mhurhangee/patent-ind-claim-en huggingface dataset:
An electrolyte solution for aluminum electrolytic capacitors, the electrolyte solution comprising: a trihydric to octahydric polyol alkylene oxide adduct (A); a secondary or tertiary amine (B); a carboxylic acid (C); and a polar solvent (D), wherein the carboxylic acid (C) is an aliphatic polycarboxylic acid. a trihydric to octahydric polyol alkylene oxide adduct (A); a secondary or tertiary amine (B); a carboxylic acid (C); and a polar solvent (D), wherein the carboxylic acid (C) is an aliphatic polycarboxylic acid.
A method for a first User Equipment, in the following also referred to as UE, to support multiple services on a one-to-one sidelink communication link between the first UE and a second UE, comprising: initiating a first service ; establishing the one-to-one sidelink communication link for the first service ; negotiating a security configuration with the second UE for encrypting or decrypting data from the first service ; initiating a second service ; and encrypting or decrypting data from the second service with the security configuration used by the first service . initiating a first service ; establishing the one-to-one sidelink communication link for the first service ; negotiating a security configuration with the second UE for encrypting or decrypting data from the first service ; initiating a second service ; and encrypting or decrypting data from the second service with the security configuration used by the first service .
A method comprising: receiving an update for a firmware module, wherein the firmware module include one or more code modules enabling the processor to boot an operating system; determining whether the update is directed toward a primary firmware module ; and responsive to a determination that the update is directed toward the primary firmware module , allowing the update; the method further comprising: responsive to a determination that the update is directed to a backup firmware module , determining whether the backup firmware module is protected, and responsive to a determination that the backup firmware module is protected, initiating a signed capsule update process, wherein the signed capsule update process comprises rebooting using the backup firmware module , fetching the update as a signed update capsule, verifying the signature of the capsule, installing the update in the capsule to the memory, and rebooting . determining whether the update is directed toward a primary firmware module ; and responsive to a determination that the update is directed toward the primary firmware module , allowing the update; the method further comprising: responsive to a determination that the update is directed to a backup firmware module , determining whether the backup firmware module is protected, and responsive to a determination that the backup firmware module is protected, initiating a signed capsule update process, wherein the signed capsule update process comprises rebooting using the backup firmware module , fetching the update as a signed update capsule, verifying the signature of the capsule, installing the update in the capsule to the memory, and rebooting . responsive to a determination that the update is directed to a backup firmware module , determining whether the backup firmware module is protected, and responsive to a determination that the backup firmware module is protected, initiating a signed capsule update process, wherein the signed capsule update process comprises rebooting using the backup firmware module , fetching the update as a signed update capsule, verifying the signature of the capsule, installing the update in the capsule to the memory, and rebooting .
An active de-aerator for an aircraft engine , comprising: a housing (H) having an air-oil inlet , an oil outlet and an air outlet ; an impeller received within and rotatable relative to the housing (H) about a central axis (A); a first journal bearing (JB1) on a first side of the impeller for rotatably supporting the impeller relative to the housing (H); and a second journal bearing (JB2) on a second side of the impeller for rotatably supporting the impeller relative to the housing (H), the second side being opposite the first side; wherein the housing (H) has a portion defining a first bore (BH1) supporting the impeller, characterized by the housing also defining a second bore (BH2) defining an annular wall (BHW), the first and second bores (BH1, BH2) located respectively on the first and the second sides of the impeller , the impeller defining a tube extending along the central axis (A) and received within the second bore (BH2) and a flange wall extending about the tube and axially along the central axis (A), the annular wall (BHW) located radially between the tube and the flange wall , a seal (LS) interfacing with a periphery of the tube and an inner periphery of the annular wall (BHW), the flange wall and an outer periphery of the annular wall (BHW) defining the second journal bearing (JB2). a housing (H) having an air-oil inlet , an oil outlet and an air outlet ; an impeller received within and rotatable relative to the housing (H) about a central axis (A); a first journal bearing (JB1) on a first side of the impeller for rotatably supporting the impeller relative to the housing (H); and a second journal bearing (JB2) on a second side of the impeller for rotatably supporting the impeller relative to the housing (H), the second side being opposite the first side; wherein the housing (H) has a portion defining a first bore (BH1) supporting the impeller, characterized by the housing also defining a second bore (BH2) defining an annular wall (BHW), the first and second bores (BH1, BH2) located respectively on the first and the second sides of the impeller , the impeller defining a tube extending along the central axis (A) and received within the second bore (BH2) and a flange wall extending about the tube and axially along the central axis (A), the annular wall (BHW) located radially between the tube and the flange wall , a seal (LS) interfacing with a periphery of the tube and an inner periphery of the annular wall (BHW), the flange wall and an outer periphery of the annular wall (BHW) defining the second journal bearing (JB2).
