mhurhangee/ep-ind-claims huggingface dataset:
A centrifugal compressor with variable diffusion, comprising: a centrifugal compressor impeller; a gas or oil actuator disposed downstream from the centrifugal compressor impeller and comprising a piston and a head integrally coupled to the piston; a diffuser frame in which the centrifugal compressor impeller is rotatably disposable, the diffuser frame defining: a first channel through which compressed fluids flow from the centrifugal compressor impeller, a second channel in which the head is disposable and which intersects with the first channel, and a third channel in which the piston is disposable and which extends from the second channel; and a drive system to drive movements of the piston toward and away from positions at which the head at least partially blocks the first channel; wherein the first and second channels are annular; wherein the third channel is axial, plural in number and arranged at multiple, evenly distributed annular locations to each extend axially in the aft direction from an end of the second channel; and wherein the head comprises an annular body; characterised in that the drive system is at least partially disposable in the third channel. a centrifugal compressor impeller; a gas or oil actuator disposed downstream from the centrifugal compressor impeller and comprising a piston and a head integrally coupled to the piston; a diffuser frame in which the centrifugal compressor impeller is rotatably disposable, the diffuser frame defining: a first channel through which compressed fluids flow from the centrifugal compressor impeller, a second channel in which the head is disposable and which intersects with the first channel, and a third channel in which the piston is disposable and which extends from the second channel; and a first channel through which compressed fluids flow from the centrifugal compressor impeller, a second channel in which the head is disposable and which intersects with the first channel, and a third channel in which the piston is disposable and which extends from the second channel; and a drive system to drive movements of the piston toward and away from positions at which the head at least partially blocks the first channel; wherein the first and second channels are annular; wherein the third channel is axial, plural in number and arranged at multiple, evenly distributed annular locations to each extend axially in the aft direction from an end of the second channel; and wherein the head comprises an annular body; characterised in that the drive system is at least partially disposable in the third channel.
A laminate comprising a substrate layer, an intermediate layer, and a fluorine-based resin layer in that order, wherein said substrate layer contains any one or more kinds of a polyolefin-based resin, a polyester-based resin or a vinyl-based resin, said intermediate layer contains a linear low density polyethylene and a maleic anhydride-modified polyethylene, and said intermediate layer has a thickness of 5 μm or more and 50 μm or less. said substrate layer contains any one or more kinds of a polyolefin-based resin, a polyester-based resin or a vinyl-based resin, said intermediate layer contains a linear low density polyethylene and a maleic anhydride-modified polyethylene, and said intermediate layer has a thickness of 5 μm or more and 50 μm or less.
An autonomous inspection system comprising: at least one autonomous mobile robot, the robot having a plurality of two-dimensional LiDAR scanners, each scanner having a two-dimensional scanning plane, (22, 24, 32, 34) the plurality of scanners being mounted on the autonomous mobile robot with scanning plane orientations which are non-coplanar; a machine-readable storage system containing data on aerostructures to be inspected; and a processor to control navigation movement and scanning by the autonomous mobile robot, the processor comprising: an input to receive point data from the plurality of LiDAR scanners; and an output to provide inspection data; the processor being configured to: compile the point data from the plurality of LiDAR scanners into a three-dimensional plot of the surrounding of the autonomous mobile robot; identify the dimensions and profile of aerostructures within the three-dimensional plot; navigate the autonomous mobile robot, using the identified dimensions and profile, around the aerostructures to be inspected; and compare the identified dimensions and/or profile to the data on aerostructures to be inspected contained by the machine-readable storage system, to identify defects and/or shape non-conformity in the aerostructures. at least one autonomous mobile robot, the robot having a plurality of two-dimensional LiDAR scanners, each scanner having a two-dimensional scanning plane, (22, 24, 32, 34) the plurality of scanners being mounted on the autonomous mobile robot with scanning plane orientations which are non-coplanar; a machine-readable storage system containing data on aerostructures to be inspected; and a processor to control navigation movement and scanning by the autonomous mobile robot, the processor comprising: an input to receive point data from the plurality of LiDAR scanners; and an output to provide inspection data; an input to receive point data from the plurality of LiDAR scanners; and an output to provide inspection data; the processor being configured to: compile the point data from the plurality of LiDAR scanners into a three-dimensional plot of the surrounding of the autonomous mobile robot; identify the dimensions and profile of aerostructures within the three-dimensional plot; navigate the autonomous mobile robot, using the identified dimensions and profile, around the aerostructures to be inspected; and compare the identified dimensions and/or profile to the data on aerostructures to be inspected contained by the machine-readable storage system, to identify defects and/or shape non-conformity in the aerostructures. compile the point data from the plurality of LiDAR scanners into a three-dimensional plot of the surrounding of the autonomous mobile robot; identify the dimensions and profile of aerostructures within the three-dimensional plot; navigate the autonomous mobile robot, using the identified dimensions and profile, around the aerostructures to be inspected; and compare the identified dimensions and/or profile to the data on aerostructures to be inspected contained by the machine-readable storage system, to identify defects and/or shape non-conformity in the aerostructures.
