mhurhangee/patent-ind-claim-en huggingface dataset:
A method for visualizing ablation lesions, the method comprising: collecting, with a hyperspectral camera, a spectral data set comprising spectral images of tissue illuminated at multiple illumination wavelengths, the spectral data acquired at multiple spectral bands each at one or more acquisition wavelengths; creating a three-dimensional hyperspectral data cube based on the collected spectral data set having two spatial dimensions and one spectral dimension; unmixing the hyperspectral data cube to distinguish between the ablation lesion and an unablated tissue based on one or more spectral differences in nicotinamide adenine dinucleotide hydrogen (NADH) fluorescence between the ablation lesion and unablated tissue, by comparing the collected spectral data, pixel by pixel, to existing spectral libraries of spectra of ablated and unablated tissue or by subjecting the collected spectral data to, pixel by pixel, image processing algorithms, to determine different subsets of pixels related to ablation lesion or unablated tissue; and creating a composite image of the tissue showing the ablation lesion and the unablated tissue. collecting, with a hyperspectral camera, a spectral data set comprising spectral images of tissue illuminated at multiple illumination wavelengths, the spectral data acquired at multiple spectral bands each at one or more acquisition wavelengths; creating a three-dimensional hyperspectral data cube based on the collected spectral data set having two spatial dimensions and one spectral dimension; unmixing the hyperspectral data cube to distinguish between the ablation lesion and an unablated tissue based on one or more spectral differences in nicotinamide adenine dinucleotide hydrogen (NADH) fluorescence between the ablation lesion and unablated tissue, by comparing the collected spectral data, pixel by pixel, to existing spectral libraries of spectra of ablated and unablated tissue or by subjecting the collected spectral data to, pixel by pixel, image processing algorithms, to determine different subsets of pixels related to ablation lesion or unablated tissue; and creating a composite image of the tissue showing the ablation lesion and the unablated tissue.
A method performed by a terminal device in a wireless telecommunications network comprising the terminal device and a plurality of base stations , wherein the base stations are arranged into groups of one or more base stations supporting communications over different tracking areas in such a way that different groups comprise base stations in different tracking areas, wherein the method comprises: establishing a radio resource control, RRC, connection with an initially selected base station and entering an RRC connected mode of operation with respect to the initially selected base station, wherein the initially selected base station is a member of a first group of base stations; suspending the RRC connection with the initially selected base station and entering an RRC suspended mode of operation; and subsequently transmitting a message to request a resumed RRC connection to a subsequently selected base station, wherein the subsequently selected base station is selected in accordance with a cell selection or reselection procedure for the terminal device performed while in the RRC suspended mode of operation, and wherein the message to request a resumed RRC connection comprises information on the identity of the initially selected base station and is transmitted with a first format if the subsequently selected base station is a member of the first group of base stations and is transmitted with a second format, which is different from the first format, if the subsequently selected base station is not a member of the first group of base stations. establishing a radio resource control, RRC, connection with an initially selected base station and entering an RRC connected mode of operation with respect to the initially selected base station, wherein the initially selected base station is a member of a first group of base stations; suspending the RRC connection with the initially selected base station and entering an RRC suspended mode of operation; and subsequently transmitting a message to request a resumed RRC connection to a subsequently selected base station, wherein the subsequently selected base station is selected in accordance with a cell selection or reselection procedure for the terminal device performed while in the RRC suspended mode of operation, and wherein the message to request a resumed RRC connection comprises information on the identity of the initially selected base station and is transmitted with a first format if the subsequently selected base station is a member of the first group of base stations and is transmitted with a second format, which is different from the first format, if the subsequently selected base station is not a member of the first group of base stations.
A concealed embedded circuitry structure for facilitating electronic functionality on an article, the concealed embedded circuitry structure comprising: electronic circuitry ; and an overlying polymeric layer positioned with respect to the electronic circuitry such that the polymeric layer overlies and conceals the electronic circuitry when the concealed embedded circuitry structure is applied to the article; wherein the concealed embedded circuitry structure has a tapered thickness through at least a portion thereof and has a length of at least 30 centimeters along its major axis. electronic circuitry ; and an overlying polymeric layer positioned with respect to the electronic circuitry such that the polymeric layer overlies and conceals the electronic circuitry when the concealed embedded circuitry structure is applied to the article; wherein the concealed embedded circuitry structure has a tapered thickness through at least a portion thereof and has a length of at least 30 centimeters along its major axis.
