mhurhangee/ep-ind-claims huggingface dataset:
A parallel magnetic resonance imaging system, comprising: at least one radio frequency coil (10, 12) with a plurality of coil elements; a user interface configured to receive a minimum signal-to-noise ratio (SN R); a smart select unit configured to generate an overall reduction factor which meets the received minimum SNR and to generate different sets of reduction factors along one or more reduction directions, i.e. along one or more encoding directions, wherein each set of reduction factors satisfies the overall reduction factor, the smart select unit being further configured to construct, from a pre-scan or prior scan of a subject with the at least one RF coil, a signal map and a plurality of noise maps for said different sets of reduction factors along said one or more reduction directions; a SNR determination unit configured to calculate the SNR for each of said different sets of reduction factors by dividing the signal map by the corresponding noise map, thereby providing an SNR value for each image voxel, a parallel imaging parameter unit configured to select the set of reduction factors corresponding to a noise map which optimizes the SNR and a scanning speed, a sequence control configured to perform a magnetic resonance imaging scan of the subject using the selected set of reduction factors. at least one radio frequency coil (10, 12) with a plurality of coil elements; a user interface configured to receive a minimum signal-to-noise ratio (SN R); a smart select unit configured to generate an overall reduction factor which meets the received minimum SNR and to generate different sets of reduction factors along one or more reduction directions, i.e. along one or more encoding directions, wherein each set of reduction factors satisfies the overall reduction factor, the smart select unit being further configured to construct, from a pre-scan or prior scan of a subject with the at least one RF coil, a signal map and a plurality of noise maps for said different sets of reduction factors along said one or more reduction directions; a SNR determination unit configured to calculate the SNR for each of said different sets of reduction factors by dividing the signal map by the corresponding noise map, thereby providing an SNR value for each image voxel, a parallel imaging parameter unit configured to select the set of reduction factors corresponding to a noise map which optimizes the SNR and a scanning speed, a sequence control configured to perform a magnetic resonance imaging scan of the subject using the selected set of reduction factors.
A method of compressing sensor data comprising: identifying a plurality of data samples determined from a signal from a first sensor (210-a,...., 210-n); determining a segmentation of the plurality of data samples from the first sensor, wherein the determined segmentation comprises a plurality of segments (430-a, 430-b) of varying sizes, each segment of the determined segmentation including: one or more segment parameters that provide a model of the data samples for a respective segment; and a segment boundary point (420-a, 420-b) that indicates a point in the plurality of data samples where the respective segment starts and where the data samples of a previous segment with a previous model and one or more previous segment parameters exceeded a given threshold with respect to the one or more previous segment parameters; and storing the segment boundary point and one or more segment parameters for each of the one or more segments of the determined segmentation. identifying a plurality of data samples determined from a signal from a first sensor (210-a,...., 210-n); determining a segmentation of the plurality of data samples from the first sensor, wherein the determined segmentation comprises a plurality of segments (430-a, 430-b) of varying sizes, each segment of the determined segmentation including: one or more segment parameters that provide a model of the data samples for a respective segment; and a segment boundary point (420-a, 420-b) that indicates a point in the plurality of data samples where the respective segment starts and where the data samples of a previous segment with a previous model and one or more previous segment parameters exceeded a given threshold with respect to the one or more previous segment parameters; and one or more segment parameters that provide a model of the data samples for a respective segment; and a segment boundary point (420-a, 420-b) that indicates a point in the plurality of data samples where the respective segment starts and where the data samples of a previous segment with a previous model and one or more previous segment parameters exceeded a given threshold with respect to the one or more previous segment parameters; and storing the segment boundary point and one or more segment parameters for each of the one or more segments of the determined segmentation.
A system for dispensing liquid from a tanker having multiple chambers (12, 14, 16), each with at least one bottom valve (18, 20, 22), wherein the bottom valves (18, 20, 22) are each connected via a connecting line (24, 26, 28) and, in each case, a collector valve (30, 30', 32, 34) to a collector, wherein the collector is connected via at least one dispensing line to at least one dispensing valve, and wherein the collector furthermore has a degassing apparatus, characterized in that at least two flow cross-sections of different sizes can be released by the collector valves (30, 30', 32, 34), and a control apparatus is provided, which in order to dispense liquid from a chamber (12, 14, 16), initially opens the collector valve (30, 30', 32, 34) which is connected to the bottom valve (18, 20, 22) of said chamber (12, 14, 16) with a smaller flow cross-section, and which subsequently opens the collector valve (30, 30', 32, 34) with a larger flow cross-section, wherein the control apparatus opens the collector valve (30, 30', 32, 34) with the larger flow cross-section when the collector has been completely degassed via the degassing apparatus.
