mhurhangee/patent-ind-claim-en huggingface dataset:
An imaging system, comprising: one or more light sources configured to illuminate a tissue region ; one or more image acquisition devices configured to receive light reflected from the tissue region; one or more controllers configured to control the one or more light sources and the one or more image acquisition devices to acquire a plurality of images corresponding to different times and a plurality of images corresponding to different frequency bands; and a processor configured to: classify areas of the tissue region according to different physiologic classes based at least in part on multispectral data of the plurality of images corresponding to different frequency bands and photoplethysmography data of the plurality of images corresponding to different times, and generate a classified image of the tissue region based at least in part on both the multispectral data and the photoplethysmography data, the classified image having pixels sorted into the different physiologic classes and showing the different physiologic classes with different representations, wherein the processor is configured to create categories for the classification based on groupings of pixels and their characteristics relative to each other. one or more light sources configured to illuminate a tissue region ; one or more image acquisition devices configured to receive light reflected from the tissue region; one or more controllers configured to control the one or more light sources and the one or more image acquisition devices to acquire a plurality of images corresponding to different times and a plurality of images corresponding to different frequency bands; and a processor configured to: classify areas of the tissue region according to different physiologic classes based at least in part on multispectral data of the plurality of images corresponding to different frequency bands and photoplethysmography data of the plurality of images corresponding to different times, and generate a classified image of the tissue region based at least in part on both the multispectral data and the photoplethysmography data, the classified image having pixels sorted into the different physiologic classes and showing the different physiologic classes with different representations, wherein the processor is configured to create categories for the classification based on groupings of pixels and their characteristics relative to each other. classify areas of the tissue region according to different physiologic classes based at least in part on multispectral data of the plurality of images corresponding to different frequency bands and photoplethysmography data of the plurality of images corresponding to different times, and generate a classified image of the tissue region based at least in part on both the multispectral data and the photoplethysmography data, the classified image having pixels sorted into the different physiologic classes and showing the different physiologic classes with different representations, wherein the processor is configured to create categories for the classification based on groupings of pixels and their characteristics relative to each other.
Method for generating a signal influencing an overtaking manoeuvre of a first motor vehicle , wherein the first motor vehicle overtakes a second motor vehicle by passing through an overtaking space which extends laterally at least in the direction of travel of the second motor vehicle , having the steps of: • receiving at least one wind signal which represents the wind speed substantially transversely to the direction of travel of the first motor vehicle at a front edge of the overtaking space in the direction of travel (step 302) and is measured at least at the second motor vehicle , • generating the signal at least depending on the received wind signal (step 307), wherein a signal effect which is perceptible by a driver of the first motor vehicle is generated on the basis of the signal generated and is used to convey, to the driver, a suitable time for exiting a slipstream of the second motor vehicle at the edge of the overtaking space , characterized in that the signal is generated when the wind signal has a minimum value and/or a trend to minimum values in a predefinable manner. • receiving at least one wind signal which represents the wind speed substantially transversely to the direction of travel of the first motor vehicle at a front edge of the overtaking space in the direction of travel (step 302) and is measured at least at the second motor vehicle , • generating the signal at least depending on the received wind signal (step 307),
An electronic device , comprising: a substrate comprising a bendable portion and a non-bending portion adjacent to the bendable portion; a plurality of thin-film transistors disposed on the non-bending portion of the substrate ; a first insulating layer disposed on the plurality of thin-film transistors; and a plurality of light-emitting units , and one of the plurality of light-emitting units is electrically connected to at least one of the plurality of thin-film transistors; and a conductive line disposed on the bendable portion, wherein a thickness of the first insulating layer on the non-bending portion is less than a thickness of the first insulating layer on the bendable portion and and characterized in that the conductive line has an undulating edge or at least one opening (O2). a substrate comprising a bendable portion and a non-bending portion adjacent to the bendable portion; a plurality of thin-film transistors disposed on the non-bending portion of the substrate ; a first insulating layer disposed on the plurality of thin-film transistors; and a plurality of light-emitting units , and one of the plurality of light-emitting units is electrically connected to at least one of the plurality of thin-film transistors; and a conductive line disposed on the bendable portion, wherein a thickness of the first insulating layer on the non-bending portion is less than a thickness of the first insulating layer on the bendable portion and and characterized in that the conductive line has an undulating edge or at least one opening (O2).
