mhurhangee/patent-ind-claim-en huggingface dataset:
A cartridge for use in an electronic vapour provision system having a longitudinal axis, the cartridge being configured to engage with and disengage from a control unit substantially along said longitudinal axis, the control unit including a battery and a tube portion disposed along said longitudinal axis, the cartridge comprising: a reservoir of liquid to be vaporised comprising a region formed between an outer wall and an inner tube of the cartridge; a heater element located in the cartridge for vaporising said liquid, the cartridge being configured to feed liquid from the reservoir onto the heater element for vaporisation, the heater element being configured to form an induction heating assembly with a drive coil located in the tube portion of the control unit and disposed about said longitudinal axis, wherein the cartridge is located at least partly within the tube portion when engaged with said control unit, such that the heater element is within the drive coil, and the inner tube the inside of which defines a central passageway which extends, in a direction of airflow, from an air inlet through to an air outlet , wherein the heater element is located in the central passageway; wherein the outer wall of the cartridge has a portion of reduced cross-section configured to be received in a cavity in the control unit formed by the tube portion in order to engage the cartridge with the control unit, wherein the heater element is located in the portion of reduced cross-section. a reservoir of liquid to be vaporised comprising a region formed between an outer wall and an inner tube of the cartridge; a heater element located in the cartridge for vaporising said liquid, the cartridge being configured to feed liquid from the reservoir onto the heater element for vaporisation, the heater element being configured to form an induction heating assembly with a drive coil located in the tube portion of the control unit and disposed about said longitudinal axis, wherein the cartridge is located at least partly within the tube portion when engaged with said control unit, such that the heater element is within the drive coil, and the inner tube the inside of which defines a central passageway which extends, in a direction of airflow, from an air inlet through to an air outlet , wherein the heater element is located in the central passageway; wherein the outer wall of the cartridge has a portion of reduced cross-section configured to be received in a cavity in the control unit formed by the tube portion in order to engage the cartridge with the control unit, wherein the heater element is located in the portion of reduced cross-section.
A method for determining filling parameters of a wet clutch system including a piston assembly and a clutching assembly , wherein the wet clutch system is used with a transmission, the method comprising the steps of: determining a value regarding a torque output of a torque converter of the transmission, the value indicative of a filling parameter associated with the wet clutch system ; collecting information about the torque output of the torque converter of the transmission during a filling process associated with the wet clutch system ; analyzing the signal associated with the torque output of the torque converter within a time period of the filling process associated with the wet clutch system ; and identifying when the signal associated with the torque output of the torque converter changes with respect to the time period of the filling process associated with the wet clutch system to determine a filling parameter associated with the wet clutch system . determining a value regarding a torque output of a torque converter of the transmission, the value indicative of a filling parameter associated with the wet clutch system ; collecting information about the torque output of the torque converter of the transmission during a filling process associated with the wet clutch system ; analyzing the signal associated with the torque output of the torque converter within a time period of the filling process associated with the wet clutch system ; and identifying when the signal associated with the torque output of the torque converter changes with respect to the time period of the filling process associated with the wet clutch system to determine a filling parameter associated with the wet clutch system .