Selector drum (28; 34) for an automated dual clutch transmission , having a selector drum body (29; 35), which is mounted in the manual transmission so as to be rotatable about an axis of rotation (30; 36), wherein at least one shifting contour (32; 38) is formed on the selector drum body (29; 35), said shifting contour extending over a peripheral portion of the selector drum body (29; 35), wherein the selector drum (28; 34) is designed for shifting three gear stages that can be shifted via the selector drum, comprising a high gear stage (7; 6) for shifting a high gear, a low gear stage (3; 2) for shifting a low gear and a middle gear stage (5; 4) for shifting a gear which is between the high and the low gear, wherein the at least one shifting contour (32; 38) has a shifting contour switch in a region of a switch gear portion, wherein the switch gear portion (60; 84) is assigned to the middle gear stage (5; 4), wherein the switch gear portion (60; 84) is designed, by means of the shifting contour switch , in such a way that the middle gear stage (5; 4) is shifted in a first direction of rotation of the selector drum body and is not shifted in a second direction of rotation , wherein the at least one shifting contour (32; 38) is also designed in such a way that, in the second direction of rotation of the selector drum body (29; 35), the high gear stage (7; 6) remains engaged if a driver assigned to the middle gear stage (5; 4) is in a region of the switch gear portion (60; 84), such that, proceeding from the high gear stage (7; 6), the low gear stage (3; 2) can be shifted without shifting the middle gear stage (5; 4), characterized in that the shifting contour has an individual shifting contour (38"), in which a first driver (46") and a second driver (48") engage, wherein the first driver (46") is assigned to the high gear stage (7; 6) and wherein the second driver (48") is assigned to the middle gear stage (5; 4).
A replaceable unit for an electrophotographic image forming device , comprising: a housing having a reservoir for storing toner; a rotatable shaft positioned within the reservoir and having an axis of rotation; and a first magnet connected to the shaft and rotatable around the axis of rotation in response to rotation of the shaft , the first magnet passing near at least a portion of an inner wall of the housing forming the reservoir during rotation of the first magnet ; a second magnet connected to the shaft and rotatable around the axis of rotation in response to rotation of the shaft , the second magnet passing near at least a portion of an inner wall of the housing forming the reservoir during rotation of the first and second magnets , wherein an amount of angular offset between the first magnet and the second magnet varies depending on an amount of toner in the reservoir , wherein the replaceable unit further comprises a first linkage rotatable with the shaft and rotatable independent of the shaft between a forward rotational stop and a rearward rotational stop, the second magnet mounted on the first linkage and wherein the first linkage has a paddle member leading the first magnet in an operative rotational direction of the shaft and the second magnet trails the first magnet in the operative rotational direction of the shaft . a housing having a reservoir for storing toner; a rotatable shaft positioned within the reservoir and having an axis of rotation; and a first magnet connected to the shaft and rotatable around the axis of rotation in response to rotation of the shaft , the first magnet passing near at least a portion of an inner wall of the housing forming the reservoir during rotation of the first magnet ; a second magnet connected to the shaft and rotatable around the axis of rotation in response to rotation of the shaft , the second magnet passing near at least a portion of an inner wall of the housing forming the reservoir during rotation of the first and second magnets , wherein an amount of angular offset between the first magnet and the second magnet varies depending on an amount of toner in the reservoir , wherein the replaceable unit further comprises a first linkage rotatable with the shaft and rotatable independent of the shaft between a forward rotational stop and a rearward rotational stop, the second magnet mounted on the first linkage and wherein the first linkage has a paddle member leading the first magnet in an operative rotational direction of the shaft and the second magnet trails the first magnet in the operative rotational direction of the shaft .
A method of operating a user equipment in a wireless network, the user equipment supporting multiple carriers, the method comprising: receiving, by the user equipment , a disable command control element for a carrier; discontinuing, by the user equipment , transmission of control information corresponding to the carrier after receiving the disable command control element , wherein the control information comprises at least one of: Channel Quality Indicator "CQI", Precoding Matrix Indicator "PMI", Rank Indicator "RI", and Sounding Reference Symbol "SRS"; and stopping, by the user equipment , monitoring of a physical downlink control channel "PDCCH" associated with the carrier when the PDCCH is transmitted on another carrier different from the carrier after receiving the disable command control element . receiving, by the user equipment , a disable command control element for a carrier; discontinuing, by the user equipment , transmission of control information corresponding to the carrier after receiving the disable command control element , wherein the control information comprises at least one of: Channel Quality Indicator "CQI", Precoding Matrix Indicator "PMI", Rank Indicator "RI", and Sounding Reference Symbol "SRS"; and stopping, by the user equipment , monitoring of a physical downlink control channel "PDCCH" associated with the carrier when the PDCCH is transmitted on another carrier different from the carrier after receiving the disable command control element .
