mhurhangee/patent-ind-claim-en huggingface dataset:
An aircraft installation for supplying pressurized air to an air consumer equipment of the aircraft, the aircraft installation comprising: - a gas turbine engine having a single port (2.1) located at a low-intermediate compressor stage of such gas turbine engine; - a bleed duct , o at one end in fluid communication with the single port (2.1) of the gas turbine engine, and ∘ at opposite end (2.2) configured to be in fluid communication with the air consumer equipment; - a cooling duct comprising an inlet (3.1) by which cooling air enters into the cooling duct, and an outlet (3.2); characterized in that the aircraft installation further comprises: - a branch duct in fluid communication with the bleed duct and configured to divert a portion of the bleed air from the bleed duct into the outlet (3.2) of the cooling duct; and - an electrical compressor with an intake (5.1) and an outlet (5.2), so that ∘ the intake (5.1) is in fluid communication with the outlet (3.2) of the cooling duct after the joining with the branch duct , and ∘ the outlet (5.2) is in fluid communication with the opposite end of the bleed duct which is communicated with the air consumer equipment. - a gas turbine engine having a single port (2.1) located at a low-intermediate compressor stage of such gas turbine engine; - a bleed duct , o at one end in fluid communication with the single port (2.1) of the gas turbine engine, and ∘ at opposite end (2.2) configured to be in fluid communication with the air consumer equipment; o at one end in fluid communication with the single port (2.1) of the gas turbine engine, and ∘ at opposite end (2.2) configured to be in fluid communication with the air consumer equipment; - a cooling duct comprising an inlet (3.1) by which cooling air enters into the cooling duct, and an outlet (3.2); - a branch duct in fluid communication with the bleed duct and configured to divert a portion of the bleed air from the bleed duct into the outlet (3.2) of the cooling duct; and - an electrical compressor with an intake (5.1) and an outlet (5.2), so that ∘ the intake (5.1) is in fluid communication with the outlet (3.2) of the cooling duct after the joining with the branch duct , and ∘ the outlet (5.2) is in fluid communication with the opposite end of the bleed duct which is communicated with the air consumer equipment. ∘ the intake (5.1) is in fluid communication with the outlet (3.2) of the cooling duct after the joining with the branch duct , and ∘ the outlet (5.2) is in fluid communication with the opposite end of the bleed duct which is communicated with the air consumer equipment.
Optical cable , having a cable core comprising at least one tube loosely accommodating optical fibers , the at least one tube being accommodated within a jacket embedding at least two strength members , the cable core and the jacket comprising combustible material, wherein: - a ratio core combustible material/jacket combustible material is lower than 60 vol%, the jacket is made of a low smoke zero halogen material composition being charged with one or more flame retardant inorganic filler and having hardness of at least 60 Shore D and a LOI (Limiting Oxygen Index) higher than 35% and of 55% at most. - a ratio core combustible material/jacket combustible material is lower than 60 vol%, the jacket is made of a low smoke zero halogen material composition being charged with one or more flame retardant inorganic filler and having hardness of at least 60 Shore D and a LOI (Limiting Oxygen Index) higher than 35% and of 55% at most.
A method for speech recognition, characterized by comprising: acquiring candidate recognition results with first N recognition scores outputted by a speech recognition model for to-be-recognized speech, N being a positive integer greater than 1; scoring the N candidate recognition results based on pronunciation similarities between candidate recognition results and pre-collected popular entities, to obtain similarity scores of the candidate recognition results; and integrating the recognition scores and the similarity scores of the candidate recognition results to determine a recognition result corresponding to the to-be-recognized speech from the N candidate recognition results. acquiring candidate recognition results with first N recognition scores outputted by a speech recognition model for to-be-recognized speech, N being a positive integer greater than 1; scoring the N candidate recognition results based on pronunciation similarities between candidate recognition results and pre-collected popular entities, to obtain similarity scores of the candidate recognition results; and integrating the recognition scores and the similarity scores of the candidate recognition results to determine a recognition result corresponding to the to-be-recognized speech from the N candidate recognition results.