A humanised anti-myostatin antibody comprising a light chain variable region polypeptide of SEQ ID NO:10 and a heavy chain variable region polypeptide of SEQ ID NO:26.
An X-ray generator comprising: a pyroelectric electron emission element that receives energy to emit electrons; a metal piece that receives the electrons emitted from the electron emission element to emit an X-ray; and an energy supply portion (3, 5) that supplies the energy to the electron emission element, wherein the energy supply portion (3, 5) irradiates an ultraviolet light on an end surface of the electron emission element and the electrons being emitted from the opposite end surface of the electron emission element, the electrons emitted from the electron emission element reach the metal piece and make the metal piece emit the X-ray; the ultraviolet light has wavelength of 300 nm or shorter; and the electron emission element is irradiated with the ultraviolet light in a pulse shape. a pyroelectric electron emission element that receives energy to emit electrons; a metal piece that receives the electrons emitted from the electron emission element to emit an X-ray; and an energy supply portion (3, 5) that supplies the energy to the electron emission element, wherein the energy supply portion (3, 5) irradiates an ultraviolet light on an end surface of the electron emission element and the electrons being emitted from the opposite end surface of the electron emission element, the electrons emitted from the electron emission element reach the metal piece and make the metal piece emit the X-ray; the ultraviolet light has wavelength of 300 nm or shorter; and the electron emission element is irradiated with the ultraviolet light in a pulse shape.
A label producing apparatus comprising: a roll housing part for housing a roll winding a print-receiving tape into a roll shape and for rotationally support said roll; a feeding roller for feeding out and transporting said print-receiving tape from said roll housed in said roll housing part; printing means for printing desired print on said print-receiving tape fed out from said roll by the feeding of said feeding roller; and guide means (20; 22A) for guiding said print-receiving tape fed out from said roll housed in said roll housing part; wherein: said guide means comprises at least one of a first guide part capable of guiding said roll according to roll diameters of different sizes, and a second guide part capable of guiding said roll according to roll widths of different sizes; characterized in that: said roll housing part comprises three rollers (51,52,53) configured to be in contact with an outer surface of said roll from a lower side of the roll. a roll housing part for housing a roll winding a print-receiving tape into a roll shape and for rotationally support said roll; a feeding roller for feeding out and transporting said print-receiving tape from said roll housed in said roll housing part; printing means for printing desired print on said print-receiving tape fed out from said roll by the feeding of said feeding roller; and guide means (20; 22A) for guiding said print-receiving tape fed out from said roll housed in said roll housing part; wherein: said guide means comprises at least one of a first guide part capable of guiding said roll according to roll diameters of different sizes, and a second guide part capable of guiding said roll according to roll widths of different sizes; characterized in that: said roll housing part comprises three rollers (51,52,53) configured to be in contact with an outer surface of said roll from a lower side of the roll.
A method for controlling the operation of a work vehicle including a power shift transmission, the method comprising: - receiving, with a controller, a speed command signal from an input device, the speed command signal instructing the controller to reduce a vehicle speed of the work vehicle to zero; - controlling at least one clutch of the power shift transmission in order to initially reduce the vehicle speed; and characterized in that the method comprising the further step of - proportionally applying a parking brake of the work vehicle to reduce the vehicle speed to zero. - receiving, with a controller, a speed command signal from an input device, the speed command signal instructing the controller to reduce a vehicle speed of the work vehicle to zero; - controlling at least one clutch of the power shift transmission in order to initially reduce the vehicle speed; and - proportionally applying a parking brake of the work vehicle to reduce the vehicle speed to zero.
Processing machine having a drying device, wherein the drying device comprises a radiation source accommodated in a housing, wherein shutters are provided adjacent to the radiation source in the housing, wherein the housing has at least one air inlet opening for ambient air so that, once the ambient air has entered the housing, it flows around the radiation source, wherein the housing has an air outlet opening for exhaust air (11, 17), wherein associated with the drying device is a blower air system, by means of which the ambient air flowing into the air inlet opening is and/or can be actively influenced at a distance from the radiation source, and wherein the radiation source is configured as an elongated UV emitter having two electrodes lying spaced apart from one another, each in one plane (E1, E2), wherein the elongated UV emitter is arranged as a normal to the planes (E1, E2), characterized in that the blower air system generates air flows exclusively in a region that lies between the planes (E1, E2) or is bounded by the planes (E1, E2). wherein the drying device comprises a radiation source accommodated in a housing, wherein shutters are provided adjacent to the radiation source in the housing, wherein the housing has at least one air inlet opening for ambient air so that, once the ambient air has entered the housing, it flows around the radiation source, wherein the housing has an air outlet opening for exhaust air (11, 17), wherein associated with the drying device is a blower air system, by means of which the ambient air flowing into the air inlet opening is and/or can be actively influenced at a distance from the radiation source, and wherein the radiation source is configured as an elongated UV emitter having two electrodes lying spaced apart from one another, each in one plane (E1, E2), wherein the elongated UV emitter is arranged as a normal to the planes (E1, E2), characterized in that the blower air system generates air flows exclusively in a region that lies between the planes (E1, E2) or is bounded by the planes (E1, E2).
