mhurhangee/ep-ind-claims huggingface dataset:
An electric machine, comprising: a stator (2, 2b, 4); and a mover moving in a linear or curved manner or rotating with respect to the stator (2, 2b, 4), the mover having a plurality of mover teeth, the mover comprising a mover iron core (1, 1h), a plurality of toothed mover protrusions and a plurality of permanent magnets alternately are provided on an end of each of the mover teeth, phase coils are respectively wound around the mover teeth such that an electric phase difference between the phase coils of adjacent mover teeth is 180°, and a number of coil phases is n (n denotes a natural number), the mover teeth are arranged at electrical intervals of 180° /n, and a number of the mover teeth is an exact multiple of n, wherein the permanent magnets have the same polarity and at least one of left and right edges of each of the mover teeth includes a permanent magnet, wherein the phase coils comprise first phase coils having U and /U phases that are connected serially and adjacent to each other, second phase coils having V and /V phases that are connected serially and adjacent to each other, and third phase coils having W and /W phases that are connected serially and adjacent to each other, wherein phases of the first to third phase coils are arranged in a configuration with (U, /U), (V, /V) and (W, /W), and wherein magnetization direction of the permanent magnets is not parallel to moving direction of the mover. a stator (2, 2b, 4); and a mover moving in a linear or curved manner or rotating with respect to the stator (2, 2b, 4), the mover having a plurality of mover teeth, the mover comprising a mover iron core (1, 1h), a plurality of toothed mover protrusions and a plurality of permanent magnets alternately are provided on an end of each of the mover teeth, phase coils are respectively wound around the mover teeth such that an electric phase difference between the phase coils of adjacent mover teeth is 180°, and a number of coil phases is n (n denotes a natural number), the mover teeth are arranged at electrical intervals of 180° /n, and a number of the mover teeth is an exact multiple of n, wherein the permanent magnets have the same polarity and at least one of left and right edges of each of the mover teeth includes a permanent magnet, wherein the phase coils comprise first phase coils having U and /U phases that are connected serially and adjacent to each other, second phase coils having V and /V phases that are connected serially and adjacent to each other, and third phase coils having W and /W phases that are connected serially and adjacent to each other, wherein phases of the first to third phase coils are arranged in a configuration with (U, /U), (V, /V) and (W, /W), and wherein magnetization direction of the permanent magnets is not parallel to moving direction of the mover.
Use of the following refrigerant (i) and lubricating oil composition (ii) in a refrigerator: (i) a refrigerant including: - at least one fluorinated propene, and - optionally up to 30 mass%, based on the total mass of the refrigerant, of one or more saturated fluorinated hydrocarbon compounds; and (ii) a lubricating oil composition comprising a base oil which consists of at least one polyvinyl ether derivative having a hydroxyl value of 17 mgKOH/g or less. (i) a refrigerant including: - at least one fluorinated propene, and - optionally up to 30 mass%, based on the total mass of the refrigerant, of one or more saturated fluorinated hydrocarbon compounds; and - at least one fluorinated propene, and - optionally up to 30 mass%, based on the total mass of the refrigerant, of one or more saturated fluorinated hydrocarbon compounds; and (ii) a lubricating oil composition comprising a base oil which consists of at least one polyvinyl ether derivative having a hydroxyl value of 17 mgKOH/g or less.
A blotting membrane holder for conducting immunoassays, comprising a frame and a non-woven polypropylene mesh as a solid support, wherein the frame has a perimeter edge and is configured to support a blotting membrane, and a flow distributor is attached to the frame, and wherein a sheet of paper is laminated to one side of said polypropylene mesh, wherein the polypropylene mesh is bound to the frame along one edge, wherein, when the blotting membrane holder is closed, a blotting membrane is to be sandwiched between the non-woven polypropylene mesh and the flow distributor. wherein the frame has a perimeter edge and is configured to support a blotting membrane, and a flow distributor is attached to the frame, and wherein a sheet of paper is laminated to one side of said polypropylene mesh, wherein the polypropylene mesh is bound to the frame along one edge, wherein, when the blotting membrane holder is closed, a blotting membrane is to be sandwiched between the non-woven polypropylene mesh and the flow distributor.
