mhurhangee/patent-ind-claim-en huggingface dataset:
A colored composition comprising: a dye compound having a dye structure having a cationic moiety, and an anionic moiety including at least one of a structure represented by the following General Formula (A1), a structure represented by the following General Formula (A2), and a structure containing a boron atom, in which the anionic moiety and the cationic moiety are bonded to each other via a covalent bond and present in the same molecule; a polymerizable compound which can be crosslinked by a radical, an acid, or heat; and a solvent, wherein in General Formula (A1), R 1 and R 2 each independently represent -SO 2 - or -CO-, wherein in General Formula (A2), R 3 represents -SO 2 - or -CO-; R 4 and R 5 each independently represent -SO 2 -, -CO-, or -CN, wherein the anionic moiety has a structure in which at least any one of a fluorine atom, an aliphatic hydrocarbon group containing a fluorine atom, an aromatic hydrocarbon group containing a fluorine atom, an aromatic hydrocarbon group containing a nitro group, and an aromatic hydrocarbon group containing a cyano group is directly bonded to at least one of R 1 to R 5 in the structure represented by General Formula (A1) or General Formula (A2) via a covalent bond, and wherein the dye structure is derived from a dye selected from a xanthene dye, a cyanine dye, a squarylium dye, and metal complex dyes of these. a dye compound having a dye structure having a cationic moiety, and an anionic moiety including at least one of a structure represented by the following General Formula (A1), a structure represented by the following General Formula (A2), and a structure containing a boron atom, in which the anionic moiety and the cationic moiety are bonded to each other via a covalent bond and present in the same molecule; a polymerizable compound which can be crosslinked by a radical, an acid, or heat; and a solvent, wherein in General Formula (A1), R 1 and R 2 each independently represent -SO 2 - or -CO-, wherein in General Formula (A2), R 3 represents -SO 2 - or -CO-; R 4 and R 5 each independently represent -SO 2 -, -CO-, or -CN, wherein the anionic moiety has a structure in which at least any one of a fluorine atom, an aliphatic hydrocarbon group containing a fluorine atom, an aromatic hydrocarbon group containing a fluorine atom, an aromatic hydrocarbon group containing a nitro group, and an aromatic hydrocarbon group containing a cyano group is directly bonded to at least one of R 1 to R 5 in the structure represented by General Formula (A1) or General Formula (A2) via a covalent bond, and wherein the dye structure is derived from a dye selected from a xanthene dye, a cyanine dye, a squarylium dye, and metal complex dyes of these.
A display device comprising: a substrate having a display area and a pad area ; the display area comprising a thin film transistor on the substrate including a source electrode and a drain electrode ; an anode electrode connected to the drain electrode ; an organic light emitting film on the anode electrode ; and a cathode electrode on the organic light emitting film ; an encapsulation layer disposed on the display area including a first inorganic film , a first organic film on the first inorganic film , and a second inorganic film on the first organic film ; a touch buffer layer on the second inorganic film of the encapsulation layer; a first touch electrode and a second touch electrode on the touch buffer layer ; a touch insulating film disposed between the first touch electrode and the second touch electrode ; a touch driving line disposed on the touch insulating film and connected to the first touch electrode ; a touch pad in the pad area including an upper pad electrode and a lower pad electrode, wherein the lower pad electrode is a signal line which extends from the display area to the pad area and the upper pad electrode is the second touch electrode in contact with the signal line ; wherein the second touch electrode is connected to a touch sensing line , and the touch sensing line is provided on a side surface of the encapsulation layer. a substrate having a display area and a pad area ; the display area comprising a thin film transistor on the substrate including a source electrode and a drain electrode ; an anode electrode connected to the drain electrode ; an organic light emitting film on the anode electrode ; and a cathode electrode on the organic light emitting film ; an encapsulation layer disposed on the display area including a first inorganic film , a first organic film on the first inorganic film , and a second inorganic film on the first organic film ; a touch buffer layer on the second inorganic film of the encapsulation layer; a first touch electrode and a second touch electrode on the touch buffer layer ; a touch insulating film disposed between the first touch electrode and the second touch electrode ; a touch driving line disposed on the touch insulating film and connected to the first touch electrode ; a touch pad in the pad area including an upper pad electrode and a lower pad electrode, wherein the lower pad electrode is a signal line which extends from the display area to the pad area and the upper pad electrode is the second touch electrode in contact with the signal line ; wherein the second touch electrode is connected to a touch sensing line , and the touch sensing line is provided on a side surface of the encapsulation layer.
