mhurhangee/patent-ind-claim-en huggingface dataset:
A radar system comprising: a first neural network DoA estimator configured to receive a snapshot comprising a plurality of signals, each of the plurality of signals reflected from a respective source and received by an antenna array ; a DoA verifier (108; 400) configured to determine, based on the received snapshot, a plurality of DoAs, the plurality of DoAs comprising a respective DoA for each of the plurality of signals; measure a reliability of the plurality of DoAs; and in response to the reliability of the plurality of the DoAs exceeding a threshold, output at least one of the plurality of the DoAs determined by the first neural network DoA estimator ; and a second deterministic machine learning DoA estimator configured to, in response to the reliability of the plurality of the DoAs not exceeding the threshold, determine by the second deterministic machine learning DoA estimator based on the received snapshot, a second plurality of DoAs comprising a respective DoA of each of the plurality of signals and output at least one of the second plurality of DoAs, wherein the DoA verifier (108; 400) is further configured to determine a snapshot estimate based on a beamforming matrix which is a function of the DoAs of signals determined by the first neural network DoA estimator ; and wherein the DoA verifier (108; 400) is further configured to determine a residual error based on the snapshot estimate and the received snapshot. a first neural network DoA estimator configured to receive a snapshot comprising a plurality of signals, each of the plurality of signals reflected from a respective source and received by an antenna array ; a DoA verifier (108; 400) configured to determine, based on the received snapshot, a plurality of DoAs, the plurality of DoAs comprising a respective DoA for each of the plurality of signals; measure a reliability of the plurality of DoAs; and in response to the reliability of the plurality of the DoAs exceeding a threshold, output at least one of the plurality of the DoAs determined by the first neural network DoA estimator ; and a second deterministic machine learning DoA estimator configured to, in response to the reliability of the plurality of the DoAs not exceeding the threshold, determine by the second deterministic machine learning DoA estimator based on the received snapshot, a second plurality of DoAs comprising a respective DoA of each of the plurality of signals and output at least one of the second plurality of DoAs, wherein the DoA verifier (108; 400) is further configured to determine a snapshot estimate based on a beamforming matrix which is a function of the DoAs of signals determined by the first neural network DoA estimator ; and wherein the DoA verifier (108; 400) is further configured to determine a residual error based on the snapshot estimate and the received snapshot.
An electronic apparatus comprising: a touch display consisting of a main area and one or more curved sub areas , wherein each of the one or more curved sub areas is extended from the main area and bent towards one side of the main area and is smaller in size than the main area ; and a controller configured for controlling the touch display , while information provided by a first application is displayed on the main area , to display alarm information provided by a second application which is different from the first application on a curved sub area among the one or more curved sub areas upon occurrence of an event, and the controller furthermore being configured to control the touch display , based on receiving a selection of the alarm information being made by a user on the sub area , to display detailed information of the selected alarm information associated with the second application on a sectional area of the main area and of the sub area , the sectional area corresponding to the position where the alarm information has been displayed, the detailed information including at least part of the information provided by the second application on the curved sub area before the selection, while information provided by the first application is displayed on the main area . a touch display consisting of a main area and one or more curved sub areas , wherein each of the one or more curved sub areas is extended from the main area and bent towards one side of the main area and is smaller in size than the main area ; and a controller configured for controlling the touch display , while information provided by a first application is displayed on the main area , to display alarm information provided by a second application which is different from the first application on a curved sub area among the one or more curved sub areas upon occurrence of an event, and the controller furthermore being configured to control the touch display , based on receiving a selection of the alarm information being made by a user on the sub area , to display detailed information of the selected alarm information associated with the second application on a sectional area of the main area and of the sub area , the sectional area corresponding to the position where the alarm information has been displayed, the detailed information including at least part of the information provided by the second application on the curved sub area before the selection, while information provided by the first application is displayed on the main area .
Square baler with a supporting frame , a pressing chamber with positionally adjustable side walls being supported thereon, and material to be pressed being able to be supplied thereto by means of a stuffer moving in a reciprocating manner, characterized by a device for setting the side walls in a vibrating motion.
