mhurhangee/patent-ind-claim-en huggingface dataset:
Method for non-invasive detection of transplant health or rejection in a recipient of a tissue or organ from a donor, the method comprises the steps of: a) amplifying at least 250 amplicons by nucleic acid amplification of cell free DNA (cfDNA) wherein each amplicon comprises a Single Nucleotide Polymorphism (SNP) thereby providing amplified amplicons wherein said amplification is performed on at least one sample A of said recipient; b) determining the nucleic acid sequences of said amplified amplicons of said recipient and said donor from said at least one sample A thereby determining donor discriminating amplicons; c) determining the presence of donor discriminating amplicons in a sample B of said recipient by nucleic acid amplification of cfDNA wherein the presence or amount of amplified donor discriminating amplicons in said sample B is indicative for transplant health or rejection. a) amplifying at least 250 amplicons by nucleic acid amplification of cell free DNA (cfDNA) wherein each amplicon comprises a Single Nucleotide Polymorphism (SNP) thereby providing amplified amplicons wherein said amplification is performed on at least one sample A of said recipient; b) determining the nucleic acid sequences of said amplified amplicons of said recipient and said donor from said at least one sample A thereby determining donor discriminating amplicons; c) determining the presence of donor discriminating amplicons in a sample B of said recipient by nucleic acid amplification of cfDNA wherein the presence or amount of amplified donor discriminating amplicons in said sample B is indicative for transplant health or rejection.
A Computer Aided Diagnosis, CADx, lung disease risk measure device comprising: an input circuit configured to receive at least one input medical image of a patient in which the patient's lungs are visible; a smoking history system operably coupled to the input circuit and configured to receive and analyse the at least one input medical image of the patient and determine an equivalent smoking history of the patient based on the at least one input medical image and output a smoking history parameter based on the determined equivalent smoking history of the patient; a CADx system configured to receive and analyse the smoking history parameter and the at least one input medical image , and calculate and output a lung disease risk measure based on a combination of the analysis of the at least one input medical image and the smoking history parameter ; and an output circuit operably coupled to the smoking history system and the CADx system and arranged to output the lung disease risk measure . an input circuit configured to receive at least one input medical image of a patient in which the patient's lungs are visible; a smoking history system operably coupled to the input circuit and configured to receive and analyse the at least one input medical image of the patient and determine an equivalent smoking history of the patient based on the at least one input medical image and output a smoking history parameter based on the determined equivalent smoking history of the patient; a CADx system configured to receive and analyse the smoking history parameter and the at least one input medical image , and calculate and output a lung disease risk measure based on a combination of the analysis of the at least one input medical image and the smoking history parameter ; and an output circuit operably coupled to the smoking history system and the CADx system and arranged to output the lung disease risk measure .
A fieldbus component , characterized in that the fieldbus component is designed to transmit data that are to be transmitted to a cloud either to a public cloud in a first data transmission mode or to a private cloud in a second data transmission mode, wherein the fieldbus component comprises an adjustment element which can be set to either a first setting or a second setting, wherein, if the adjustment element is in the first setting, the fieldbus component is designed to transmit data that are to be transmitted to a cloud to the public cloud in accordance with the first data transmission mode and, if the adjustment element is in the second setting, to transmit data that are to be transmitted to a cloud to the private cloud in accordance with the second data transmission mode. the fieldbus component is designed to transmit data that are to be transmitted to a cloud either to a public cloud in a first data transmission mode or to a private cloud in a second data transmission mode, wherein the fieldbus component comprises an adjustment element which can be set to either a first setting or a second setting, wherein, if the adjustment element is in the first setting, the fieldbus component is designed to transmit data that are to be transmitted to a cloud to the public cloud in accordance with the first data transmission mode and, if the adjustment element is in the second setting, to transmit data that are to be transmitted to a cloud to the private cloud in accordance with the second data transmission mode.
A gel composition comprising a base oil (a) and a hydrogenated block copolymer (b), wherein the hydrogenated block copolymer (b) is a hydrogenated product of a diblock copolymer composed of a polymer block (A) consisting mainly of a structural unit derived from an aromatic vinyl compound and a polymer block (B) consisting mainly of a structural unit derived from a conjugated diene compound, the content of the polymer block (A) in the hydrogenated block copolymer (b) being from 38.0 to 45.0% by mass, and the content of the hydrogenated block copolymer (b) in the gel composition is from 1 to 20 parts by mass based on 100 parts by mass of the total amount of the base oil (a) and the hydrogenated block copolymer (b).