A coordinator electronic device comprising: - a memory circuitry ; - an interface circuitry ; and - a processor circuitry ; - the processor circuitry being configured to: - receive a first request from a first sensor device ; - obtain sensor data from the first sensor device; and - provide to the first sensor device , based on the sensor data obtained, a first configuration parameter indicative of scheduling of reporting from the first sensor device ; - wherein the coordinator electronic device is configured to enter a power saving mode after providing the first configuration parameter, and wherein the coordinator electronic device is configured to schedule when to exit the power saving mode based on the first configuration parameter. - a memory circuitry ; - an interface circuitry ; and - a processor circuitry ; - the processor circuitry being configured to: - receive a first request from a first sensor device ; - obtain sensor data from the first sensor device; and - provide to the first sensor device , based on the sensor data obtained, a first configuration parameter indicative of scheduling of reporting from the first sensor device ; - receive a first request from a first sensor device ; - obtain sensor data from the first sensor device; and - provide to the first sensor device , based on the sensor data obtained, a first configuration parameter indicative of scheduling of reporting from the first sensor device ; - wherein the coordinator electronic device is configured to enter a power saving mode after providing the first configuration parameter, and wherein the coordinator electronic device is configured to schedule when to exit the power saving mode based on the first configuration parameter.
A system for installation in a vehicle and for controlling a remote device (42 or 56), comprising: a user interface element (22, 128, or 172) for activating the remote device (42 or 56); a camera (18 or 19); a trainable transceiver ; and a control circuit coupled to the camera (18 or 19) and the trainable transceiver , the control circuit configured to use information received at the camera (18 or 19) to determine which of a plurality of command signals to transmit from the trainable transceiver , wherein upon receipt of an input at the user interface element (22, 128, or 172), the control circuit is configured to cause the trainable transceiver to transmit a command signal of the plurality of command signals based on the determination; wherein at least two different garage doors are trained to the trainable transceiver ; and wherein the system is configured to use the received information to determine which garage door the vehicle is approaching and which of the plurality of possible command signals to transmit from the trainable transceiver . a user interface element (22, 128, or 172) for activating the remote device (42 or 56); a camera (18 or 19); a trainable transceiver ; and a control circuit coupled to the camera (18 or 19) and the trainable transceiver , the control circuit configured to use information received at the camera (18 or 19) to determine which of a plurality of command signals to transmit from the trainable transceiver , wherein upon receipt of an input at the user interface element (22, 128, or 172), the control circuit is configured to cause the trainable transceiver to transmit a command signal of the plurality of command signals based on the determination; wherein at least two different garage doors are trained to the trainable transceiver ; and wherein the system is configured to use the received information to determine which garage door the vehicle is approaching and which of the plurality of possible command signals to transmit from the trainable transceiver .
A process for producing a herbal composition comprising the steps of; a) providing a herb or herbs with a moisture content of at least 50% by weight; b) placing the herb or herbs under a vacuum of less than 350 Pascal thereby to reduce the moisture of the herb by at least 50%; and c) drying the herb or herbs to a moisture content of less than 5% byweight, wherein the herb is selected from hibiscus, rosehip, mint, lemon verbena, chicory and orange. a) providing a herb or herbs with a moisture content of at least 50% by weight; b) placing the herb or herbs under a vacuum of less than 350 Pascal thereby to reduce the moisture of the herb by at least 50%; and c) drying the herb or herbs to a moisture content of less than 5% byweight, wherein the herb is selected from hibiscus, rosehip, mint, lemon verbena, chicory and orange.
A method for recognizing a given input of a person with a sensor , wherein the given input is recognized by the sensor through at least one of the gestures of the person assigned to the given input, wherein an algorithm is executed with the sensor by which gestures are detected and differentiated from one another, wherein originally a first gesture is applied for detecting the given input, which is detected by the sensor , wherein first only the first gesture for recognizing the given input is set to active, characterized in that a proper functioning of the sensor for detecting the first gesture is verified, wherein in the case that the proper functioning for recognizing the first gesture is not given, alternatively a second gesture is selected, which is or will be assigned to the given input, wherein for recognizing the given input through the sensor , automatic switching from the first to the second gesture occurs, wherein the first gesture is set to inactive and the second gesture is set to active, wherein in the algorithm that is stored in the sensor and is running during operation of the sensor , the first gesture is replaced by the second gesture, wherein it is taken into account that the proper functioning of the sensor depends on environmental influences acting on the sensor , wherein it is determined based on a currently prevailing environmental influence that is acting on the sensor whether the proper functioning of the sensor for detecting the first gesture is given, or not, wherein an additional environmental sensor is used for recognizing the environmental influences.
Chassis for a piece of seating furniture, comprising a seat-surface frame , a legrest chassis which is pivotably arranged on the seat-surface frame, and a retractable and extendable legrest extension , wherein the legrest extension is arranged on the legrest chassis , wherein the legrest chassis can be pivoted from a folded-out position into a folded-in position, wherein the legrest extension is connected to the legrest chassis via a first strut and a second strut , wherein the first strut has a first guide element , and wherein the second strut has a second slot and a second guide element , wherein the first guide element is arranged in a displaceable manner in the second slot , characterised in that the first strut has a first slot and in that the second guide element is arranged in a displaceable manner in the first slot .