A charging assembly of a watch type mobile terminal , comprising a watch type mobile terminal and a charger , wherein the watch type mobile terminal , comprises: a body ; a band connected to the body; a display unit deposed at a front side of the body; a receiving coil configured to receive power from the charger in a wireless manner; a printed circuit board electrically connected with the receiving coil ; and a battery where the wirelessly received power is charged, wherein the charger comprises: a transmitting coil configured to transmit power to the receiving coil ; and at least one magnetic element configured to generate a magnetic force, wherein the body is fixed to a charging position of the watch type mobile terminal by an attraction with the at least one magnetic element , characterized in that the battery is disposed below the display unit , the printed circuit board is disposed below the battery , and the receiving coil is disposed on a lower surface of the printed circuit board , wherein the at least one magnetic element is arranged in a metallic container for shielding a magnetic field generated from the at least one magnetic element. a body ; a band connected to the body; a display unit deposed at a front side of the body; a receiving coil configured to receive power from the charger in a wireless manner; a printed circuit board electrically connected with the receiving coil ; and a battery where the wirelessly received power is charged, wherein the charger comprises: a transmitting coil configured to transmit power to the receiving coil ; and at least one magnetic element configured to generate a magnetic force, wherein the body is fixed to a charging position of the watch type mobile terminal by an attraction with the at least one magnetic element , characterized in that the battery is disposed below the display unit , the printed circuit board is disposed below the battery , and the receiving coil is disposed on a lower surface of the printed circuit board , wherein the at least one magnetic element is arranged in a metallic container for shielding a magnetic field generated from the at least one magnetic element. a transmitting coil configured to transmit power to the receiving coil ; and at least one magnetic element configured to generate a magnetic force, wherein the body is fixed to a charging position of the watch type mobile terminal by an attraction with the at least one magnetic element , characterized in that the battery is disposed below the display unit , the printed circuit board is disposed below the battery , and the receiving coil is disposed on a lower surface of the printed circuit board , wherein the at least one magnetic element is arranged in a metallic container for shielding a magnetic field generated from the at least one magnetic element.
A recombinant AAV virion comprising a self-complementary adeno-associated virus (scAAV) vector, for use in treating spinal muscular atrophy (SMA), wherein the scAAV vector comprises a polynucleotide encoding a protein that modulates motor function, wherein the expression of said protein in the CNS results in at least partial correction of neuropathology and/or stabilization of SMA progression, wherein the scAAV vector comprises capsid proteins from serotype AAV9, and wherein the AAV virion is administered via intrathecal injection.
A task management method, comprising: detecting , by the electronic device, that the electronic device enters a game scenario, a browser scenario, a navigation scenario or another audio playing or video playing scenario for which task limitation is allowed, wherein the game scenario, the browser scenario or the navigation scenario is a scenario that is set for receiving an operation input by a user that meets the user's requirements or habits; querying and determining , by an electronic device, a background task that needs to be frozen, wherein the background task is a task corresponding to the game scenario, the browser scenario, the navigation scenario or another audio playing or video playing scenario; determining , by the electronic device, whether the background task that needs to be frozen uses a system component, wherein freezing the background task means prohibiting the background task from calling a system resource or reducing usage of the system resource; when determining the background task that needs to be frozen uses the system component, pausing , by the electronic device, the system component, wherein the system component used by the background task, comprises at least one of: a sleep lock, a timer or a broadcast notification; freezing , by the electronic device, the background task. detecting , by the electronic device, that the electronic device enters a game scenario, a browser scenario, a navigation scenario or another audio playing or video playing scenario for which task limitation is allowed, wherein the game scenario, the browser scenario or the navigation scenario is a scenario that is set for receiving an operation input by a user that meets the user's requirements or habits; querying and determining , by an electronic device, a background task that needs to be frozen, wherein the background task is a task corresponding to the game scenario, the browser scenario, the navigation scenario or another audio playing or video playing scenario; determining , by the electronic device, whether the background task that needs to be frozen uses a system component, wherein freezing the background task means prohibiting the background task from calling a system resource or reducing usage of the system resource; when determining the background task that needs to be frozen uses the system component, pausing , by the electronic device, the system component, wherein the system component used by the background task, comprises at least one of: a sleep lock, a timer or a broadcast notification; freezing , by the electronic device, the background task.
