mhurhangee/ep-ind-claims huggingface dataset:
An annular airflow control system for a gas turbine engine comprising: a multiple of contra-rotating variable vanes; and a sync ring rotatable to move the multiple of contra-rotating variable vanes between an open position and a closed position to throttle an airflow through said multiple of contra-rotating variable vanes; wherein said multiple of contra-rotating variable vanes are located between an outer ring and an inner ring; characterised in that: each of said multiple of contra-rotating variable vanes includes a control post and a pivot post (96,98) that interact with at least one of said outer ring and said inner ring; said control post interacts with a non-linear slot in at least one of said outer ring and said inner ring; and said non-linear slot alternatively extends proximate either a leading edge or a trailing edge of each of said multiple of contra-rotating variable vanes. a multiple of contra-rotating variable vanes; and a sync ring rotatable to move the multiple of contra-rotating variable vanes between an open position and a closed position to throttle an airflow through said multiple of contra-rotating variable vanes; wherein said multiple of contra-rotating variable vanes are located between an outer ring and an inner ring; characterised in that: each of said multiple of contra-rotating variable vanes includes a control post and a pivot post (96,98) that interact with at least one of said outer ring and said inner ring; said control post interacts with a non-linear slot in at least one of said outer ring and said inner ring; and said non-linear slot alternatively extends proximate either a leading edge or a trailing edge of each of said multiple of contra-rotating variable vanes. each of said multiple of contra-rotating variable vanes includes a control post and a pivot post (96,98) that interact with at least one of said outer ring and said inner ring; said control post interacts with a non-linear slot in at least one of said outer ring and said inner ring; and said non-linear slot alternatively extends proximate either a leading edge or a trailing edge of each of said multiple of contra-rotating variable vanes.
An igniter assembly, comprising: an igniter main body, integrated with a resin portion, the igniter main body including: a metallic header having an electro-conductive pin (22; 22a, 22b); a metallic cup covering the metallic header so as to form a charging space for an ignition agent, the ignition agent charged within the charging space; and a cover member (10; 110) covering the metallic cup, the cover member (10; 110) having an electrically insulating characteristic; the igniter assembly including the resin portion surrounding at least a portion of the peripheral wall (16; 116) of the cover member (10; 110), a portion of the metallic header, and the electro-conductive pin (22; 22a, 22b); characterized in that the cover member (10; 110) is provided with a first reinforcing rib (18; 18a; 118) on an inner circumferential surface (16a; 116a) of a peripheral wall (16; 116) thereof, the first reinforcing rib (18; 18a; 118) partially increasing a wall thickness of the peripheral wall (16; 116) and extending in an axial direction of the cover member (10; 110). an igniter main body, integrated with a resin portion, the igniter main body including: a metallic header having an electro-conductive pin (22; 22a, 22b); a metallic cup covering the metallic header so as to form a charging space for an ignition agent, the ignition agent charged within the charging space; and a cover member (10; 110) covering the metallic cup, the cover member (10; 110) having an electrically insulating characteristic; a metallic header having an electro-conductive pin (22; 22a, 22b); a metallic cup covering the metallic header so as to form a charging space for an ignition agent, the ignition agent charged within the charging space; and a cover member (10; 110) covering the metallic cup, the cover member (10; 110) having an electrically insulating characteristic; the igniter assembly including the resin portion surrounding at least a portion of the peripheral wall (16; 116) of the cover member (10; 110), a portion of the metallic header, and the electro-conductive pin (22; 22a, 22b);
A method for reading a Short Message Service, SMS, characterized in that, the method comprises: receiving, by an operating system of a mobile device, a reading request of reading an SMS stored on an SMS component of the mobile device, wherein the reading request is received from a third party application running on the mobile device; determining, by the operating system, whether the third party application is approved to read the SMS based on an SMS reading authority list stored in the operating system; wherein the operating system determines that the third party application is approved to read the SMS if the third party application is included in the SMS reading authority; forwarding, by the operating system, the reading request to the SMS component, when the operating system determines that the third party application is approved to read the SMS; determining, by the SMS component, whether the SMS is an SMS carrying sensitive information; detecting, by the SMS component, when the SMS is an SMS carrying sensitive information, whether a reading time in the reading request is in an access prohibition period corresponding to the SMS; and withholding, by the SMS component, transmission of a response back to the third party application in response to the reading request, when the reading time is in the access prohibition period. receiving, by an operating system of a mobile device, a reading request of reading an SMS stored on an SMS component of the mobile device, wherein the reading request is received from a third party application running on the mobile device; determining, by the operating system, whether the third party application is approved to read the SMS based on an SMS reading authority list stored in the operating system; wherein the operating system determines that the third party application is approved to read the SMS if the third party application is included in the SMS reading authority; forwarding, by the operating system, the reading request to the SMS component, when the operating system determines that the third party application is approved to read the SMS; determining, by the SMS component, whether the SMS is an SMS carrying sensitive information; detecting, by the SMS component, when the SMS is an SMS carrying sensitive information, whether a reading time in the reading request is in an access prohibition period corresponding to the SMS; and withholding, by the SMS component, transmission of a response back to the third party application in response to the reading request, when the reading time is in the access prohibition period.