A method for reducing herbivory of a maize crop by corn rootworm, European corn borer, and/or Japanese beetle, comprising: a. growing the maize crop in an area; and b. planting a trap crop comprising one or more maize plants with enhanced susceptibility to herbivory by corn rootworm, European corn borer, and/or Japanese beetle due to a reduction in endogenous expression of Crw1 and/or Crw2, within, adjacent to, or within 2 kilometers of the maize crop; wherein Crw1 is a NAC transcription factor gene corresponding to a wild-type Crw1 locus encoding a Crw1 protein having at least 90% sequence identity to the amino acid sequence set forth in SEQ ID NO: 3; and further wherein Crw2 is a glycosyltransferase gene corresponding to a wild-type Crw2 locus encoding a Crw2 protein having at least 90% sequence identity to the amino acid sequence set forth in SEQ ID NO: 29. a. growing the maize crop in an area; and b. planting a trap crop comprising one or more maize plants with enhanced susceptibility to herbivory by corn rootworm, European corn borer, and/or Japanese beetle due to a reduction in endogenous expression of Crw1 and/or Crw2, within, adjacent to, or within 2 kilometers of the maize crop;
A grease composition comprising: (a) 60-95 wt% of a lubricating base oil; (b) 1-20 wt% of a polymeric thickener, the polymeric thickener comprising a mixture of a (co- or homo)polymer of propylene with a weight average molecular weight of more than 200.000 and a (co- or homo)polymer of propylene with a weight average molecular weight of less than 200.000; and (c) 1-20 wt% of a polar wax, being a polar polypropylene wax, a polar polyethylene wax, a polar montan wax or a polar derivative of a montan wax, all weight percentages based on the total weight of the grease composition. (a) 60-95 wt% of a lubricating base oil; (b) 1-20 wt% of a polymeric thickener, the polymeric thickener comprising a mixture of a (co- or homo)polymer of propylene with a weight average molecular weight of more than 200.000 and a (co- or homo)polymer of propylene with a weight average molecular weight of less than 200.000; and (c) 1-20 wt% of a polar wax, being a polar polypropylene wax, a polar polyethylene wax, a polar montan wax or a polar derivative of a montan wax, all weight percentages based on the total weight of the grease composition.
A sensor device comprising: a mass; a mass drive component configured to drive the mass within a plane along an oscillation axis; a plurality of non-linear springs supporting the mass, the plurality of non-linear springs having non-linear displacement per unit of applied force; a first tuner connected to at least one of the plurality of non-linear springs and configured to modify the stress condition of the at least one of the plurality of non-linear springs in response to a trim voltage by generating a force; and a trim circuit electrically coupled with the first tuner for providing the trim voltage, characterized in that the generated force acts along the oscillation axis. a mass; a mass drive component configured to drive the mass within a plane along an oscillation axis; a plurality of non-linear springs supporting the mass, the plurality of non-linear springs having non-linear displacement per unit of applied force; a first tuner connected to at least one of the plurality of non-linear springs and configured to modify the stress condition of the at least one of the plurality of non-linear springs in response to a trim voltage by generating a force; and a trim circuit electrically coupled with the first tuner for providing the trim voltage,
An article for a gas turbine engine, comprising: an airfoil; a platform having a gaspath side for exposure in a core gaspath of a gas turbine engine, a non-gaspath side, leading and tailing ends (PLE, PTE), and circumferential mateface sides (62a, 62b), the gaspath side having an undulating surface; characterised by a cooling passage formed in the platform between the gaspath side and the non-gaspath side, the cooling passage having an undulating profile that corresponds to the undulating surface. an airfoil; a platform having a gaspath side for exposure in a core gaspath of a gas turbine engine, a non-gaspath side, leading and tailing ends (PLE, PTE), and circumferential mateface sides (62a, 62b), the gaspath side having an undulating surface; characterised by a cooling passage formed in the platform between the gaspath side and the non-gaspath side, the cooling passage having an undulating profile that corresponds to the undulating surface.
