mhurhangee/patent-ind-claim-en huggingface dataset:
A method for reading data from a flash memory, comprising: receiving, by a flash memory controller , a read request for data stored in a plurality of flash memory dies , wherein - each flash memory die of the plurality of flash memory dies comprises one or more flash memory arrays and one or more on-die static random access memory (SRAM) storage devices located on the same die as the flash memory arrays , - one of the one or more on-die static random access memory (SRAM) storage devices containing logical-to-physical (L2P) information, and - the read request comprises a logical address of the data; identifying the on-die static random access memory (SRAM) storage device that contains the logical-to-physical (L2P) information, said on-die static random access memory (SRAM) storage device being formed on one of the plurality of flash memory dies ; searching the logical-to-physical (L2P) information to obtain a physical address of the data that corresponds to the logical address; and retrieving the data from a flash memory array of the flash memory die using the physical address. receiving, by a flash memory controller , a read request for data stored in a plurality of flash memory dies , wherein - each flash memory die of the plurality of flash memory dies comprises one or more flash memory arrays and one or more on-die static random access memory (SRAM) storage devices located on the same die as the flash memory arrays , - one of the one or more on-die static random access memory (SRAM) storage devices containing logical-to-physical (L2P) information, and - the read request comprises a logical address of the data; - each flash memory die of the plurality of flash memory dies comprises one or more flash memory arrays and one or more on-die static random access memory (SRAM) storage devices located on the same die as the flash memory arrays , - one of the one or more on-die static random access memory (SRAM) storage devices containing logical-to-physical (L2P) information, and - the read request comprises a logical address of the data; identifying the on-die static random access memory (SRAM) storage device that contains the logical-to-physical (L2P) information, said on-die static random access memory (SRAM) storage device being formed on one of the plurality of flash memory dies ; searching the logical-to-physical (L2P) information to obtain a physical address of the data that corresponds to the logical address; and retrieving the data from a flash memory array of the flash memory die using the physical address.
A composition Z comprising a component A, component B and /or C, and component D, wherein the component A is a thermoplastic material selected from the group consisting of polyolefins, polyolefin copolymers and polystyrenes; the component B is an organic additive selected from the group consisting of glycerol, a polyglycerol, a glycerol ester, a polyglycerol ester and a combination thereof; the component C is an organic additive selected from the group consisting of sorbitol, a sorbitol ester, sorbitan, a sorbitan ester, and a combination thereof; the component D is an inorganic additive selected from the group of layered double hydroxides.
A method for wireless communications performed by a first wireless node in a wireless communications system, comprising: determining a configuration for interference measurement for the first wireless node, the configuration indicating a set of uplink resources for uplink reference signals used for interference measurements and a beam sweeping configuration for transmission of the uplink reference signals; determining a set of transmission beams for the uplink reference signals based at least in part on the beam sweeping configuration; and transmitting , to a second wireless node in the wireless communications system, the uplink reference signals via the set of uplink resources and the set of transmission beams in accordance with the beam sweeping configuration. determining a configuration for interference measurement for the first wireless node, the configuration indicating a set of uplink resources for uplink reference signals used for interference measurements and a beam sweeping configuration for transmission of the uplink reference signals; determining a set of transmission beams for the uplink reference signals based at least in part on the beam sweeping configuration; and transmitting , to a second wireless node in the wireless communications system, the uplink reference signals via the set of uplink resources and the set of transmission beams in accordance with the beam sweeping configuration.
A medical device for drug delivery comprising: a disposable drug cassette comprising: a drug reservoir ; a valve ; and an atomizer ; an acoustic volume sensor coupled to the disposable drug cassette , the acoustic volume sensor comprising: a housing configured to be in communication with the valve, the housing containing a first volume and a second volume, wherein the second volume contains an air region and a fluid region; a printed circuit board disposed within the housing such that the printed circuit board is located between the first volume and the second volume and defines the first volume, wherein the printed circuit board includes: an acoustic source ; a first microphone acoustically coupled to the first volume ; and a second microphone acoustically coupled to the second volume; and a processor configured to calculate a change in volume of the air region , wherein the processor determines an amount of fluid output from the fluid region. a disposable drug cassette comprising: a drug reservoir ; a valve ; and an atomizer ; a drug reservoir ; a valve ; and an atomizer ; an acoustic volume sensor coupled to the disposable drug cassette , the acoustic volume sensor comprising: a housing configured to be in communication with the valve, the housing containing a first volume and a second volume, wherein the second volume contains an air region and a fluid region; a printed circuit board disposed within the housing such that the printed circuit board is located between the first volume and the second volume and defines the first volume, wherein the printed circuit board includes: an acoustic source ; a first microphone acoustically coupled to the first volume ; and a second microphone acoustically coupled to the second volume; and an acoustic source ; a first microphone acoustically coupled to the first volume ; and a second microphone acoustically coupled to the second volume; and a processor configured to calculate a change in volume of the air region , wherein the processor determines an amount of fluid output from the fluid region.