A method of detecting a ground fault in an induction furnace that has an induction furnace jacket with a refractory lining and an induction coil surrounding the refractory lining and at least one bath ground electrode in the lower part of the refractory lining as well as a ground fault detector, wherein upon detection of a ground fault by means of the ground fault detector the ground fault is localized by separating the at least one bath ground electrode from ground and then checking whether the ground fault exists further or not, and upon detection that the ground fault does not exist further determining a defect in the refractory lining and upon detection that the ground fault exists further determining whether the ground fault is caused by a defective magnetic yoke insulation by successively separating all the magnetic yokes from ground and checking whether the ground fault exists further or not after separation of one magnetic yoke.
An RFID tag insertion cartridge comprising: a hollow needle in which an RFID tag is disposed; a carriage that is movably mounted and to which the hollow needle is attached for withdrawing the needle ; a stop pin disposed in the hollow needle for stopping an inward movement of the RFID tag when the needle is withdrawn and so eject the RFID tag; and a fitting for removable attachment to an RFID tag insertion tool operable to move the carriage ; wherein the fitting is configured for uniquely orientating the RFID tag insertion cartridge with respect to the RFID tag insertion tool when attached thereto and comprises at least one of a plurality of different diameter radial pins and a plurality of different width slots. a hollow needle in which an RFID tag is disposed; a carriage that is movably mounted and to which the hollow needle is attached for withdrawing the needle ; a stop pin disposed in the hollow needle for stopping an inward movement of the RFID tag when the needle is withdrawn and so eject the RFID tag; and a fitting for removable attachment to an RFID tag insertion tool operable to move the carriage ; wherein the fitting is configured for uniquely orientating the RFID tag insertion cartridge with respect to the RFID tag insertion tool when attached thereto and comprises at least one of a plurality of different diameter radial pins and a plurality of different width slots.
A method of estimating a property of an optically diffuse medium, the medium comprising a first optical absorber having a first concentration and a second optical absorber having a second concentration, the method comprising the steps of: (a) imaging a surface area (406; 506; 606; 706) of the medium at multiple wavelengths around an isosbestic wavelength of the first absorber and the second absorber; (b) determining a reflectance spectrum of the medium at the surface area (406; 506; 606; 706) at the multiple wavelengths and (c) determining a derivative of the determined reflectance spectrum around the isosbestic wavelength; characterized in that the method further comprises the step of: (d) estimating, as the property of the optically diffuse medium, a concentration ratio ( ψ ) of the first concentration and the second concentration from the derivative of the determined reflectance spectrum around the isosbestic wavelength, wherein the concentration ratio ( ψ ) is estimated using the partial derivative of a first molar absorption coefficient of the first absorber as a function of the wavelength, and the partial derivative of a second molar absorption coefficient of the second absorber as a function of the wavelength, both taken at a wavelength at which the first molar absorption coefficient and the second molar absorption coefficient are equal. (a) imaging a surface area (406; 506; 606; 706) of the medium at multiple wavelengths around an isosbestic wavelength of the first absorber and the second absorber; (b) determining a reflectance spectrum of the medium at the surface area (406; 506; 606; 706) at the multiple wavelengths and (c) determining a derivative of the determined reflectance spectrum around the isosbestic wavelength; characterized in that the method further comprises the step of: (d) estimating, as the property of the optically diffuse medium, a concentration ratio ( ψ ) of the first concentration and the second concentration from the derivative of the determined reflectance spectrum around the isosbestic wavelength,
Lifting column for a piece of furniture, in particular for a table, comprising a first element and a second element which is at least partially inserted into the first element , wherein the first element has a spindle which extends along the longitudinal axis of the first element and projects at least partially into the second element , and wherein the second element has a rotor rotatably mounted therein, which rotor has at least one rolling body which runs in or on a thread of the spindle , a linear movement of the second element relative to the first element being effected by a rotation of the rotor relative to the spindle , the second element having a locking device which in a first state blocks the rotation of the rotor relative to the spindle and in a second state releases the rotation of the rotor relative to the spindle , wherein at least one torsion spring (14.1, 14.2) is clamped between the rotor and a fastening element (15.1, 15.2), so that the torsion spring (14.1, 14.2) exerts a pre-tensioning force on the rotor .