A system for performing millimeter-wave (MMW) active load pull measurements at MMW fundamental frequencies using low frequency phase tuning on a device under test (DUT), the DUT having an input and an output, the system comprising: an input-side radio-frequency (RF) signal having a low sub-frequency F2 lower than MMW; an output-side radio-frequency (RF) signal having a low sub-frequency F2 lower than MMW; an output-side phase controller configured to perform low frequency phase control on the low sub-frequency F2 output-side signal, wherein said phase control is performed at frequencies lower than MMW; an output-side upconverter configured to upconvert the low sub-frequency F2 output-side signal to a MMW-frequency F1 output-side signal having the fundamental frequency F1, wherein frequency F1 is 40 GHz or higher; an input-side coupler configured to couple the input-side signal into the input of the DUT; an output-side coupler configured to couple the F1 output-side signal at the fundamental MMW frequency F1 into the output of the DUT; and an analyzer configured to analyze a first signal at the input of the DUT and a second signal at the output of the DUT to perform MMW active load pull measurements on the DUT at MMW fundamental frequencies while using phase control at frequencies lower than MMW to achieve gamma control at MMW frequency F1. an input-side radio-frequency (RF) signal having a low sub-frequency F2 lower than MMW; an output-side radio-frequency (RF) signal having a low sub-frequency F2 lower than MMW; an output-side phase controller configured to perform low frequency phase control on the low sub-frequency F2 output-side signal, wherein said phase control is performed at frequencies lower than MMW; an output-side upconverter configured to upconvert the low sub-frequency F2 output-side signal to a MMW-frequency F1 output-side signal having the fundamental frequency F1, wherein frequency F1 is 40 GHz or higher; an input-side coupler configured to couple the input-side signal into the input of the DUT; an output-side coupler configured to couple the F1 output-side signal at the fundamental MMW frequency F1 into the output of the DUT; and an analyzer configured to analyze a first signal at the input of the DUT and a second signal at the output of the DUT to perform MMW active load pull measurements on the DUT at MMW fundamental frequencies while using phase control at frequencies lower than MMW to achieve gamma control at MMW frequency F1.
A software update apparatus comprising: a communication unit configured to send a request for downloading update data to a center , the update data including update software or data for generating update software; a storage unit configured to store the downloaded update data; and a control unit configured to execute (S103), based on the update data, a control for installing, or installing and activating update software on one or more target electronic control units from among a plurality of electronic control units connected to each other via an in-vehicle network, wherein the control unit is configured to acquire software versions of the plurality of electronic control units , and the control unit is configured to return the updated software of a designated electronic control unit designated by a user to the software before the updating when the control unit confirms that there is a consistency in the combination of the acquired software versions even if the control unit returns the software version of the designated electronic control unit to the software before the updating. a communication unit configured to send a request for downloading update data to a center , the update data including update software or data for generating update software; a storage unit configured to store the downloaded update data; and a control unit configured to execute (S103), based on the update data, a control for installing, or installing and activating update software on one or more target electronic control units from among a plurality of electronic control units connected to each other via an in-vehicle network,
Reaction chamber for an epitaxial reactor adapted to deposition of semiconductor material on a substrate , which extends in a longitudinal direction and which comprises a reaction and deposition zone extending in said longitudinal direction, wherein said zone is defined by susceptor elements adapted to be heated by electromagnetic induction, wherein a first susceptor element of said susceptor elements is opposite to a substrate support element of the chamber and has a hole extending in said longitudinal direction along its whole length, characterized in that said first susceptor element has a non-uniform transversal cross-section which depends on its longitudinal position.
A communication system for transmitting data from an aircraft , the aircraft comprising at least one engine , the system comprising: a data collection and transmission unit configured to collect and transmit data received from one or more locations in the aircraft , the data collection and transmission unit comprising at least one radio transmitter ; and at least one engine controller configured to control operation of the at least one engine and of the at least one radio transmitter, the at least one engine controller communicatively coupled to the data collection and transmission unit and configured to transmit, while the aircraft is airborne, engine data to the data collection and transmission unit , and, in response to determining that the aircraft is on ground, cause the at least one radio transmitter to activate for transmitting the engine data from the data collection and transmission unit to at least one ground equipment, characterized in that the at least one engine controller configured to prevent activation of the at least one radio transmitter , and prevent transmission of the engine data from the data collection and transmission unit to the at least one ground equipment, while the aircraft is in flight. a data collection and transmission unit configured to collect and transmit data received from one or more locations in the aircraft , the data collection and transmission unit comprising at least one radio transmitter ; and at least one engine controller configured to control operation of the at least one engine and of the at least one radio transmitter, the at least one engine controller communicatively coupled to the data collection and transmission unit and configured to transmit, while the aircraft is airborne, engine data to the data collection and transmission unit , and, in response to determining that the aircraft is on ground, cause the at least one radio transmitter to activate for transmitting the engine data from the data collection and transmission unit to at least one ground equipment, characterized in that the at least one engine controller configured to prevent activation of the at least one radio transmitter , and prevent transmission of the engine data from the data collection and transmission unit to the at least one ground equipment, while the aircraft is in flight.
