mhurhangee/patent-ind-claim-en huggingface dataset:
A nucleoside derivative or a salt thereof, represented by the following chemical formula : where in the chemical formula , Su is a sugar skeleton of a nucleoside residue or a sugar phosphate skeleton of a nucleotide residue, and may or may not have a protecting group, L 1 and L 2 are each independently a straight-chain or branched, saturated or unsaturated hydrocarbon group having 2 to 10 carbon atoms, X 1 and X 2 are each independently an imino group (-NR 1 -), an ether group (-O-), or a thioether group (-S-), and the R 1 is a hydrogen atom or a straight-chain or branched, saturated or unsaturated hydrocarbon group having 2 to 10 carbon atoms. Su is a sugar skeleton of a nucleoside residue or a sugar phosphate skeleton of a nucleotide residue, and may or may not have a protecting group, L 1 and L 2 are each independently a straight-chain or branched, saturated or unsaturated hydrocarbon group having 2 to 10 carbon atoms, X 1 and X 2 are each independently an imino group (-NR 1 -), an ether group (-O-), or a thioether group (-S-), and the R 1 is a hydrogen atom or a straight-chain or branched, saturated or unsaturated hydrocarbon group having 2 to 10 carbon atoms.
A gas turbine engine comprising: a first shaft including a first turbine rotor , a second shaft including a second turbine rotor disposed downstream of said first turbine rotor ; and a third shaft including a propulsor turbine , positioned downstream of said second turbine rotor , for driving a propeller ; wherein a turbine case is positioned intermediate said second turbine rotor and said propeller ; characterised in that : said gas turbine engine further comprises a mount ring secured between said second turbine rotor and said propeller and said mount ring is secured to an outer surface of said turbine case . a first shaft including a first turbine rotor , a second shaft including a second turbine rotor disposed downstream of said first turbine rotor ; and a third shaft including a propulsor turbine , positioned downstream of said second turbine rotor , for driving a propeller ; wherein a turbine case is positioned intermediate said second turbine rotor and said propeller ; characterised in that : said gas turbine engine further comprises a mount ring secured between said second turbine rotor and said propeller and said mount ring is secured to an outer surface of said turbine case .
A method for implementing a flexible Hybrid Automatic Repeat Request, HARQ, timing between a base station and a terminal, performed by the base station, the method comprising: acquiring , from the terminal, a first reception processing delay parameter and a first transmission processing delay parameter of the terminal; and indicating an uplink/downlink HARQ timing between the base station and the terminal, based on the first reception processing delay parameter, the first transmission processing delay parameter and a processing delay parameter of the base station, to the terminal; configuring a second reception processing delay parameter and a second transmission processing delay parameter for the terminal, based on the first reception processing delay parameter and the first transmission processing delay parameter, wherein the second reception processing delay parameter is greater than or equal to the first reception processing delay parameter, and the second transmission processing delay parameter is greater than or equal to the first transmission processing delay parameter; summing the second reception processing delay parameter, the processing delay parameter of the base station, a previous statistical uplink/downlink propagation delay parameter and the second transmission processing delay parameter; and obtaining the uplink/downlink HARQ timing between the base station and the terminal based on the sum, wherein the uplink/downlink HARQ timing between the base station and the terminal is greater than or equal to the sum. acquiring , from the terminal, a first reception processing delay parameter and a first transmission processing delay parameter of the terminal; and indicating an uplink/downlink HARQ timing between the base station and the terminal, based on the first reception processing delay parameter, the first transmission processing delay parameter and a processing delay parameter of the base station, to the terminal; configuring a second reception processing delay parameter and a second transmission processing delay parameter for the terminal, based on the first reception processing delay parameter and the first transmission processing delay parameter, wherein the second reception processing delay parameter is greater than or equal to the first reception processing delay parameter, and the second transmission processing delay parameter is greater than or equal to the first transmission processing delay parameter; summing the second reception processing delay parameter, the processing delay parameter of the base station, a previous statistical uplink/downlink propagation delay parameter and the second transmission processing delay parameter; and obtaining the uplink/downlink HARQ timing between the base station and the terminal based on the sum, wherein the uplink/downlink HARQ timing between the base station and the terminal is greater than or equal to the sum.
