mhurhangee/patent-ind-claim-en huggingface dataset:
A process transmitter comprising: a circuit producing a plurality of digital values representing magnitudes for an analog signal; a filter receiving the plurality of digital values and producing a plurality of filtered digital values; a digital-to-analog converter ; and output analog circuitry configured to receive the plurality of filtered digital values and output an analog signal on a communication channel of the process transmitter, wherein the output analog circuitry has a transfer function and wherein the filter has a transfer function that is the inverse of the transfer function of the output analog circuitry such as to offset the transfer function of the output analog circuitry , wherein the filter comprises a clipping module to limit the filtered digital values to a range of values supported by the digital-to-analog converter , and wherein the filter further comprises an analog circuitry output emulator to emulate a latest output of the output analog circuitry . a circuit producing a plurality of digital values representing magnitudes for an analog signal; a filter receiving the plurality of digital values and producing a plurality of filtered digital values; a digital-to-analog converter ; and output analog circuitry configured to receive the plurality of filtered digital values and output an analog signal on a communication channel of the process transmitter, wherein the output analog circuitry has a transfer function and wherein the filter has a transfer function that is the inverse of the transfer function of the output analog circuitry such as to offset the transfer function of the output analog circuitry , wherein the filter comprises a clipping module to limit the filtered digital values to a range of values supported by the digital-to-analog converter , and wherein the filter further comprises an analog circuitry output emulator to emulate a latest output of the output analog circuitry .
A method of performing mass spectrometry analysis in a mass spectrometer instrument having an ion store for accumulating a desired population of ions for subsequent analysis, and a mass analyzer for acquiring a mass spectrum of ions, the accumulation and mass analysis operations occurring concurrently, the method comprising: identifying a plurality of ion species to be analyzed; determining, for each one of the plurality of ion species, an associated injection time and an analysis time; constructing an ordered list of ion species; and performing repeated operations of concurrently accumulating in the ion store the Nth ion species on the ordered list and mass analyzing the N-1th ion species on the ordered list; characterized in that the ordered list of ion species is constructed by matching the analysis time of each of at least a subset of the plurality of ion species to the injection time of another one of the ion species.
An apparatus for use in a switch, comprising: a handle ; a mode button operable to change an operation mode of the switch; a slider coupled to the mode button and movable in a first direction (Y) in association with a movement of the mode button , the slider including a first block (12 1 ); a lever operable to be opened in a rotatable manner and including a pin (3 1 ), characterized in that the handle includes a first slot (11 1 ); the mode button includes a second slot (2 1 ); and when the mode button is set at a service position, the first block (12 1 ) is received in the first slot (11 1 ) to maintain the handle ; and in response to the lever being opened in the rotatable manner, the pin (3 1 ) is operable to pass through the second slot (2 1 ) to prevent the movement of the mode button . a handle ; a mode button operable to change an operation mode of the switch; a slider coupled to the mode button and movable in a first direction (Y) in association with a movement of the mode button , the slider including a first block (12 1 ); a lever operable to be opened in a rotatable manner and including a pin (3 1 ), characterized in that the handle includes a first slot (11 1 ); the mode button includes a second slot (2 1 ); and when the mode button is set at a service position, the first block (12 1 ) is received in the first slot (11 1 ) to maintain the handle ; and in response to the lever being opened in the rotatable manner, the pin (3 1 ) is operable to pass through the second slot (2 1 ) to prevent the movement of the mode button .
