mhurhangee/patent-ind-claim-en huggingface dataset:
A method for operating a user interface of a vehicle infotainment device, the user interface operable to present one or more applications, the method comprising: storing an input in a past event training log, the input corresponding to one of events of incoming calls being canceled frequently by the driver or events of pop-ups coming up on a display and dismissing the pop-ups by the driver while the vehicle is being driven; retrieving vehicle state input data relating to the current state of the vehicle; processing the vehicle state input data to select one of a plurality of different user interface operation versions based on the vehicle state input data; rendering the user interface according to the selected user interface operation version on a display screen of the vehicle infotainment device, wherein each of the plurality of different user interface operation versions comprises a respective set of operations based on the past event training log, wherein the past event training log comprises a log of a user's interaction with the user interface of the vehicle infotainment device corresponding to one or more events requiring an input from the driver, and wherein the event comprises at least one of an incoming call, incoming message, information alert, or any other event requiring an input or a response from the driver; and applying the input from the past event training log instead of asking or seeking user interaction when the one or more events occur. storing an input in a past event training log, the input corresponding to one of events of incoming calls being canceled frequently by the driver or events of pop-ups coming up on a display and dismissing the pop-ups by the driver while the vehicle is being driven; retrieving vehicle state input data relating to the current state of the vehicle; processing the vehicle state input data to select one of a plurality of different user interface operation versions based on the vehicle state input data; rendering the user interface according to the selected user interface operation version on a display screen of the vehicle infotainment device, wherein each of the plurality of different user interface operation versions comprises a respective set of operations based on the past event training log, wherein the past event training log comprises a log of a user's interaction with the user interface of the vehicle infotainment device corresponding to one or more events requiring an input from the driver, and wherein the event comprises at least one of an incoming call, incoming message, information alert, or any other event requiring an input or a response from the driver; and applying the input from the past event training log instead of asking or seeking user interaction when the one or more events occur.
A target-binding moiety toxin conjugate comprising: (i) a target-binding moiety; (ii) at least one amatoxin; and (iii) a linker L2; wherein the at least one amatoxin is connected to the linker L2 via the 6' C-atom of amatoxin amino acid 4, wherein the target-binding moiety is selected from the group consisting of: (i) antibody or antigen-binding fragment thereof; (ii) antibody-like protein, wherein said antibody-like protein is selected from the group consisting of affibodies, anticalins, designed ankyrin repeat proteins and proteins with ubiquitine based scaffolds; and (iii) nucleic acid aptamer. (i) a target-binding moiety; (ii) at least one amatoxin; and (iii) a linker L2; (i) antibody or antigen-binding fragment thereof; (ii) antibody-like protein, wherein said antibody-like protein is selected from the group consisting of affibodies, anticalins, designed ankyrin repeat proteins and proteins with ubiquitine based scaffolds; and (iii) nucleic acid aptamer.
A composition curable on demand under the triggering action of UV-visible to near-infrared irradiation comprising: (a) at least one polyfunctional cyclic ether component comprising at least two cyclic ether moieties; (b) at least one polyfunctional amine component comprising at least two primary or secondary amine moieties; and (c) a photoinitiating system generating catalytic species comprising: - at least one suitable photoinitiator or photosensitizer that absorbs light at the desired UV-visible to near-infrared irradiation under which the composition is to be cured; - at least one oxidation agent able to react with the photoinitiator or the photosensitizer, selected from iodonium salts, sulfonium salts and thianthrenium salts. (a) at least one polyfunctional cyclic ether component comprising at least two cyclic ether moieties; (b) at least one polyfunctional amine component comprising at least two primary or secondary amine moieties; and (c) a photoinitiating system generating catalytic species comprising: - at least one suitable photoinitiator or photosensitizer that absorbs light at the desired UV-visible to near-infrared irradiation under which the composition is to be cured; - at least one oxidation agent able to react with the photoinitiator or the photosensitizer, selected from iodonium salts, sulfonium salts and thianthrenium salts. - at least one suitable photoinitiator or photosensitizer that absorbs light at the desired UV-visible to near-infrared irradiation under which the composition is to be cured; - at least one oxidation agent able to react with the photoinitiator or the photosensitizer, selected from iodonium salts, sulfonium salts and thianthrenium salts.
