mhurhangee/ep-ind-claims huggingface dataset:
A method of file system prefetching, applicable to an electronic device comprising a volatile storage, a non-volatile storage, and a plurality of processors (310, 320) with a plurality of operating systems (315, 325), the method comprising: when a first static backup table in the non-volatile storage is not empty, copying all data in the first static backup table to a second static backup table in the volatile storage; checking whether the first static backup table comprises all required data for booting one of the operating systems (315, 325) in a static partition of the non-volatile storage or not; when the first static backup table does not comprise all of the required data in the static partition, copying a part of the remaining required data in the static partition to the first and the second static backup tables; and when a booting state synchronization for establishing the communication mechanism among all of the processors (310, 320) and synchronizing the booting states of all of the operating systems (315, 325) is not completed yet, returning to the step of checking whether the first static backup table comprises all of the required data in the static partition or not, characterized in that the required data in the static partition are stored in the first and the second static backup tables in a contiguous and defragmented way. when a first static backup table in the non-volatile storage is not empty, copying all data in the first static backup table to a second static backup table in the volatile storage; checking whether the first static backup table comprises all required data for booting one of the operating systems (315, 325) in a static partition of the non-volatile storage or not; when the first static backup table does not comprise all of the required data in the static partition, copying a part of the remaining required data in the static partition to the first and the second static backup tables; and when a booting state synchronization for establishing the communication mechanism among all of the processors (310, 320) and synchronizing the booting states of all of the operating systems (315, 325) is not completed yet, returning to the step of checking whether the first static backup table comprises all of the required data in the static partition or not, characterized in that the required data in the static partition are stored in the first and the second static backup tables in a contiguous and defragmented way.
A gearbox split sump for a motor vehicle engine, the gearbox split sump comprising: a dry portion and an oil reservoir; a baffle plate separating the dry portion from the oil reservoir, the baffle plate having an aperture for a drive shaft to extend through the baffle plate and to drivingly support a gear; an oil seal positioned between the drive shaft and the baffle plate to prevent flow of oil from the oil reservoir to the dry portion; and a seal housing positioned to hold the oil seal against the drive shaft wherein the gear is located in the dry portion, characterised in that the seal housing comprises a bore aligned to a hole in the baffle plate for mutually receiving a retaining pin. a dry portion and an oil reservoir; a baffle plate separating the dry portion from the oil reservoir, the baffle plate having an aperture for a drive shaft to extend through the baffle plate and to drivingly support a gear; an oil seal positioned between the drive shaft and the baffle plate to prevent flow of oil from the oil reservoir to the dry portion; and a seal housing positioned to hold the oil seal against the drive shaft wherein the gear is located in the dry portion, characterised in that the seal housing comprises a bore aligned to a hole in the baffle plate for mutually receiving a retaining pin.
A cannula having proximal and distal ends, the cannula adapted for moving fluids between a pump and a circulatory system of a patient, and comprising a liner comprising an intermediate portion between a proximal portion and a distal portion and a lumen extending between the proximal and distal portions, wherein at least the intermediate portion is constructed from a tissue in-growth material for supporting the growth of endothelial cells, the proximal portion is configured for connecting to the pump and the distal portion is configured for connecting to the circulatory system; a jacket surrounding at least a part of the liner, an outer layer surrounding at least a part of the jacket, wherein the outer layer is constructed from the tissue in-growth material; wherein the outer layer has a proximal and a distal end and an intermediate portion therebetween; and a polymeric layer having a first portion that extends from the proximal end of the outer layer toward the proximal end of the cannula and a second portion that extends from the distal end of the outer layer toward the distal end of the cannula, wherein the first and second portions of the polymeric layer encapsulate the proximal and distal ends of the outer layer, respectively, such that the intermediate portion is not encapsulated by the polymeric layer.
Bag comprising a storage compartment having an inner wall, an outer wall, a top wall, a bottom wall and two side walls, each side wall being equipped with a sleeve having an upper opening towards said side wall and a lower opening towards the inner wall, said bag being characterised in that it further comprises a continuous carrying strap which is slidably mounted in said sleeves by forming a first portion thereof which opens via the upper openings, and a second portion which opens via the lower openings, said portions being arranged to be able to have a configuration for carrying as a messenger bag wherein the first portion is extended above the top wall and the second portion is pressed against the inner wall, and a configuration for carrying as a backpack wherein both portions (9a, 9b) are extended facing the inner wall, the change from one configuration to another being carried out by pulling at least one strap portion (9a, 9b) to adjust the length of said portions by sliding the strap in the sleeves.