A gripper (2; 4) for grasping an ophthalmic lens immersed in a liquid, in particular for a contact lens such as a soft contact lens, the gripper (2; 4) comprising: - a housing (20; 40) having an opening (200; 400) arranged at the distal end of the housing (20; 40), the opening (200; 400) being in communication with an interior space (21, 210; 41, 410) defined by the housing (20; 40) and being sized to allow the ophthalmic lens to pass therethrough, - suction means (30, 23; 30, 43) for generating suction in the interior space (21, 210; 41, 410) of the housing (20; 40) to allow the ophthalmic lens together with an amount of the liquid in which the ophthalmic lens is immersed to be sucked through the opening (200; 400) into the interior space (21, 210; 41, 410) of the housing (20; 40), and - pressure means (30, 23; 30, 43) for generating positive pressure in the interior space (21, 210; 41, 410) of the housing (20; 40) so as to allow the ophthalmic lens together with the amount of liquid to be released from the interior space (21, 210; 41, 410) through the opening (200; 400) at the distal end of the housing (20; 40), comprising a screen (22; 42) arranged in the interior space (21, 210; 41, 410) of the housing (20; 40), the screen (22; 42) being arranged to retain the ophthalmic lens in the interior space (210; 410) of the housing (20; 40) on that side of the screen (22; 42) facing the opening (200; 400) at the distal end of the housing (20; 40), characterized in that the suction means and the pressure means comprise a piston (23; 43) movably arranged in the interior space (21; 41) of the housing (20; 40) between a distal end position of the piston and a proximal end position of the piston (23; 43). - a housing (20; 40) having an opening (200; 400) arranged at the distal end of the housing (20; 40), the opening (200; 400) being in communication with an interior space (21, 210; 41, 410) defined by the housing (20; 40) and being sized to allow the ophthalmic lens to pass therethrough, - suction means (30, 23; 30, 43) for generating suction in the interior space (21, 210; 41, 410) of the housing (20; 40) to allow the ophthalmic lens together with an amount of the liquid in which the ophthalmic lens is immersed to be sucked through the opening (200; 400) into the interior space (21, 210; 41, 410) of the housing (20; 40), and - pressure means (30, 23; 30, 43) for generating positive pressure in the interior space (21, 210; 41, 410) of the housing (20; 40) so as to allow the ophthalmic lens together with the amount of liquid to be released from the interior space (21, 210; 41, 410) through the opening (200; 400) at the distal end of the housing (20; 40), comprising
A thermosetting silicon-containing material comprising one or more of a repeating unit shown by the following general formula (Sx-1), a repeating unit shown by the following general formula (Sx-2), and a partial structure shown by the following general formula (Sx-3): wherein R 1 represents an iodine-containing organic group; and R 2 and R 3 are each independently identical to R 1, a hydrogen atom, or a monovalent organic group having 1 to 30 carbon atoms.
System for the preparation of beverages, comprising: capsules of at least a first type and a second type, having outwardly protruding transverse flanges, and respective different axial lengths (h1, h2, h3), and a brewing unit (6, 20, 7), in which there is defined a variable-volume brewing chamber with a lateral delimiting part (81, 81a) and a slidable end delimiting part (54, 55), for receiving capsules of said types introduced into said chamber; the system being characterized in that the capsules of said different types have flanges of correspondingly different shapes, and said end delimiting part (54, 55) of the brewing chamber carries stop means (70, 71) adapted to be coupled to the flanges of said different types of capsules when the latter are introduced into the brewing chamber, so as to allow correspondingly different relative movements of the end delimiting part (54, 55) relative to the lateral delimiting part (81, 81a) of said chamber. capsules of at least a first type and a second type, having outwardly protruding transverse flanges, and respective different axial lengths (h1, h2, h3), and a brewing unit (6, 20, 7), in which there is defined a variable-volume brewing chamber with a lateral delimiting part (81, 81a) and a slidable end delimiting part (54, 55), for receiving capsules of said types introduced into said chamber;
Method for operating a hybrid drive device of a motor vehicle, the hybrid drive device having an internal combustion engine that can be operatively connected to a first axle of the motor vehicle, a first electric motor that can likewise be operatively connected to the first axle, and a second electric motor that can be operatively connected to a second axle of the motor vehicle, wherein the electrical energy used to operate the second electric motor is generated in a first operating mode by the first electric motor driven by the internal combustion engine with an increase in its output and in a second operating mode is taken exclusively from an energy store for electrical energy, and wherein in a third operating mode the energy store is charged by means of the first electric motor driven by the internal combustion engine with an increase in its output, characterised in that, when a torque generated by the second electric motor is requested when the charge level of the energy storage device falls below a first threshold value, the first operating mode and otherwise the second operating mode is selected, and in that the third operating mode is selected when no torque generated by the second electric motor is requested and a noise emission expected during the charging of the energy storage device by the increase of the output of the internal combustion engine is smaller than a limit value, wherein the third operating mode is selected only when the charge level of the energy store is smaller than a second threshold value that is different to the first threshold value.