A furnace for annealing a sheet comprising a first section , a second vertical section and a third section , said second section comprising: - openings supplied with an oxidizing medium, an opening facing each side of the sheet , - means for separately controlling the flow of the oxidizing medium on each side of the sheet , characterized in that : - the second section is located in a distinct casing and separated from the first and third sections with sealing devices ; - the second section comprises extraction openings for extracting the oxidizing medium not consumed by the sheet , an extraction opening facing each side of the sheet ; - the openings supplied with an oxidizing medium are located transversally at one end of the second section ; - the extraction openings are located transversally at the other end of the second section . - openings supplied with an oxidizing medium, an opening facing each side of the sheet , - means for separately controlling the flow of the oxidizing medium on each side of the sheet , characterized in that : - the second section is located in a distinct casing and separated from the first and third sections with sealing devices ; - the second section comprises extraction openings for extracting the oxidizing medium not consumed by the sheet , an extraction opening facing each side of the sheet ; - the openings supplied with an oxidizing medium are located transversally at one end of the second section ; - the extraction openings are located transversally at the other end of the second section . - the second section is located in a distinct casing and separated from the first and third sections with sealing devices ; - the second section comprises extraction openings for extracting the oxidizing medium not consumed by the sheet , an extraction opening facing each side of the sheet ; - the openings supplied with an oxidizing medium are located transversally at one end of the second section ; - the extraction openings are located transversally at the other end of the second section .
A method comprising: depositing an environmental barrier coating (EBC) on a ceramic or ceramic matrix composite (CMC) substrate to form an as-deposited EBC; heat treating the as-deposited EBC following the deposition of the as-deposited EBC on the substrate to form a heat treated EBC having a first porosity; subsequently depositing an abradable coating on the heat treated EBC to form an as-deposited abradable coating; and subsequently heat treating the as-deposited abradable coating to form a heat treated abradable coating having a second porosity that is greater than the first porosity of the heat treated EBC; wherein heat treating the as-deposited EBC includes heating the as-deposited EBC at a first controlled rate, wherein heat treating the as-deposited abradable coating includes heating the as-deposited abradable coating at a second controlled rate that is less than the first controlled rate, and wherein the EBC and abradable coating each includes at least one of rare earth (RE) monosilicate or RE disilicate. depositing an environmental barrier coating (EBC) on a ceramic or ceramic matrix composite (CMC) substrate to form an as-deposited EBC; heat treating the as-deposited EBC following the deposition of the as-deposited EBC on the substrate to form a heat treated EBC having a first porosity; subsequently depositing an abradable coating on the heat treated EBC to form an as-deposited abradable coating; and subsequently heat treating the as-deposited abradable coating to form a heat treated abradable coating having a second porosity that is greater than the first porosity of the heat treated EBC; wherein heat treating the as-deposited EBC includes heating the as-deposited EBC at a first controlled rate, wherein heat treating the as-deposited abradable coating includes heating the as-deposited abradable coating at a second controlled rate that is less than the first controlled rate, and wherein the EBC and abradable coating each includes at least one of rare earth (RE) monosilicate or RE disilicate.
A range hood, comprising: a main body comprising a duct and an opening formed in a bottom surface of the main body ; a first camera disposed on the bottom surface of the main body and configured to capture, via the opening of the main body , an image of an upper plate of a cook top that is positioned below the main body ; a driver including a motor and a fan , and a controller configured to control the driver to displace fogging generated in front of the first camera ; a second camera disposed on the front surface of the main body and configured to capture an image of a user; a display ; a communicator disposed in the main body ; and a processor configured to: control the first camera to capture a first image of a cooking process that is being performed on the upper plate , control the driver to be operated while capturing the first image of the cooking process, control the second camera to capture a second image of the user, control the display to display a GUI for viewing the first image, and control the communicator to transmit the first image to an external device . a main body comprising a duct and an opening formed in a bottom surface of the main body ; a first camera disposed on the bottom surface of the main body and configured to capture, via the opening of the main body , an image of an upper plate of a cook top that is positioned below the main body ; a driver including a motor and a fan , and a controller configured to control the driver to displace fogging generated in front of the first camera ; a second camera disposed on the front surface of the main body and configured to capture an image of a user; a display ; a communicator disposed in the main body ; and a processor configured to: control the first camera to capture a first image of a cooking process that is being performed on the upper plate , control the driver to be operated while capturing the first image of the cooking process, control the second camera to capture a second image of the user, control the display to display a GUI for viewing the first image, and control the communicator to transmit the first image to an external device . control the first camera to capture a first image of a cooking process that is being performed on the upper plate , control the driver to be operated while capturing the first image of the cooking process, control the second camera to capture a second image of the user, control the display to display a GUI for viewing the first image, and control the communicator to transmit the first image to an external device .