An apparatus for determining a context of the apparatus or user of the apparatus comprising: a plurality of interferometers wherein the plurality of interferometers enable interference of an electromagnetic input signal , and the pluraility of interferometers is provided on a single chip; a plurality of sensors configured to provide a plurality of sensor signals to the plurality of interferometers to control the interference of the electromagnetic input signal by the plurality of interferometers , wherein different sensors within the plurality of sensors are configured to sense different types of characteristics such that the plurality of sensor input signals provide an indication of a plurality of different types of sensed characteristics; wherein the plurality of interferometers are configured to receive the electromagnetic input signal and receive the plurality of sensor input signals from the plurality of sensors to enable the sensor input signals to control the interference of the electromagnetic input signal by the plurality of interferometers , and wherein the plurality of interferometers are configured to provide a first output signal when the plurality of characteristics sensed by the sensors correspond to a first context and a second output signal when the plurality of characteristics sensed by the sensors correspond to a second context.
An apparatus comprising: a nano-scale spectrum sensor configured to be electromagnetically excitable at a predetermined frequency based on received ambient electromagnetic radiation, and a graphene frequency multiplier configured to multiply a frequency of one or more portions of received ambient electromagnetic radiation, prior to detection by said nano-scale spectrum sensor, so as to shift a frequency range of said one or more portions of received ambient electromagnetic radiation into a particular predetermined frequency of said nano-scale spectrum sensor, the apparatus being configured to use excitation of said nano-scale spectrum sensor to determine ambient electromagnetic radiation spectrum usage. a nano-scale spectrum sensor configured to be electromagnetically excitable at a predetermined frequency based on received ambient electromagnetic radiation, and a graphene frequency multiplier configured to multiply a frequency of one or more portions of received ambient electromagnetic radiation, prior to detection by said nano-scale spectrum sensor, so as to shift a frequency range of said one or more portions of received ambient electromagnetic radiation into a particular predetermined frequency of said nano-scale spectrum sensor, the apparatus being configured to use excitation of said nano-scale spectrum sensor to determine ambient electromagnetic radiation spectrum usage.
A system for measuring a mechanical property of a subject, the system comprising: a) an ultrasound transducer array configured to produce shear waves capable of propagating in a subject by applying at least one unfocused ultrasound beam to the subject; b) a detection device configured to acquire measurement data to measure at least one location in the subject in which the shear waves produced by the transmitter are present, wherein the detection device is an ultrasound device and the measurement data are acquired by applying ultrasound energy to the at least one location in the subject; c) a controller configured to calculate a mechanical property of the subject using the measurement data acquired by the detection device; characterized in that the controller is programmed to cause the ultrasound transducer array to simultaneously produce a plurality of unfocused ultrasound beams extending outward from the ultrasound transducer array in a comb-shaped pattern to apply the plurality of unfocused ultrasound beams so as to produce shear waves that propagate in the subject. a) an ultrasound transducer array configured to produce shear waves capable of propagating in a subject by applying at least one unfocused ultrasound beam to the subject; b) a detection device configured to acquire measurement data to measure at least one location in the subject in which the shear waves produced by the transmitter are present, wherein the detection device is an ultrasound device and the measurement data are acquired by applying ultrasound energy to the at least one location in the subject; c) a controller configured to calculate a mechanical property of the subject using the measurement data acquired by the detection device;
A device for blow molding containers, which is provided with a supporting frame for at least one station for blow molding preforms in order to obtain containers, said blow molding station comprising two lateral bodies and a bottom which are adapted to provide by blow molding at least one container, at least one of said two lateral bodies being movable on command by way of means for cyclic opening and closing, with respect to said supporting frame , about an articulation axis that is substantially parallel to the axis of said at least one container, means being provided for kinematic connection between said at least one movable lateral body and said bottom and being adapted to produce cyclically the movement of said bottom along a movement direction substantially parallel to said articulation axis , characterized in that said cyclic opening and closing means comprise an actuation body which is supported by a first link rod which can be moved with respect to said supporting frame about a pivoting axis which is substantially parallel to said articulation axis , said first link rod being kinematically connected to said at least one movable lateral body and being associated rotatably with a contoured body that defines a cam-like profile that can be engaged by at least one engagement element supported by said bottom .
