mhurhangee/ep-ind-claims huggingface dataset:
A system for routing an object, implementing: - a plurality of primary packages each having an electronic display device accessible from the exterior of the package, and including a computing unit parameterized to transmit display instructions to the electronic display device, - a computing platform comprising a database relating to the objects, matching, for each object, an identifier and a label to be displayed on the electronic display device, the computing platform being connected to first long-distance communication means, the primary packages being connected to second long-distance communication means able to communicate with the first long-distance communication means, - at least one RFID ticket to be coupled, directly or indirectly, to the object and containing the identifier of the object, - a proximity transceiver integrated into each primary package, able to communicate with the RFID ticket and being parameterized to read the identifier, and in that the computing unit is connected to the transceiver and is further parameterized to transmit the identifier to the computing platform via the first and second long-distance communication means, characterized in that the computing platform is parameterized to return to the computing unit the label corresponding to the identifier so as to facilitate the reshipment of the object and the computing unit is parameterized to transmit to the electronic display device a label display instruction so as to prompt to reship the object, the database being parameterized such that the label comprises data relating to a physical destination address. - a plurality of primary packages each having an electronic display device accessible from the exterior of the package, and including a computing unit parameterized to transmit display instructions to the electronic display device, - a computing platform comprising a database relating to the objects, matching, for each object, an identifier and a label to be displayed on the electronic display device, the computing platform being connected to first long-distance communication means, the primary packages being connected to second long-distance communication means able to communicate with the first long-distance communication means, - at least one RFID ticket to be coupled, directly or indirectly, to the object and containing the identifier of the object, - a proximity transceiver integrated into each primary package, able to communicate with the RFID ticket and being parameterized to read the identifier, and in that the computing unit is connected to the transceiver and is further parameterized to transmit the identifier to the computing platform via the first and second long-distance communication means, characterized in that the computing platform is parameterized to return to the computing unit the label corresponding to the identifier so as to facilitate the reshipment of the object and the computing unit is parameterized to transmit to the electronic display device a label display instruction so as to prompt to reship the object, the database being parameterized such that the label comprises data relating to a physical destination address.
A method of setting a plurality of depth values of a plurality of objects in a scene, comprising: providing an image depicting a scene comprising a plurality of objects each having one of a plurality of depth values defining a plurality of depth differences between said plurality of objects in said scene; using at least one computing platform for: displaying a plurality of markers to a user, each one of said plurality of markers being indicative of one of said plurality of objects, allowing said user to move a central layer marker for controlling all of said plurality of markers simultaneously and adjusting said plurality of depth values of said plurality of objects while maintaining said plurality of depth differences, said adjusting being limited by a depth range defined according to optical characteristics of at least one lenticular lens array of an autostereoscopic display; and instructing the generation of an output image depicting said scene so that said plurality of objects having said plurality of adjusted depth values. providing an image depicting a scene comprising a plurality of objects each having one of a plurality of depth values defining a plurality of depth differences between said plurality of objects in said scene; using at least one computing platform for: displaying a plurality of markers to a user, each one of said plurality of markers being indicative of one of said plurality of objects, allowing said user to move a central layer marker for controlling all of said plurality of markers simultaneously and adjusting said plurality of depth values of said plurality of objects while maintaining said plurality of depth differences, said adjusting being limited by a depth range defined according to optical characteristics of at least one lenticular lens array of an autostereoscopic display; and instructing the generation of an output image depicting said scene so that said plurality of objects having said plurality of adjusted depth values. displaying a plurality of markers to a user, each one of said plurality of markers being indicative of one of said plurality of objects, allowing said user to move a central layer marker for controlling all of said plurality of markers simultaneously and adjusting said plurality of depth values of said plurality of objects while maintaining said plurality of depth differences, said adjusting being limited by a depth range defined according to optical characteristics of at least one lenticular lens array of an autostereoscopic display; and instructing the generation of an output image depicting said scene so that said plurality of objects having said plurality of adjusted depth values.