A foam generating device, comprising a plenum configured to be suspended from an aerial lift for use in aerial foam delivery, the plenum comprising: i. a first air inlet zone open to atmosphere and configured to generate an air flow at a first designated volume flow rate, the first air inlet zone including an active pressurizing portion operatively associated therewith for pressuring the air flow through the plenum; ii. a second supply fluid distribution zone downstream of the first air inlet zone , the second supply fluid distribution zone including a reservoir configured to be in operative fluid communication with a supply fluid source for receiving the supply fluid therefrom by gravity and to deliver the supply fluid to the plenum by gravity, the second supply fluid distribution zone being configured to provide a plurality of distributed streams of supply fluid laterally across the plenum collectively at a second designated flow rate; and iii. a third foam-forming zone downstream of the second supply fluid distribution zone , the third foam-forming zone configured to receive the air flow at the first designated volume flow rate and the distributed streams of fluid at the second designated volume flow rate to generate foam at an expansion rate according to the first and second volume flow rates. i. a first air inlet zone open to atmosphere and configured to generate an air flow at a first designated volume flow rate, the first air inlet zone including an active pressurizing portion operatively associated therewith for pressuring the air flow through the plenum; ii. a second supply fluid distribution zone downstream of the first air inlet zone , the second supply fluid distribution zone including a reservoir configured to be in operative fluid communication with a supply fluid source for receiving the supply fluid therefrom by gravity and to deliver the supply fluid to the plenum by gravity, the second supply fluid distribution zone being configured to provide a plurality of distributed streams of supply fluid laterally across the plenum collectively at a second designated flow rate; and iii. a third foam-forming zone downstream of the second supply fluid distribution zone , the third foam-forming zone configured to receive the air flow at the first designated volume flow rate and the distributed streams of fluid at the second designated volume flow rate to generate foam at an expansion rate according to the first and second volume flow rates.
Pharmaceutical combination comprising: - a conjugate of an effector molecule and a ligand for asialoglycoprotein receptor (ASGPR), wherein the ligand for ASGPR comprises at least one N-acetylgalactosamine (GalNAc) moiety, preferably three or four GalNAc moieties, more preferably the ligand for ASGPR comprises or consists of (GalNAc)sTris and wherein the effector molecule comprises or consists of an oligonucleotide; and - a saponin, wherein the saponin is a monodesmosidic triterpene glycoside or a bidesmosidic triterpene glycoside comprising an aglycone core structure selected from quillaic acid and gypsogenin, wherein, optionally, the aldehyde group at position C23 of the quillaic acid or gypsogenin has been derivatised, and optionally comprising a pharmaceutically acceptable excipient and/or pharmaceutically acceptable diluent. - a conjugate of an effector molecule and a ligand for asialoglycoprotein receptor (ASGPR), wherein the ligand for ASGPR comprises at least one N-acetylgalactosamine (GalNAc) moiety, preferably three or four GalNAc moieties, more preferably the ligand for ASGPR comprises or consists of (GalNAc)sTris and wherein the effector molecule comprises or consists of an oligonucleotide; and - a saponin, wherein the saponin is a monodesmosidic triterpene glycoside or a bidesmosidic triterpene glycoside comprising an aglycone core structure selected from quillaic acid and gypsogenin, wherein, optionally, the aldehyde group at position C23 of the quillaic acid or gypsogenin has been derivatised, and optionally comprising a pharmaceutically acceptable excipient and/or pharmaceutically acceptable diluent.
A container for holding a carbonated beverage product, the container comprising: a drawn and ironed can body including a base , a sidewall , and a neck ; a can end including: a chuck wall extending radially inwardly from a curl structure, the chuck wall is adapted for contact with a chuck during the seaming process; and a panel radially inwardly from the chuck wall; and a terminal portion of the can body and a terminal portion of the can end being joined together by a double seam having a seam height that is less than 2.2 mm; characterized in that the panel of the can end is inwardly domed and in that a thickness of a terminal portion of the can end is no more than a thickness of the terminal portion of the can body. a drawn and ironed can body including a base , a sidewall , and a neck ; a can end including: a chuck wall extending radially inwardly from a curl structure, the chuck wall is adapted for contact with a chuck during the seaming process; and a panel radially inwardly from the chuck wall; and a chuck wall extending radially inwardly from a curl structure, the chuck wall is adapted for contact with a chuck during the seaming process; and a panel radially inwardly from the chuck wall; and a terminal portion of the can body and a terminal portion of the can end being joined together by a double seam having a seam height that is less than 2.2 mm; characterized in that the panel of the can end is inwardly domed and in that a thickness of a terminal portion of the can end is no more than a thickness of the terminal portion of the can body.