A method for detecting sub-valvular location in medical imaging, the method comprising: acquiring a sequence of frames of medical imaging data, each of the fames representing a volume of at least a region of a heart of a patient; detecting a valve bounding box enclosing a valve of the heart in each of the frames; detecting , in each of the frames, a sub-valvular bounding box enclosing the sub-valvular structure location based on the valve bounding box; detecting , in each of the frames, candidate locations of sub-valvular location within the sub-valvular bounding box; removing the candidate locations outside a spatial constraint; selecting one of the candidate locations remaining after the removing in each of the frames as the sub-valvular location, the selecting being a function of the candidate locations across the frames; and highlighting the sub-valvular location in an image of at least the region of the heart of the patient, wherein detecting the valve bounding box comprises detecting a plurality of candidate mitral valve bounding boxes in each frame, and characterised in that detecting the sub-valvular bounding box comprises detecting a respective plurality of candidate papillary bounding boxes in each frame and selecting a papillary bounding box for each frame as a Random Sample Consensus of the candidate papillary bounding boxes across the frames. acquiring a sequence of frames of medical imaging data, each of the fames representing a volume of at least a region of a heart of a patient; detecting a valve bounding box enclosing a valve of the heart in each of the frames; detecting , in each of the frames, a sub-valvular bounding box enclosing the sub-valvular structure location based on the valve bounding box; detecting , in each of the frames, candidate locations of sub-valvular location within the sub-valvular bounding box; removing the candidate locations outside a spatial constraint; selecting one of the candidate locations remaining after the removing in each of the frames as the sub-valvular location, the selecting being a function of the candidate locations across the frames; and highlighting the sub-valvular location in an image of at least the region of the heart of the patient, wherein detecting the valve bounding box comprises detecting a plurality of candidate mitral valve bounding boxes in each frame, and characterised in that detecting the sub-valvular bounding box comprises detecting a respective plurality of candidate papillary bounding boxes in each frame and selecting a papillary bounding box for each frame as a Random Sample Consensus of the candidate papillary bounding boxes across the frames.
A communication system comprising: a first chassis having first and second side walls and adapted to slidably receive therein a plurality of cassettes ; and a first cable hanger assembly having a first side edge hingedly coupled to the first side wall of the first chassis, the first cable hanger assembly including a plurality of first hangers adapted to support cables thereon, an axis of rotation of the first cable hanger assembly being substantially orthogonal to a direction in which the plurality of cassettes are slidable, a second cable hanger assembly having a second side edge hingedly coupled to the second side wall of the first chassis, the second cable hanger assembly including a plurality of second hangers adapted to support cables thereon, an axis of rotation of the second cable hanger assembly being substantially orthogonal to the direction in which the plurality of cassettes are slideable, wherein the first and second cable hanger assemblies are each rotatable from a first position to a second position so that during rotation from the first position to the second position, the pluralities of first and second hangers, respectively, move toward front faces of the plurality of cassettes, thereby providing access to sides or rear portions of the communication system, and thereby providing access to cables supported by the plurality of first and second hangers, respectively. a first chassis having first and second side walls and adapted to slidably receive therein a plurality of cassettes ; and a first cable hanger assembly having a first side edge hingedly coupled to the first side wall of the first chassis, the first cable hanger assembly including a plurality of first hangers adapted to support cables thereon, an axis of rotation of the first cable hanger assembly being substantially orthogonal to a direction in which the plurality of cassettes are slidable, a second cable hanger assembly having a second side edge hingedly coupled to the second side wall of the first chassis, the second cable hanger assembly including a plurality of second hangers adapted to support cables thereon, an axis of rotation of the second cable hanger assembly being substantially orthogonal to the direction in which the plurality of cassettes are slideable, wherein the first and second cable hanger assemblies are each rotatable from a first position to a second position so that during rotation from the first position to the second position, the pluralities of first and second hangers, respectively, move toward front faces of the plurality of cassettes, thereby providing access to sides or rear portions of the communication system, and thereby providing access to cables supported by the plurality of first and second hangers, respectively.
A composition comprising an ethylene-based polymer which comprises the following properties: a) Molecular Weight Distribution (MWD(conv)) from 3.0 to 7.0 as measured according to conventional Gel Permeation Chromatography (GPC); b) an infra-red Area Detector Fraction (ADF IR) from 0.230 to 0.260 for molecular weight ≤ 15,000 g/mol as measured according to GPC using an infra-red detector; c) a melt index (I 2 ) from 4.0 to 6.5 g/10 min as measured in accordance with ASTM D 1238-10, Condition 190°C/2.16 kg, Procedure B. a) Molecular Weight Distribution (MWD(conv)) from 3.0 to 7.0 as measured according to conventional Gel Permeation Chromatography (GPC); b) an infra-red Area Detector Fraction (ADF IR) from 0.230 to 0.260 for molecular weight ≤ 15,000 g/mol as measured according to GPC using an infra-red detector; c) a melt index (I 2 ) from 4.0 to 6.5 g/10 min as measured in accordance with ASTM D 1238-10, Condition 190°C/2.16 kg, Procedure B.