A radiator device comprising at least one heating element having two heating element half shells being placed against each other, wherein each half shell comprises several recesses which are elongated, arranged parallel to each other and form a groove, wherein the groove-live recesses of the one half shell are arranged transversely to the groove-like recesses of the other half shell such that the groove-like recesses of both half shells form flow channels for the heating medium which cross each other and pass through the heating element in the manner of a grid, and that each half shell comprises at least one groove-like recess forming a water pocket for the heating medium, characterized in that the recess is arranged transversely to the flow channels of the half shell, wherein each of the water pockets is connected to a connection for the heater flow or heater return and to the flow channels of the half shell.
A sealing device for hydraulically sealing surfaces on components which can be moved relative to one another in a translational or rotatory relative movement, comprising: a viscoplastic sealing body with at least one sliding surface which can be assigned to at least one sealing surface of one of the components; wherein there is formed in the at least one sliding surface a plurality of cavities which have closed contours, separated from one another, in relation to the sliding surface ; wherein the contours of the cavities have a longer dimension (x) in a contour longitudinal direction (X) and a shorter dimension (y) in a contour transverse direction (Y); characterized in that the cavities have an elliptical contour and differ from one another in relation to the dimensions (x, y) of the contour, and the sealing device has at least two different groups of cavities with the same dimensions (x, y) of the contour. a viscoplastic sealing body with at least one sliding surface which can be assigned to at least one sealing surface of one of the components; wherein there is formed in the at least one sliding surface a plurality of cavities which have closed contours, separated from one another, in relation to the sliding surface ; wherein the contours of the cavities have a longer dimension (x) in a contour longitudinal direction (X) and a shorter dimension (y) in a contour transverse direction (Y); characterized in that the cavities have an elliptical contour and differ from one another in relation to the dimensions (x, y) of the contour, and the sealing device has at least two different groups of cavities with the same dimensions (x, y) of the contour.
A modular signal interface system for providing electrical communication with a surgical instrument, the system comprising: (a) a signal interface adapter having a central aperture extending therethrough and a proximal face having a plurality of conductive contacts ; and (b) an instrument connector provided on, or adapted to be mounted on a shaft of a surgical instrument; characterised by the instrument connector having a central aperture extending therethrough and a distal face having a plurality of conductive contacts , the instrument connector adapted for providing electrical communication between one or more of said contacts and a surgical instrument on which the instrument connector is provided or mounted; wherein the signal interface adapter and the instrument connector are adapted for mating engagement such that, when matingly engaged, said central apertures are axially aligned and predetermined ones of the plurality of contacts (26A-C,27A-C,126A-C,277A-B) of the signal interface adapter are in conductive contact with predetermined ones of the plurality of contacts of the instrument connector. (a) a signal interface adapter having a central aperture extending therethrough and a proximal face having a plurality of conductive contacts ; and (b) an instrument connector provided on, or adapted to be mounted on a shaft of a surgical instrument; characterised by the instrument connector having a central aperture extending therethrough and a distal face having a plurality of conductive contacts , the instrument connector adapted for providing electrical communication between one or more of said contacts and a surgical instrument on which the instrument connector is provided or mounted;
A transfer state inspection system comprising: a camera configured to capture a transfer state of a transfer material of any of solder, flux, conductive paste, or adhesive transferred to multiple terminals on a lower surface of an electronic component ; an image processing section configured to process an image captured by the camera to recognize the transfer state of the transfer material such that the transfer state inspection system inspects the transfer state of the transfer material based on a recognition result of the image processing section ; an inspection target specifying section configured to specify whether inspection is necessary for at least a portion of the terminals among the multiple terminals on the lower surface of the electronic component via an operation from an operator or a production program, wherein inspection is specified as unnecessary for terminals for which inspection of the transfer state of the transfer material will be unstable; and an inspection executing section configured to not inspect the transfer state of the transfer material for terminals specified as unnecessary to be inspected by the inspection target specifying section among the multiple terminals on the lower surface of the electronic component , and to inspect the transfer state of the transfer material only for other terminals . a camera configured to capture a transfer state of a transfer material of any of solder, flux, conductive paste, or adhesive transferred to multiple terminals on a lower surface of an electronic component ; an image processing section configured to process an image captured by the camera to recognize the transfer state of the transfer material such that the transfer state inspection system inspects the transfer state of the transfer material based on a recognition result of the image processing section ; an inspection target specifying section configured to specify whether inspection is necessary for at least a portion of the terminals among the multiple terminals on the lower surface of the electronic component via an operation from an operator or a production program, wherein inspection is specified as unnecessary for terminals for which inspection of the transfer state of the transfer material will be unstable; and an inspection executing section configured to not inspect the transfer state of the transfer material for terminals specified as unnecessary to be inspected by the inspection target specifying section among the multiple terminals on the lower surface of the electronic component , and to inspect the transfer state of the transfer material only for other terminals .