Apparatus for roasting coffee beans comprising : - a roasting chamber presenting a bottom opening , - an air driver configured to drive a flow of air inside the roasting chamber through the bottom opening of said chamber, - an electrical heater positioned below the bottom opening of the chamber configured to heat said flow of air driven to the bottom opening of the roasting chamber, - at least one temperature probe , wherein the apparatus comprises a conduit to drive the flow of hot air from the heater to the bottom opening of the roasting chamber, and wherein said conduit comprises a local transversal constriction reducing the section of the conduit to a minimum transversal section, and characterised in that the at least one temperature probe is positioned at said minimum transversal section of the conduit. - a roasting chamber presenting a bottom opening , - an air driver configured to drive a flow of air inside the roasting chamber through the bottom opening of said chamber, - an electrical heater positioned below the bottom opening of the chamber configured to heat said flow of air driven to the bottom opening of the roasting chamber, - at least one temperature probe , wherein the apparatus comprises a conduit to drive the flow of hot air from the heater to the bottom opening of the roasting chamber, and wherein said conduit comprises a local transversal constriction reducing the section of the conduit to a minimum transversal section, and characterised in that the at least one temperature probe is positioned at said minimum transversal section of the conduit.
A non-transitory, computer-readable storage medium storing a set of instructions capable of being executed by a processor of a mobile telecommunications device having a camera and a screen , that, when executed by the processor, causes the processor to: guide a user to take a series of images of the patient's teeth with the camera in a plurality of predetermined views, by sequentially, for each predetermined view: displaying, on the screen , an overlay comprising an outline of teeth in one of the predetermined views from the plurality of predetermined views, wherein the overlay is displayed atop an image of the patient's teeth; transmit the series of images from the mobile telecommunications device to a remote location to determine if the patient is, or is not, a candidate for the orthodontic treatment based on the series of images; and display, on the screen of the mobile telecommunications device, an indicator that the patient is, or is not, a candidate for the orthodontic treatment. guide a user to take a series of images of the patient's teeth with the camera in a plurality of predetermined views, by sequentially, for each predetermined view: displaying, on the screen , an overlay comprising an outline of teeth in one of the predetermined views from the plurality of predetermined views, wherein the overlay is displayed atop an image of the patient's teeth; transmit the series of images from the mobile telecommunications device to a remote location to determine if the patient is, or is not, a candidate for the orthodontic treatment based on the series of images; and display, on the screen of the mobile telecommunications device, an indicator that the patient is, or is not, a candidate for the orthodontic treatment.
A method of controlling a moving component approaching a buffer in a hoistway of an elevator system , the method comprising: a) calculating, based on a current velocity of the moving component , a required braking distance to decelerate the moving component to a maximum buffer impact velocity; b) comparing the required braking distance to a current buffer distance between the moving component and the buffer to give a comparison result; c) repeating steps a) and b) one or more times; and d) triggering an emergency stop of the moving component based on the comparison result. a) calculating, based on a current velocity of the moving component , a required braking distance to decelerate the moving component to a maximum buffer impact velocity; b) comparing the required braking distance to a current buffer distance between the moving component and the buffer to give a comparison result; c) repeating steps a) and b) one or more times; and d) triggering an emergency stop of the moving component based on the comparison result.