A surface temperature measuring method comprising: a first imaging step of acquiring a radiation light amount of a surface of a measurement object; a second imaging step of irradiating the surface of the measurement object with light under a specular reflection condition, and acquiring a specular reflection light amount; a third imaging step of irradiating the surface of the measurement object with light under a diffuse reflection condition, and acquiring a diffuse reflection light amount; in a case where a specular reflection light amount acquired in the second imaging step is less than a predetermined value, an emissivity calculating step of calculating an emissivity of the surface of the measurement object by using a model indicating a relationship between an emissivity and a specular reflectance, and a relationship between the emissivity and a diffuse reflectance of the surface of the measurement object, the specular reflection light amount acquired in the second imaging step, and the diffuse reflection light amount acquired in the third imaging step, and in a case where the specular reflection light acquired in the second imaging step is a predetermined value or more, a fixed value is used as the emissivity; and a temperature measurement step of calculating a surface temperature of the measurement object using the radiation light amount acquired in the first imaging step and the emissivity calculated in the emissivity calculating step or determined by the fixed value. a first imaging step of acquiring a radiation light amount of a surface of a measurement object; a second imaging step of irradiating the surface of the measurement object with light under a specular reflection condition, and acquiring a specular reflection light amount; a third imaging step of irradiating the surface of the measurement object with light under a diffuse reflection condition, and acquiring a diffuse reflection light amount; in a case where a specular reflection light amount acquired in the second imaging step is less than a predetermined value, an emissivity calculating step of calculating an emissivity of the surface of the measurement object by using a model indicating a relationship between an emissivity and a specular reflectance, and a relationship between the emissivity and a diffuse reflectance of the surface of the measurement object, the specular reflection light amount acquired in the second imaging step, and the diffuse reflection light amount acquired in the third imaging step, and in a case where the specular reflection light acquired in the second imaging step is a predetermined value or more, a fixed value is used as the emissivity; and a temperature measurement step of calculating a surface temperature of the measurement object using the radiation light amount acquired in the first imaging step and the emissivity calculated in the emissivity calculating step or determined by the fixed value.
A refrigerating machine oil having a flash point of 130°C or lower and a carbon residue of 10% residual oil of 0.02% by mass or more, and comprising: a low-viscosity hydrocarbon oil having a kinematic viscosity at 40°C of 6 mm 2 /s or lower; and a high-viscosity hydrocarbon oil having a kinematic viscosity at 40°C of 200 mm 2 /s or higher. a low-viscosity hydrocarbon oil having a kinematic viscosity at 40°C of 6 mm 2 /s or lower; and a high-viscosity hydrocarbon oil having a kinematic viscosity at 40°C of 200 mm 2 /s or higher.
Electrical contact element for clamping connection of a braided conductor, consisting of a contact pin and a contact-making section which is connected to the contact pin and has an inner clamping area and to the outer casing of which a spring-action clamping element is fastened in such a way that the spring-action clamping element, by way of its clamping spring arm , is intended for making clamping contact with a braided conductor end of the braided conductor between the clamping area of the contact-making section of a connection block of the contact element and the clamping spring arm , wherein the clamping spring arm is operated with a spring action when the braided conductor is inserted from a braided conductor insertion position into a braided conductor clamping position, wherein the clamping spring arm projects into the contact chamber through an opening in the contact chamber , characterized in that the spring-action clamping element has at least one holding arm with an end-side encompassing section which, together with a barb formed on the contact-making section , fastens the spring-action clamping element with a form fit by way of the spring-action clamping element having a spring arm cutout in a holding section of the clamping element and which latches in by means of the barb , and in that a section of the contact-making section is held in a clamping manner between the barb and an end-side holding arm formed by the clamping element .