An electric mower of the battery-powered type comprising: - at least one cutting blade , - an electric motor for driving the cutting blade, - an electronic control unit for the electric motor , and - at least one optical sensor disposed upstream of the cutting blade, characterised in that - the optical sensor is oriented towards the ground with an inclination in a direction of forward movement of the mower and configured to deliver in the course of the forward movement of the mower at least one predictive signal which can be used to determine after processing at least one of the height of plants to be cut, a density of plants to be cut, and a combination of a height and a density of plants to be cut, - the electronic control unit is configured to establish an optimum speed of rotation for the cutting blade drive motor, the optimum speed of rotation being established in dependence on said predictive signal of the optical sensor, and a speed of forward movement of the mower selected from a standard speed of forward movement , a desired speed of forward movement and an effective speed of forward movement . - at least one cutting blade , - an electric motor for driving the cutting blade, - an electronic control unit for the electric motor , and - at least one optical sensor disposed upstream of the cutting blade, - the optical sensor is oriented towards the ground with an inclination in a direction of forward movement of the mower and configured to deliver in the course of the forward movement of the mower at least one predictive signal which can be used to determine after processing at least one of the height of plants to be cut, a density of plants to be cut, and a combination of a height and a density of plants to be cut, - the electronic control unit is configured to establish an optimum speed of rotation for the cutting blade drive motor, the optimum speed of rotation being established in dependence on said predictive signal of the optical sensor, and a speed of forward movement of the mower selected from a standard speed of forward movement , a desired speed of forward movement and an effective speed of forward movement .
Labor-saving paint mixing cover, comprising a paint outlet mechanism for controlling a paint to be poured out, and at least two pressing mechanisms for pressing a paint bucket and the canister lid, wherein for each pressing mechanism, the canister lid is provided with a through hole ; a pressing rod penetrates through the through hole; a seal sleeve is sleeved outside the pressing rod ; a seal sleeve flange of the seal sleeve is pressed against the canister lid ; a compressed spring is sleeved at the outer periphery of the pressing rod between the seal sleeve flange of the seal sleeve and an upper end of the pressing rod ; a presser foot is provided at a lower end of the pressing rod , a handle is provided at an upper end of the pressing rod and is a cam lifting handle formed by hinging the upper end of the pressing rod and a cam; a cam surface of the cam lifting handle is in contact with an upper surface of a cam seat; the cam seat is a movable pipe sleeve sleeved outside the pressing rod; an upper surface of the movable pipe sleeve is in contact with the cam surface of the cam lifting handle; the movable pipe sleeve is provided with a movable pipe sleeve flange ; the upper end of the pressing spring abuts against the movable pipe sleeve flange of the movable pipe sleeve ; wherein a bracket is provided correspondingly above the through hole of the canister lid ; an upper flat plate of the bracket is provided with a bracket through hole ; the movable pipe sleeve is placed in the bracket through hole ; and the movable pipe sleeve and the bracket through hole are in sliding fit to each other, characterisied in that a reset spring is sleeved at the outer periphery of the pressing rod between a lower side of the canister lid and the presser foot , so that the pressing mechanism can be prevented from moving when the presser foot is in a relaxed state.
A vehicle operating a dynamic vehicle speed related to conditions external to the vehicle where the vehicle at least partly is powered by a dynamic source operating a generator at a generator speed where the energy generated in the generator depend on a counter torque (Tcounter) and where the generator is controlled with an input reference (R) depending on the generator angular speed and the vehicle speed, wherein the vehicle further comprises a wheel being solely rotated by an electric motor at least partly powered by said generator through a transmission mechanism coupled to said dynamic source, where a controller is configured to control said counter torque (Tcounter) wherein the control circuit of said generator includes a first control loop (C1), which is a feedback regulation based on an output (Y) and the reference (R), wherein the output (Y) is the generator speed, characterized in that the first control loop (C1) is to provide an error signal (ε) to be used to generate a regulation input signal to the generator controller to control the counter torque (Tcounter) wherein a first system input (U1) is formed from the error signal ε by a section inducing it with a gain, the first system input (U1) being the input signal to the generator controller , and that the reference (R) is generated in a second control loop (C2), wherein the reference (R) is related to the vehicle speed recalculated as an angular speed, or correspondingly the motor speed, and wherein, said reference (R) is formed from the vehicle speed recalculated as an angular speed, or correspondingly the motor speed being multiplied by a gear ratio .