A method of operating an electronic device to identify sleep apnea events in a subject or to monitor movements of a subject proximate the electronic device, the method comprising: transmitting sound energy toward the subject using a first transducer on the electronic device, wherein transmitting the sound energy comprises emitting a plurality of audio chirps from the first transducer, and wherein individual audio chirps linearly sweep from a first frequency to a second, higher frequency over a predetermined time duration, wherein the first frequency is less than 20 kHz, the first transducer being a loudspeaker; receiving echoes from the subject corresponding to the transmitted sound energy using a second transducer on the electronic device, wherein the second transducer is configured to produce electrical signals corresponding to the received echoes; generating a waveform using the electrical signals, the second transducer being a microphone; detecting a plurality of peaks in the waveform, wherein individual peaks have a corresponding amplitude, and further wherein individual peaks are indicative of breathing motion of the subject; and outputting an indication of a sleep apnea event or movement for each occurrence of a period of time between successive individual peaks in the waveform exceeding a predetermined threshold time. transmitting sound energy toward the subject using a first transducer on the electronic device, wherein transmitting the sound energy comprises emitting a plurality of audio chirps from the first transducer, and wherein individual audio chirps linearly sweep from a first frequency to a second, higher frequency over a predetermined time duration, wherein the first frequency is less than 20 kHz, the first transducer being a loudspeaker; receiving echoes from the subject corresponding to the transmitted sound energy using a second transducer on the electronic device, wherein the second transducer is configured to produce electrical signals corresponding to the received echoes; generating a waveform using the electrical signals, the second transducer being a microphone; detecting a plurality of peaks in the waveform, wherein individual peaks have a corresponding amplitude, and further wherein individual peaks are indicative of breathing motion of the subject; and outputting an indication of a sleep apnea event or movement for each occurrence of a period of time between successive individual peaks in the waveform exceeding a predetermined threshold time.
A massage device, comprising at least two massage elements and at least one bearing element , which is arranged between the massage elements , wherein the bearing element is designed in such a way that the massage elements can rotate independently with at least two rotational degrees of freedom per massage element , and wherein the massage elements are surrounded by a tensioning element , which substantially defines the spatial position of the massage elements , characterised in that the bearing element comprises bearing balls , which are arranged circularly, and in that the bearing balls are arranged in a bearing cage .
Medical device for percutaneous or venous access, for the purpose of administering or collecting a fluid to or from a patient, comprising a tubular body having a longitudinal axis (K) and an internal cavity , this tubular body having a proximal end and a distal end from which a cannula extends in a first position of work, said cannula being supported by a distal end of a cannula-holder , said cannula-holder having a proximal end , said cannula-holder being able to move within the cavity of said body of the device under the action of a resilient thrust element , such as to take the cannula to a second position of work, in which this cannula is inside the tubular body , a stop unit which is integral with said body being provided, and being able to prevent said movement of the cannula-holder , and actuation means being provided in order to permit this movement, which means are associated with the body of the device , and cooperate with actuation counter-means integral with said cannula-holder , characterised in that said actuation means comprise a protuberance which slides on an inert part of the cannula-holder parallel to the longitudinal axis (K) of the body of the device , said sliding taking place at the start of the cooperation between the actuation means and the actuation counter-means, the cannula-holder being non-deformable under the action of the state of force applied during said cooperation, said cannula holder being made of substantially rigid material and being not provided with yielding or bending parts.