A product for a washing appliance; the product comprises a substantially water-soluble casing; a collecting chamber, which is delimited by said casing; and an inner composition, which is substantially liquid, is arranged inside the collecting chamber and comprises at least a non-ionic surfactant and an organic solvent selected from the group consisting of: alcohols, diols, triols, polyols and a combination thereof; said inner composition comprises 0% to 20% by weight, with respect to the total weight of said inner composition, of water; 1% to 50% by weight, with respect to the total weight of said inner composition, of said non-ionic surfactant; and 10% to 95% by weight, with respect to the total weight of said inner composition, of said organic solvent; said inner composition has a first phase, in which said non-ionic surfactant is mainly arranged, and at least a second phase, in which the organic solvent and the possible water are mainly arranged; wherein said inner composition comprises 2% to 40% by weight, with respect to the total weight of said inner composition, of a weak acid. the product comprises a substantially water-soluble casing; a collecting chamber, which is delimited by said casing; and an inner composition, which is substantially liquid, is arranged inside the collecting chamber and comprises at least a non-ionic surfactant and an organic solvent selected from the group consisting of: alcohols, diols, triols, polyols and a combination thereof; said inner composition comprises 0% to 20% by weight, with respect to the total weight of said inner composition, of water; 1% to 50% by weight, with respect to the total weight of said inner composition, of said non-ionic surfactant; and 10% to 95% by weight, with respect to the total weight of said inner composition, of said organic solvent; said inner composition has a first phase, in which said non-ionic surfactant is mainly arranged, and at least a second phase, in which the organic solvent and the possible water are mainly arranged; wherein said inner composition comprises 2% to 40% by weight, with respect to the total weight of said inner composition, of a weak acid.
A process for the production of a high purity first diol, selected from the group consisting of C2 to C7 diols from a product stream comprising two or more C2 to C7 diols, said process comprising the steps of: (i) subjecting the product stream to distillation in a first distillation column to provide a bottoms stream comprising high boiling by-products and a top stream comprising a mixture comprising the two or more C2 to C7 diols; (ii) providing said mixture comprising the two or more C2 to C7 diols as a feed to a second distillation column; (iii) providing a feed comprising an extractant to the second distillation column above the mixture comprising the two or more C2 to C7 diols; (iv) operating the second distillation column at a temperature in the range of from 50 to 250°C and a pressure in the range of from 0.1 to 400 kPa; (v) removing a stream comprising the first diol and the extractant as a bottoms stream from the second distillation column; and (vi) subjecting the stream comprising the first diol and the extractant to distillation in a third distillation column to provide a top stream comprising the first diol in high purity, wherein the extractant is selected from the group of C3 to C6 sugar alcohols and mixtures thereof, wherein the product stream is, or is derived from, a product stream of a saccharide hydrogenolysis process. (i) subjecting the product stream to distillation in a first distillation column to provide a bottoms stream comprising high boiling by-products and a top stream comprising a mixture comprising the two or more C2 to C7 diols; (ii) providing said mixture comprising the two or more C2 to C7 diols as a feed to a second distillation column; (iii) providing a feed comprising an extractant to the second distillation column above the mixture comprising the two or more C2 to C7 diols; (iv) operating the second distillation column at a temperature in the range of from 50 to 250°C and a pressure in the range of from 0.1 to 400 kPa; (v) removing a stream comprising the first diol and the extractant as a bottoms stream from the second distillation column; and (vi) subjecting the stream comprising the first diol and the extractant to distillation in a third distillation column to provide a top stream comprising the first diol in high purity, wherein the extractant is selected from the group of C3 to C6 sugar alcohols and mixtures thereof, wherein the product stream is, or is derived from, a product stream of a saccharide hydrogenolysis process.
Packaged cutting device, comprising the cutting device defined to comprise a pair of cutting blades (12, 13) pivotably secured to each other at a pivot joint, the cutting blades (12, 13) are coupled to handles (10, 11) for manual operation of the cutting device, and comprising a packaging that comprises a base member defining a plane and a cover member shaped as cap, the cover member being secured to the base member in a packaged state, wherein, in said packaged state, the cover member at least partially covers at least one of the cutting blades (12, 13) but does not substantially cover the handles (10, 11), the handles (10, 11) being accessible for manual engagement in the packaged state and wherein the means of the cover member engaging the base member in a form fit connection or form fitting enclosure do secure the cutting device in the packaged state, and wherein in the packaged state, the cover member is engaging the base member in at least one fixing point that is located between the handles (10, 11), whereby the cover member extends over the central portion of the cutting device comprising the pivot joint, characterized in that, the base member is configured to be folded along at least one folding line so as to allow a portion of the base member to be pivoted away from the handles (10, 11) for providing manual access to the handles (10, 11) of the cutting device in the packaged state, the portion of the base member located, in the packaged state, adjacent to the handles (10,11) of the cutting device.