A method for automatically creating a PC program for controlling a PLC , characterized in that a source code of the PC program is automatically generated using data included in a data section of a source code of a PLC program and a PC program template , the data section including data indicating services to be exposed by the PLC when running the PLC program, wherein the data section serves as a common source code portion for both the PC program and the PLC program. characterized in that a source code of the PC program is automatically generated using data included in a data section of a source code of a PLC program and a PC program template , the data section including data indicating services to be exposed by the PLC when running the PLC program, wherein the data section serves as a common source code portion for both the PC program and the PLC program.
A method comprising: causing displaying of at least one interface element on a display of an apparatus that is configured to be oriented on a wrist of a user such that a top of the display is proximate to an ulna of the user and a bottom of the display is proximate to a radius of the user, wherein the apparatus comprises proximity sensors that are positioned to detect movement of the hand of the user with respect to the proximity sensors in one or more of a radial direction or an ulnar direction; receiving from the proximity sensors information indicative of a deviational plane wrist input indicative of physical movement in a direction of a deviational plane of the wrist, the deviational plane being a plane that aligns with radial deviation of the wrist and ulnar deviation of the wrist, the deviational plane direction being a direction with respect to the deviational plane; determining an interaction operation based, at least in part, on the interface element and an interaction direction that corresponds with the deviational plane direction, wherein a position indicated by the interaction direction relates to the interface element, wherein determining the interaction operation comprises determining that the interface element corresponds with the interaction direction; and causing performance of the interaction operation. causing displaying of at least one interface element on a display of an apparatus that is configured to be oriented on a wrist of a user such that a top of the display is proximate to an ulna of the user and a bottom of the display is proximate to a radius of the user, wherein the apparatus comprises proximity sensors that are positioned to detect movement of the hand of the user with respect to the proximity sensors in one or more of a radial direction or an ulnar direction; receiving from the proximity sensors information indicative of a deviational plane wrist input indicative of physical movement in a direction of a deviational plane of the wrist, the deviational plane being a plane that aligns with radial deviation of the wrist and ulnar deviation of the wrist, the deviational plane direction being a direction with respect to the deviational plane; determining an interaction operation based, at least in part, on the interface element and an interaction direction that corresponds with the deviational plane direction, wherein a position indicated by the interaction direction relates to the interface element, wherein determining the interaction operation comprises determining that the interface element corresponds with the interaction direction; and causing performance of the interaction operation.
Planetary gearing comprising - a sun gear (2a, c), - a ring gear (1a, c), - planetary gears (8a, c) and - a planetary carrier (4a, c) on which the planetary gears (8a, c) are rotatably arranged, - wherein the sun gear (2a, c), the planetary gears (8a, c) and the ring gear (1a, c) comprise an evoloid toothing, - the ring gear (1a, c) is fixed to the frame, - the number of teeth of the sun gear (2a, c) is z=1, characterized in that - the planetary gearing comprises three planetary gears (8a, c), - the positive profile shift factor x of the sun gear (1a, c) is within the range of 1.4 to 1.6, - the negative profile displacement factor x of each planetary gear (8a, c) is within the range of -0.2 to -0.4, - the negative profile displacement factor x of the ring gear (1a, c) is within the range of -0.8 to -1.0, - the head height factor h aP of the sun gear (2a, c) is within the range of 0.1 to 0.2, - the head height factor h aP of the planetary gear (8a, c) is within the range of 0.5 to 0.7 and - the head height factor h aP of the ring gear (1a, c) is in the range of 1.3 to 1.5. - a sun gear (2a, c), - a ring gear (1a, c), - planetary gears (8a, c) and - a planetary carrier (4a, c) on which the planetary gears (8a, c) are rotatably arranged, - wherein the sun gear (2a, c), the planetary gears (8a, c) and the ring gear (1a, c) comprise an evoloid toothing, - the ring gear (1a, c) is fixed to the frame, - the number of teeth of the sun gear (2a, c) is z=1, - the planetary gearing comprises three planetary gears (8a, c), - the positive profile shift factor x of the sun gear (1a, c) is within the range of 1.4 to 1.6, - the negative profile displacement factor x of each planetary gear (8a, c) is within the range of -0.2 to -0.4, - the negative profile displacement factor x of the ring gear (1a, c) is within the range of -0.8 to -1.0, - the head height factor h aP of the sun gear (2a, c) is within the range of 0.1 to 0.2, - the head height factor h aP of the planetary gear (8a, c) is within the range of 0.5 to 0.7 and - the head height factor h aP of the ring gear (1a, c) is in the range of 1.3 to 1.5.
