mhurhangee/patent-ind-claim-en huggingface dataset:
An identification apparatus comprising: a feature quantity extraction unit configured to extract a feature quantity of an image of an optical thickness distribution of an object; a storage unit configured to store a learning result of machine learning performed based on the feature quantity extracted by the feature quantity extraction unit for the image of the optical thickness distribution of a known object of which a type is known; and an identification unit configured to determine, based on the feature quantity extracted by the feature quantity extraction unit for the image of the optical thickness distribution of an unknown object of which a type is unknown, the type of the unknown object using the learning result stored by the storage unit , wherein the learning result stored by the storage unit is used when extracting the feature quantity of the image of the optical thickness distribution of the unknown object, or when determining the type of the unknown object, and the feature quantity extraction unit is configured to extract information regarding a spatial change amount of an optical thickness at a position in the image of the optical thickness distribution as the feature quantity of the image, characterized in that the image is a quantitative phase image and the information regarding the spatial change amount of the optical thickness is both of a gradient magnitude and a gradient direction of a vector at the position in the image of the optical thickness distribution. a feature quantity extraction unit configured to extract a feature quantity of an image of an optical thickness distribution of an object; a storage unit configured to store a learning result of machine learning performed based on the feature quantity extracted by the feature quantity extraction unit for the image of the optical thickness distribution of a known object of which a type is known; and an identification unit configured to determine, based on the feature quantity extracted by the feature quantity extraction unit for the image of the optical thickness distribution of an unknown object of which a type is unknown, the type of the unknown object using the learning result stored by the storage unit , wherein the learning result stored by the storage unit is used when extracting the feature quantity of the image of the optical thickness distribution of the unknown object, or when determining the type of the unknown object, and the feature quantity extraction unit is configured to extract information regarding a spatial change amount of an optical thickness at a position in the image of the optical thickness distribution as the feature quantity of the image, characterized in that the image is a quantitative phase image and the information regarding the spatial change amount of the optical thickness is both of a gradient magnitude and a gradient direction of a vector at the position in the image of the optical thickness distribution.
A relay system comprising a plurality of relay devices which are arranged between a plurality of terminal devices and a file device, and relay, respectively, data communication by each of the plurality of terminal devices to the file device, wherein each of the relay devices includes: a communication unit configured to perform transmission or reception of data with a terminal device that is connected and the file device; and a computation processing unit configured to control and cause the communication unit to transmit a change history of data acquired from the file device by a request from a terminal device connected to the device of its own to another relay device and to control and cause, in a case where a change history of first data received from the other relay device is different from a change history of second data having the same file name as the first data acquired from the file device by a request from a terminal device connected to the device of its own after acquisition of data in response to a request from a terminal device connected to the other relay device, the communication unit to notify the other relay device that the first data is changed to the second data. a communication unit configured to perform transmission or reception of data with a terminal device that is connected and the file device; and a computation processing unit configured to control and cause the communication unit to transmit a change history of data acquired from the file device by a request from a terminal device connected to the device of its own to another relay device and to control and cause, in a case where a change history of first data received from the other relay device is different from a change history of second data having the same file name as the first data acquired from the file device by a request from a terminal device connected to the device of its own after acquisition of data in response to a request from a terminal device connected to the other relay device, the communication unit to notify the other relay device that the first data is changed to the second data.
A method for determining a likelihood of cancer recurrence in a patient with prostate cancer, comprising: measuring the expression level of an RNA transcript of AZGP1 in a biological sample comprising prostate tissue obtained from the patient; predicting a likelihood of cancer recurrence for the patient; wherein an increased expression level of AZGP1 is negatively associated with an increased risk of recurrence. measuring the expression level of an RNA transcript of AZGP1 in a biological sample comprising prostate tissue obtained from the patient; predicting a likelihood of cancer recurrence for the patient; wherein an increased expression level of AZGP1 is negatively associated with an increased risk of recurrence.
