mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: an instruction decoder responsive to an anchored-data processing instruction, to generate one or more control signals; conversion circuitry, responsive to the one or more control signals, to perform a conversion from a data value to an anchored-data select value that contains at most part of bits of an anchored-data value, wherein the anchored-data value comprises an integer having a corresponding bit significance indicated by anchor metadata, and the anchored-data select value is a portion of bits of the integer of the anchored-data value, the anchored-data select value excluding overlap bits provided within the integer of the anchored-data value, wherein the overlap bits accommodate carries resulting from additions performed within a less significant portion of the integer; wherein the conversion is based on anchor metadata indicative of a given range of significance for the anchored-data select value; and output circuitry, responsive to the one or more control signals, to write the anchored-data select value to a register. an instruction decoder responsive to an anchored-data processing instruction, to generate one or more control signals; conversion circuitry, responsive to the one or more control signals, to perform a conversion from a data value to an anchored-data select value that contains at most part of bits of an anchored-data value, wherein the anchored-data value comprises an integer having a corresponding bit significance indicated by anchor metadata, and the anchored-data select value is a portion of bits of the integer of the anchored-data value, the anchored-data select value excluding overlap bits provided within the integer of the anchored-data value, wherein the overlap bits accommodate carries resulting from additions performed within a less significant portion of the integer; wherein the conversion is based on anchor metadata indicative of a given range of significance for the anchored-data select value; and output circuitry, responsive to the one or more control signals, to write the anchored-data select value to a register.
A display system of an aircraft, comprising: - a display unit; - a display generating assembly for generating a display on the display unit, able to dynamically display on the display unit at least one horizon line and a slope scale of the slope relative to the horizon line; characterized in that, upon approaching a landing strip, the display generating assembly is able to create, on the horizon line, a region that is deformed as a function of the topographical slope of the landing strip approached by the aircraft. - a display unit; - a display generating assembly for generating a display on the display unit, able to dynamically display on the display unit at least one horizon line and a slope scale of the slope relative to the horizon line;
A method for fabricating a separation fence to be used in a hydrometallurgical liquid-liquid solvent extraction settler, in which method the fence is manufactured of a polymer resin material, characterized in that the fence is manufactured as a shell-like integral piece by rotational moulding.
A profiled pultruded panel (14,16,18,24,26) to be used as a wall covering, preferably an outer wall covering, of a building or a house, said panel (14,16,18,24,26) comprising: an elongated, planar plate defining opposite first and second sides and a top and a bottom edge, a set of profiled top and bottom flanges (74,75) extending perpendicularly from said plate at said first side thereof along said top and bottom edges, respectively, said profiled top flange defining a top surface and said profile bottom flange defining a bottom surface complementary to said top surface of said top flange, at least one further flange extending from said plate at said first side thereof from a position between said top and bottom flanges (74,75), said planar elongated plate, said set of profiled top and bottom flanges (74,75) and said at least one further flange being integrally produced in a pultrusion process, the profiled pultruded panel characterized in that the at least one further flange defines an acute angle, preferably an angle of 45°, relative to said plate and sloping downwardly towards said bottom edge. an elongated, planar plate defining opposite first and second sides and a top and a bottom edge, a set of profiled top and bottom flanges (74,75) extending perpendicularly from said plate at said first side thereof along said top and bottom edges, respectively, said profiled top flange defining a top surface and said profile bottom flange defining a bottom surface complementary to said top surface of said top flange, at least one further flange extending from said plate at said first side thereof from a position between said top and bottom flanges (74,75), said planar elongated plate, said set of profiled top and bottom flanges (74,75) and said at least one further flange being integrally produced in a pultrusion process,
A magazine-type charging device which allows a battery that requires charging to be stored in a storage position (36a, 36b) and a recharged battery to be moved to the storage position (36a, 36b) and extracted from the storage position (36a, 36b), the magazine-type charging device comprising: a rotary table (54a, 54b); a driving device configured to turn the rotary table (54a, 54b); a plurality of charging stands that are provided on the rotary table (54a, 54b) and which are configured to receive the battery; and a device-side charging connector that is provided in the charging stands and which is configured to engage a battery-side connector of the battery, characterized in that each charging stand comprises: a charging tray having formed therein a connector hole configured to allow the device-side charging connector to pass through; and a raising and lowering mechanism configured to displace the device-side charging connector in a vertical direction. a rotary table (54a, 54b); a driving device configured to turn the rotary table (54a, 54b); a plurality of charging stands that are provided on the rotary table (54a, 54b) and which are configured to receive the battery; and a device-side charging connector that is provided in the charging stands and which is configured to engage a battery-side connector of the battery, characterized in that each charging stand comprises: a charging tray having formed therein a connector hole configured to allow the device-side charging connector to pass through; and a raising and lowering mechanism configured to displace the device-side charging connector in a vertical direction. a charging tray having formed therein a connector hole configured to allow the device-side charging connector to pass through; and a raising and lowering mechanism configured to displace the device-side charging connector in a vertical direction.
