mhurhangee/ep-ind-claims huggingface dataset:
Gas turbine engine comprising: - a fan mounted to rotate about a main longitudinal axis, - an engine core, comprising in axial flow series a compressor, a combustor, and a turbine coupled to the compressor through a shaft, wherein the compressor is a low pressure compressor, - a reduction gearbox that receives an input from the shaft and outputs drive to the fan so as to drive the fan at a lower rotational speed than the shaft, wherein the compressor comprises a first stage at an inlet and a second stage, downstream of the first stage, comprising respectively a first rotor with a row of first blades and a second rotor with a row of second blades, the first and second blades (B1, B2) comprising respective leading edges (50, 70), trailing edges (52, 72) and tips (54, 74), characterised in that the ratio of a tip maximum thickness (T2max) of the second blades to a tip maximum thickness (T1max) of the first blades is greater than 0.20 and less than 0.45. - a fan mounted to rotate about a main longitudinal axis, - an engine core, comprising in axial flow series a compressor, a combustor, and a turbine coupled to the compressor through a shaft, wherein the compressor is a low pressure compressor, - a reduction gearbox that receives an input from the shaft and outputs drive to the fan so as to drive the fan at a lower rotational speed than the shaft, wherein the compressor comprises a first stage at an inlet and a second stage, downstream of the first stage, comprising respectively a first rotor with a row of first blades and a second rotor with a row of second blades, the first and second blades (B1, B2) comprising respective leading edges (50, 70), trailing edges (52, 72) and tips (54, 74), characterised in that the ratio of a tip maximum thickness (T2max) of the second blades to a tip maximum thickness (T1max) of the first blades is greater than 0.20 and less than 0.45.
A lid for a food processor, the food processor including a hollow body providing an interior chamber to receive product and within which the product is processed, the body having a sidewall with a rim portion surrounding a body top opening, the rim portion having a lip, the body further including a spout protruding from the sidewall adjacent the rim portion and having a spout side opening, the lid including: a main part to cooperate with the lip to close the body top opening; a top skirt to extend into the interior of the body and sealingly interface with an inner surface of the sidewall and the rim portion; the lid being characterized by: a cover moveably attached to the main part and to cooperate with the spout to close the spout side opening; and the cover having a side skirt to extend into the spout and sealingly interface with an inner surface and an outer surface of the spout side opening; wherein the cover, which is pivotally connected to the main part, also includes a notch or protrusion cooperatively associated with a flange on said main part to retain the cover in an open position. a main part to cooperate with the lip to close the body top opening; a top skirt to extend into the interior of the body and sealingly interface with an inner surface of the sidewall and the rim portion; the lid being characterized by: a cover moveably attached to the main part and to cooperate with the spout to close the spout side opening; and the cover having a side skirt to extend into the spout and sealingly interface with an inner surface and an outer surface of the spout side opening; wherein the cover, which is pivotally connected to the main part, also includes a notch or protrusion cooperatively associated with a flange on said main part to retain the cover in an open position. a cover moveably attached to the main part and to cooperate with the spout to close the spout side opening; and the cover having a side skirt to extend into the spout and sealingly interface with an inner surface and an outer surface of the spout side opening; wherein the cover, which is pivotally connected to the main part, also includes a notch or protrusion cooperatively associated with a flange on said main part to retain the cover in an open position.
A smoke detector test apparatus comprising: an aerosol generator; a reservoir for holding a test fluid; a compressor for pressurising the test fluid in the reservoir; a valve metering chamber (21. 31, 41, 51); and a valve, arranged to permit the flow of test fluid from the reservoir to fill the valve metering chamber with a measured dose of the test fluid, wherein the aerosol generator is arranged to generate an aerosol of the measured dose of the test fluid contained in the valve metering chamber. an aerosol generator; a reservoir for holding a test fluid; a compressor for pressurising the test fluid in the reservoir; a valve metering chamber (21. 31, 41, 51); and a valve, arranged to permit the flow of test fluid from the reservoir to fill the valve metering chamber with a measured dose of the test fluid, wherein the aerosol generator is arranged to generate an aerosol of the measured dose of the test fluid contained in the valve metering chamber.