Method for turning up the plies of a green tyre, wherein longitudinal and radial movements, with reference to a main axis of the green tyre, of ply-turning arms are brought about independently of one another in order to apply a rubber element to at least one sidewall of the green tyre, characterized in that the radial movement of the arms is controlled by means of a speed setpoint.
A compound semiconductor light-emitting diode comprising: a semiconductor layer stack having a light-emitting part formed of a Group III-V compound semiconductor; said light-emitting part comprising a light-emitting layer formed of aluminum-gallium-indium phosphide (AI X Ga 1-X) Y In 1-Y P, wherein 0 ≤ X ≤ 1, 0 ≤ Y ≤ 1; said semiconductor layer stack further having a GaP layer on an outermost surface layer of the light-emitting part; the compound semiconductor light-emitting diode further comprising a transparent supporting layer bonded to said GaP layer and being transparent to light emitted from the light-emitting layer; and a bonding layer formed between the supporting layer and said GaP layer and containing oxygen atoms at a concentration of 1 x 10 20 cm -3 or less, wherein the supporting layer is formed of gallium phosphide GaP, and wherein the bonding layer has a nonstoichiometric composition represented by formula Ga X P 1-X wherein 0.5 < X < 0.7. a semiconductor layer stack having a light-emitting part formed of a Group III-V compound semiconductor; said light-emitting part comprising a light-emitting layer formed of aluminum-gallium-indium phosphide (AI X Ga 1-X) Y In 1-Y P, wherein 0 ≤ X ≤ 1, 0 ≤ Y ≤ 1; said semiconductor layer stack further having a GaP layer on an outermost surface layer of the light-emitting part; the compound semiconductor light-emitting diode further comprising a transparent supporting layer bonded to said GaP layer and being transparent to light emitted from the light-emitting layer; and a bonding layer formed between the supporting layer and said GaP layer and containing oxygen atoms at a concentration of 1 x 10 20 cm -3 or less, wherein the supporting layer is formed of gallium phosphide GaP, and wherein the bonding layer has a nonstoichiometric composition represented by formula Ga X P 1-X wherein 0.5 < X < 0.7.
Monitoring method for electrical insulations of an industrial electric furnace, particularly a reduction furnace, which has predetermined measuring points (Mx) on several sections (Sx) electrically insulated from one another by the electrical insulations, wherein during ongoing production operation of the industrial electric furnace a monitoring device (200; 200A), which is electrically couplable or coupled with the predetermined measuring points (Mx), in a respective test cycle automatically determines resistance measurement values (R1-R36, Rx) of the electrical insulations between the predetermined measuring points (Mx) of the industrial electric furnace in that the monitoring device in a respective test cycle temporarily electrically connects the predetermined measuring points (Mx), preferably in pairs, in accordance with a predetermined sequence with an insulation measuring instrument and the insulation measuring instrument measures the resistance measurement values (Rx) between the measuring points (Mx) connected with the insulation measuring instrument and wherein the monitoring device checks the electrical insulations with respect to the insulating properties thereof on the basis of the determined resistance measurement values (R1-R36, Rx).