A device operable in an evolved Node B, eNB, in a Long Term Evolution, LTE, environment to select physical resource blocks, PRB, for cell-specific reference signal CRS transmission for a new carrier type, NCT, having computer circuitry configured to: determine a frequency bandwidth for the NCT; and select a CRS pattern of PRBs for a transmission of the CRS in the frequency bandwidth, wherein the frequency bandwidth includes PRBs with CRS and PRBs without CRS; wherein selecting a CRS pattern includes selecting a first subframe at a first time slot, said first subframe comprising a set of first subbands, each of said first subbands consisting of a set of contiguous PRBs, and further includes selecting a second subframe at a second time slot, said second subframe comprising a set of second subbands, each of said second subbands consisting of a set of contiguous PRBs and; wherein said set of first subbands and set of second subbands includes a k1 number of distributed subbands containing CRS, wherein the range of k1 can be 1 to ⌈ N RB DL / k ⌉, where a subband is a set of k contiguous PRBs and k is a function of the frequency bandwidth and N RB DL is a number of PRBs in the frequency bandwidth, wherein said first subframe and second subframe are successive subframes, and wherein said set of first subbands and set of second subbands are linked based on a pre-defined hopping pattern. determine a frequency bandwidth for the NCT; and select a CRS pattern of PRBs for a transmission of the CRS in the frequency bandwidth, wherein the frequency bandwidth includes PRBs with CRS and PRBs without CRS; wherein selecting a CRS pattern includes selecting a first subframe at a first time slot, said first subframe comprising a set of first subbands, each of said first subbands consisting of a set of contiguous PRBs, and further includes selecting a second subframe at a second time slot, said second subframe comprising a set of second subbands, each of said second subbands consisting of a set of contiguous PRBs and; wherein said set of first subbands and set of second subbands includes a k1 number of distributed subbands containing CRS, wherein the range of k1 can be 1 to ⌈ N RB DL / k ⌉, where a subband is a set of k contiguous PRBs and k is a function of the frequency bandwidth and N RB DL is a number of PRBs in the frequency bandwidth, wherein said first subframe and second subframe are successive subframes, and wherein said set of first subbands and set of second subbands are linked based on a pre-defined hopping pattern.
A method for filtering ions in a mass spectrometer, said mass spectrometer comprising an ion guide, a quadrupole mass filter, a collision cell and a time of flight (ToF) detector, said mass spectrometer configured to transmit an ion beam through to said ToF detector, the method comprising: operating said mass spectrometer in MS mode, such that ions in said ion beam remain substantially unfragmented, said quadrupole mass filter operating at a pressure lower than in either of said ion guide and said collision cell; operating said quadrupole mass filter in a bandpass mode such that ions outside of a range of interest are filtered from said ion beam, leaving ions inside said range of interest in said ion beam, wherein a low mass boundary and a high mass boundary of said range of interest are defined by independently adjusting an RF voltage and a DC voltage applied to said quadrupole mass filter; and analyzing said ions inside said range of interest at said ToF detector to obtain a sequence of mass spectra of said ions inside said range of interest, wherein the sequence of mass spectra comprises at least a first mass spectrum followed by a second mass spectrum, and if the second mass spectrum comprises a low mass species that is not present in the first mass spectrum, wherein the low mass species is in reality a high mass species within the range of interest that has not been given sufficient time to reach the detector surface before the portion of ions of the second mass spectrum are introduced into the ToF detector, lowering the high mass boundary of the range of interest to eliminate the low mass species not present in the first mass spectrum. operating said mass spectrometer in MS mode, such that ions in said ion beam remain substantially unfragmented, said quadrupole mass filter operating at a pressure lower than in either of said ion guide and said collision cell; operating said quadrupole mass filter in a bandpass mode such that ions outside of a range of interest are filtered from said ion beam, leaving ions inside said range of interest in said ion beam, wherein a low mass boundary and a high mass boundary of said range of interest are defined by independently adjusting an RF voltage and a DC voltage applied to said quadrupole mass filter; and analyzing said ions inside said range of interest at said ToF detector to obtain a sequence of mass spectra of said ions inside said range of interest, wherein the sequence of mass spectra comprises at least a first mass spectrum followed by a second mass spectrum, and if the second mass spectrum comprises a low mass species that is not present in the first mass spectrum, wherein the low mass species is in reality a high mass species within the range of interest that has not been given sufficient time to reach the detector surface before the portion of ions of the second mass spectrum are introduced into the ToF detector, lowering the high mass boundary of the range of interest to eliminate the low mass species not present in the first mass spectrum.