An acoustic transducer assembly comprising: a carrier configured to be disposed in an earth formation, the carrier having a carrier axis; a measurement tool attached to the carrier; an array of individual transducer elements disposed in the measurement tool and forming at least a semicircular shape, the array configured to emit acoustic signals in a radial direction relative to the carrier axis; a circuit coupled to the array and configured to actuate a subset of the transducer elements and emit an acoustic beam therefrom, the circuit configured to actuate the subset as a phased array to electronically rotate the acoustic beam about the carrier axis; and a focusing element coupled to the array and configured to focus and maintain the acoustic beam at a selected axial level such that the acoustic beam may be electronically steered to maintain the beam at the selected axial level relative to the measurement tool, characterized in that the focusing element is a cylindrical pressure compensated, oil-coupled, quarter-wave lens for elevation focusing, and wherein the oil coupling comprises a uniform, thin oil coupling/compensating layer. a carrier configured to be disposed in an earth formation, the carrier having a carrier axis; a measurement tool attached to the carrier; an array of individual transducer elements disposed in the measurement tool and forming at least a semicircular shape, the array configured to emit acoustic signals in a radial direction relative to the carrier axis; a circuit coupled to the array and configured to actuate a subset of the transducer elements and emit an acoustic beam therefrom, the circuit configured to actuate the subset as a phased array to electronically rotate the acoustic beam about the carrier axis; and a focusing element coupled to the array and configured to focus and maintain the acoustic beam at a selected axial level such that the acoustic beam may be electronically steered to maintain the beam at the selected axial level relative to the measurement tool, characterized in that the focusing element is a cylindrical pressure compensated, oil-coupled, quarter-wave lens for elevation focusing, and wherein the oil coupling comprises a uniform, thin oil coupling/compensating layer.
An assembly of a pellet press and a pellet breaking device mounted on the pellet press , said pellet press being equipped with a cylindrical outer wall that is provided with a series of radial through holes for radially and outwardly pressing the pellets from within the press towards and away from an outer circumferential contour of the pellet press , wherein said breaking device comprises a plate encircling the pellet press at a predefined distance from the outer circumferential contour of the pellet press , and that said plate is equipped with a series of slits providing to the pellets a release-way away from the pellet press , wherein said slits span at least a part of the outer circumferential contour of the pellet press along an area that is provided with said through holes , wherein the slits are provided in two series (7', 7") with mirror image orientations that are pointing towards each other, characterized in that the slits that are pointing towards each other in different orientations enclose an angle between the slits in a range between 60 and 80°.
An electromagnetic wave absorber, comprising: a first layer being a dielectric layer or a magnetic layer; and a conductive layer provided on at least one surface of the first layer, characterized in that the conductive layer has a sheet resistance of 100 Ω/□ or less after the electromagnetic wave absorber is exposed to an environment having a temperature of 85°C and a relative humidity of 85% for 1000 hours, the electromagnetic wave absorber has a flexural rigidity of 5000 MPa·mm 4 or less, and an amount of reflection and absorption of a 76-GHz millimeter wave measured according to Japanese Industrial Standards (JIS) R 1679 after an exposure to an environment having a temperature of 85°C and a relative humidity of 85% for 1000 hours is 15 dB or more. a first layer being a dielectric layer or a magnetic layer; and a conductive layer provided on at least one surface of the first layer, characterized in that the conductive layer has a sheet resistance of 100 Ω/□ or less after the electromagnetic wave absorber is exposed to an environment having a temperature of 85°C and a relative humidity of 85% for 1000 hours, the electromagnetic wave absorber has a flexural rigidity of 5000 MPa·mm 4 or less, and an amount of reflection and absorption of a 76-GHz millimeter wave measured according to Japanese Industrial Standards (JIS) R 1679 after an exposure to an environment having a temperature of 85°C and a relative humidity of 85% for 1000 hours is 15 dB or more.
Double drum conveyor machine comprising a driven main shaft , at least one loose drum mounted rotatably on the main shaft having a brake and a clutch for detachable connection of the loose drum and main shaft , characterized in that the loose drum with two roller bearings is mounted rotatably on the main shaft and between the two roller bearings of the loose drum at least one replacement roller bearing is held detachably surrounding the main shaft .