A computerized method for providing database-based redundancy in a telecommunications network, the computerized method comprising: receiving , by a computing system, network element data from a first compute instance , the first compute instance hosting at least a portion of a network element instance, the network element data including identification information and state information associated with the network element instance; creating , by the computing system, a composite key based on the network element data, the composite key including: a network element identifier , ID, the network element ID associated with the identification information, and a table ID associated with a categorization of the state information; storing , by the computing system, the composite key and associated state information as records in a database associated with the computing system; determining , by the computing system, a failure associated with the first compute instance ; determining , by the computing system, a distribution key associated with the network element ID associated with the network element instance; and transmitting , by the computing system, activation data to a second compute instance, the activation data associated with instructions to retrieve, from the database , records associated with the distribution key associated with the network element ID including state information to recreate the network element instance on the second compute instance. receiving , by a computing system, network element data from a first compute instance , the first compute instance hosting at least a portion of a network element instance, the network element data including identification information and state information associated with the network element instance; creating , by the computing system, a composite key based on the network element data, the composite key including: a network element identifier , ID, the network element ID associated with the identification information, and a table ID associated with a categorization of the state information;
An image acquisition module , comprising: a lens ; a first moving component , comprising: a first magnetic component fixedly arranged on the lens , and a first coil fixedly arranged on a housing of the image acquisition module , wherein the first coil is configured to generate a magnetic field when applied with a first driving signal, and configured to drive the first magnetic component and the lens to move through the magnetic field; a light transmission component , configured to transmit ambient light to the lens through at least one reflection; and a second moving component , comprising: a second magnetic component fixedly arranged on the light transmission component , and a second coil fixedly arranged on the housing, wherein the second coil is configured to generate a magnetic field when applied with a second driving signal, and configured to drive the second magnetic component and the light transmission component to move through the magnetic field. a lens ; a first moving component , comprising: a first magnetic component fixedly arranged on the lens , and a first coil fixedly arranged on a housing of the image acquisition module , wherein the first coil is configured to generate a magnetic field when applied with a first driving signal, and configured to drive the first magnetic component and the lens to move through the magnetic field; a light transmission component , configured to transmit ambient light to the lens through at least one reflection; and a second moving component , comprising: a second magnetic component fixedly arranged on the light transmission component , and a second coil fixedly arranged on the housing, wherein the second coil is configured to generate a magnetic field when applied with a second driving signal, and configured to drive the second magnetic component and the light transmission component to move through the magnetic field.
A Virus-Like Particle (VLP), comprising human rhinovirus capsid proteins VP0, VP1 and VP3, or, comprising human rhinovirus capsid proteins VP1, VP2, VP3 and VP4.
An anti-disassembly joint , wherein a first through hole is disposed inside the anti-disassembly joint , a thread portion having an external thread is provided on an outer surface of the anti-disassembly joint , the anti-disassembly joint is connectable to a pipe connection nut via the thread portion , and an end portion of the anti-disassembly joint extending out forms an anti-disassembly raised block , the anti-disassembly raised block is provided with a stop surface and a sliding surface , the stop surface and the sliding surface are disposed at two sides of the anti-disassembly raised block away from each other, respectively, and the stop surface is configured to be matched with an external tool to implement an installation of the anti-disassembly joint , wherein: a full thread diameter of the thread portion is the maximum diameter of the anti-disassembly joint ; the anti-disassembly joint further comprises a free spinning surface , the free spinning surface is connected to adjacent two anti-disassembly raised blocks , and the free spinning surface is perpendicular to an axis of the first through hole , the sliding surface is an inclined surface, and the sliding surface is smoothly connected to the free spinning surface . a full thread diameter of the thread portion is the maximum diameter of the anti-disassembly joint ; the anti-disassembly joint further comprises a free spinning surface , the free spinning surface is connected to adjacent two anti-disassembly raised blocks , and the free spinning surface is perpendicular to an axis of the first through hole , the sliding surface is an inclined surface, and the sliding surface is smoothly connected to the free spinning surface .
