configured to be foldable at the joint portions when the spacer body portion is moved relative to the end member .
Steering column lock for an automotive vehicle comprising: - a first part comprising a barrel with a rotor intended to rotate according to a lock rotation axis and comprising a receiving end intended to receive a key insert and a command end for transmitting the rotation movement of the rotor , - a second part comprising a cam intended to rotate according to a cam rotation axis , the cam is rotated by the command end of the rotor , - a third part comprising a lock bar mounted in translation according to a lock bar translation axis between a steering column lock position and a steering column release position, the lock bar being mobile in translation by the rotation of cam , the cam being connected to the command end of the rotor and to the lock bar through the cam peripheral surface, characterized in that the bar translation axis and the cam rotation axis are parallel together and not parallel with the lock rotation axis and, and in that said steering column lock comprises a lever linked to a key sensor for determining the presence of a key insert inserted in the rotor and connected to the barrel and to the lock bar , with return means associated with the lever . - a first part comprising a barrel with a rotor intended to rotate according to a lock rotation axis and comprising a receiving end intended to receive a key insert and a command end for transmitting the rotation movement of the rotor , - a second part comprising a cam intended to rotate according to a cam rotation axis , the cam is rotated by the command end of the rotor , - a third part comprising a lock bar mounted in translation according to a lock bar translation axis between a steering column lock position and a steering column release position, the lock bar being mobile in translation by the rotation of cam ,