A file sharing method, by a first mobile equipment, comprising: the first mobile equipment fetching a sharing instruction for a file to be shared when the first mobile equipment detects an operation of sharing a file by a user of the first mobile equipment; after starting the network sharing function of the first mobile equipment, performing the network connection to a second mobile equipment after the second mobile equipment requests network sharing; and intercepting and redirecting a browser-based network request sent by the second mobile equipment after the second mobile equipment is in network connection to the first mobile equipment, and sending the file to be shared as the result of the request corresponding to the browser-based network request to the second mobile equipment; wherein after the first mobile equipment fetching a sharing instruction for a file to be shared, the method further comprises: fetching the sharing installation webpage of the file to be shared, wherein the download link for the file to be shared is included in the sharing installation webpage. the first mobile equipment fetching a sharing instruction for a file to be shared when the first mobile equipment detects an operation of sharing a file by a user of the first mobile equipment; after starting the network sharing function of the first mobile equipment, performing the network connection to a second mobile equipment after the second mobile equipment requests network sharing; and intercepting and redirecting a browser-based network request sent by the second mobile equipment after the second mobile equipment is in network connection to the first mobile equipment, and sending the file to be shared as the result of the request corresponding to the browser-based network request to the second mobile equipment; wherein after the first mobile equipment fetching a sharing instruction for a file to be shared, the method further comprises: fetching the sharing installation webpage of the file to be shared, wherein the download link for the file to be shared is included in the sharing installation webpage.
Storage shelf for an item of furniture or household appliance, having - a support plate arranged on a body (13, 14) of the item of furniture or household appliance, - a storage shelf which is positively guided relative to the support plate and simultaneously movable in rotation and translation, - wherein the storage shelf is movable relative to the support plate in an opening movement from an initial position into an intermediate position, in which the storage shelf is rotated relative to the support plate in a direction of rotation (R 1, R 2) and displaced in a predetermined direction and is movable in a closing movement from the intermediate position back into the initial position or further into the one direction of rotation (R 1, R 2) into a position rotated through 180° to the initial position, characterized in that - mutually facing bearing surfaces (31, 42) of the support plate and of the storage shelf have respective at least predominantly closed, circumferential running grooves (33, 43, 44) in which rolling elements are guided, wherein the mutually facing bearing surfaces (31, 42) of the support plate and of the storage shelf have respective second running grooves (34, 45, 46) in which rolling elements are guided, wherein the second running grooves (34, 45, 46) of the support plate and of the storage shelf at least partially enclose the first running grooves (33, 43, 44) of the support plate and of the storage shelf. - a support plate arranged on a body (13, 14) of the item of furniture or household appliance, - a storage shelf which is positively guided relative to the support plate and simultaneously movable in rotation and translation, - wherein the storage shelf is movable relative to the support plate in an opening movement from an initial position into an intermediate position, in which the storage shelf is rotated relative to the support plate in a direction of rotation (R 1, R 2) and displaced in a predetermined direction and is movable in a closing movement from the intermediate position back into the initial position or further into the one direction of rotation (R 1, R 2) into a position rotated through 180° to the initial position, characterized in that - mutually facing bearing surfaces (31, 42) of the support plate and of the storage shelf have respective at least predominantly closed, circumferential running grooves (33, 43, 44) in which rolling elements are guided, wherein the mutually facing bearing surfaces (31, 42) of the support plate and of the storage shelf have respective second running grooves (34, 45, 46) in which rolling elements are guided, wherein the second running grooves (34, 45, 46) of the support plate and of the storage shelf at least partially enclose the first running grooves (33, 43, 44) of the support plate and of the storage shelf.
A magnetic resonance imaging apparatus (100, 200) comprising: a data processor configured to obtain a first k space data of an object comprising a first unacquired line data by undersampling an MR signal based on a first value of an MR parameter said MR parameter being one of a repetition time, a flip angle and an inversion time, and obtain a second k space data of the object comprising a second unacquired line data by undersampling the MR signal based on a second value of the MR parameter, the second value being different from the first value; and an image processor configured to interpolate a portion of the first unacquired line data in the first k space data based on the second k space data, and interpolate a portion of the second unacquired line data in the second k space data based on the first k space data. a data processor configured to obtain a first k space data of an object comprising a first unacquired line data by undersampling an MR signal based on a first value of an MR parameter said MR parameter being one of a repetition time, a flip angle and an inversion time, and obtain a second k space data of the object comprising a second unacquired line data by undersampling the MR signal based on a second value of the MR parameter, the second value being different from the first value; and an image processor configured to interpolate a portion of the first unacquired line data in the first k space data based on the second k space data, and interpolate a portion of the second unacquired line data in the second k space data based on the first k space data.