A display apparatus comprising: a display part configured to display an image thereon; a video signal processor configured to convert a first input video signal into a signal having a format displayable by the display part and a second input video signal different from the first input video signal into a signal having a format displayable by the display part; a network controller configured to be connectable to a network to receive graphics data from a computer according to a predetermined protocol; a data processor configured to convert the graphics data received through the network controller into the second input video signal having a format processible by the video signal processor; and a controller in communication with the video signal processor, the network controller and the data processor configured to control the display part to display of the first and second input video signals and configured to control power to be supplied to the data processor based on the graphics data being transmitted and/or received by the network controller; wherein the network controller is configured to supply data receiving information regarding whether the graphics data is transmitted and/or received through the network to the controller, and based on the data receiving information corresponding to the graphics data not being transmitted and/or received through the network controller, the controller is configured to control power to be supplied to the video signal processor and the network controller and not to be supplied to the data processor. a display part configured to display an image thereon; a video signal processor configured to convert a first input video signal into a signal having a format displayable by the display part and a second input video signal different from the first input video signal into a signal having a format displayable by the display part; a network controller configured to be connectable to a network to receive graphics data from a computer according to a predetermined protocol; a data processor configured to convert the graphics data received through the network controller into the second input video signal having a format processible by the video signal processor; and a controller in communication with the video signal processor, the network controller and the data processor configured to control the display part to display of the first and second input video signals and configured to control power to be supplied to the data processor based on the graphics data being transmitted and/or received by the network controller; wherein the network controller is configured to supply data receiving information regarding whether the graphics data is transmitted and/or received through the network to the controller, and based on the data receiving information corresponding to the graphics data not being transmitted and/or received through the network controller, the controller is configured to control power to be supplied to the video signal processor and the network controller and not to be supplied to the data processor.
A respiratory rate measurement device comprising: a detection unit adapted to detect an in-tube pressure and/or an in-tube gas flow rate in a tube supplying concentrated oxygen gas to a patient from a pressure swing adsorption oxygen concentration device connected to the patient and concentrating oxygen in the air by periodically repeating pressurization and depressurization, and output pressure data and/or gas flow rate data; an arithmetic operation unit adapted to extract patient respiratory information data, based on the pressure data and/or the gas flow rate data; and an estimation unit adapted to estimate a respiratory rate per predetermined time, based on the patient respiratory information data, characterised in that the arithmetic operation unit is adapted to estimate variation value data representing a periodical pressure change and/or flow rate change of the concentrated oxygen gas occurring upon an operation of an oxygen concentration device, based on the pressure data and/or the gas flow rate data, and extract the patient respiratory information data by removing the variation value data from the pressure data and/or the gas flow rate data, and in that the estimation unit is adapted to calculate an autocorrelation coefficient between the patient respiratory information data and data shifted from the patient respiratory information data by a time Δt, while changing the time Δt, and estimate the respiratory rate using, as a respiratory interval, a time Δt in which the autocorrelation coefficient takes a peak. a detection unit adapted to detect an in-tube pressure and/or an in-tube gas flow rate in a tube supplying concentrated oxygen gas to a patient from a pressure swing adsorption oxygen concentration device connected to the patient and concentrating oxygen in the air by periodically repeating pressurization and depressurization, and output pressure data and/or gas flow rate data; an arithmetic operation unit adapted to extract patient respiratory information data, based on the pressure data and/or the gas flow rate data; and an estimation unit adapted to estimate a respiratory rate per predetermined time, based on the patient respiratory information data, characterised in that the arithmetic operation unit is adapted to estimate variation value data representing a periodical pressure change and/or flow rate change of the concentrated oxygen gas occurring upon an operation of an oxygen concentration device, based on the pressure data and/or the gas flow rate data, and extract the patient respiratory information data by removing the variation value data from the pressure data and/or the gas flow rate data, and in that the estimation unit is adapted to calculate an autocorrelation coefficient between the patient respiratory information data and data shifted from the patient respiratory information data by a time Δt, while changing the time Δt, and estimate the respiratory rate using, as a respiratory interval, a time Δt in which the autocorrelation coefficient takes a peak.