A transport bag for a suspended conveyor system, in particular a rail-guided conveyor system or a transport chain conveyor system, with a conveyor element, in particular a carriage of a rail-guided conveyor system or a conveyor chain link of a transport chain conveyor system, and with a transport bag with a receiving region for receiving one or more units of goods ; wherein the transport bag is attached, via a suspension means , suspended rotatable about a rotation axis , to a carrier means of the conveyor element; the transport bag comprises two frame brackets pivotally connected to said suspension means; a first of the two frame brackets has a first engagement region adapted to be engaged by an actuator for pivoting the first frame bracket; a second of the two frame brackets has a second engagement region adapted to be engaged by an actuator for pivoting the second frame bracket; characterized in that the two frame brackets are substantially 2-fold rotationally symmetrical to each other about the rotation axis , but not mirror symmetrical to each other, such that the first engagement region of the first frame bracket is arranged 2-fold rotationally symmetrical about the rotation axis to the second engagement region of the second frame bracket . with a conveyor element, in particular a carriage of a rail-guided conveyor system or a conveyor chain link of a transport chain conveyor system, and with a transport bag with a receiving region for receiving one or more units of goods ; wherein the transport bag is attached, via a suspension means , suspended rotatable about a rotation axis , to a carrier means of the conveyor element; the transport bag comprises two frame brackets pivotally connected to said suspension means; a first of the two frame brackets has a first engagement region adapted to be engaged by an actuator for pivoting the first frame bracket; a second of the two frame brackets has a second engagement region adapted to be engaged by an actuator for pivoting the second frame bracket; characterized in that the two frame brackets are substantially 2-fold rotationally symmetrical to each other about the rotation axis , but not mirror symmetrical to each other, such that the first engagement region of the first frame bracket is arranged 2-fold rotationally symmetrical about the rotation axis to the second engagement region of the second frame bracket .
An annular fluidic device wearable comprising: - an annular tube delimiting a closed internal volume, - a fluid disposed in the closed internal volume, - a floating system disposed in the closed internal volume and bathed in the fluid , said floating system being arranged to rotate freely around a central axis of the annular tube and relative to said annular tube , and said floating system having a marking with at least one of the four cardinal points , - at least one permanently polarised magnetic element integral with the floating system allowing said floating system to undergo a moment of force causing it to be aligned in the direction of the external magnetic vector by rotating around of said central axis , said annular tube being transparent at least on a portion of its wall so as to visualise the marking of the floating system from the outside of the annular tube , characterised in that it includes a capillary tube in fluid communication with the annular tube to add a function either of barometer or of thermometer to the device . - an annular tube delimiting a closed internal volume, - a fluid disposed in the closed internal volume, - a floating system disposed in the closed internal volume and bathed in the fluid , said floating system being arranged to rotate freely around a central axis of the annular tube and relative to said annular tube , and said floating system having a marking with at least one of the four cardinal points , - at least one permanently polarised magnetic element integral with the floating system allowing said floating system to undergo a moment of force causing it to be aligned in the direction of the external magnetic vector by rotating around of said central axis ,
A method for replicating file system objects from a source file system to a target file system in a data storage computer system, wherein, if a clone object sharing blocks with a read-only snapshot-file object has been created in the source file system , the method comprises: - replicating the snapshot-file object from the source file system to the target file system , and creating a clone object sharing blocks with the replicated snapshot-file object in the target file system ; and - replicating, if the clone object has been modified in the source file system and is associated with at least one diverged block other than the blocks shared with the snapshot-file object in the source file system , the at least one diverged block associated with the clone object from the source file system to the target file system ; characterized in that replicating the at least one diverged block associated with the clone object from the source file system to the target file system comprises: - detecting at least one block of the clone object in the source file system which has changed since creation of the clone object in the source file system based on comparing checkpoint numbers which are associated with blocks of the clone object in the source file system with a cloned-in-checkpoint number of the clone object in the source file system ; - transferring, from the source file system to the target file system , blocks having a checkpoint number higher than or equal to the cloned-in-checkpoint number of the clone object in the source file system ; and - updating the clone object in the target file system based on blocks received from the source file system . - replicating the snapshot-file object from the source file system to the target file system , and creating a clone object sharing blocks with the replicated snapshot-file object in the target file system ; and - replicating, if the clone object has been modified in the source file system and is associated with at least one diverged block other than the blocks shared with the snapshot-file object in the source file system , the at least one diverged block associated with the clone object from the source file system to the target file system ; - detecting at least one block of the clone object in the source file system which has changed since creation of the clone object in the source file system based on comparing checkpoint numbers which are associated with blocks of the clone object in the source file system with a cloned-in-checkpoint number of the clone object in the source file system ; - transferring, from the source file system to the target file system , blocks having a checkpoint number higher than or equal to the cloned-in-checkpoint number of the clone object in the source file system ; and - updating the clone object in the target file system based on blocks received from the source file system .