Cover arrangement for a sensor component , comprising a sensor housing portion and comprising a cover , wherein the sensor housing portion has a lug portion (16a, b), wherein the lug portion (16a, b) has a ramp surface (17a, b), wherein the cover has a lug receptacle (19a, b), wherein the lug portion (16a, b) is arranged in the lug receptacle (19a, b), wherein the cover has a clamping tab (22a, b), wherein the clamping tab (22a, b) preloads the cover in a disassembly direction (D) in such a way that the cover is pressed in the disassembly direction (D), and wherein the lug receptacle (19a, b) bears in a positively locking manner against the lug portion (16 a, b) in the disassembly direction (D), characterized in that the clamping tab (22a, b) lies on this ramp surface (17a, b) of the lug portion (16a, b). comprising a sensor housing portion and comprising a cover , wherein the sensor housing portion has a lug portion (16a, b), wherein the lug portion (16a, b) has a ramp surface (17a, b), wherein the cover has a lug receptacle (19a, b), wherein the lug portion (16a, b) is arranged in the lug receptacle (19a, b), wherein the cover has a clamping tab (22a, b), wherein the clamping tab (22a, b) preloads the cover in a disassembly direction (D) in such a way that the cover is pressed in the disassembly direction (D), and wherein the lug receptacle (19a, b) bears in a positively locking manner against the lug portion (16 a, b) in the disassembly direction (D), characterized in that the clamping tab (22a, b) lies on this ramp surface (17a, b) of the lug portion (16a, b).
An erasing device comprising: a first connector to which a storage device is detachably connected; a second connector to which an information processing device is detachably connected; a data eraser configured to erase information stored in the storage device after the storage device and the information processing device are connected; and an access controller configured to bring the information processing device from a state in which the information processing device cannot access the storage device into a state in which the information processing device can access the storage device after the information stored in the storage device is erased by the data eraser , characterized in that the erasing device further comprises a connection check detector configured to detect that the storage device is dismounted from the information processing device before the information processing device accesses the storage device , and the access controller is configured to make the information processing device inaccessible to the storage device when the connection check detector detects that the storage device is dismounted from the information processing device . a first connector to which a storage device is detachably connected; a second connector to which an information processing device is detachably connected; a data eraser configured to erase information stored in the storage device after the storage device and the information processing device are connected; and an access controller configured to bring the information processing device from a state in which the information processing device cannot access the storage device into a state in which the information processing device can access the storage device after the information stored in the storage device is erased by the data eraser , characterized in that the erasing device further comprises a connection check detector configured to detect that the storage device is dismounted from the information processing device before the information processing device accesses the storage device , and the access controller is configured to make the information processing device inaccessible to the storage device when the connection check detector detects that the storage device is dismounted from the information processing device .
A method for selectively separating cardiovascular progenitor cells from a primate cells population containing non-differentiated ES cells and cardiovascular progenitor cells comprising the following steps of: A) contacting the cells population with anti-CD 15 antibodies; and B) selecting and collecting the cells that bind specifically to the CD 15 antibodies or eliminating the cells which are not bound to the anti-CD 15 antibodies. A) contacting the cells population with anti-CD 15 antibodies; and B) selecting and collecting the cells that bind specifically to the CD 15 antibodies or eliminating the cells which are not bound to the anti-CD 15 antibodies.