A cosmetic hair care composition comprising cationic inulin and at least one anionic surfactant, wherein the weight ratio of anionic surfactant to cationic inulin is more than 25:1, wherein the cationic inulin has a degree of substitution ranging between 0.6 and 3, and wherein the at least one anionic surfactant is selected from the group consisting of alkyl sulfates.
A method of manufacturing a lysosomal protein composition comprising expressing a transgene encoding a lysosomal protein in a bryophyte plant or cell, wherein said lysosomal protein is expressed with a N-terminal secretory signal, wherein said secretory signal is optionally removed during intracellular processing, and wherein the lysosomal protein lacks a C-terminal vacuolar signal with the sequence VDTM (SEQ ID NO: 1) and lacks a C-terminal ER retention signal with the sequence KDEL (SEQ ID NO: 2), and said method further comprises obtaining an expressed lysosomal protein from said plant or cell.
A method for sorting laundry items, in particular dirty laundry items, wherein laundry items are taken individually from a delivered batch of laundry and the respective laundry item transferred to a transport system which transports the laundry item to a sorting station where the laundry item is deposited by the transport system at a dropping point which, on the basis of related information, corresponds to at least one sorting criterion of the laundry item, characterized in that a surface profile of at least one laundry item of the delivered batch of laundry is determined, that at least on the basis of the surface profile a location is determined at which the laundry item can and/or should be gripped by a gripping means and this location on the laundry item is gripped in a targeted manner by the gripping means.
A washer that comprises a body, a washing chamber wherein the washing process is performed, a loading port for loading the items to be washed into the washing chamber, a door that covers the loading port and a sealing element disposed between the loading port and the door and characterized in that the sealing element is produced of thermoplastic elastomer material and zinc pyrithione (ZnPT) as antimicrobial material.
A method in a mobile station, MS,, for updating an authorized traffic to pilot power ratio, TPR, used in controlling a reverse data rate in the MS,, the MS being capable of autonomously transmitting a packet data, the method comprising the steps of: receiving an information corresponding to an authorized TPR from a base station, BS,; selecting a TPR less than or equal to the authorized TPR; determining a maximum TPR of a maximum autonomous TPR and the selected TPR; and updating the authorized TPR to a minimum TPR of the authorized TPR and the maximum TPR. receiving an information corresponding to an authorized TPR from a base station, BS,; selecting a TPR less than or equal to the authorized TPR; determining a maximum TPR of a maximum autonomous TPR and the selected TPR; and updating the authorized TPR to a minimum TPR of the authorized TPR and the maximum TPR.
Assembly comprising: - an intake circuit extending between an air inlet and an outlet connected to the inlet of a heat engine, - an exhaust circuit extending between an inlet connected to the outlet of the heat engine and an exhaust gas outlet, - said heat engine, - a return loop allowing all or some of the exhaust gases in the exhaust circuit to be reinjected upstream of the heat engine, and - an electric compressor, the electric compressor being located in the assembly in such a way as to be able to receive gases recirculating through the return loop, the electric compressor being located in the intake circuit, the return loop having: - a first outlet opening into the intake circuit upstream of the electric compressor, and - a second outlet opening into the intake circuit downstream of the electric compressor and upstream of the manifold admitting gases into the combustion chamber of the heat engine, the intake circuit comprising a mechanical compressor and the exhaust circuit comprising a turbine, the return loop having an inlet downstream of the turbine and its outlets (44, 45) upstream of the mechanical compressor. - an intake circuit extending between an air inlet and an outlet connected to the inlet of a heat engine, - an exhaust circuit extending between an inlet connected to the outlet of the heat engine and an exhaust gas outlet, - said heat engine, - a return loop allowing all or some of the exhaust gases in the exhaust circuit to be reinjected upstream of the heat engine, and - an electric compressor, - a first outlet opening into the intake circuit upstream of the electric compressor, and - a second outlet opening into the intake circuit downstream of the electric compressor and upstream of the manifold admitting gases into the combustion chamber of the heat engine,
Machine for making flat bottom bags, comprising a drum to drive at least one blank of flattened tubular form in a direction of advance, first scoring means upstream of the drum to mark on the blank a first fold line transverse to the direction of advance, front pinching means on the drum to pinch a front edge of the blank on the drum, in an opening stage, and drive the blank, first lateral pinching means on the drum to pinch lateral edges of the blank at the first fold line, the machine being characterised in that it comprises first adjustment means to adjust in operation both the distance between the front edge and the first fold line and the relative angular position of the front pinching means and of the first lateral pinching means.