A tessellation data processing method for processing vector lines in vector graphics processing devices, characterized in that the tessellation data processing method comprises: according to specified coordinates of intersections, creating two or more levels of cache tables, wherein the intersections are generated from the vector lines intersecting with tessellation intersecting lines parallel to an x-axis or y-axis, wherein each of the specified coordinates is an X coordinate or Y coordinate; storing memory addresses of information tables in a content table storing memory address of the content table in a first level cache table, and storing memory address of the first level cache table in a second level cache table that is at least one level higher than the first level cache table; wherein the information tables store nodes corresponding to the specified coordinates, wherein when the specified coordinates are X coordinates, the nodes are Ynodes, and when the specified coordinates are Y coordinates, the nodes are Xnodes; wherein each of the Xnodes corresponds to a line parallel to the X-axis and comprises X coordinates, and each of the Ynodes corresponds to a line parallel to the Y-axis and comprises Y coordinates. according to specified coordinates of intersections, creating two or more levels of cache tables, wherein the intersections are generated from the vector lines intersecting with tessellation intersecting lines parallel to an x-axis or y-axis, wherein each of the specified coordinates is an X coordinate or Y coordinate; storing memory addresses of information tables in a content table storing memory address of the content table in a first level cache table, and storing memory address of the first level cache table in a second level cache table that is at least one level higher than the first level cache table; wherein the information tables store nodes corresponding to the specified coordinates, wherein when the specified coordinates are X coordinates, the nodes are Ynodes, and when the specified coordinates are Y coordinates, the nodes are Xnodes; wherein each of the Xnodes corresponds to a line parallel to the X-axis and comprises X coordinates, and each of the Ynodes corresponds to a line parallel to the Y-axis and comprises Y coordinates.
A system for backing up a distributed database, the system comprising: one or more database clusters comprising a plurality of nodes, wherein each node of the plurality of nodes comprises a key-value table, and wherein each entry of a respective key-value table comprises a timestamp; and one or more computer hardware processors in communication with the one or more computer storage mediums, the one or more computer hardware processors configured to execute computer-executable instructions to at least: pause a cleanup process on the plurality of nodes; initiate a hold on issuing one or more new timestamps to one or more external computing devices, wherein the hold comprises a hold on allowing writes from committing to the one or more database clusters; generate a backup timestamp; remove the hold on issuing one or more new timestamps to one or more external computing devices; generate a duplicate copy of data from the plurality of nodes; initiate the cleanup process on the plurality of nodes, wherein running of the cleanup process determines one or more previous versions of data that cannot be read by any transaction and deletes the one or more previous versions of data; and store the duplicate copy of data and the backup timestamp. one or more database clusters comprising a plurality of nodes, wherein each node of the plurality of nodes comprises a key-value table, and wherein each entry of a respective key-value table comprises a timestamp; and one or more computer hardware processors in communication with the one or more computer storage mediums, the one or more computer hardware processors configured to execute computer-executable instructions to at least: pause a cleanup process on the plurality of nodes; initiate a hold on issuing one or more new timestamps to one or more external computing devices, wherein the hold comprises a hold on allowing writes from committing to the one or more database clusters; generate a backup timestamp; remove the hold on issuing one or more new timestamps to one or more external computing devices; generate a duplicate copy of data from the plurality of nodes; initiate the cleanup process on the plurality of nodes, wherein running of the cleanup process determines one or more previous versions of data that cannot be read by any transaction and deletes the one or more previous versions of data; and store the duplicate copy of data and the backup timestamp. pause a cleanup process on the plurality of nodes; initiate a hold on issuing one or more new timestamps to one or more external computing devices, wherein the hold comprises a hold on allowing writes from committing to the one or more database clusters; generate a backup timestamp; remove the hold on issuing one or more new timestamps to one or more external computing devices; generate a duplicate copy of data from the plurality of nodes; initiate the cleanup process on the plurality of nodes, wherein running of the cleanup process determines one or more previous versions of data that cannot be read by any transaction and deletes the one or more previous versions of data; and store the duplicate copy of data and the backup timestamp.
Device for absorption of electrical noise, having a housing, which comprises two housing half-shells (1, 2) for receiving in each case one element made of a noise-preventing material, and in the closed state in both end face walls thereof in each case one passage opening (3, 3) for one or multiple cables, in each housing half-shell (1, 2) an element made of the noise-preventing material, wherein the two elements comprise in each case a semi-cylindrical groove forming an essentially closed cylindrical passage for the cable/cables in the assembled state of the housing, and having a locking device which includes two parts (13/22, 14/24/25) cooperating for locking and is operative inside the wall of one of the half-shells, characterized in that the locking device is visible through an aperture of the wall of said housing half-shell such that through the aperture an optical checking of the two parts of the locking device mutually acting together is allowed, and both the correctly locked and the not correctly locked arrangement of the locking device can be detected distinctly through the aperture.