A spool-less system for deployment, recovery and manipulation of a traversable road covering track, the system being detachably coupleable to a host machine for providing operating power and transportation, the system comprising: a retaining means ; and an arcuate guide member detachably couplable to the retaining means ; the guide member and retaining means defining a volume (V) for receiving a roll of traversable road covering track ; the guide member being arranged to contact the roll along a first arcuate range and the retaining means configured to contact the roll along a second arcuate range; and wherein the guide member and retaining means have a first position in which the guide member and retaining means are separated by a first diameter, whereby the roll of traversable road covering track may be deployed or recovered when the host machine is in motion, and a second position in which the guide member and retaining means are separated by a second diameter in which the roll of traversable road covering is retained; characterised in that the retaining means comprises a plurality of rollers configured into an arcuate array, the plurality of rollers are disposed on a body defining a distal arm portion ; and wherein the distal arm portion further comprises a diameter limiting member configured to contact the roll of traversable road covering track until it is fully deployed. a retaining means ; and an arcuate guide member detachably couplable to the retaining means ; the guide member and retaining means defining a volume (V) for receiving a roll of traversable road covering track ; the guide member being arranged to contact the roll along a first arcuate range and the retaining means configured to contact the roll along a second arcuate range; and wherein the guide member and retaining means have a first position in which the guide member and retaining means are separated by a first diameter, whereby the roll of traversable road covering track may be deployed or recovered when the host machine is in motion, and a second position in which the guide member and retaining means are separated by a second diameter in which the roll of traversable road covering is retained; characterised in that the retaining means comprises a plurality of rollers configured into an arcuate array, the plurality of rollers are disposed on a body defining a distal arm portion ; and wherein the distal arm portion further comprises a diameter limiting member configured to contact the roll of traversable road covering track until it is fully deployed.
An image processing apparatus comprising: a brightness gradient calculating unit configured to calculate a brightness gradient of a voxel group constituting photoacoustic volume data, wherein the photoacoustic volume data represent three-dimensional image data; and an estimating unit configured to estimate, using the brightness gradient of the voxel group constituting the photoacoustic volume data, a continuous surface which defines a boundary surface within an object corresponding to the photoacoustic volume data, wherein the estimating unit arranges a model in a gravity direction above blood vessels in the object identified by the brightness gradient of the voxel group constituting the photoacoustic volume data and estimates the continuous surface by deforming the arranged model in which a plurality of lattice points are mutually connected via springs so that a catenary is formed between the superficial blood vessels. a brightness gradient calculating unit configured to calculate a brightness gradient of a voxel group constituting photoacoustic volume data, wherein the photoacoustic volume data represent three-dimensional image data; and an estimating unit configured to estimate, using the brightness gradient of the voxel group constituting the photoacoustic volume data, a continuous surface which defines a boundary surface within an object corresponding to the photoacoustic volume data, wherein the estimating unit arranges a model in a gravity direction above blood vessels in the object identified by the brightness gradient of the voxel group constituting the photoacoustic volume data and estimates the continuous surface by deforming the arranged model in which a plurality of lattice points are mutually connected via springs so that a catenary is formed between the superficial blood vessels.
A process for preparing ( R )-5-bromo-4-(3-amino)piperidin-1-yl)-3-(cyclopropanecarboxamido)-1 H -pyrrolo[2,3- b ]pyridine of Formula (I): comprising the step of reacting a compound of Formula (II): wherein X is I, Cl, or Br, with a compound of Formula (III): wherein R is an amino protecting group, to provide a compound of Formula (IV):
A turbine blade having a cooling system for actively cooling the turbine blade with a cooling fluid via an internal flow channel formed in the turbine blade , which extends from a leading edge to a trailing edge and a first channel portion which defines a first flow direction, a second channel portion , which defines a second flow direction, includes a wall situated between the first and second channel portion and a diverter , between the first and the second channel portion , which is configured to transfer the flow from the first into the second flow direction, wherein the wall in the region of the diverter forms a web head , which extends at least with a web head portion into the region of the first channel portion and thus reduces the flow cross-section of the flow channel , characterised in that the turbine blade comprises an annular space between a lower and upper blade contour which defines the gasconducting surface of the turbine blade, and the centre of the web head is arranged outside the annular space, however is arranged within the lower or upper blade contour, wherein the outer contour of the first web head , viewed in the flow direction, runs as follows: starting from the linearly extending wall of the first channel portion with a curvature portion , which curves in the direction of the channel portion , merging into a semi-circular arc portion of opposite curvature, which in turn merges at the outlet of the diverter into the linearly extending wall of the second channel portion , however without the outer contour projecting into the second channel portion .