A method, comprising: identifying, for a display device, an IR voltage drop effect on a pixel of a column of pixels supplied by a supply voltage line in the display device, wherein identifying the IR voltage drop effect on the pixel comprises: calculating, for the pixel, a plurality of current values associated with other pixels of the column of pixels in response to upcoming refreshes of the other pixels; and calculating the IR voltage drop effect on the pixel based on the plurality of current values associated with other pixels of the column of pixels in response to upcoming refreshes of the other pixels; and generating, for the display device, a brightness signal for the pixel based at least in part on the IR voltage drop effect, wherein the brightness signal compensates for the calculated IR voltage drop effect on the pixel; and refreshing the pixels in a row-by-row fashion using the brightness signals. calculating, for the pixel, a plurality of current values associated with other pixels of the column of pixels in response to upcoming refreshes of the other pixels; and calculating the IR voltage drop effect on the pixel based on the plurality of current values associated with other pixels of the column of pixels in response to upcoming refreshes of the other pixels; and generating, for the display device, a brightness signal for the pixel based at least in part on the IR voltage drop effect, wherein the brightness signal compensates for the calculated IR voltage drop effect on the pixel; and refreshing the pixels in a row-by-row fashion using the brightness signals.
A therapeutic agent selected from the group consisting of a protease-activated receptor-1 (PAR-1) blocker, a tissue factor pathway inhibitor (TFPI), and Ixolaris for use in the treatment of neointimal or plexiform lesion formation in lung vascular tissue; wherein the treatment comprises contacting (i) vascular cells prior to neointimal or plexiform lesion development or (ii) a neointimal or plexiform lesion formation in lung vascular tissue, with the therapeutic agent, wherein said contacting inhibits development of a neointimal or plexiform lesion formation or reduces the size of the existing neointimal or plexiform lesion in lung vascular tissue.
Drywall screwdriver having a housing, having a screw-in depth limiting element, having a transmission unit, having an output spindle, having a drive unit, and having a clutch unit, which is provided to couple a torque transmission of the transmission unit to the output spindle and/or decouple it therefrom, wherein a transmission element of the transmission unit is fixedly connected to at least one clutch element of the clutch unit, wherein the transmission unit comprises at least one planetary transmission, characterized in that the clutch element comprises at least one entrainment element (30, 32, 34), which is formed in one piece with a planet carrier element of the planetary transmission.
Assistance system for driver assistance in vehicles, which comprises a data memory storing specific data records with applicable data for different countries, regions or other areas (14, 15, 16) and which is configured to detect area-specific, traffic-management-relevant characteristics such as road signs, roadway markings and legal traffic regulations using a detection device and to select the applicable specific data record by virtue of captured signals being compared with those in the specific data records, and to use associated data from the data memory for driver information and/or vehicle influencing, wherein the detection device detects when a national border is crossed and/or the country is reached, and in the detected country the corresponding data record with the data is used for driver assistance, characterized in that detection of the country and selection of the country-specific data record are speeded up by means of a preselection of possible data by virtue of possible national border crossing points being stored and applicable data records being provided with a priority level.
A tool holder (100, 100') and a tool (110, 110') adapted to be held by the tool holder (100, 100'), wherein the tool (110, 110') comprises: an implement; a handle (112, 112') adapted to be coupled with the implement; and a locking member (116, 116') coupled with the handle (112, 112') and extending away from the handle (112, 112'), wherein the locking member (116, 116') is adapted to facilitate removable coupling of the implement and the handle (112, 112') together; and the tool holder (100, 100') comprises: a body defining at least one cavity (130, 130'); characterised in that: the tool holder (100, 100') defines a longitudinal axis (X-X') and each of the at least one cavity ( 130, 130') defines a central axis (Y-Y') such that the longitudinal axis (X-X') is perpendicular to the central axis (Y-Y'); wherein the at least one cavity (130, 130') is adapted to store the handle (112, 112') by having the locking member (116, 116') removably inserted therein. an implement; a handle (112, 112') adapted to be coupled with the implement; and a locking member (116, 116') coupled with the handle (112, 112') and extending away from the handle (112, 112'), wherein the locking member (116, 116') is adapted to facilitate removable coupling of the implement and the handle (112, 112') together; and the tool holder (100, 100') comprises: a body defining at least one cavity (130, 130'); characterised in that: the tool holder (100, 100') defines a longitudinal axis (X-X') and each of the at least one cavity ( 130, 130') defines a central axis (Y-Y') such that the longitudinal axis (X-X') is perpendicular to the central axis (Y-Y'); wherein the at least one cavity (130, 130') is adapted to store the handle (112, 112') by having the locking member (116, 116') removably inserted therein. the tool holder (100, 100') defines a longitudinal axis (X-X') and each of the at least one cavity ( 130, 130') defines a central axis (Y-Y') such that the longitudinal axis (X-X') is perpendicular to the central axis (Y-Y'); wherein the at least one cavity (130, 130') is adapted to store the handle (112, 112') by having the locking member (116, 116') removably inserted therein.