Inspection device for monitoring bottles or similar containers, comprising at least one lighting unit and at least one camera and a control and evaluation unit , wherein at least the lighting unit is arranged above a bottle which is to be inspected or the transport bath of a bottle which is to be inspected, wherein the lighting unit is designed as a light source circuit board , the light sources of which emit light that can be changed at least in colour to a bottle colour determined in the region of a bottle mouth , and the camera is a colour-sensitive camera, in particular an RGB camera, wherein the light sources are arranged in radially spaced light source rings , each concentric about a midpoint of the light source circuit board , and emitted light can be coupled at least partially into the interior of the bottle mouth, and wherein the lighting unit is of such a nature that rim-type switching of the light source rings can take place, characterised in that the lighting unit emits light which can be changed in its intensity.
A method performed by a first radio access network node for controlling a wireless local area network, WLAN, aggregation, wherein the WLAN aggregation is to establish a dual connection of a bearer associated with a radio access network node and a bearer associated with a WLAN for a terminal, the method comprising: receiving , from a second radio access network node, a message for requesting a handover from the second radio access network node to the first radio access network node, wherein the message includes WLAN information including configuration information on WLAN aggregation for the terminal in the second radio access network node and an identifier of the terminal uniquely identifying the terminal over an interface between the radio access network node and the WLAN; and controlling the WLAN aggregation for the terminal associated with a bearer for the first radio access network node based on the received WLAN information. receiving , from a second radio access network node, a message for requesting a handover from the second radio access network node to the first radio access network node, wherein the message includes WLAN information including configuration information on WLAN aggregation for the terminal in the second radio access network node and an identifier of the terminal uniquely identifying the terminal over an interface between the radio access network node and the WLAN; and controlling the WLAN aggregation for the terminal associated with a bearer for the first radio access network node based on the received WLAN information.
A method for preparing a sintered magnet, comprising the steps of: preparing a mixed powder by coating fluorides on a surface of magnetic powder; adding heavy rare earth hydrides to the mixed powder; and heating the mixed powder, wherein the magnetic powder comprises rare earth element-iron-boron-based powder, and the fluorides comprise an organic fluoride or an inorganic fluoride, characterized in that the organic fluoride comprises at least one of perfluorinated carboxylic acid (PFCA)-based materials having 6 to 17 carbon atoms, and the inorganic fluoride comprises ammonium fluoride. preparing a mixed powder by coating fluorides on a surface of magnetic powder; adding heavy rare earth hydrides to the mixed powder; and heating the mixed powder, wherein the magnetic powder comprises rare earth element-iron-boron-based powder, and the fluorides comprise an organic fluoride or an inorganic fluoride, characterized in that the organic fluoride comprises at least one of perfluorinated carboxylic acid (PFCA)-based materials having 6 to 17 carbon atoms, and the inorganic fluoride comprises ammonium fluoride.