- A launching device including at least two tubes intended to receive an ammunition round and each secured to a mount , the mounts being carried by a base , each tube being orientable in elevation and in bearing by motor means, a first motor means ensuring the pointing in bearing of the two tubes simultaneously and a second motor means ensuring the pointing in elevation of the two tubes simultaneously, such that the bearing pointing axes of the two tubes are parallel to each other and that each mount includes a sleeve carrying the tube, said sleeve being mounted so as to pivot in elevation relative to a fork , the fork being itself mounted so as to pivot in bearing relative to the base , the second motor means acting on each sleeve by means of a set of two bevel toothed pinions with perpendicular axes integrated into the mount , a first pinion being secured to the sleeve and a second pinion being coaxial with the bearing axis , the first motor means acting on each mount via a first gear wheel secured to the fork , and the second bevel pinion being secured to one end of a pivot shaft carrying at its other end a second gear wheel driven by the second motor means , the pivot shaft being coaxial with the first gear wheel .
A thermal neutron detection device comprising a first scintillator block and a second scintillator block , the second scintillator block being placed in an internal volume of the first scintillator block , a photon reflector which separates the first scintillator block from the second scintillator block so as to isolate a pathway through which the first scintillator block emits fluorescence photons from another pathway through which the second scintillator block emits fluorescence photons, a fluorescence photon conversion system (4-5, 17) which collects the fluorescence photons emitted by the first and second scintillator blocks and delivers an electric signal representative of gamma photons detected by the first scintillator block and an electric signal representative of gamma photons detected by the second scintillator block, a processing system which calculates a first counting signal (N 1 ) from the electric signal representative of the gamma photons detected by the first scintillator block and a second counting signal (N 2 ) from the electric signal representative of the gamma photons detected by the second scintillator block, characterised in that : - the first and second scintillator blocks are plastic scintillator blocks with substantially identical volumes each containing at least one fluorophore, the first or second scintillator block being doped with gadolinium, the detection device further comprising: - a comparison circuit which comprises means to make a difference of estimated values (λ1, λ2) of the first and second counting signals (N 1 , N 2 ), means for calculating a decision threshold from said estimated values, and means for comparing said difference with the decision threshold such that, if said difference is higher than the decision threshold, a thermal neutron detection validation signal is delivered by the comparison circuit. - the first and second scintillator blocks are plastic scintillator blocks with substantially identical volumes each containing at least one fluorophore, the first or second scintillator block being doped with gadolinium, - a comparison circuit which comprises means to make a difference of estimated values (λ1, λ2) of the first and second counting signals (N 1 , N 2 ), means for calculating a decision threshold from said estimated values, and means for comparing said difference with the decision threshold such that, if said difference is higher than the decision threshold, a thermal neutron detection validation signal is delivered by the comparison circuit.
Motor vehicle comprising an understructure provided with a rear floor , the vehicle also comprising a fuel tank situated at the front of the rear floor , characterized in that catching means are provided on a low point of the rear floor, these catching means being situated substantially at the same height as a rear axle assembly crossmember of the vehicle that is situated in front of the catching means , these catching means being shaped so as to catch a longitudinal edge of the rear axle assembly crossmember when these catching means are moved towards the front by a deformation of the rear floor under the influence of a rear impact.
Method for manufacturing a foam-formed low-density material of cellulose fibres, comprising the steps of a. forming an aqueous foam comprising water and a foaming agent, b. adding cellulose fibres to the aqueous foam, thus forming a fibrous foam composition, the cellulose fibres comprising modified cellulose fibres, the modified cellulose fibres containing dialcohol cellulose, c. distributing the fibrous foam composition onto a substrate or into a mould, d. reducing the amount of water in the distributed fibrous foam composition to obtain the foam-formed low-density material of cellulose fibres in its final shape, e. optionally, drying the foam-formed low density material of cellulose fibres. a. forming an aqueous foam comprising water and a foaming agent, b. adding cellulose fibres to the aqueous foam, thus forming a fibrous foam composition, the cellulose fibres comprising modified cellulose fibres, the modified cellulose fibres containing dialcohol cellulose, c. distributing the fibrous foam composition onto a substrate or into a mould, d. reducing the amount of water in the distributed fibrous foam composition to obtain the foam-formed low-density material of cellulose fibres in its final shape, e. optionally, drying the foam-formed low density material of cellulose fibres.