A pharmaceutical composition comprising: (i) formoterol fumarate dihydrate; (ii) budesonide; (iii) a surfactant component comprising at least one surfactant compound; and (iv) a propellant component comprising at least 90 weight % 1,1-difluoroethane (R-152a). (i) formoterol fumarate dihydrate; (ii) budesonide; (iii) a surfactant component comprising at least one surfactant compound; and (iv) a propellant component comprising at least 90 weight % 1,1-difluoroethane (R-152a).
A method for bio-oil recovery from a fermentation process, comprising adding at least one separation aid to stillage that contains oil, to form a treated stillage prior to centrifuging said stillage, wherein said separation aid is added in an amount to be present in a ppm range of from about 200 ppm to 800 ppm, wherein said separation aid comprises at least one oil and 30 wt% to 70 wt% of at least one lecithin, and at least one surfactant having an HLB value of at least 6, wherein the separation aid functions as an oil breaking additive/demulsifier to reduce emulsification or tendencies thereof in the stillage, and centrifuging said treated stillage in at least one centrifuge to separate at least a portion of said oil from said treated stillage.
A method of wireless power transfer at a wireless power transmitter, the method comprising: generating an electromagnetic field having a coupling mode region of near-field radiation for wirelessly transferring power from a transmit antenna (114, 204) of the wireless power transmitter to a plurality of receiver devices (108, 300, 520); determining a power allocation within a recurring period for at least one of the plurality of receiver devices (108, 300, 520) disposed within the coupling mode region; and adjusting the power allocation based on a power requirement received from said at least one receiver device (108, 300, 520) of the plurality of receiver devices, said power requirement including voltage and current requirements of said at least one receiver, wherein said power requirement is detected at the wireless power transmitter based on changes in current or voltage requirements at the wireless power transmitter; and wherein adjusting the power allocation comprises adjusting an amount of power that is delivered to said at least one receiver device (108, 300, 520) by adjusting a transmitted power from the transmit antenna (114, 204), adjusting an amount of time the power is transmitted for said at least one receiver device (108, 300, 520), or a combination thereof. generating an electromagnetic field having a coupling mode region of near-field radiation for wirelessly transferring power from a transmit antenna (114, 204) of the wireless power transmitter to a plurality of receiver devices (108, 300, 520); determining a power allocation within a recurring period for at least one of the plurality of receiver devices (108, 300, 520) disposed within the coupling mode region; and adjusting the power allocation based on a power requirement received from said at least one receiver device (108, 300, 520) of the plurality of receiver devices, said power requirement including voltage and current requirements of said at least one receiver, wherein said power requirement is detected at the wireless power transmitter based on changes in current or voltage requirements at the wireless power transmitter; and wherein adjusting the power allocation comprises adjusting an amount of power that is delivered to said at least one receiver device (108, 300, 520) by adjusting a transmitted power from the transmit antenna (114, 204), adjusting an amount of time the power is transmitted for said at least one receiver device (108, 300, 520), or a combination thereof.
Rolling stand for oblong metal products comprising a plurality of rolling rolls each installed on a respective rotation shaft, between at least one rotation shaft and the respective rolling roll there being provided a coupling member configured to couple said rolling roll and said rotation shaft to each other, said coupling member comprising a tubular body interposed between said rolling roll and said rotation shaft, characterized in that said tubular body is provided with at least one chamber in which at least one deformer element is inserted mobile and is able to be selectively driven to deform said chamber and said tubular body.