A control apparatus for an internal combustion engine comprising a supercharger with a compressor at an intake system, wherein supercharging pressure of the supercharger is controlled within a control range where an intake temperature of an outlet side of the compressor or a temperature of a component constituting the compressor is equal to or less than an allowable upper limit temperature, the allowable upper limit temperature being set according to a degree of deterioration of oil flown into an intake side of the compressor, a low pressure EGR system with a low pressure EGR valve is provided, the low pressure EGR system causing a part of exhaust gas discharged to an exhaust system to be refluxed to an upstream of the compressor, the low pressure EGR valve being able to adjust an amount of the refluxed gas, and a high pressure EGR system with a high pressure EGR valve is provided, the high pressure EGR system causing a part of exhaust gas discharged to the exhaust system to be refluxed to a downstream of the compressor, the high pressure EGR valve also being able to adjust the amount of refluxed gas, the control apparatus controls the low pressure EGR valve such that an EGR rate of intake air matches a target EGR rate under a condition that the control of the low pressure EGR valve is sufficient to match the EGR rate of intake air with the target EGR rate, the target EGR rate being set according to an operating state of the internal combustion engine, and the control apparatus controls the low pressure EGR valve and the high pressure EGR valve to match the EGR rate of intake air with the target EGR rate under a condition that the control of the low pressure EGR valve is not sufficient to match the EGR rate of intake air with the target EGR rate.
A compound represented by general formula: wherein R 1 represents * represents a binding site with a nitrogen atom, and R 2 represents a methyl group or an ethyl group; or a pharmaceutically acceptable salt thereof. * represents a binding site with a nitrogen atom, and R 2 represents a methyl group or an ethyl group; or a pharmaceutically acceptable salt thereof.
A print head for a 3D printer, the print head comprising a print material inlet, a print material outlet and an adjustable volume extrusion chamber, all connected by a conduit system, wherein the print material inlet is connectable to a source of print material, and wherein the conduit system comprises one or more valves operable to switch the print head between at least two configurations, the at least two configurations comprising; a first configuration wherein the print material inlet and adjustable volume extrusion chamber are in fluid communication with each other, but not with the print material outlet, via the conduit system; and a second configuration wherein the adjustable volume extrusion chamber and the print material outlet are in fluid communication with each other, but not with the print material inlet, via the conduit system; wherein the print head comprises a temperature control system configured to control the temperature of at least a portion of the print head and/or at least a portion of the print material within the print head, preferably at least, or at least within, any source of print material, the adjustable volume extrusion chamber and the print material outlet and wherein at least a portion of the print head is at least partially surrounded by, covered by, or in close proximity with one or more temperature regulation elements of the temperature control system and/or may comprise one or more temperature regulation elements. a first configuration wherein the print material inlet and adjustable volume extrusion chamber are in fluid communication with each other, but not with the print material outlet, via the conduit system; and a second configuration wherein the adjustable volume extrusion chamber and the print material outlet are in fluid communication with each other, but not with the print material inlet, via the conduit system; wherein the print head comprises a temperature control system configured to control the temperature of at least a portion of the print head and/or at least a portion of the print material within the print head, preferably at least, or at least within, any source of print material, the adjustable volume extrusion chamber and the print material outlet and wherein at least a portion of the print head is at least partially surrounded by, covered by, or in close proximity with one or more temperature regulation elements of the temperature control system and/or may comprise one or more temperature regulation elements.
A headphone system comprising: a first housing; a second housing; a flexible coated wire coupled to the first housing and the second housing; a first loudspeaker attached to the first housing for transmitting an audio signal; a second loudspeaker attached to the second housing for transmitting the audio signal; and a magnet embedded within the flexible coated wire for magnetic coupling with a sensor positioned within the first housing to control an operation of playback of the audio signal based on a distance of the magnet in relation to the first housing. a first housing; a second housing; a flexible coated wire coupled to the first housing and the second housing; a first loudspeaker attached to the first housing for transmitting an audio signal; a second loudspeaker attached to the second housing for transmitting the audio signal; and a magnet embedded within the flexible coated wire for magnetic coupling with a sensor positioned within the first housing to control an operation of playback of the audio signal based on a distance of the magnet in relation to the first housing.