Furnace muffle for an annealing furnace with a base body which is set up so that it delimits a volume to be heated, wherein that the furnace muffle further comprises at least one actuator , which is connected in such a manner to the base body that the actuator , during the operation of the furnace muffle , can exert a force on the base body , at least one sensor , which is arranged and set up so that it detects a force exerted by the base body during heating or cooling and/or a change in the length of the base body during the heating or cooling, a control device connected to the actuator and to the sensor , which is set up so that, during the operation of the furnace muffle , the control device controls the force exerted by the actuator on the base body as a function of the force or the change in length detected by the sensor . characterized in that the actuator comprises a sensor , which, during the operation of the furnace muffle , detects the actual value of the force exerted by the actuator on the base body , or a parameter which is a measure for the actual value of the force exerted by the actuator on the base body ; and in that the actuator is a pneumatic or hydraulic actuator with a piston guided in a cylinder , wherein the piston is connected to the base body , wherein the pressure in the interior of the cylinder can be set via a control valve connected to the control device , wherein the sensor, for the purpose of detecting a change in the length of the base body , is a position encoder for detecting an actual position of the piston, and in that the control device is set up so that it calculates a target pressure in the interior of the cylinder as a function of the actual position of the piston and sets the target pressure in the interior of the cylinder by actuating the control valve ; and in that the actuator comprises a pressure sensor connected to the control device , wherein the pressure sensor is arranged and set up so that it detects the actual pressure in the interior of the cylinder, and in that the control device is set up so that, during the operation of the furnace muffle , it adjusts the control valve of the actuator so that the actual pressure in the interior of the cylinder is substantially equal to the target pressure. at least one actuator , which is connected in such a manner to the base body that the actuator , during the operation of the furnace muffle , can exert a force on the base body , at least one sensor , which is arranged and set up so that it detects a force exerted by the base body during heating or cooling and/or a change in the length of the base body during the heating or cooling, a control device connected to the actuator and to the sensor , which is set up so that, during the operation of the furnace muffle , the control device controls the force exerted by the actuator on the base body as a function of the force or the change in length detected by the sensor .
A probiotic strain selected from Lactobacillus reuteri V3401 with accession number CECT 8605 and Bifidobacterium breve BT820 with accession number CECT 8606.
A cooling system for an electronic circuit package, comprising: a heat transfer plate positioned in thermal contact with an electronic circuit package surface, wherein the heat transfer plate forms a bottom surface of an evaporative region of the cooling system; a plurality of condensing tubes in fluid communication with, and extending away from, the evaporative region, such that the evaporative region and condensing tubes together form a single, uninterrupted, sealed enclosure, wherein each of the plurality of condensing tubes includes a plurality of grooves; a fluid disposed within the sealed disclosure; and a plurality of wicks , each wick positioned such that one end is in contact with the heat transfer plate characterised in that an opposite end of each wick extends into a proximal end of a corresponding condensing tube for a distance that is less than 5% of the length of the corresponding condensing tube. a heat transfer plate positioned in thermal contact with an electronic circuit package surface, wherein the heat transfer plate forms a bottom surface of an evaporative region of the cooling system; a plurality of condensing tubes in fluid communication with, and extending away from, the evaporative region, such that the evaporative region and condensing tubes together form a single, uninterrupted, sealed enclosure, wherein each of the plurality of condensing tubes includes a plurality of grooves; a fluid disposed within the sealed disclosure; and a plurality of wicks , each wick positioned such that one end is in contact with the heat transfer plate characterised in that an opposite end of each wick extends into a proximal end of a corresponding condensing tube for a distance that is less than 5% of the length of the corresponding condensing tube.
A process for determining concentration of two or more condensing agents for gas phase polyolefin polymerization, the process comprising i) providing one or more monomers, at least one catalyst system, and at least two condensing agents, ii) selecting a polyolefin polymer density and melt index as well as a polymerization condition pressure, and iii) adjusting the condensing agent composition so the vapor pressure of the condensing agents is within ±4 bara of the optimum vapor pressure given by the formula: optimum vapor pressure = 614 - 716 ∗ D + 2.338 ∗ P + 3.603 ∗ ln(MI), where the optimum vapor pressure has units (bara), D is the polyolefin polymer density (ASTM D1505) with units (g/cc), P is the polymerization condition pressure with units (barg), and MI is the polyolefin polymer melt index (I 2.16 ) (ASTM D1238) with units (g/10 min).