An aircraft galley cart bay , comprising: a plurality of interior surfaces defining a housing capable of removably securing a galley cart , each interior surface corresponding to an exterior surface of the galley cart to be secured, the plurality of interior surfaces comprising: at least one first interior surface via which chilled air may be introduced into the cart bay and directed over the exterior surfaces of the galley cart, in use; and at least one second interior surface ; wherein the aircraft galley cart bay comprises at least one rubstrip assembly attached to the at least one second interior surface , the at least one, or each, rubstrip assembly comprising: an outer rubstrip extending from a first end cap to a second end cap ; and at least one carrier layer disposed between the outer rubstrip and the second interior surface ; the carrier layer being defined by at least one pattern configured to create a plurality of apertures between the outer rubstrip and the second interior surface , the plurality of apertures capable of guiding the chilled air from a first exterior surface to at least one second exterior surface adjacent the first exterior surface. at least one first interior surface via which chilled air may be introduced into the cart bay and directed over the exterior surfaces of the galley cart, in use; and at least one second interior surface ; wherein the aircraft galley cart bay comprises at least one rubstrip assembly attached to the at least one second interior surface , the at least one, or each, rubstrip assembly comprising: an outer rubstrip extending from a first end cap to a second end cap ; and at least one carrier layer disposed between the outer rubstrip and the second interior surface ; the carrier layer being defined by at least one pattern configured to create a plurality of apertures between the outer rubstrip and the second interior surface , the plurality of apertures capable of guiding the chilled air from a first exterior surface to at least one second exterior surface adjacent the first exterior surface. an outer rubstrip extending from a first end cap to a second end cap ; and at least one carrier layer disposed between the outer rubstrip and the second interior surface ; the carrier layer being defined by at least one pattern configured to create a plurality of apertures between the outer rubstrip and the second interior surface , the plurality of apertures capable of guiding the chilled air from a first exterior surface to at least one second exterior surface adjacent the first exterior surface.
A method for managing the memory of a secure microcircuit (SE, SE1), comprising steps executed by the microcircuit of: forming a data block (BLi) with executable code and/or data stored in a memory (MEM2, MEM3) of the microcircuit, and to be backed up outside the microcircuit, calculating a signature (SGi) of the data block using a first signature key, inserting the calculated signature of the data block into a signature block (BLS) formed with signatures of data blocks sent outside the microcircuit, obtaining a current value of a non-volatile counter (CNT) internal to the microcircuit, calculating a signature (SGG) of the signature block associated with the current value of the internal counter, using a second signature key, and sending outside the microcircuit, the data block, the signature block and the signature of the signature block. forming a data block (BLi) with executable code and/or data stored in a memory (MEM2, MEM3) of the microcircuit, and to be backed up outside the microcircuit, calculating a signature (SGi) of the data block using a first signature key, inserting the calculated signature of the data block into a signature block (BLS) formed with signatures of data blocks sent outside the microcircuit, obtaining a current value of a non-volatile counter (CNT) internal to the microcircuit, calculating a signature (SGG) of the signature block associated with the current value of the internal counter, using a second signature key, and sending outside the microcircuit, the data block, the signature block and the signature of the signature block.
A metal air battery comprising: a battery module configured to generate electricity by oxidation of a metal and reduction of oxygen and water; a water vapor supply unit configured to supply water vapor to the battery module during a discharging of the metal air battery; and a water vapor recovery unit configured to recover the water vapor generated by the battery module during a charging of the metal air battery. a battery module configured to generate electricity by oxidation of a metal and reduction of oxygen and water; a water vapor supply unit configured to supply water vapor to the battery module during a discharging of the metal air battery; and a water vapor recovery unit configured to recover the water vapor generated by the battery module during a charging of the metal air battery.
A semiconductor device comprising: a first integrated function for providing a transaction having an address comprising at least one address space value bit and a plurality of address bits; and a second integrated function coupled to the first integrated function and for receiving the transaction having the at least one address space value bit and the plurality of address bits, the second integrated function for performing a first operation on the transaction for a first value of the address space value and a second, different operation on the transaction for a second value of the address space value, wherein the first operation is a translation of the plurality of address bits of the transaction and the second operation is bypassing the first operation, and characterized in that the second integrated function is a Peripheral Component Interconnect Express, PCIe, port . a first integrated function for providing a transaction having an address comprising at least one address space value bit and a plurality of address bits; and a second integrated function coupled to the first integrated function and for receiving the transaction having the at least one address space value bit and the plurality of address bits, the second integrated function for performing a first operation on the transaction for a first value of the address space value and a second, different operation on the transaction for a second value of the address space value, wherein the first operation is a translation of the plurality of address bits of the transaction and the second operation is bypassing the first operation, and characterized in that the second integrated function is a Peripheral Component Interconnect Express, PCIe, port .