A processor-implemented method, comprising: determining first backbone feature data corresponding to two or more input images (x 1 , x 2 ) by applying, to a first neural network model , said two or more input images of a same scene, respectively; determining second backbone feature data corresponding to said two or more input images by applying, to a second neural network model , said two or more input images; determining first projection-based embedded data and first dropout-based view data from the first backbone feature data; determining second projection-based embedded data and second dropout-based view data from the second backbone feature data; determining a first partial loss based on the first projection-based embedded data and code values indicating one or more clusters to which the first projection-based embedded data belongs; determining a second partial loss based on the second projection-based embedded data and the code values; training the first neural network model and the second neural network model based on the first partial loss and the second partial loss; and generating an inference result for a target task on image data using embedded data extracted from the image data based on the trained second neural network model , the inference result including any one or any combination of an object recognition, an object classification, an identity verification, and an object detection. determining first backbone feature data corresponding to two or more input images (x 1 , x 2 ) by applying, to a first neural network model , said two or more input images of a same scene, respectively; determining second backbone feature data corresponding to said two or more input images by applying, to a second neural network model , said two or more input images; determining first projection-based embedded data and first dropout-based view data from the first backbone feature data; determining second projection-based embedded data and second dropout-based view data from the second backbone feature data; determining a first partial loss based on the first projection-based embedded data and code values indicating one or more clusters to which the first projection-based embedded data belongs; determining a second partial loss based on the second projection-based embedded data and the code values; training the first neural network model and the second neural network model based on the first partial loss and the second partial loss; and generating an inference result for a target task on image data using embedded data extracted from the image data based on the trained second neural network model , the inference result including any one or any combination of an object recognition, an object classification, an identity verification, and an object detection.
Hose arrangement for supplying compressed gas to a spray device, comprising a compressed gas line extending from a connection-side end to a free end , a fluid line being provided for controlling the temperature of the compressed gas line , characterized in that the fluid line is arranged in the compressed gas line and extends along the compressed gas line , the fluid line having a supply portion extending from the connection-side end to the free end , which portion merges at the free end into a return portion , the return portion extending from the free end to the connection-side end .
Vacuum cleaner , comprising: a connecting cable having an at least two-pole mains plug for connecting the electrical domestic appliance to a domestic socket ; a cable receptacle which is designed for pulling out and retracting the connecting cable ; characterised in that the vacuum cleaner comprises: a sensor which is designed to detect a user touching at least one pole of the power plug ; and a triggering device which is designed to trigger the retraction of the pulled-out connection cable in response to the touch. a connecting cable having an at least two-pole mains plug for connecting the electrical domestic appliance to a domestic socket ; a cable receptacle which is designed for pulling out and retracting the connecting cable ; characterised in that the vacuum cleaner comprises: a sensor which is designed to detect a user touching at least one pole of the power plug ; and a triggering device which is designed to trigger the retraction of the pulled-out connection cable in response to the touch. a sensor which is designed to detect a user touching at least one pole of the power plug ; and a triggering device which is designed to trigger the retraction of the pulled-out connection cable in response to the touch.
A wheel hub unit comprising at least one planetary gear set , comprising a sun gear , one set of planet gears , a carrier , and a ring gear , wherein each of the planet gears of the set of planet gears is provided with engagement means adapted for engagement with corresponding engagement means of the ring gear , wherein said engagement is provided at an engagement area in which said engagement means of the planet gears overlap said engagement means of the ring gear , a bearing , comprising an inner bearing ring , an outer bearing ring and a single row of rolling elements , wherein the inner bearing ring constitutes the ring gear of the planetary gear set , characterized in that a center of each of the respective rolling elements is axially displaced in relation to said engagement area , wherein the inner ring of the bearing is a split inner ring comprising two parts , wherein both parts of the split inner bearing ring are in contact with the rolling elements of the bearing.
A fluid-filled chamber for an article of footwear , the fluid-filled chamber comprising: an outer barrier defining an interior void; a tensile structure located within the interior void and bonded to the outer barrier; a peripheral edge that extends around a periphery of the fluid-filled chamber; and a window portion disposed around at least part of a periphery of the tensile structure, spaced apart from the tensile structure, and including a first window area having a first perimeter and a second window area having a second perimeter different than the first perimeter, the first window portion and the second window portion being located substantially opposite each other across the fluid-filled chamber, the fluid-filled chamber being characterised in that the first window area is spaced apart from the tensile structure by a first distance and the second window area is spaced apart from the tensile structure by a second distance, the first distance being greater than the second distance. an outer barrier defining an interior void; a tensile structure located within the interior void and bonded to the outer barrier; a peripheral edge that extends around a periphery of the fluid-filled chamber; and a window portion disposed around at least part of a periphery of the tensile structure, spaced apart from the tensile structure, and including a first window area having a first perimeter and a second window area having a second perimeter different than the first perimeter, the first window portion and the second window portion being located substantially opposite each other across the fluid-filled chamber, the fluid-filled chamber being characterised in that the first window area is spaced apart from the tensile structure by a first distance and the second window area is spaced apart from the tensile structure by a second distance, the first distance being greater than the second distance.