A pneumatic tire comprising: a pair of bead portions each containing a bead core; a pair of sidewall portions each connected to each of the pair of bead portions and extending outward in a radial direction; and a tread portion connecting the outer circumferential edges of the pair of sidewall portions; as well as a carcass arranged in such a manner that both ends thereof are each folded over the bead core in the pair of bead portions to form a toroidal shape from the sidewall portions to the tread portion; a belt provided on the outer circumferential side of a crown portion of the carcass; the bead core provided between a main body portion and a folding-over portion of the carcass in the bead portion; and a cord provided in at least one part from the bead portion to the sidewall portions, wherein the cord has an inflection point in a stress-strain curve, with a low elastic modulus in a low-strain region at or below the inflection point, and a high elastic modulus in a high-strain region above the inflection point, characterized in that the cord is at an angle of 0 to 10° with respect to the circumferential direction, wherein the bead core has a ratio of the maximum width of the core to the height of the core of 0.8 or less in a cross-section in the tire width direction, and the pneumatic tire comprises a bead filler smoothly connected with the bead core between the main body portion and the folding-over portion of the carcass in the bead portion or does not comprise a bead filler. a pair of bead portions each containing a bead core; a pair of sidewall portions each connected to each of the pair of bead portions and extending outward in a radial direction; and a tread portion connecting the outer circumferential edges of the pair of sidewall portions; as well as a carcass arranged in such a manner that both ends thereof are each folded over the bead core in the pair of bead portions to form a toroidal shape from the sidewall portions to the tread portion; a belt provided on the outer circumferential side of a crown portion of the carcass; the bead core provided between a main body portion and a folding-over portion of the carcass in the bead portion; and a cord provided in at least one part from the bead portion to the sidewall portions, wherein the cord has an inflection point in a stress-strain curve, with a low elastic modulus in a low-strain region at or below the inflection point, and a high elastic modulus in a high-strain region above the inflection point, characterized in that the cord is at an angle of 0 to 10° with respect to the circumferential direction, wherein the bead core has a ratio of the maximum width of the core to the height of the core of 0.8 or less in a cross-section in the tire width direction, and the pneumatic tire comprises a bead filler smoothly connected with the bead core between the main body portion and the folding-over portion of the carcass in the bead portion or does not comprise a bead filler.
A production method of a 2D organoid for infection and growth culture of human diarrhea virus, comprising: a step 1 in which a human intestinal epithelial stem cell, a human intestinal epithelial cell, or a tissue containing at least any of these cells is three-dimensionally cultured on an extracellular matrix to obtain a 3D organoid; and a step 2 in which the 3D organoid obtained in the step 1 is dispersed to prepare a single cell, and the single cell is monolayer-cultured on an extracellular matrix to obtain a 2D organoid in which epithelial cells containing differentiated trophoblastic cells and goblet cells and configuring human intestinal lumen have a monolayer structure, wherein in culturing of the steps 1 and 2, a cell culture medium containing at least one selected from the group consisting of i) Wnt agonist, ii) at least one selected from the group consisting of an insulin-like growth factor 1 (IGF1), a fibroblast growth factor 2 (FGF2), an epidermal growth factor (EGF), and epiregulin (EREG), iii) a bone morphogenetic factor (bone morphogenetic protein; BMP) inhibitor, iv) a transforming growth factor-β (TGF-β) inhibitor, and v) a γ-selectase inhibitor is used, and wherein the cell culture medium contains the IGF1 and the FGF2. a step 1 in which a human intestinal epithelial stem cell, a human intestinal epithelial cell, or a tissue containing at least any of these cells is three-dimensionally cultured on an extracellular matrix to obtain a 3D organoid; and a step 2 in which the 3D organoid obtained in the step 1 is dispersed to prepare a single cell, and the single cell is monolayer-cultured on an extracellular matrix to obtain a 2D organoid in which epithelial cells containing differentiated trophoblastic cells and goblet cells and configuring human intestinal lumen have a monolayer structure, wherein in culturing of the steps 1 and 2, a cell culture medium containing at least one selected from the group consisting of i) Wnt agonist, ii) at least one selected from the group consisting of an insulin-like growth factor 1 (IGF1), a fibroblast growth factor 2 (FGF2), an epidermal growth factor (EGF), and epiregulin (EREG), iii) a bone morphogenetic factor (bone morphogenetic protein; BMP) inhibitor, iv) a transforming growth factor-β (TGF-β) inhibitor, and v) a γ-selectase inhibitor is used, and wherein the cell culture medium contains the IGF1 and the FGF2.