Air pulsing device for a heating, ventilation and/or air-conditioning device of a motor vehicle, having a drive motor disposed in the air pulsing device via a mounting assembly that comprises two substantially coaxial rings, these being an inner ring having a part comprising a first accommodating housing that is able to receive at least one stator of said motor and an outer ring that is able to be fastened to a casing forming a structural element of the vehicle, and a decoupling element interposed between the two rings, the inner ring, the outer ring and the decoupling element being substantially coaxial with an axis of rotation of the motor, characterized in that the mounting assembly also has a subassembly of the mass-spring type formed by damping means and at least one element of the motor that is distinct from the stator, at least one resonant frequency of this subassembly being chosen to be equal or substantially equal to the inherent frequency of oscillation of the decoupling element interposed between the two rings, the at least one element of the motor that is distinct from the stator being a cooling and control unit (6,8) of the motor, the damping means being disposed between the cooling and control unit of the motor and a wall of the inner ring, the cooling and control unit of the motor (6,8) being either at least partially stowed in an accommodating housing formed in the inner ring, the damping means being arranged radially with respect to the axis of rotation between this cooling and control unit (6,8) and a wall defining said accommodating housing, with substantially annular shaping, or disposed facing an end face of the inner ring, the damping means being arranged axially with respect to the axis of rotation between the inner ring and the cooling and control unit (6,8), with substantially circular shaping. either at least partially stowed in an accommodating housing formed in the inner ring, the damping means being arranged radially with respect to the axis of rotation between this cooling and control unit (6,8) and a wall defining said accommodating housing, with substantially annular shaping, or disposed facing an end face of the inner ring, the damping means being arranged axially with respect to the axis of rotation between the inner ring and the cooling and control unit (6,8), with substantially circular shaping.
A pulse width modulation method, for controlling the output of an RF power supply for a gas discharge laser, comprising: delivering a train of digital pulses having a predetermined number of pulses therein to the RF power supply, each pulse in the train having an individually and independently incremental variable duration; arranging the power supply to deliver a train of RF pulses corresponding in number and duration to the train of digital pulses received, the train of RF pulses having an average power dependent on the duration of the RF pulse train and an aggregate duration of pulses in the train; and incrementally varying the duration of one or more, but less than all, of the digital pulses in the train thereof to selectively vary the average power in the corresponding RF pulse train. delivering a train of digital pulses having a predetermined number of pulses therein to the RF power supply, each pulse in the train having an individually and independently incremental variable duration; arranging the power supply to deliver a train of RF pulses corresponding in number and duration to the train of digital pulses received, the train of RF pulses having an average power dependent on the duration of the RF pulse train and an aggregate duration of pulses in the train; and incrementally varying the duration of one or more, but less than all, of the digital pulses in the train thereof to selectively vary the average power in the corresponding RF pulse train.
A composition comprising: a) 20-80% w/w of a medium-chain triglyceride; b) 1-40% w/w lecithin, and c) a compound of formula or a salt thereof: wherein: A, B, C and D are each independently selected from H and OH; W, X and Y are each independently selected from H and OH; and Z is selected from H and OH. a) 20-80% w/w of a medium-chain triglyceride; b) 1-40% w/w lecithin, and c) a compound of formula or a salt thereof: wherein: A, B, C and D are each independently selected from H and OH; W, X and Y are each independently selected from H and OH; and Z is selected from H and OH. A, B, C and D are each independently selected from H and OH; W, X and Y are each independently selected from H and OH; and Z is selected from H and OH.