A coating composition comprising a salt having a polyoxometalate anion containing molybdenum or tungsten and a radically polymerizable cation, and a radically polymerizable binder, wherein the radically polymerizable cation is represented by Formula 6 below: wherein, R 1 to R 4 are each independently hydrogen, an alkyl group, an alkoxy group, an alkenyl group, an alkynyl group, an acryloyl group, a methacryloyl group, an acryloyloxy group, a methacryloyloxy group, an acryloyloxyalkyl group or a methacryloyloxyalkyl group, and wherein at least one of R 1 to R 4 is an alkenyl group, an acryloyl group, a methacryloyl group, an acryloyloxy group, a methacryloyloxy group, an acryloyloxyalkyl group or a methacryloyloxyalkyl group. wherein the radically polymerizable cation is represented by Formula 6 below: wherein, R 1 to R 4 are each independently hydrogen, an alkyl group, an alkoxy group, an alkenyl group, an alkynyl group, an acryloyl group, a methacryloyl group, an acryloyloxy group, a methacryloyloxy group, an acryloyloxyalkyl group or a methacryloyloxyalkyl group, and wherein at least one of R 1 to R 4 is an alkenyl group, an acryloyl group, a methacryloyl group, an acryloyloxy group, a methacryloyloxy group, an acryloyloxyalkyl group or a methacryloyloxyalkyl group.
A non-transitory computing device readable medium having instructions stored thereon that are executable by a processor to cause a computing device to: acquire from a virtual model of a patient's jaw known dimensions of a tooth adjacent to an unerupted or erupting tooth, a tooth opposed to the unerupted or erupting tooth, or a counterpart to the unerupted or erupting tooth; apply a multivariant regression model using the known dimensions to calculate projected dimensions of the unerupted or erupting tooth; customize a standard virtual geometry and/or a predefined virtual geometry using the projected dimensions of the unerupted or erupting tooth; and insert the customized virtual geometry into the virtual model of the patient's jaw, and plan the movement of the teeth of the patient and to design a series of removable orthodontic aligners using the virtual model, the series of removable orthodontic aligners configured to be worn by the patient to incrementally align the teeth according to the planned movement. acquire from a virtual model of a patient's jaw known dimensions of a tooth adjacent to an unerupted or erupting tooth, a tooth opposed to the unerupted or erupting tooth, or a counterpart to the unerupted or erupting tooth; apply a multivariant regression model using the known dimensions to calculate projected dimensions of the unerupted or erupting tooth; customize a standard virtual geometry and/or a predefined virtual geometry using the projected dimensions of the unerupted or erupting tooth; and insert the customized virtual geometry into the virtual model of the patient's jaw, and plan the movement of the teeth of the patient and to design a series of removable orthodontic aligners using the virtual model, the series of removable orthodontic aligners configured to be worn by the patient to incrementally align the teeth according to the planned movement.
Nanofluid comprising bi-distilled water; copper oxide nanoparticles having average dimension between 5 and 10 nm; ionic surfactant, characterized in that copper oxide particles volume percentage with respect to the nanofluid is lower than 10% and mass ratio between the surfactant quantity present in the liquid phase and the quantity of nanopowders is between 0,1% and 1.2%.
A method of classifying a lung graft subjected to normothermic ex vivo lung perfusion (EVLP), during perfusion and/or after perfusion, the method comprising: a) collecting a test sample from the lung graft, wherein the lung graft is from a donor after cardiac death; b) measuring a polypeptide level of an endothelin predictor gene product selected from endothelin 1 (ET-1) and big ET-1 in the test sample; and c) identifying the lung graft as a good candidate for transplant or as a poor candidate for transplant wherein an increased polypeptide level of the endothelin predictor gene product compared to an outcome control is indicative the graft is a poor candidate for transplant. a) collecting a test sample from the lung graft, wherein the lung graft is from a donor after cardiac death; b) measuring a polypeptide level of an endothelin predictor gene product selected from endothelin 1 (ET-1) and big ET-1 in the test sample; and c) identifying the lung graft as a good candidate for transplant or as a poor candidate for transplant wherein an increased polypeptide level of the endothelin predictor gene product compared to an outcome control is indicative the graft is a poor candidate for transplant.