An extension cable for a safety socket, comprising a plug , a cable , as well as at least one first socket , which is connected to the cable and which is part of a socket strip , wherein the plug comprises a housing and is connected to the first socket by means of the cable guided into the housing, wherein a further socket is arranged in the housing of the plug , and wherein the further socket is arranged on a side located opposite the plug , so that the further socket is formed as connector socket and makes it possible that equipment can further be plugged in at the site of a wall socket, into which the extension cable is inserted, characterized in that the socket strip comprises a power switch , by means of which equipment plugged into the socket strip can be disconnected from the power supply, and that the further socket is surrounded in the housing of the plug with a plug-in protection , which blocks the plug-in of a housing with larger dimensions than a plug, and wherein the connector socket comprises a housing , which consists of a lower housing part and an upper housing part , and wherein a thermal fuse is integrated in the housing of the connector socket . and that the further socket is surrounded in the housing of the plug with a plug-in protection , which blocks the plug-in of a housing with larger dimensions than a plug, and wherein the connector socket comprises a housing , which consists of a lower housing part and an upper housing part , and wherein a thermal fuse is integrated in the housing of the connector socket .
A method of isolating tenants using containers to service requests in a multi-tenant environment, the method comprising: receiving a first request for a first service provided by a first tenant; selecting an empty container in the multi-tenant environment; loading from a data store a first configuration that implements the first service into the container; servicing the first request from the container; receiving a second request for a second service provided by a second tenant; saving back to the data store runtime state information of the first service; flushing the first configuration from the container; loading from the data store a second configuration that implements the second service into the container; and servicing the second request from the container. receiving a first request for a first service provided by a first tenant; selecting an empty container in the multi-tenant environment; loading from a data store a first configuration that implements the first service into the container; servicing the first request from the container; receiving a second request for a second service provided by a second tenant; saving back to the data store runtime state information of the first service; flushing the first configuration from the container; loading from the data store a second configuration that implements the second service into the container; and servicing the second request from the container.
A liquid ejecting device comprising: an ejecting unit configured to eject a liquid to a medium; a liquid receiving section including a liquid receiving groove opposed to the ejecting unit; and a roll body wound with a cover member having flexibility, wherein the cover member: is configured to be displaced, by being pulled out from the roll body, to a closed position to close an opening of the liquid receiving groove, and is configured to be displaced, by being wound around the roll body, to an open position to open the opening of the liquid receiving groove. an ejecting unit configured to eject a liquid to a medium; a liquid receiving section including a liquid receiving groove opposed to the ejecting unit; and a roll body wound with a cover member having flexibility, wherein the cover member: is configured to be displaced, by being pulled out from the roll body, to a closed position to close an opening of the liquid receiving groove, and is configured to be displaced, by being wound around the roll body, to an open position to open the opening of the liquid receiving groove.
A method for encoding quantized transform domain coefficient data in an encoder having a processor , the method comprising: determining , with the processor , an x-coordinate and a y-coordinate for a last-significant-coefficient position within a block of the quantized transform domain coefficient data; entropy encoding , with the processor , the x-coordinate and the y-coordinate by determining a context for encoding of one of the coordinates based upon the value of the other of the coordinates, wherein entropy encoding includes binarizing the x-coordinate and the y-coordinate and entropy encoding each bin of the binarized x-coordinate and each bin of the binarized y-coordinate, and wherein binarizing comprises converting each coordinate to a fixed-length binary code. determining , with the processor , an x-coordinate and a y-coordinate for a last-significant-coefficient position within a block of the quantized transform domain coefficient data; entropy encoding , with the processor , the x-coordinate and the y-coordinate by determining a context for encoding of one of the coordinates based upon the value of the other of the coordinates, wherein entropy encoding includes binarizing the x-coordinate and the y-coordinate and entropy encoding each bin of the binarized x-coordinate and each bin of the binarized y-coordinate, and wherein binarizing comprises converting each coordinate to a fixed-length binary code.
A wheel bearing unit for a motor vehicle, comprising a wheel hub , wherein the wheel hub is connected to a wheel flange , wherein a multi-row roller bearing having an outer ring and an inner ring is arranged on the wheel hub , wherein the inner ring comprises two bearing inner rings , wherein an axially outer bearing inner ring is formed in one piece on the wheel hub and wherein an axially inner bearing inner ring is a separate component, which is mounted on the wheel hub and is axially pretensioned by a collar of the wheel hub , which collar acts on an end surface of the inner bearing inner ring , wherein at least partially a surface coating for improving corrosion protection is formed on the wheel bearing unit , wherein the surface coating is formed as a zinc flake coating, wherein a coating medium used to form the surface coating comprises predominantly zinc powder, aluminium powder and titanium tetrabutanolate and other constituents and is cured at a curing temperature of at least 15°C and at most 80°C.