An optical system, comprising: an electronic display for displaying a virtual scene for a user of the optical system; an adaptive lens assembly optically coupled to the electronic display between the electronic display and eyes of the user; and an eye tracking device providing eye tracking information of the eyes of the user, wherein the adaptive lens assembly includes a plurality of adjustable liquid crystal (LC) lenses arranged in an array, and the adjustable LC lenses are activated individually based on the eye tracking information, characterized in that each adjustable LC lens includes a plurality of segmented phase profile (SPP) LC lenses stacked together to reduce response time of the adjustable LC lens, such that the adaptive lens assembly includes layers of array of SPP LC lenses, and wherein the plurality of SPP LC lenses include two SPP LC lenses stacked next to each other, with a same configuration but opposite alignment directions. an electronic display for displaying a virtual scene for a user of the optical system; an adaptive lens assembly optically coupled to the electronic display between the electronic display and eyes of the user; and an eye tracking device providing eye tracking information of the eyes of the user, wherein the adaptive lens assembly includes a plurality of adjustable liquid crystal (LC) lenses arranged in an array, and the adjustable LC lenses are activated individually based on the eye tracking information, characterized in that each adjustable LC lens includes a plurality of segmented phase profile (SPP) LC lenses stacked together to reduce response time of the adjustable LC lens, such that the adaptive lens assembly includes layers of array of SPP LC lenses, and wherein the plurality of SPP LC lenses include two SPP LC lenses stacked next to each other, with a same configuration but opposite alignment directions.
Connection kit for household appliances, by means of which, for example, a tumble dryer can be mounted on a washing machine, the connection kit having a plurality of wall elements which can be interconnected to form a frame, and the connection kit having a drawer which has a push-to-open mechanism, characterised in that at least one wall element has at least one ridge-like projection and at least one other wall element is formed by a drawer front and has at least one groove-like recess , the ridge-like projection and the groove-like recess being arranged on the wall elements in such a way that they can be brought into engagement with one another, the drawer front remaining spaced apart from the other wall element by a gap in the closed state, and the ridge-like projection partially engaging in the groove-like recess .
Machine for producing a material web, in particular a paper web, cardboard web, or tissue web, having a roller having a shell face and having a continuous belt, in particular a transfer belt , which in portions wraps the shell face of the roller and which has a lower side which in the wrapping region is brought into contact with the shell face , wherein a storage volume which is suitable for at least in part receiving fluid which in the wrapping region enters between the lower side and the shell face is provided by the continuous belt, wherein the lower side for forming the storage volume has a surface structure, and the shell face is smooth, or the lower side and the shell face for forming the storage volume have in each case a surface structure, characterized in that the surface structure comprises a groove structure, a roughness of the shell face , or an embossed structure.
A head-less control method, comprising: activating head-less control of an unmanned aerial vehicle (UAV) via a somatosensory remote controller ; transmitting a head-less attitude control variable (C) to the UAV by the somatosensory remote controller ; and in response to receiving the head-less attitude control variable (C), the UAV flying according to an orientation of the somatosensory remote controller , characterized by determining a flying state of the UAV according to whether a real-time distance (S) between the somatosensory remote controller and the UAV is within a dangerous distance range, said step of determining the flying state of the UAV comprises controlling the UAV to hover in a case that the real-time distance (S) is less than or equal to the dangerous distance. activating head-less control of an unmanned aerial vehicle (UAV) via a somatosensory remote controller ; transmitting a head-less attitude control variable (C) to the UAV by the somatosensory remote controller ; and in response to receiving the head-less attitude control variable (C), the UAV flying according to an orientation of the somatosensory remote controller , characterized by determining a flying state of the UAV according to whether a real-time distance (S) between the somatosensory remote controller and the UAV is within a dangerous distance range, said step of determining the flying state of the UAV comprises controlling the UAV to hover in a case that the real-time distance (S) is less than or equal to the dangerous distance.