A system comprising: an imaging device to: acquire positron emission tomography data associated with a human body based on a static positron emission tomography scan; a processing system to: identify a blood pool region of the body based on the acquired positron emission tomography data; determine activity in the blood pool region associated with a first time based on the acquired positron emission tomography data; determine a scale factor based on the determined activity in the blood pool region and on an input function associated with one or more other human bodies; determine activity in a tissue region associated with a second time based on the acquired positron emission tomography data; determine a specific uptake ratio associated with the second time based on the activity in the tissue region, the scale factor and a value of the input function at the second time; determine an estimate of metabolic rate in the tissue region based on the specific uptake ratio and the input function; and determine a diagnosis associated with the tissue region based on the estimate of metabolic rate. acquire positron emission tomography data associated with a human body based on a static positron emission tomography scan; a processing system to: identify a blood pool region of the body based on the acquired positron emission tomography data; determine activity in the blood pool region associated with a first time based on the acquired positron emission tomography data; determine a scale factor based on the determined activity in the blood pool region and on an input function associated with one or more other human bodies; determine activity in a tissue region associated with a second time based on the acquired positron emission tomography data; determine a specific uptake ratio associated with the second time based on the activity in the tissue region, the scale factor and a value of the input function at the second time; determine an estimate of metabolic rate in the tissue region based on the specific uptake ratio and the input function; and determine a diagnosis associated with the tissue region based on the estimate of metabolic rate. identify a blood pool region of the body based on the acquired positron emission tomography data; determine activity in the blood pool region associated with a first time based on the acquired positron emission tomography data; determine a scale factor based on the determined activity in the blood pool region and on an input function associated with one or more other human bodies; determine activity in a tissue region associated with a second time based on the acquired positron emission tomography data; determine a specific uptake ratio associated with the second time based on the activity in the tissue region, the scale factor and a value of the input function at the second time; determine an estimate of metabolic rate in the tissue region based on the specific uptake ratio and the input function; and determine a diagnosis associated with the tissue region based on the estimate of metabolic rate.
A computer-implemented method for determining a chance of success for a prospect including a plurality of segments, comprising: receiving seismic data indicative of a plurality of anomalies in the prospect; computing prior probabilities of success and failure scenarios for at least one of the segments; determining likelihoods of the anomalies given the success and failure scenarios for the at least one of the segments; classifying at least two of the segments as part of a direct fluid indicator dependency group; determining a degree of correlation between the anomalies for the direct fluid indicator dependency group; and determining a posterior chance of success for the prospect based at least in part on the degree of correlation between the anomalies. receiving seismic data indicative of a plurality of anomalies in the prospect; computing prior probabilities of success and failure scenarios for at least one of the segments; determining likelihoods of the anomalies given the success and failure scenarios for the at least one of the segments; classifying at least two of the segments as part of a direct fluid indicator dependency group; determining a degree of correlation between the anomalies for the direct fluid indicator dependency group; and determining a posterior chance of success for the prospect based at least in part on the degree of correlation between the anomalies.
Device for preparing food comprising: - a case having a driving device, - at least one work tool driven in rotation about an axis of rotation , - the case having a support portion arranged to define a support surface whereon the device for preparing food can rest, - the axis of rotation forming an angle α with an intersection line of the support surface with another plane perpendicular to the support surface and comprising the axis of rotation , with the angle α within a range of values from 0° to 20°, - the case comprising an interface for fastening a feeding part , - the feeding part being arranged to be mounted on the interface in a removable manner, characterised: - in that the work tool comprises a peripheral ring arranged to be driven by the driving device about the axis of rotation , - and in that the interface is arranged around an orifice arranged in a wall of the case in order to pass through the wall the food introduced into the feeding part and/or transformed by the work tool . - a case having a driving device, - at least one work tool driven in rotation about an axis of rotation , - the case having a support portion arranged to define a support surface whereon the device for preparing food can rest, - the axis of rotation forming an angle α with an intersection line of the support surface with another plane perpendicular to the support surface and comprising the axis of rotation , with the angle α within a range of values from 0° to 20°, - the case comprising an interface for fastening a feeding part , - the feeding part being arranged to be mounted on the interface in a removable manner, - in that the work tool comprises a peripheral ring arranged to be driven by the driving device about the axis of rotation , - and in that the interface is arranged around an orifice arranged in a wall of the case in order to pass through the wall the food introduced into the feeding part and/or transformed by the work tool .