A cyclic process for separating CO 2 from a gas stream, which process comprises: (i) subjecting the gas stream to a dehumidification step; (ii) contacting the dehumidified gas stream with an absorbent, said absorbent comprising a primary nucleophilic amine CO 2 sorbent and a non-nucleophilic base having a pKa, as measured at 25°C in aqueous solution, higher than that of the amine, as measured at 25°C in aqueous solution, in a polar, non-aqueous, aprotic liquid solvent, to form a reaction product by dicarboxylation of at least some of the primary amine so as to sorb CO 2, the primary nucleophilic amine having the ability to react directly with the CO 2 in the gas stream while the non-nucleophilic base acts as a promoter for the reaction between the CO 2 and the primary nucleophilic amine to form a mixed ammonium carbamate reaction product in which moieties from both bases are present; and (iii) treating the absorbent containing the sorbed CO 2 under conditions sufficient to cause desorption of at least a portion of the CO 2. (i) subjecting the gas stream to a dehumidification step; (ii) contacting the dehumidified gas stream with an absorbent, said absorbent comprising a primary nucleophilic amine CO 2 sorbent and a non-nucleophilic base having a pKa, as measured at 25°C in aqueous solution, higher than that of the amine, as measured at 25°C in aqueous solution, in a polar, non-aqueous, aprotic liquid solvent, to form a reaction product by dicarboxylation of at least some of the primary amine so as to sorb CO 2, the primary nucleophilic amine having the ability to react directly with the CO 2 in the gas stream while the non-nucleophilic base acts as a promoter for the reaction between the CO 2 and the primary nucleophilic amine to form a mixed ammonium carbamate reaction product in which moieties from both bases are present; and (iii) treating the absorbent containing the sorbed CO 2 under conditions sufficient to cause desorption of at least a portion of the CO 2.
A method of processing a sensor element comprising the steps of: (a) preparing a gas atmosphere containing hydrocarbon, having an air-fuel ratio of 0.80 to 0.9999, and having NO as oxidizing gas added thereto such that the NO concentration in said gas atmosphere is 0.05% or more and 1.0% or less by volume ratio; and (b) subjecting said sensor element to a heat treatment in said gas atmosphere at a temperature of 500°C or higher for 15 minutes or longer, wherein said sensor element includes an electrochemical pumping cell constituted of an oxygen-ion conductive solid electrolyte and an electrode having a NOx reduction ability, a NOx gas in a measurement gas is reduced or decomposed in said electrode, and a NOx concentration in said measurement gas is obtained based on a current which flows in said electrochemical pumping cell at a time of said reduction or decomposition. (a) preparing a gas atmosphere containing hydrocarbon, having an air-fuel ratio of 0.80 to 0.9999, and having NO as oxidizing gas added thereto such that the NO concentration in said gas atmosphere is 0.05% or more and 1.0% or less by volume ratio; and (b) subjecting said sensor element to a heat treatment in said gas atmosphere at a temperature of 500°C or higher for 15 minutes or longer,
An electronic control device comprising: - an electronic component; - a control substrate on which the electronic component is mounted; - a sealing resin for sealing the control substrate; - a fixing member (3, 7, 8, 9) at least a portion of which is sealed with the sealing resin; - a terminal for providing electrical connection between the control substrate and an external device; and a fixing plate for positioning and fixing the terminal with respect to the fixing member (3, 7, 8, 9), wherein the fixing member (3, 7, 8, 9) is a metal housing case provided with a penetration hole into which the terminal is inserted, and the metal housing case is configured by integrally molding a heat sink for dissipating heat generated from the electronic component to the outside of the electronic control device, an electromagnetic shield unit and a fixture for vehicle mounting for fixing the electronic control device to a vehicle, characterized in that: the electronic component is mounted on a surface of the control substrate facing the housing case such that the electronic component is surrounded by wiring layers of the housing case and the control substrate. - an electronic component; - a control substrate on which the electronic component is mounted; - a sealing resin for sealing the control substrate; - a fixing member (3, 7, 8, 9) at least a portion of which is sealed with the sealing resin; - a terminal for providing electrical connection between the control substrate and an external device; and a fixing plate for positioning and fixing the terminal with respect to the fixing member (3, 7, 8, 9), wherein the fixing member (3, 7, 8, 9) is a metal housing case provided with a penetration hole into which the terminal is inserted, and the metal housing case is configured by integrally molding a heat sink for dissipating heat generated from the electronic component to the outside of the electronic control device, an electromagnetic shield unit and a fixture for vehicle mounting for fixing the electronic control device to a vehicle, characterized in that: the electronic component is mounted on a surface of the control substrate facing the housing case such that the electronic component is surrounded by wiring layers of the housing case and the control substrate. a fixing plate for positioning and fixing the terminal with respect to the fixing member (3, 7, 8, 9), wherein the fixing member (3, 7, 8, 9) is a metal housing case provided with a penetration hole into which the terminal is inserted, and the metal housing case is configured by integrally molding a heat sink for dissipating heat generated from the electronic component to the outside of the electronic control device, an electromagnetic shield unit and a fixture for vehicle mounting for fixing the electronic control device to a vehicle, characterized in that: the electronic component is mounted on a surface of the control substrate facing the housing case such that the electronic component is surrounded by wiring layers of the housing case and the control substrate.