A first base station (101; 102)configured to support distributed communication between base stations, comprising: a reception unit configured to receive from a second base station information indicating whether data to be transmitted from the second base station to a terminal exist; a transmission buffer configured to store data to be transmitted to the terminal which are distributed by the second base station; and a control unit configured to perform discontinuous reception control for the terminal, based on the received information indicating whether data to be transmitted from the second base station to the terminal exist, wherein the control unit is configured to control transmission of downlink control information on the PDCCH to prevent the terminal from transitioning to a discontinuous reception state. a reception unit configured to receive from a second base station information indicating whether data to be transmitted from the second base station to a terminal exist; a transmission buffer configured to store data to be transmitted to the terminal which are distributed by the second base station; and a control unit configured to perform discontinuous reception control for the terminal, based on the received information indicating whether data to be transmitted from the second base station to the terminal exist, wherein the control unit is configured to control transmission of downlink control information on the PDCCH to prevent the terminal from transitioning to a discontinuous reception state.
A method for producing an anode for alkaline water electrolysis, the method comprising: a step of dissolving lithium nitrate and a nickel carboxylate in water to prepare an aqueous solution containing lithium ions and nickel ions, a step of applying the aqueous solution to a surface of a conductive substrate having at least a surface composed of nickel or a nickel-based alloy, and a step of subjecting the conductive substrate to which the aqueous solution has been applied to a heat treatment at a temperature within a range from at least 450°C to not more than 600°C, thereby forming a catalyst layer comprising a lithium-containing nickel oxide on the conductive substrate. a step of dissolving lithium nitrate and a nickel carboxylate in water to prepare an aqueous solution containing lithium ions and nickel ions, a step of applying the aqueous solution to a surface of a conductive substrate having at least a surface composed of nickel or a nickel-based alloy, and a step of subjecting the conductive substrate to which the aqueous solution has been applied to a heat treatment at a temperature within a range from at least 450°C to not more than 600°C, thereby forming a catalyst layer comprising a lithium-containing nickel oxide on the conductive substrate.
An image sensor comprising: a pixel array configured to convert a received optical signal into electrical signals; a readout circuit configured to analog-digital convert the electrical signals to generate image data; and an image signal processor configured to perform one-dimensional filtering in each of a first direction and a second direction on the image data to remove noise of the image data, the second direction being different than the first direction; wherein the image signal processor comprises a bad pixel correction logic configured to correct a pixel value of a bad pixel included in the image data; and a noise reduction logic configured to perform the one-dimensional filtering in the first direction and the second direction on the image data based on a plurality of one-dimensional filters to remove noise of the image data; and wherein the noise reduction logic is configured to receive directionality information, representing whether a pixel from the bad pixel correction logic corresponds to an edge region, and to determine whether to skip an operation of performing one-dimensional filtering in the first direction or one-dimensional filtering in the second direction on the pixel on the basis of the directionality information. a pixel array configured to convert a received optical signal into electrical signals; a readout circuit configured to analog-digital convert the electrical signals to generate image data; and an image signal processor configured to perform one-dimensional filtering in each of a first direction and a second direction on the image data to remove noise of the image data, the second direction being different than the first direction; wherein the image signal processor comprises a bad pixel correction logic configured to correct a pixel value of a bad pixel included in the image data; and a noise reduction logic configured to perform the one-dimensional filtering in the first direction and the second direction on the image data based on a plurality of one-dimensional filters to remove noise of the image data; and wherein the noise reduction logic is configured to receive directionality information, representing whether a pixel from the bad pixel correction logic corresponds to an edge region, and to determine whether to skip an operation of performing one-dimensional filtering in the first direction or one-dimensional filtering in the second direction on the pixel on the basis of the directionality information.