A particulate collecting device attachable to a vehicle for collecting and capturing particulates that are released from a tyre or a wheel (W) of the vehicle through wear on or against a driving surface (S) when the vehicle is driven on the driving surface, comprising: an electrostatic filter unit for collecting or capturing the particulates in a flow by electrostatic attraction, the electrostatic filter unit mountable in an operative position in close proximity to the tyre of the vehicle for receiving a flow of particulates from a contact point between the tyre or wheel and the driving surface, the filter unit comprising one or more electrostatically chargeable collector electrodes to attract charged particulates in the flow when the one or more collector electrodes are charged, so as to collect or capture the particulates; a charging circuit connected to the one or more collector electrodes for electrostatically charging the one or more collector electrodes; and a control module connectable to the charging circuit to selectively activate and deactivate charging of the one or more collecting electrodes in response to one or more detected driving conditions. an electrostatic filter unit for collecting or capturing the particulates in a flow by electrostatic attraction, the electrostatic filter unit mountable in an operative position in close proximity to the tyre of the vehicle for receiving a flow of particulates from a contact point between the tyre or wheel and the driving surface, the filter unit comprising one or more electrostatically chargeable collector electrodes to attract charged particulates in the flow when the one or more collector electrodes are charged, so as to collect or capture the particulates; a charging circuit connected to the one or more collector electrodes for electrostatically charging the one or more collector electrodes; and a control module connectable to the charging circuit to selectively activate and deactivate charging of the one or more collecting electrodes in response to one or more detected driving conditions.
A compound of Formula (Ia): or a pharmaceutically acceptable salt thereof, or a compound of Formula (IIa): or a pharmaceutically acceptable salt thereof, or a compound of formula (Ib): or a pharmaceutically acceptable salt thereof, or a compound of formula (IIb): or a pharmaceutically acceptable salt thereof, in combination with an HIV integrase inhibitor, for use in a method of treating or preventing a human immunodeficiency virus (HIV) infection.
A valve arrangement for supplying air to an internal combustion engine, said valve arrangement comprising: a first valve for controlling an air supply to a cylinder, said first valve being movable between a closed position in which said air cannot be supplied to said cylinder and an open position in which said air is supplied to said cylinder, said first valve comprising: a first valve head , and a first valve stem comprising an inlet in a side wall of said valve stem, wherein said inlet is configured to receive additional air from a feeder channel , said first valve stem further comprising an internal passage , arranged in the length direction of said valve stem and fluidly connected to said inlet and configured to supply said additional air to said cylinder; a second valve arranged within said first valve and configured to control the flow of additional air to said cylinder, said second valve comprising a second valve stem and a second valve head in contact with an inner surface of said first valve head when said second valve is in a closed position; a tubular valve guide arranged to surround a portion of said first valve stem such that said first valve stem is movable in said valve guide; characterized in that said valve guide comprises an inner groove forming a cavity between said valve guide and said first valve stem, wherein said valve guide further comprises a valve guide aperture configured to fluidly connect said inner groove to said feeder channel, and wherein said inlet of said first valve stem is aligned with said valve guide aperture when said first valve is in a closed position. a first valve for controlling an air supply to a cylinder, said first valve being movable between a closed position in which said air cannot be supplied to said cylinder and an open position in which said air is supplied to said cylinder, said first valve comprising: a first valve head , and a first valve stem comprising an inlet in a side wall of said valve stem, wherein said inlet is configured to receive additional air from a feeder channel , said first valve stem further comprising an internal passage , arranged in the length direction of said valve stem and fluidly connected to said inlet and configured to supply said additional air to said cylinder; a second valve arranged within said first valve and configured to control the flow of additional air to said cylinder, said second valve comprising a second valve stem and a second valve head in contact with an inner surface of said first valve head when said second valve is in a closed position; a tubular valve guide arranged to surround a portion of said first valve stem such that said first valve stem is movable in said valve guide; characterized in that said valve guide comprises an inner groove forming a cavity between said valve guide and said first valve stem, wherein said valve guide further comprises a valve guide aperture configured to fluidly connect said inner groove to said feeder channel, and wherein said inlet of said first valve stem is aligned with said valve guide aperture when said first valve is in a closed position.