Drive and brake system for a vehicle trailer that can be coupled to a towing vehicle and that has a drawbar having a trailer coupling, having: - an overrun brake system for actuating a service brake of the vehicle trailer, wherein the overrun brake system has a draw rod coupled with the trailer coupling and a draw rod guide arranged on the drawbar for displaceably guiding the draw rod, - an electrical drive and brake device designed to drive and recuperatively brake the vehicle trailer and having at least one motor/generator and a controller for the motor/generator, - wherein the electrical drive and brake device has a position recording device for directly or indirectly recording a maximum extension position of the draw rod relative to the draw rod guide, characterised in that the position recording device is designed as a switch that occupies a first switch state if the draw rod is located in its maximum extension position and occupies a second switch state if the draw rod moves away from its maximum extension position, wherein the controller controls the drive and recuperation power of the motor/generator depending on the first and second switch state and on rotation and acceleration signals which are provided by sensors, said sensors recording the rotation of trailer wheels and the longitudinal acceleration of the vehicle trailer. - an overrun brake system for actuating a service brake of the vehicle trailer, wherein the overrun brake system has a draw rod coupled with the trailer coupling and a draw rod guide arranged on the drawbar for displaceably guiding the draw rod, - an electrical drive and brake device designed to drive and recuperatively brake the vehicle trailer and having at least one motor/generator and a controller for the motor/generator, - wherein the electrical drive and brake device has a position recording device for directly or indirectly recording a maximum extension position of the draw rod relative to the draw rod guide,
An in vitro method of diagnosis or prognosis or evaluation of risk to develop a liver autoimmune disorder belonging to the group of autoimmune hepatitis and primary biliary cirrhosis in a subject, comprising the steps of: a) contacting a biological sample from the subject with a protein having the amino acid sequence SEQ ID No. 1, under conditions appropriate for binding of autoantibodies, if present in the biological sample, to said protein, and b) detecting the presence of bound autoantibodies. a) contacting a biological sample from the subject with a protein having the amino acid sequence SEQ ID No. 1, under conditions appropriate for binding of autoantibodies, if present in the biological sample, to said protein, and b) detecting the presence of bound autoantibodies.
A computer-implemented method for processing input activations for a neural network layer, the method comprising: receiving, by a computing device, a plurality of input activations, the input activations being provided, at least in part, from a source external to the computing device; determining, by a controller of the computing device, whether each of the plurality of input activations has a zero value or a non-zero value; storing, in a memory bank of the computing device, at least one of the input activations; generating, by the controller, an index identifying only memory address locations in the memory bank that store non-zero input activation values; and providing, by the controller and from the memory bank, at least one input activation onto a data bus that is accessible by one or more units of a computational array for performing computations based on the at least one input activation, wherein the at least one input activation is provided, at least in part, from a memory address location associated with the index. receiving, by a computing device, a plurality of input activations, the input activations being provided, at least in part, from a source external to the computing device; determining, by a controller of the computing device, whether each of the plurality of input activations has a zero value or a non-zero value; storing, in a memory bank of the computing device, at least one of the input activations; generating, by the controller, an index identifying only memory address locations in the memory bank that store non-zero input activation values; and providing, by the controller and from the memory bank, at least one input activation onto a data bus that is accessible by one or more units of a computational array for performing computations based on the at least one input activation, wherein the at least one input activation is provided, at least in part, from a memory address location associated with the index.
A packaging machine comprising a protective cover and a token fastening capsule arranged on the protective cover, the fastening capsule including a receptacle, which is configured for receiving a token and which has a first contact surface, the fastening capsule further including a cap configured for covering an opening of the receptacle and having a second contact surface, the first contact surface and the second contact surface being in contact with each other, when the cap covers the opening of the receptacle, characterized in that the receptacle or the cap is provided with a knurl, the knurl being provided on the first or the second contact surface (25, 27).
A method for wireless communication performed by a node B', NB, comprising: transmitting a first one or more directional beams to enable a user equipment', UE, to select a first beam from the first one or more directional beams; receiving a message via the first beam from the UE as part of a random access channel, RACH, procedure; and characterized by transmitting a second one or more directional beams for beam refinement during the RACH procedure, wherein the second one or more directional beams are configured to enable the UE to make a determination for switching to a second beam, which is arranged to be a narrower beam within the first beam. transmitting a first one or more directional beams to enable a user equipment', UE, to select a first beam from the first one or more directional beams; receiving a message via the first beam from the UE as part of a random access channel, RACH, procedure; and characterized by transmitting a second one or more directional beams for beam refinement during the RACH procedure, wherein the second one or more directional beams are configured to enable the UE to make a determination for switching to a second beam, which is arranged to be a narrower beam within the first beam.