Method for producing a plastics part, using an injection mould comprising first and second parts defining between them a moulding cavity, and a carriage comprising a blade, the carriage comprising a body, the body delimiting a space configured to receive the blade and the blade being mounted on the body at the level of the space, the carriage and the second part defining between them an injection channel, the injection channel comprising a material inlet, the moulding cavity and the injection channel communicating in a contact zone, the method comprising the following steps: - injection of plastics material into the injection channel and the moulding cavity through the material inlet, - movement of the carriage, the blade cutting the plastics material at the contact zone, the plastics material injected into the moulding cavity and the plastics material injected into the injection channel being separated after the movement of the carriage, the plastics material previously injected into the injection channel remaining in contact with the carriage, the method further using a guide plate provided to guide the carriage during the movement, the guide plate being fixed to a structure which is stationary relative to the first part of the mould. - injection of plastics material into the injection channel and the moulding cavity through the material inlet, - movement of the carriage, the blade cutting the plastics material at the contact zone, the plastics material injected into the moulding cavity and the plastics material injected into the injection channel being separated after the movement of the carriage, the plastics material previously injected into the injection channel remaining in contact with the carriage,
An induction heated roll apparatus comprising: a roll body having a hollow part; an induction heating mechanism disposed in the hollow part and designed to cause the roll body to be subjected to induction heating; and a cooling mechanism designed to cool the roll body and/or the induction heating mechanism by generating a gas flow in a clearance part between the roll body and the induction heating mechanism, wherein the cooling mechanism comprises: a suction port disposed on one axial end side of the roll body and designed to communicate with the clearance part; an exhaust port disposed on an opposite axial end side of the roll body and designed to communicate with the clearance part; and a suction mechanism coupled to the exhaust port and designed to suck gas in the clearance part from the exhaust port. a roll body having a hollow part; an induction heating mechanism disposed in the hollow part and designed to cause the roll body to be subjected to induction heating; and a cooling mechanism designed to cool the roll body and/or the induction heating mechanism by generating a gas flow in a clearance part between the roll body and the induction heating mechanism, wherein the cooling mechanism comprises: a suction port disposed on one axial end side of the roll body and designed to communicate with the clearance part; an exhaust port disposed on an opposite axial end side of the roll body and designed to communicate with the clearance part; and a suction mechanism coupled to the exhaust port and designed to suck gas in the clearance part from the exhaust port. a suction port disposed on one axial end side of the roll body and designed to communicate with the clearance part; an exhaust port disposed on an opposite axial end side of the roll body and designed to communicate with the clearance part; and a suction mechanism coupled to the exhaust port and designed to suck gas in the clearance part from the exhaust port.
A management device that manages one or more analysis devices, the management device being configured to recognize a user based on input user information, and set an operable range for the management device of the user in an initial operable range that is previously determined for each of the users, the management device being characterized in that it is further configured to, in case that an operation of the user is interrupted for a certain period of time, change the operable range of the user automatically to a previously determined low access level.
A primary user equipment, UE, comprises: a transceiver; and a processing circuitry operatively coupled with the transceiver, wherein the processing circuitry is configured to: determine that the primary UE entered a vehicle (440a; 440b); transmit an entrance notification, to a carrier network server, notifying that the primary UE entered the vehicle (440a; 440b); receive an allocation message, from the carrier network server, indicating that twinning has been configured between the primary subscriber identification module, SIM, within the primary UE and a buddy subscriber identification module, SIM, of a secondary UE installed in the vehicle (440a; 440b) according to a twinning configuration, wherein the twinning configuration comprises that the vehicle (440a; 440b) is configured to replicate one or more data functions of the primary UE, and wherein the twinning configuration further comprises a transfer of an allocation signal of a service plan corresponding to the primary UE from the primary SIM within the primary UE to the buddy SIM of the secondary UE. a transceiver; and a processing circuitry operatively coupled with the transceiver, determine that the primary UE entered a vehicle (440a; 440b); transmit an entrance notification, to a carrier network server, notifying that the primary UE entered the vehicle (440a; 440b); receive an allocation message, from the carrier network server, indicating that twinning has been configured between the primary subscriber identification module, SIM, within the primary UE and a buddy subscriber identification module, SIM, of a secondary UE installed in the vehicle (440a; 440b) according to a twinning configuration, wherein the twinning configuration comprises that the vehicle (440a; 440b) is configured to replicate one or more data functions of the primary UE, and wherein the twinning configuration further comprises a transfer of an allocation signal of a service plan corresponding to the primary UE from the primary SIM within the primary UE to the buddy SIM of the secondary UE.
A delivery device configured to deliver changeover and/or replacement items within a stencil printer, the delivery device comprising: a movable housing configured to support replacement and/or replenishment items; at least one support structure configured to store items for the stencil printer; and one or more apparatus configured to transport items from the delivery device to the stencil printer and from the stencil printer to the delivery device wherein the housing is configured with an interface, which is designed to dock within a docking station provided on the stencil printer wherein the delivery device is configured to be automatically moved, either by remote control or by an automated control associated with the delivery device, the stencil printer, a production line, and/or a dedicated control wherein the one or more apparatus includes a carousel wheel having a plurality of open sockets that are configured to support paste cartridges, the carousel wheel being configured to rotate to present paste cartridges to the stencil printer; movement of the paste cartridges being achieved automatically under the remote control associated with the movable cart, the stencil printer, and/or the dedicated control. a movable housing configured to support replacement and/or replenishment items; at least one support structure configured to store items for the stencil printer; and one or more apparatus configured to transport items from the delivery device to the stencil printer and from the stencil printer to the delivery device wherein the housing is configured with an interface, which is designed to dock within a docking station provided on the stencil printer wherein the delivery device is configured to be automatically moved, either by remote control or by an automated control associated with the delivery device, the stencil printer, a production line, and/or a dedicated control wherein the one or more apparatus includes a carousel wheel having a plurality of open sockets that are configured to support paste cartridges, the carousel wheel being configured to rotate to present paste cartridges to the stencil printer; movement of the paste cartridges being achieved automatically under the remote control associated with the movable cart, the stencil printer, and/or the dedicated control.