A lamp circuit comprising: a light emitting circuit ; and a light emission control circuit configured to control the light emitting circuit , wherein the light emitting circuit comprises a thermistor and a light emitting device , wherein the light emission control circuit comprises a constant current circuit , and a voltage divider having a first resistor (R1) and a second resistor (R2), characterized in that the light emission control circuit further comprises a dimming control circuit , and a current amplification circuit wherein the current amplification circuit amplifies a current of the thermistor , wherein the voltage divider divides a first voltage to a first node (N1) between the first resistor (R1) and the second resistor (R2) based on the amplified current, wherein the dimming control circuit controls an output current of the constant current circuit based on the first voltage, and wherein the constant current circuit outputs a current to the light emitting device based on the control of the dimming control circuit . a light emitting circuit ; and a light emission control circuit configured to control the light emitting circuit , wherein the light emitting circuit comprises a thermistor and a light emitting device , wherein the light emission control circuit comprises a constant current circuit , and a voltage divider having a first resistor (R1) and a second resistor (R2), characterized in that the light emission control circuit further comprises a dimming control circuit , and a current amplification circuit wherein the current amplification circuit amplifies a current of the thermistor , wherein the voltage divider divides a first voltage to a first node (N1) between the first resistor (R1) and the second resistor (R2) based on the amplified current, wherein the dimming control circuit controls an output current of the constant current circuit based on the first voltage, and wherein the constant current circuit outputs a current to the light emitting device based on the control of the dimming control circuit .
A cultivator for tillage and/or for spreading of seeds and/or fertilisers comprising: - a main frame connected to a bearing frame by means of a lifting and lowering system adapted so as to lift/lower the bearing frame relative to the main frame , the system comprising at least one lifting support , at least one stabilizer , and at least one actuator coupled to the lifting support and to the main frame , wherein - the bearing frame comprises a front frame rigidly connected to a rear frame by means of connecting-and-distancing members , - the lifting support of the lifting and lowering system is rotationally connected to the main frame and to the front frame , - the stabilizer of the lifting and lowering system is rotationally connected to the main frame and to the rear frame , - and said cultivator further comprises at least one transport-and-compaction wheel assembly with a shock-absorbing system, located between the front frame and the rear frame . - a main frame connected to a bearing frame by means of a lifting and lowering system adapted so as to lift/lower the bearing frame relative to the main frame , the system comprising at least one lifting support , at least one stabilizer , and at least one actuator coupled to the lifting support and to the main frame , - the bearing frame comprises a front frame rigidly connected to a rear frame by means of connecting-and-distancing members , - the lifting support of the lifting and lowering system is rotationally connected to the main frame and to the front frame , - the stabilizer of the lifting and lowering system is rotationally connected to the main frame and to the rear frame , - and said cultivator further comprises at least one transport-and-compaction wheel assembly with a shock-absorbing system, located between the front frame and the rear frame .
Fan with at least one fan wheel with fan blades , which are connected to one another using at least one ring , at least one fan wheel, one fan blade and/or a different fan part having at least one load-critical region, which is reinforced with at least one reinforcing element which is constructed as tape, characterized in that the reinforcing element is a tape which can be unwound from a reel and which consists of a thermoplastic matrix, which encloses unidirectional virtually endless fibres, which run parallel to the length of the reinforcing tape, and in that the fan part is a part produced from thermoplastic in an injection moulding method, into which the reinforcing element is partially or completely embedded in the thermoplastic.
An adjustable light diffuser comprising a light diffusing element , wherein the light diffusing element comprises a flexible translucent material, the light diffuser comprising a first plate and a second plate and a motive element configured for varying the distance between said first plate and second plate , said first and second plates being rigid and translucent, the light diffusing element being arranged between said first and second plates in such a way that one first main surface of the light diffusing element is coupled with the first plate , and one second main surface of the light diffusing element is coupled with the second plate , at least one of said first or second surface comprising a plurality of cavities and/or excrescences , wherein the first and second plates are adapted to be moved closer to or further away from each other to adjust the pressure exerted on the light diffusing element , so that light diffusion properties of the light diffuser are varied.