A method for the production of stacked sheet cores (O) for transformers by means of stacks of sheets (W); the method comprising the steps of: - providing a stack of sheets (W) comprising one or more sheets (P) made of grain oriented electrical steel; - grabbing said stack of sheets (W) by means of a gripping system ; - placing the stack of sheets (W) on an assembly table (7; 7I; 7II; 7III; 7IV); wherein, during the step of placing, the stack of sheets (W) falls in free fall along a path (tx1); wherein the gripping system comprises electromagnetic means configured to selectively produce an electromagnetic field (E) suited to attract, in use, the stack of sheets (W); wherein, during the step of grabbing, the electromagnetic means are activated to attract the stack of sheets (W); the method being characterized in that the gripping system further comprises support means configured to receive and support the stack of sheets once placed by the electromagnetic means . - providing a stack of sheets (W) comprising one or more sheets (P) made of grain oriented electrical steel; - grabbing said stack of sheets (W) by means of a gripping system ; - placing the stack of sheets (W) on an assembly table (7; 7I; 7II; 7III; 7IV); wherein, during the step of placing, the stack of sheets (W) falls in free fall along a path (tx1); wherein the gripping system comprises electromagnetic means configured to selectively produce an electromagnetic field (E) suited to attract, in use, the stack of sheets (W); wherein, during the step of grabbing, the electromagnetic means are activated to attract the stack of sheets (W); the method being characterized in that the gripping system further comprises support means configured to receive and support the stack of sheets once placed by the electromagnetic means .
A fluid evaluation apparatus comprising: an irradiator configured to irradiate a fluid with light; a light receiver configured to receive scattered light from the fluid and configured to output a light receiving signal; and an estimator configured to projective transform an input point that is on a first plane defined by a light amount and a frequency, to a second plane defined by a flow volume of the fluid and a concentration of the fluid, thereby estimating at least one of the flow volume and the concentration, wherein the light amount and the frequency are respectively indicated by light amount information, which indicates the light amount of the scattered light included in the light receiving signal, and by frequency information, which indicates the frequency associated with a beat signal caused by a Doppler shift of the light included in the light receiving signal. an irradiator configured to irradiate a fluid with light; a light receiver configured to receive scattered light from the fluid and configured to output a light receiving signal; and an estimator configured to projective transform an input point that is on a first plane defined by a light amount and a frequency, to a second plane defined by a flow volume of the fluid and a concentration of the fluid, thereby estimating at least one of the flow volume and the concentration, wherein the light amount and the frequency are respectively indicated by light amount information, which indicates the light amount of the scattered light included in the light receiving signal, and by frequency information, which indicates the frequency associated with a beat signal caused by a Doppler shift of the light included in the light receiving signal.
A specimen inventory management system for holding a plurality of containers containing a sample under test in at least one of a pre-analytical phase, an in-process phase, and a post-analytical phase of processing at a storage temperature appropriate for the sample under test and the phase of processing, the system comprising: a source for providing a cooling or warming fluid having a controlled temperature to selective locations; at least one area having a plurality of temperature zones, each zone of said plurality of temperature zones being structured and arranged to hold a discrete number of the plurality of containers at a desired controlled temperature or a desired controlled temperature and controlled humidity; a container receiving and removal area for receiving each of the plurality of containers and for inserting said each of the plurality of containers in one of the plurality of temperatures zones, and for removing each of the plurality of containers from a respective temperature zone for disposal or for analysis; a temperature equilibration area adapted to enable containers to reach a temperature equilibrium commensurate with a temperature at a next destination; and a controller for identifying the movement, storage location, and storage temperature of each of the plurality of containers , characterised in that the controller is adapted to dynamically reconfigure each temperature zone of said plurality of temperature zones, to change the number of the plurality of containers that can be stored in the respective temperature zone. a source for providing a cooling or warming fluid having a controlled temperature to selective locations; at least one area having a plurality of temperature zones, each zone of said plurality of temperature zones being structured and arranged to hold a discrete number of the plurality of containers at a desired controlled temperature or a desired controlled temperature and controlled humidity; a container receiving and removal area for receiving each of the plurality of containers and for inserting said each of the plurality of containers in one of the plurality of temperatures zones, and for removing each of the plurality of containers from a respective temperature zone for disposal or for analysis; a temperature equilibration area adapted to enable containers to reach a temperature equilibrium commensurate with a temperature at a next destination; and a controller for identifying the movement, storage location, and storage temperature of each of the plurality of containers , characterised in that the controller is adapted to dynamically reconfigure each temperature zone of said plurality of temperature zones, to change the number of the plurality of containers that can be stored in the respective temperature zone.