A method of producing a polyolefin resin composite material, the method comprising: mixing a polyolefin resin, 10 to 150 parts by mass of cellulose fibers with respect to 100 parts by mass of the polyolefin resin, and water; and melt-kneading the resultant mixture; wherein a mixing amount of water in the melt-kneading is 1 to 150 parts by mass with respect to 100 parts by mass of the cellulose fibers; the apparatus of performing the melt-kneading is a twin-screw extruder; and wherein the cellulose fibers are a powdery pulp. mixing a polyolefin resin, 10 to 150 parts by mass of cellulose fibers with respect to 100 parts by mass of the polyolefin resin, and water; and melt-kneading the resultant mixture; wherein a mixing amount of water in the melt-kneading is 1 to 150 parts by mass with respect to 100 parts by mass of the cellulose fibers; the apparatus of performing the melt-kneading is a twin-screw extruder; and wherein the cellulose fibers are a powdery pulp.
A battery powered electronic device comprising: a first part that includes an electronic controller to control the operation of the device; a second part, controlled by the controller, which uses battery power only when energised and which is energised only intermittently; wherein the power consumption of the second part is greater than that of the first part; a battery power supply; a fuel gauge to record the amount of energy consumed by the second part, optionally using coulomb counting, the fuel gauge only being activated when the second part is activated; a monitoring arrangement, distinct from the fuel gauge, to monitor the amount of time that the controller spends in each of multiple activity states; the device being configured to: estimate the amount of energy consumed by the first part based on knowledge of the energy usage of the first part in each of the multiple activity states; determine an initial energy capacity of the battery power supply based on an identification of the battery power supply; and determine the remaining energy capacity of the battery power supply based on the determined initial energy capacity, the estimate of the amount of energy consumed by the first part, and the record from the fuel gauge of the amount of energy consumed by the second part. a second part, controlled by the controller, which uses battery power only when energised and which is energised only intermittently; wherein the power consumption of the second part is greater than that of the first part; a battery power supply; a fuel gauge to record the amount of energy consumed by the second part, optionally using coulomb counting, the fuel gauge only being activated when the second part is activated; a monitoring arrangement, distinct from the fuel gauge, to monitor the amount of time that the controller spends in each of multiple activity states; the device being configured to: estimate the amount of energy consumed by the first part based on knowledge of the energy usage of the first part in each of the multiple activity states; determine an initial energy capacity of the battery power supply based on an identification of the battery power supply; and determine the remaining energy capacity of the battery power supply based on the determined initial energy capacity, the estimate of the amount of energy consumed by the first part, and the record from the fuel gauge of the amount of energy consumed by the second part. estimate the amount of energy consumed by the first part based on knowledge of the energy usage of the first part in each of the multiple activity states; determine an initial energy capacity of the battery power supply based on an identification of the battery power supply; and determine the remaining energy capacity of the battery power supply based on the determined initial energy capacity, the estimate of the amount of energy consumed by the first part, and the record from the fuel gauge of the amount of energy consumed by the second part.
A wire fence accessory including a connector configured to secure the accessory to a support post of a wire fence system ; and a tension sensor configured to measure tension in a wire connected to the accessory and output a signal indicative of the tension, cha racterised in that the accessory includes an indicator configured to output, at the accessory , an indication of the tension in the wire according to the signal output by the tension sensor, wherein the indication uniquely identifies whether the measured tension is above, below, or within, a predetermined range of tension values.
Method for the cosmetic treatment of keratin materials, comprising: a) a first stage of application, to the said keratin materials, of a composition (A) comprising from 0.5% to 15% by weight, with respect to the total weight of the composition (A), of one or more compounds of a metal belonging to the group of the rare earth metals, then b) a second stage of application, to the said keratin materials, of a composition (B) comprising one or more alkaline agents. a) a first stage of application, to the said keratin materials, of a composition (A) comprising from 0.5% to 15% by weight, with respect to the total weight of the composition (A), of one or more compounds of a metal belonging to the group of the rare earth metals, then b) a second stage of application, to the said keratin materials, of a composition (B) comprising one or more alkaline agents.
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 (DCD); 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 (DCD); 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.