A system for automatically building up a line connection of a tugboat with another ship , wherein the system comprises • a positioning device , • a transfer device , and • an adapter device , wherein • the positioning device is set up to align a section of a throw line of the other ship dropped on a cover area of the tugboat relative to the adapter device , • the transfer device is set up to transfer the section of the throw line to the adapter device , and • the adapter device is set up to be connected indirectly or directly with a towing hawser , characterized in that the positioning device comprises two linearly movable sliders , which can be moved - in directions of movement angled to each other, in particular orthogonal to each other, and/or - in directions of movement opposite to each other. • a positioning device , • a transfer device , and • an adapter device , • the positioning device is set up to align a section of a throw line of the other ship dropped on a cover area of the tugboat relative to the adapter device , • the transfer device is set up to transfer the section of the throw line to the adapter device , and • the adapter device is set up to be connected indirectly or directly with a towing hawser , - in directions of movement angled to each other, in particular orthogonal to each other, and/or - in directions of movement opposite to each other.
A sealing member used in a sealing part in which a friction occurs, comprising: a substrate including silicon carbide; and a plurality of cylindrical or polygonal columnar graphites dispersed in the substrate, wherein the plurality of cylindrical or polygonal columnar graphites are disposed parallel to adjacent cylindrical or polygonal columnar graphites, and the plurality of cylindrical or polygonal columnar graphites are disposed in a direction perpendicular to a wear surface, and a substrate surface including silicon carbide exposed on the wear surface and cross-sections of the plurality of cylindrical or polygonal columnar graphites form a plane. a substrate including silicon carbide; and a plurality of cylindrical or polygonal columnar graphites dispersed in the substrate, wherein the plurality of cylindrical or polygonal columnar graphites are disposed parallel to adjacent cylindrical or polygonal columnar graphites, and the plurality of cylindrical or polygonal columnar graphites are disposed in a direction perpendicular to a wear surface, and a substrate surface including silicon carbide exposed on the wear surface and cross-sections of the plurality of cylindrical or polygonal columnar graphites form a plane.
An improved method for caching image data intended for use with a head-mounted, augmented, mixed or virtual reality display system (HMD) having a graphics processing unit (GPU) , an on-chip cache , system memory, and a display , the GPU generating images that can include text, holographic objects and other visual elements that can be displayed on the display , the system memory for storing GPU images as compressed image data, and the HMD configured to perform late stage reprojections (LSR) to correct GPU images for movement of the HMD that may occur during the image rendering process if the HMD is moved after an image is rendered by the GPU and before the image is displayed on the display , and the cache for use in generating an output image based on the generated images and the LSR, and the HMD generating LSR transformations that map each pixel of the LSR output image to the corresponding pixel of the GPU image, the method comprising acts for: pre-fetching one or more tiles of compressed GPU image data from system memory and placing the compressed GPU image data in a first cache , the one or more tiles of compressed GPU image data being selected in the order needed to construct the output image; pre-fetching and decompressing one or more tiles of compressed GPU image data from the first cache and placing the decompressed GPU image data in a second cache , the one or more tiles being selected in the order needed to construct the output image; pre-fetching decompressed GPU image data from one or more tiles in the second cache and writing the pre-fetched decompressed GPU image data into a third cache in the order needed to construct a first portion of the output image based on the LSR transformations, the third cache being associated with a first LSR processing engine; and constructing, by the first LSR processing engine, a first portion of the output image by walking the decompressed GPU image data in the third cache according to the LSR transformations associated with the first LSR processing engine. pre-fetching one or more tiles of compressed GPU image data from system memory and placing the compressed GPU image data in a first cache , the one or more tiles of compressed GPU image data being selected in the order needed to construct the output image; pre-fetching and decompressing one or more tiles of compressed GPU image data from the first cache and placing the decompressed GPU image data in a second cache , the one or more tiles being selected in the order needed to construct the output image; pre-fetching decompressed GPU image data from one or more tiles in the second cache and writing the pre-fetched decompressed GPU image data into a third cache in the order needed to construct a first portion of the output image based on the LSR transformations, the third cache being associated with a first LSR processing engine; and constructing, by the first LSR processing engine, a first portion of the output image by walking the decompressed GPU image data in the third cache according to the LSR transformations associated with the first LSR processing engine.