An X-ray fluorescence (XRF) analyzer instrument for analysis of elemental composition of a sample , the XRF analyzer instrument comprising: a hermetically sealed measurement chamber comprising air and provided with a measurement aperture that is sealed by a sample window ; a radiation source having its radiation-emitting portion disposed inside the measurement chamber and arranged to emit primary radiation towards the sample window so as to invoke secondary radiation from the sample arranged adjacent to the sample window on exterior of the measurement chamber ; a radiation detector having its radiation-receiving portion disposed inside the measurement chamber , the radiation detector arranged to receive the secondary radiation from direction of the sample window and to provide a measurement signal that is descriptive of intensity of the received radiation; a controller arranged to carry out the analysis of elemental composition of the sample on basis of an energy spectrum of the measurement signal in accordance with a calibration established at a reference air density inside the measurement chamber ; and characterised in that it comprises: a volume adjustment assembly arranged to adjust a volume of the measurement chamber for restoring the reference air density inside the measurement chamber after a change in air density inside the measurement chamber in order to maintain validity of said calibration. a hermetically sealed measurement chamber comprising air and provided with a measurement aperture that is sealed by a sample window ; a radiation source having its radiation-emitting portion disposed inside the measurement chamber and arranged to emit primary radiation towards the sample window so as to invoke secondary radiation from the sample arranged adjacent to the sample window on exterior of the measurement chamber ; a radiation detector having its radiation-receiving portion disposed inside the measurement chamber , the radiation detector arranged to receive the secondary radiation from direction of the sample window and to provide a measurement signal that is descriptive of intensity of the received radiation; a controller arranged to carry out the analysis of elemental composition of the sample on basis of an energy spectrum of the measurement signal in accordance with a calibration established at a reference air density inside the measurement chamber ; and characterised in that it comprises: a volume adjustment assembly arranged to adjust a volume of the measurement chamber for restoring the reference air density inside the measurement chamber after a change in air density inside the measurement chamber in order to maintain validity of said calibration.
A print head configured to discharge liquid from a nozzle, comprising: a memory circuit that is configured to store individual information (HI) of the print head and individual activation information (CI) based on the individual information (HI); a communication control circuit that is configured to control communication between the print head and an outside; a discharge control circuit that is configured to control discharge of the liquid; and a limiting circuit that is configured to limit liquid discharge control by the discharge control circuit , wherein when a signal according to the individual activation information (CI) is input from the outside, the limiting circuit is configured to change a limitation of liquid discharge control by the discharge control circuit , and wherein the memory circuit is configured to store discharge control information (DI) that is information for limiting liquid discharge control by the discharge control circuit , and the discharge control information (DI) is rewritten when a signal according to the individual activation information (CI) is input from the outside. a memory circuit that is configured to store individual information (HI) of the print head and individual activation information (CI) based on the individual information (HI); a communication control circuit that is configured to control communication between the print head and an outside; a discharge control circuit that is configured to control discharge of the liquid; and a limiting circuit that is configured to limit liquid discharge control by the discharge control circuit , wherein when a signal according to the individual activation information (CI) is input from the outside, the limiting circuit is configured to change a limitation of liquid discharge control by the discharge control circuit , and wherein the memory circuit is configured to store discharge control information (DI) that is information for limiting liquid discharge control by the discharge control circuit , and the discharge control information (DI) is rewritten when a signal according to the individual activation information (CI) is input from the outside.
An ablation device, comprising: an elongate body having an inner lumen; a plurality of outlet ports formed in the elongate body and disposed along a length thereof, the plurality of outlet ports being configured to deliver fluid from the inner lumen to tissue surrounding the elongate body; an ablation element configured to heat the tissue surrounding the elongate body; characterised in that a flow resistance of the elongate body increases along the length of the elongate body containing the plurality of outlet ports from a proximal end thereof to a distal end thereof; and the elongate body includes tapered sidewalls that progressively increase in thickness from a proximal end to a distal end of the length of the elongate body containing the plurality of outlet ports. an elongate body having an inner lumen; a plurality of outlet ports formed in the elongate body and disposed along a length thereof, the plurality of outlet ports being configured to deliver fluid from the inner lumen to tissue surrounding the elongate body; an ablation element configured to heat the tissue surrounding the elongate body; characterised in that a flow resistance of the elongate body increases along the length of the elongate body containing the plurality of outlet ports from a proximal end thereof to a distal end thereof; and the elongate body includes tapered sidewalls that progressively increase in thickness from a proximal end to a distal end of the length of the elongate body containing the plurality of outlet ports.
A delay circuit for time offsetting an input radiofrequency signal (Vin), said delay circuit comprising an all-pass filter having a given central frequency (f 0 ) configured to linearize the phase-shift of the output signal (Vout) relative to the input signal (Vin) as a function of the frequency on a first frequency range (B1) and characterised in that it comprises a first antiresonant circuit having a first central frequency (f 1 ) and a second antiresonant circuit having a second central frequency (f 2 ), the all-pass filter and the two antiresonant circuits being configured and arranged to linearize the phase-shift of the output signal (Vout) relative to the input signal (Vin) as a function of the frequency on a second frequency range (B2) including the first range (B1), the difference between the first (f 1 ) and the second central frequency (f 2 ) being inferior to 30% of the value of the highest frequency between the first central frequency (f 1 ) and the given central frequency (f 0 ).