A permanent magnet motor driven hoist with motor based electromagnetic braking comprising: a direct current power source; a PM motor having stator coils and a PM rotor operably coupled to a cable drum with a cable wrapped thereon; and a controller operably connected to the direct current power source and the PM motor, wherein the controller is configured to control the PM motor employing a method to brake the PM motor comprising; - generating control signals in the controller based on a position of the PM motor, - applying a braking command signal to the PM motor to magnetically lock the PM rotor of the PM motor for a selected duration, - removing the braking command signals for a second selected duration, and - repeating the generating control signals, applying a braking command signal and removing the braking command signal until the PM motor has stopped. a direct current power source; a PM motor having stator coils and a PM rotor operably coupled to a cable drum with a cable wrapped thereon; and a controller operably connected to the direct current power source and the PM motor, wherein the controller is configured to control the PM motor employing a method to brake the PM motor comprising; - generating control signals in the controller based on a position of the PM motor, - applying a braking command signal to the PM motor to magnetically lock the PM rotor of the PM motor for a selected duration, - removing the braking command signals for a second selected duration, and - repeating the generating control signals, applying a braking command signal and removing the braking command signal until the PM motor has stopped. - generating control signals in the controller based on a position of the PM motor, - applying a braking command signal to the PM motor to magnetically lock the PM rotor of the PM motor for a selected duration, - removing the braking command signals for a second selected duration, and - repeating the generating control signals, applying a braking command signal and removing the braking command signal until the PM motor has stopped.
A computing device implemented method for turbine failure analysis, comprising: collecting a first set of data associated with wind turbine performance and a second set of data associated with wind turbine performance by a set of wind turbine sensors via a computing device; segmenting the first and second sets of data into a number of wind turbine operational regions, wherein each region is defined by particular wind speeds; analyzing the first set of segmented data to determine: a baseline condition with respect to one or more performance characteristics; and whether the first set of segmented data indicates a fault condition based upon a data value that satisfies a threshold value; analyzing the second set of segmented data associated with wind turbine performance to determine if a fault condition exists based on a comparison of the second set of segmented data and the threshold value; and providing a notification to take an action in response to the determination that the fault condition exists. collecting a first set of data associated with wind turbine performance and a second set of data associated with wind turbine performance by a set of wind turbine sensors via a computing device; segmenting the first and second sets of data into a number of wind turbine operational regions, wherein each region is defined by particular wind speeds; analyzing the first set of segmented data to determine: a baseline condition with respect to one or more performance characteristics; and whether the first set of segmented data indicates a fault condition based upon a data value that satisfies a threshold value; a baseline condition with respect to one or more performance characteristics; and whether the first set of segmented data indicates a fault condition based upon a data value that satisfies a threshold value; analyzing the second set of segmented data associated with wind turbine performance to determine if a fault condition exists based on a comparison of the second set of segmented data and the threshold value; and providing a notification to take an action in response to the determination that the fault condition exists.
A method, performed by a multi Radio Access Technologies, RAT, capable User Equipment, UE, that supports an extended E-UTRA Absolute Radio Frequency Channel Number, EARFCN, value range in GSM EDGE Radio Access Network, GERAN, wherein the extended EARFCN value range is obtained by extending the legacy 16-bit EARFCN by 2 bits, the UE being capable of operating in a GERAN network, the method characterized by: transmitting to the GERAN network an indication that the UE is capable of supporting the extended EARFCN value range, wherein the indication comprises a bit in one of a Mobile Station Classmark 3 Information Element, IE, and a Mobile Station Radio Access Capabilities IE; determining that a System Information, SI, 23 message is broadcast by the GERAN network; in response to determining that the SI23 message is broadcast, determining that the SI23 message comprises E-UTRAN neighbor cell information using the extended EARFCN value range; processing the E-UTRAN neighbor cell (12, 14, 16) information using the extended EARFCN value range; and receiving from the GERAN network point-to-point messages comprising extended EARFCNs on the Slow Associated Control Channel, SACCH, Fast Associated Control Channel, FACCH and/or the Packet Associated Control Channel, PACCH. transmitting to the GERAN network an indication that the UE is capable of supporting the extended EARFCN value range, wherein the indication comprises a bit in one of a Mobile Station Classmark 3 Information Element, IE, and a Mobile Station Radio Access Capabilities IE; determining that a System Information, SI, 23 message is broadcast by the GERAN network; in response to determining that the SI23 message is broadcast, determining that the SI23 message comprises E-UTRAN neighbor cell information using the extended EARFCN value range; processing the E-UTRAN neighbor cell (12, 14, 16) information using the extended EARFCN value range; and receiving from the GERAN network point-to-point messages comprising extended EARFCNs on the Slow Associated Control Channel, SACCH, Fast Associated Control Channel, FACCH and/or the Packet Associated Control Channel, PACCH.