A portable programmable device including a battery, a memory, a screen and a terminal connectable to earpieces, the device including in the memory a calibration file, parameter or parameters relating to audio sensitivity of the earpieces, the device being configured to play media data including audio, and to provide audio output to the earpieces, the device being further configured to, using the calibration file, parameter or parameters, calculate a noise dose relating to a sound exposure of a user resulting from audio output provided to the earpieces, and to record the noise dose on the device, wherein the device is configured to adjust audio output level in response to: (a) audio content included in played media data; (b) the calibration file, parameter or parameters, and (c) noise dose data of the user recorded on the device; characterised in that the device is configured to prompt the user to identify the earpieces when the earpieces are connected to the device, and to calculate the noise dose using subsampling from signals going to the earpieces. (a) audio content included in played media data; (b) the calibration file, parameter or parameters, and (c) noise dose data of the user recorded on the device; characterised in that the device is configured to prompt the user to identify the earpieces when the earpieces are connected to the device, and to calculate the noise dose using subsampling from signals going to the earpieces.
A method for producing an optical module, comprising the following steps: a. providing a substrate having a first surface; b. providing an open casting mould, wherein the moulding of at least one optical element (4, 4') is formed in the casting mould; c. coating a first surface with an adhesion promoter; d. covering the coated surface (2, 5) with a silicone in the open casting mould with the optical element being formed from the silicon; e. hardening the silicone in the casting mould. a. providing a substrate having a first surface; b. providing an open casting mould, wherein the moulding of at least one optical element (4, 4') is formed in the casting mould; c. coating a first surface with an adhesion promoter; d. covering the coated surface (2, 5) with a silicone in the open casting mould with the optical element being formed from the silicon; e. hardening the silicone in the casting mould.
A heat transfer layer of a heat exchanger, having an inlet side, IN, where a medium enters the layer and an outlet side, OUT, where the medium exits the layer, and a plurality of additively manufactured fins (10, 11) defining a plurality of flow channels for the medium from the inlet side to the outlet side, each fin having a leading edge adjacent the inlet side and a trailing edge adjacent the outlet side, and characterized in that the leading edge of a subset of the fins is thicker than the rest of the fin, and wherein the leading edge of the fins intermediate the fins of the subset of fins is recessed with respect to the inlet side compared to the leading edge of the fins of the subset of fins, wherein the subset of fins comprises every second fin
A computer-implemented method for embedding copyright information in tables that hold digital content, the method comprising: generating, by a computing device (401, 800), a unique identifier, ID, based on copyright information associated with the digital content, wherein the copyright information and the digital content are recorded on a blockchain of a blockchain network; identifying, by the computing device (401, 800), a set of one or more attributes associated with an online table defined in a markup language definition of a webpage and rendered by a browser program displaying the webpage, wherein the set of one or more attributes associated with the online table comprises one or more of table size, cell size, row height, column width, or border style; embedding, by the computing device (401, 800), the unique ID in the online table by changing one or more first attributes from the set of one or more attributes for the online table to be representative of the unique ID, wherein the embedding produces an information-embedded table that enables retrieval of the copyright information from the blockchain based on the unique ID, wherein the unique ID is invisibly embedded in values associated with the one or more first attributes, and wherein a visual difference between the online table and the information-embedded table is not apparent to an unaided human eye; allocating, by the computer device (401, 800), the digital content to the information-embedded table; and distributing, by the computer device (401, 800), the information-embedded table allocated with the digital content to the blockchain network. generating, by a computing device (401, 800), a unique identifier, ID, based on copyright information associated with the digital content, wherein the copyright information and the digital content are recorded on a blockchain of a blockchain network; identifying, by the computing device (401, 800), a set of one or more attributes associated with an online table defined in a markup language definition of a webpage and rendered by a browser program displaying the webpage, wherein the set of one or more attributes associated with the online table comprises one or more of table size, cell size, row height, column width, or border style; embedding, by the computing device (401, 800), the unique ID in the online table by changing one or more first attributes from the set of one or more attributes for the online table to be representative of the unique ID, wherein the embedding produces an information-embedded table that enables retrieval of the copyright information from the blockchain based on the unique ID, wherein the unique ID is invisibly embedded in values associated with the one or more first attributes, and wherein a visual difference between the online table and the information-embedded table is not apparent to an unaided human eye; allocating, by the computer device (401, 800), the digital content to the information-embedded table; and distributing, by the computer device (401, 800), the information-embedded table allocated with the digital content to the blockchain network.