A foldable display, made of laminate material, comprising: - a rear wall of rectangular configuration, joined by each of the largest sides to a lateral wall , - at least one shelf comprising a front face , a bending face and a support face , the three faces joined longitudinally, so that the support face is joined to the bending face by an initial edge and comprises three free edges, which are, two lateral edges and a final edge, - at least one T-shaped opening located in each of the lateral walls , - at least one vertical opening located in each of the lateral walls , - at least one crossbar , - a pair of mounting brackets for each shelf , joined to the rear wall and each of the lateral walls , respectively, wherein - the front face of the shelf is attached to the lateral walls by inserting each end into the corresponding vertical openings , - the crossbar comprises an elongated body ending in a pair of flaps at each end, unfolded in perpendicular position to the elongated body , which are inserted into the T-shaped openings of the lateral walls , and - the crossbar and the pair of mounting brackets form a flat surface to support the shelf without play. - a rear wall of rectangular configuration, joined by each of the largest sides to a lateral wall , - at least one shelf comprising a front face , a bending face and a support face , the three faces joined longitudinally, so that the support face is joined to the bending face by an initial edge and comprises three free edges, which are, two lateral edges and a final edge, - at least one T-shaped opening located in each of the lateral walls , - at least one vertical opening located in each of the lateral walls , - at least one crossbar , - a pair of mounting brackets for each shelf , joined to the rear wall and each of the lateral walls , respectively, wherein - the front face of the shelf is attached to the lateral walls by inserting each end into the corresponding vertical openings , - the crossbar comprises an elongated body ending in a pair of flaps at each end, unfolded in perpendicular position to the elongated body , which are inserted into the T-shaped openings of the lateral walls , and - the crossbar and the pair of mounting brackets form a flat surface to support the shelf without play.
Anode, comprising a main body comprising or consisting of an electrically conductive material, and a protective layer disposed on at least one surface of the main body, wherein the protective layer comprises or consists of silylated cellulose, and wherein the electrically conductive material of the anode main body is selected from lithium metal, a lithium metal alloy and graphite.
A sample analyzer comprising: a measurement unit for measuring a measurement sample including a sample and a reagent; a calibration curve creating means for creating a calibration curve based on first measurement data obtained by measuring a measurement standard sample including a standard sample and the reagent by the measurement unit; a calibration curve specifying information providing means for providing calibration curve specifying information for specifying the calibration curve to the calibration curve created by the calibration curve creating means; a measurement data processing means for acquiring an analysis result by processing second measurement data obtained by measuring the measurement sample by the measurement unit based on the calibration curve created by the calibration curve creating means; and characterized by an analysis result storage means for storing the analysis result acquired by the measurement data processing means and the calibration curve specifying information provided to the calibration curve used in the processing of the second measurement data in correspondence to each other. a measurement unit for measuring a measurement sample including a sample and a reagent; a calibration curve creating means for creating a calibration curve based on first measurement data obtained by measuring a measurement standard sample including a standard sample and the reagent by the measurement unit; a calibration curve specifying information providing means for providing calibration curve specifying information for specifying the calibration curve to the calibration curve created by the calibration curve creating means; a measurement data processing means for acquiring an analysis result by processing second measurement data obtained by measuring the measurement sample by the measurement unit based on the calibration curve created by the calibration curve creating means; and characterized by an analysis result storage means for storing the analysis result acquired by the measurement data processing means and the calibration curve specifying information provided to the calibration curve used in the processing of the second measurement data in correspondence to each other.
A solar charging control device that controls a charged state of a plurality of vehicles connected to each other via a power network , wherein each of the vehicles has a solar power generation device and the vehicles are configured to transmit and receive power via the power network in a vehicle sharing system that uses the vehicles , the solar charging control device comprising an electronic control device configured to set a vehicle among the vehicles as a charging target vehicle, and manage power transmission and reception via the power network so that the battery of the charging target vehicle is charged using generated power of the solar power generation device mounted in at least another vehicle in addition to the solar generated power of the charging target vehicle, characterized in that the electronic control device is further configured to receive a reservation for use of a vehicle among the vehicles , assign a vehicle among unused vehicles that are not lent to users to the received reservation, and set as the charging target vehicle, among the vehicles connected to the power network , the vehicle of which an amount of charging of a battery satisfies a predetermined condition and which has the earliest reserved use time. characterized in that the electronic control device is further configured to receive a reservation for use of a vehicle among the vehicles , assign a vehicle among unused vehicles that are not lent to users to the received reservation, and set as the charging target vehicle, among the vehicles connected to the power network , the vehicle of which an amount of charging of a battery satisfies a predetermined condition and which has the earliest reserved use time.