Secondary circuit of a district heating system comprising at least two consumer circuits and a heating circuit distributor for the hydraulic integration of the at least two consumer circuits into the secondary circuit, wherein, for each consumer circuit, the heating circuit distributor comprises a connection to a consumer circuit supply line and a connection to a consumer circuit return line, wherein the secondary circuit comprises a supply line and a return line , wherein the supply line is the portion of the secondary circuit in which heat can be provided for the at least two consumer circuits, and the return line is the portion of the secondary circuit which follows the connection of the consumer circuit return line of the last downstream consumer circuit, wherein the connection to the consumer circuit return line of at least one consumer circuit is arranged on the supply line of the secondary circuit, wherein a flow regulator is arranged in each consumer circuit supply line, and wherein the flow regulator is a loading pump or a heating pump, characterized in that, for each consumer circuit, a check valve is arranged in the supply line of the secondary circuit between the connection of the consumer circuit supply line and the connection of the consumer circuit return line, wherein the check valve has a downstream flow-conducting direction and an upstream blocking direction, wherein the check valve prevents the medium in the secondary-side supply line from flowing upstream between the consumer circuit return line and the consumer circuit supply line. wherein the connection to the consumer circuit return line of at least one consumer circuit is arranged on the supply line of the secondary circuit, wherein a flow regulator is arranged in each consumer circuit supply line, and wherein the flow regulator is a loading pump or a heating pump, characterized in that, for each consumer circuit, a check valve is arranged in the supply line of the secondary circuit between the connection of the consumer circuit supply line and the connection of the consumer circuit return line, wherein the check valve has a downstream flow-conducting direction and an upstream blocking direction, wherein the check valve prevents the medium in the secondary-side supply line from flowing upstream between the consumer circuit return line and the consumer circuit supply line.
A natural killer (NK) cell expressing at least one chimeric antigen receptor (CAR) targeting: CD38; and CD47, PD-L1, BCMA, CD138, CD229 or MUC-1. CD38; and CD47, PD-L1, BCMA, CD138, CD229 or MUC-1.
A substrate processing apparatus comprising: a substrate holder configured to support a substrate (W); a magnet holder that is disposed around the substrate holder ; and an annular magnet that is movably loaded on the magnet holder , characterized by supporting members that protrude from the substrate holder so as to face the magnet; connecting members that are disposed at the magnet and are engageable with the supporting members ; a rotation mechanism configured to rotationally move at least one of the substrate holder and the magnet holder around the rotation axis of a rotation shaft of the substrate holder ; and a connection switching mechanism configured to move, when positions of the supporting member and the connecting member are matched to each other by rotational movement of the rotation mechanism , the substrate holder upward and downward to engage the supporting member and the connecting member with each other or separate the supporting member and the connecting member from each other, thereby switching whether or not to apply a magnetic field to the substrate (W). a substrate holder configured to support a substrate (W); a magnet holder that is disposed around the substrate holder ; and an annular magnet that is movably loaded on the magnet holder , characterized by supporting members that protrude from the substrate holder so as to face the magnet; connecting members that are disposed at the magnet and are engageable with the supporting members ; a rotation mechanism configured to rotationally move at least one of the substrate holder and the magnet holder around the rotation axis of a rotation shaft of the substrate holder ; and a connection switching mechanism configured to move, when positions of the supporting member and the connecting member are matched to each other by rotational movement of the rotation mechanism , the substrate holder upward and downward to engage the supporting member and the connecting member with each other or separate the supporting member and the connecting member from each other, thereby switching whether or not to apply a magnetic field to the substrate (W).
Wheel hub for mounting a wheel of a vehicle so as to rotate about an axis of rotation , having a flange , which has at least one fastening element , by means of which a rim of the wheel can be fastened at least in the axial direction of the wheel hub to the flange and thereby to the wheel hub , and having a centring seat formed on an extension of the wheel hub projecting axially from the flange , which centring seat has a plurality of centring surface segments , which are arranged one after the other in the circumferential direction of the wheel hub and are spaced apart from each other and which point outwards in the radial direction of the wheel hub , by means of which the rim is to be centred in the radial direction of the wheel hub relative to the latter, wherein the integral extension has an inner lateral face , which is continuous in the circumferential direction and points inwards in the radial direction and an outer lateral face , which points outwards in the radial direction and forms the centring surface segments , which is designed such that the centring surface segments have a first radial distance from the axis of rotation and further surface segments of the outer lateral face arranged in a circumferential direction between the centring surface segments have a lower second radial distance from the axis of rotation compared to the first radial distance, characterised in that the further surface segments of the outer lateral face are formed flat and are offset relative to the centring surface segments radially closer to the axis of rotation .