A plant-protecting RNA interference (RNAi) composition comprising plant-protecting double-stranded RNA adsorbed onto Layered Double Hydroxide (LDH) particles, wherein the loading ratio by mass of plant-protecting double-stranded RNA : Layered Double Hydroxide is from 2:1 to 1:20.
An interference suppression system comprising: a radio frequency identification tag ; and an interference suppression apparatus that suppresses electromagnetic field interference produced by the radio frequency identification tag , characterized in that the interference suppression apparatus comprises: a a power supply circuit ; an antenna that is connected to the power supply circuit, a command detector that is connected to the power supply circuit and detects a specific command that is transmitted from a radio frequency identification reading apparatus for radio frequency identification tags; and a load adjuster that is connected to the power supply circuit and changes a characteristic of the antenna based on the specific command detected by the command detector . a radio frequency identification tag ; and an interference suppression apparatus that suppresses electromagnetic field interference produced by the radio frequency identification tag , characterized in that the interference suppression apparatus comprises: a a power supply circuit ; an antenna that is connected to the power supply circuit, a command detector that is connected to the power supply circuit and detects a specific command that is transmitted from a radio frequency identification reading apparatus for radio frequency identification tags; and a load adjuster that is connected to the power supply circuit and changes a characteristic of the antenna based on the specific command detected by the command detector . a power supply circuit ; an antenna that is connected to the power supply circuit, a command detector that is connected to the power supply circuit and detects a specific command that is transmitted from a radio frequency identification reading apparatus for radio frequency identification tags; and a load adjuster that is connected to the power supply circuit and changes a characteristic of the antenna based on the specific command detected by the command detector .
A lithographic printing plate precursor comprising: - a support, the support having a front side and a back side, and - an image recording layer on the front side of the support and - a non-continuous back layer on the back side of the support, the non-continuous back layer is obtainable by at least partially curing a curable liquid deposited onto the back side of the support by means of a technique selected from the group of ink jet printing, valve jet printing, and aerosol jetting, characterised in that the non-continuous back layer has a Shore A hardness of 90 or less. - a support, the support having a front side and a back side, and - an image recording layer on the front side of the support and - a non-continuous back layer on the back side of the support, the non-continuous back layer is obtainable by at least partially curing a curable liquid deposited onto the back side of the support by means of a technique selected from the group of ink jet printing, valve jet printing, and aerosol jetting,
A system for providing extrinsic calibration of a camera to a relative working environment of a programmable motion device that includes an end-effector , said system comprising: a calibration unit attached to the end effector , the calibration unit including a plurality of fiducials ; at least one camera for viewing the plurality of fiducials of the calibration unit as the programmable motion device moves in at least three degrees of freedom, and for capturing a plurality of images containing one or more of the plurality of fiducials ; and a calibration processing system for analyzing the plurality of images to determine a fiducial location with respect to the at least one camera to permit calibration of the at least one camera with the programmable motion device , wherein the system is characterized by the calibration unit including a coupling portion for coupling to the end-effector and a transverse portion that is transverse to the coupling portion , the transverse portion including the plurality of fiducials that are positioned on mutually opposing sides of the transverse portion and further positioned on mutually opposing sides of the end-effector . a calibration unit attached to the end effector , the calibration unit including a plurality of fiducials ; at least one camera for viewing the plurality of fiducials of the calibration unit as the programmable motion device moves in at least three degrees of freedom, and for capturing a plurality of images containing one or more of the plurality of fiducials ; and a calibration processing system for analyzing the plurality of images to determine a fiducial location with respect to the at least one camera to permit calibration of the at least one camera with the programmable motion device , wherein the system is characterized by the calibration unit including a coupling portion for coupling to the end-effector and a transverse portion that is transverse to the coupling portion , the transverse portion including the plurality of fiducials that are positioned on mutually opposing sides of the transverse portion and further positioned on mutually opposing sides of the end-effector .