A pharmaceutical composition comprising: (i) azvudine or a pharmaceutically acceptable salt, a stereoisomer or an isotopic derivative thereof; (ii) a chemotherapeutic agent or avastin ® (bevacizumab); wherein the chemotherapeutic agent is selected from the group consisting of cyclophosphamide, paclitaxel and a combination thereof. (i) azvudine or a pharmaceutically acceptable salt, a stereoisomer or an isotopic derivative thereof; (ii) a chemotherapeutic agent or avastin ® (bevacizumab);
A method at a computing device associated with a first road user, the method comprising: receiving a message from a second road user, the message comprising a blockchain with at least one block, each of the at least one block having a hash uniquely associated therewith, wherein the message includes at least one report on erratic behavior of a third road user; detecting the third road user referred to in the message; detecting actions of the third road user; checking the actions against rules associated with the computing device; determining that the actions of the third road user contravene the rules; rules and creating a new report on erratic behavior of the third road user; and determining , if the size of the blockchain exceeds a threshold, to discard the blockchain and start a new blockchain or, if the size of the blockchain does not exceed the threshold, to forward the blockchain to other road users; providing the new report on erratic behavior of the third road user via the blockchain or the newly started blockchain; wherein the report is provided to a fourth road user within a geographic area proximate to the third road user; wherein the determining further comprises finding that no mitigating factors justify contravening the rules prior to providing the report. receiving a message from a second road user, the message comprising a blockchain with at least one block, each of the at least one block having a hash uniquely associated therewith, wherein the message includes at least one report on erratic behavior of a third road user; detecting the third road user referred to in the message; detecting actions of the third road user; checking the actions against rules associated with the computing device; determining that the actions of the third road user contravene the rules; rules and creating a new report on erratic behavior of the third road user; and determining , if the size of the blockchain exceeds a threshold, to discard the blockchain and start a new blockchain or, if the size of the blockchain does not exceed the threshold, to forward the blockchain to other road users; providing the new report on erratic behavior of the third road user via the blockchain or the newly started blockchain; wherein the report is provided to a fourth road user within a geographic area proximate to the third road user; wherein the determining further comprises finding that no mitigating factors justify contravening the rules prior to providing the report.
An injection blow molding apparatus comprising: an injection molding section including an injection unit for injecting a resin material and an injection mold unit including an injection mold installed to be adjacent to the injection unit to be operated by an oil pressure, the injection molding section being configured to form a preform by injection molding; a blow molding section including a blow mold unit to be operated by an oil pressure, the blow molding section being configured to blow mold the preform ; a first oil supply section including a hydraulic drive source composed of a drive motor , whose number of revolutions can be controlled, and a hydraulic pump , the first oil supply section being configured to supply oil from an oil tank to an injection drive unit provided in the injection unit ; and a second oil supply section including a hydraulic drive source composed of a drive motor , whose number of revolutions can be controlled, and a hydraulic pump , the second oil supply section being configured to supply oil from the oil tank to a blow mold drive unit provided in the blow mold unit , the second oil supply section being provided independently of the first oil supply section . an injection molding section including an injection unit for injecting a resin material and an injection mold unit including an injection mold installed to be adjacent to the injection unit to be operated by an oil pressure, the injection molding section being configured to form a preform by injection molding; a blow molding section including a blow mold unit to be operated by an oil pressure, the blow molding section being configured to blow mold the preform ; a first oil supply section including a hydraulic drive source composed of a drive motor , whose number of revolutions can be controlled, and a hydraulic pump , the first oil supply section being configured to supply oil from an oil tank to an injection drive unit provided in the injection unit ; and a second oil supply section including a hydraulic drive source composed of a drive motor , whose number of revolutions can be controlled, and a hydraulic pump , the second oil supply section being configured to supply oil from the oil tank to a blow mold drive unit provided in the blow mold unit , the second oil supply section being provided independently of the first oil supply section .
An adipocyte genetically modified with an added gene coding for FFAR4 to express FFAR4, for use in treating and/or preventing a disease.