A method implemented in a radio node for configuring measurement gaps and sounding reference signal, SRS, switching, comprising: obtaining a first configuration for transmitting at least one first radio signal subject to SRS switching, wherein the first configuration comprises SRS transmission configuration related to the SRS switching among carriers and/or antennas and the first radio signal is an SRS signal; obtaining a second configuration indicating a measurement gap for receiving at least one second radio signal; and adapting the first configuration for transmitting the at least one first radio signal subject to SRS switching while applying the second configuration, characterised in that the adapted first configuration changes a periodicity for switching between carriers to avoid or reduce an overlap with the measurement gap of the second configuration. obtaining a first configuration for transmitting at least one first radio signal subject to SRS switching, wherein the first configuration comprises SRS transmission configuration related to the SRS switching among carriers and/or antennas and the first radio signal is an SRS signal; obtaining a second configuration indicating a measurement gap for receiving at least one second radio signal; and adapting the first configuration for transmitting the at least one first radio signal subject to SRS switching while applying the second configuration, characterised in that the adapted first configuration changes a periodicity for switching between carriers to avoid or reduce an overlap with the measurement gap of the second configuration.
A video encoding method comprising computer executable steps executed by a processor of a video encoder to implement: retrieving at least some pixels, according to a prediction direction of intra prediction on a target block to be predicted, from a first memory area ( refV) in which an array of vertical boundary pixels is stored, wherein the vertical boundary pixels are located directly left of the target block; adding the retrieved pixels to an array of horizontal boundary pixels located directly above the target block, wherein the retrieved pixels are added directly to the left end of the array of horizontal boundary pixels to form a consecutive sequence of the horizontal boundary pixels; storing the added pixels in a second memory area ( refH) in which the array of horizontal boundary pixels is stored, to extend the array stored in the second memory area ( refH) thereof; and performing the intra prediction of the target block using only the horizontal boundary pixels including the added pixels, of the extended array stored in the second memory area ( refH) as reference pixels. retrieving at least some pixels, according to a prediction direction of intra prediction on a target block to be predicted, from a first memory area ( refV) in which an array of vertical boundary pixels is stored, wherein the vertical boundary pixels are located directly left of the target block; adding the retrieved pixels to an array of horizontal boundary pixels located directly above the target block, wherein the retrieved pixels are added directly to the left end of the array of horizontal boundary pixels to form a consecutive sequence of the horizontal boundary pixels; storing the added pixels in a second memory area ( refH) in which the array of horizontal boundary pixels is stored, to extend the array stored in the second memory area ( refH) thereof; and performing the intra prediction of the target block using only the horizontal boundary pixels including the added pixels, of the extended array stored in the second memory area ( refH) as reference pixels.
A method of manufacturing a container having a container body (12, 30) and a living hinge (16,50) characterised by comprising: injection molding the container body (12,30) from a first material comprising a plastic material containing an oxygen absorbing additive or a desiccant and a living hinge (16,50) integral with the container body (12,30) comprising a plastic material free from an oxygen absorbing additive or desiccant. injection molding the container body (12,30) from a first material comprising a plastic material containing an oxygen absorbing additive or a desiccant and a living hinge (16,50) integral with the container body (12,30) comprising a plastic material free from an oxygen absorbing additive or desiccant.
A machine rotor for generating electricity comprising: an exciter rotor having a plurality of coils, and being associated with a shaft to be driven by a source of rotation; a rectifier for rectifying generated AC voltage into DC voltage for passing downstream to a main rotor winding; and a snubber circuit positioned intermediate to the said rectifier and said main rotor winding, said snubber circuit including both a resistor and a capacitor, characterised in that a resistance for said resistor is selected utilizing the following relationship: R = L C, wherein L is said total inductance of the main rotor winding and one phase of the exciter rotor, and C is the capacitance of said capacitor. an exciter rotor having a plurality of coils, and being associated with a shaft to be driven by a source of rotation; a rectifier for rectifying generated AC voltage into DC voltage for passing downstream to a main rotor winding; and a snubber circuit positioned intermediate to the said rectifier and said main rotor winding, said snubber circuit including both a resistor and a capacitor, characterised in that a resistance for said resistor is selected utilizing the following relationship: R = L C, wherein L is said total inductance of the main rotor winding and one phase of the exciter rotor, and C is the capacitance of said capacitor.