Prefabricated electrically heatable media line having at least one pipeline part with a wall of the pipeline part with an electrically conductive device in the form of a heat conductor or PTC resistor integrated therein and having at least one connection device (2, 3, 140), which is a plug, screw or coupling device, in the end region (45, 46) of the pipeline part for the fluidic connection of the media line, characterised in that the pipeline part comprises an electrically heatable three-ply plastics pipe with an outer layer, a middle layer and an inner layer, wherein the middle layer of the pipeline part consists of a plastics material filled with at least one conductive component and the pipeline part has at least two electrical conductors (141, 142) or heating conductors (41, 42) extruded into its wall, wherein the at least two electrical conductors (141, 142) or heating conductors (41, 42) are arranged within the conductive layer, and wherein the connection device (2, 3) is attached on or to the end region (45, 46) of the pipeline part by primary shaping and/or material bonding, and in that the pipeline part provided with the electrically conductive device and the electrically conductive device extend as far as or close to the distal end (20, 30), remote from the pipeline part, of the connection device (2, 3) or close to, in front of or into a connecting contour, inserted into the connection device, of a unit or of a unit plug in order to allow the connection device to be heated fully without additional heating conductors on the outer side of the connection device.
A method for nucleic acid sequencing, comprising: (a) disposing a plurality of template polynucleotide strands in a plurality of defined spaces of a sensor array, the template polynucleotide strands comprising a predetermined set of homopolymer recalibration template polynucleotide strands; (b) exposing a plurality of the template polynucleotide strands, including the predetermined set of homopolymer recalibration template polynucleotide strands in the defined spaces, to a series of flows of nucleotide species flowed according to a predetermined ordering; and (c) determining sequence information for the plurality of the template polynucleotide strands, including the predetermined set of homopolymer recalibration template polynucleotide strands in the defined spaces, based on the flows of nucleotide species, to generate a plurality of sequencing reads corresponding to the template polynucleotide strands, wherein the predetermined set of homopolymer recalibration template polynucleotide strands comprises amplicon sequences that together comprise at least a predetermined minimal threshold number of homopolymers of each homopolymer length between a predetermined minimal homopolymer length and a predetermined maximal homopolymer length for one or more of homopolymer types A, T, C, and G. (a) disposing a plurality of template polynucleotide strands in a plurality of defined spaces of a sensor array, the template polynucleotide strands comprising a predetermined set of homopolymer recalibration template polynucleotide strands; (b) exposing a plurality of the template polynucleotide strands, including the predetermined set of homopolymer recalibration template polynucleotide strands in the defined spaces, to a series of flows of nucleotide species flowed according to a predetermined ordering; and (c) determining sequence information for the plurality of the template polynucleotide strands, including the predetermined set of homopolymer recalibration template polynucleotide strands in the defined spaces, based on the flows of nucleotide species, to generate a plurality of sequencing reads corresponding to the template polynucleotide strands,
A motorcycle comprising: a frame; an engine mounted on the frame; a front steered wheel; a rear driving wheel; a fairing at least partially surrounding the engine and the frame and having a bottom extending under the engine from a front area of the motorcycle toward the rear driving wheel; and a rear fork hinged to the frame about an axis parallel to a rotation axis of the rear driving wheel and comprising two arms for supporting the rear driving wheel, connected to each other by a joining structure having a rear surface facing the rear driving wheel; characterized in that a first portion of the rear surface of the joining structure and a rear portion of the fairing, which extends from the bottom toward the rear fork, together form a diffusion channel for an air flow between the rear fork and the rear driving wheel, generated by the forward movement of the motorcycle. a frame; an engine mounted on the frame; a front steered wheel; a rear driving wheel; a fairing at least partially surrounding the engine and the frame and having a bottom extending under the engine from a front area of the motorcycle toward the rear driving wheel; and a rear fork hinged to the frame about an axis parallel to a rotation axis of the rear driving wheel and comprising two arms for supporting the rear driving wheel, connected to each other by a joining structure having a rear surface facing the rear driving wheel;