A method for transmitting data between a user terminal and another apparatus, the method comprising: generating a signal for driving an electromagnetic functional unit, the electromagnetic functional unit being an actuator of a loudspeaker of the user terminal or the electromagnetic functional unit being an electromagnetic oscillating circuit connected to the user terminal, driving the electromagnetic functional unit by the generated signal to produce, by the electromagnetic functional unit, a magnetic signal which carries first data to be transmitted from the user terminal to the other apparatus, detecting another signal output by the other apparatus, the other signal carrying second data to be transmitted from the other apparatus to the user terminal, wherein the magnetic signal and the other signal differ in the physical signal type; characterized in that the first data are configuration data for configuring the other apparatus, the method further comprises a step of detecting the magnetic signal by an electromagnetic oscillating circuit of the other apparatus to receive the first data, the method further comprises a step of configuring the other apparatus based on the received first data. generating a signal for driving an electromagnetic functional unit, the electromagnetic functional unit being an actuator of a loudspeaker of the user terminal or the electromagnetic functional unit being an electromagnetic oscillating circuit connected to the user terminal, driving the electromagnetic functional unit by the generated signal to produce, by the electromagnetic functional unit, a magnetic signal which carries first data to be transmitted from the user terminal to the other apparatus, detecting another signal output by the other apparatus, the other signal carrying second data to be transmitted from the other apparatus to the user terminal, wherein the magnetic signal and the other signal differ in the physical signal type; characterized in that the first data are configuration data for configuring the other apparatus, the method further comprises a step of detecting the magnetic signal by an electromagnetic oscillating circuit of the other apparatus to receive the first data, the method further comprises a step of configuring the other apparatus based on the received first data.
Use of a chambered multi-wall sheet of plastics that is obtained by extrusion and has a total thickness of less than 2mm as food packaging for fish, wherein the chambered multi-wall sheet constitutes a plate-like semi-rigid support for the food, and there is provided a cover that is covering the food and is held on the support.
An electronic device comprising: a display panel including a first area having a transmissive area and an element area, and a second area disposed adjacent to the first area; and an electronic module disposed below the first area of the display panel, wherein the display panel comprises: a substrate; a light blocking layer which is disposed on the substrate and has a first opening (BM-OP) defining the transmissive area; a plurality of pixel circuits disposed on the light blocking layer; and a plurality of light emitting elements electrically connected to the plurality of pixel circuits, respectively, wherein the plurality of pixel circuits comprises outermost conductive patterns (GT-D) disposed adjacent to the transmissive area, wherein the light blocking layer comprises target portions (BML-E) each having a straight-line shaped edge in a plan view, and characterized in that a minimum distance from an edge of each of the target portions (BML-E) to an edge of a corresponding one of the outermost conductive patterns (GT-D) is 5 micrometers to 20 micrometers. a display panel including a first area having a transmissive area and an element area, and a second area disposed adjacent to the first area; and an electronic module disposed below the first area of the display panel, wherein the display panel comprises: a substrate; a light blocking layer which is disposed on the substrate and has a first opening (BM-OP) defining the transmissive area; a plurality of pixel circuits disposed on the light blocking layer; and a plurality of light emitting elements electrically connected to the plurality of pixel circuits, respectively, wherein the plurality of pixel circuits comprises outermost conductive patterns (GT-D) disposed adjacent to the transmissive area, wherein the light blocking layer comprises target portions (BML-E) each having a straight-line shaped edge in a plan view, and characterized in that a minimum distance from an edge of each of the target portions (BML-E) to an edge of a corresponding one of the outermost conductive patterns (GT-D) is 5 micrometers to 20 micrometers. a substrate; a light blocking layer which is disposed on the substrate and has a first opening (BM-OP) defining the transmissive area; a plurality of pixel circuits disposed on the light blocking layer; and a plurality of light emitting elements electrically connected to the plurality of pixel circuits, respectively, wherein the plurality of pixel circuits comprises outermost conductive patterns (GT-D) disposed adjacent to the transmissive area, wherein the light blocking layer comprises target portions (BML-E) each having a straight-line shaped edge in a plan view, and characterized in that a minimum distance from an edge of each of the target portions (BML-E) to an edge of a corresponding one of the outermost conductive patterns (GT-D) is 5 micrometers to 20 micrometers.
A test method for acute kidney injury, comprising detecting in a urine sample a higher value of solubilized urinary podocalyxin than the reference value.