mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for the removal of a demixed organic phase , which extends from a lower interface surface (WO) with a heavier phase to an upper interface surface (GO) with a lighter phase in a contaminated body of water, comprising a mobile device immersible in the contaminated body of water, comprising a selectively permeable filter element constituting a separation cavity , a collection tank in a lower position with respect to the separation cavity constituted by the selectively permeable filter element and constituting a collecting cavity suitable for containing hydrocarbons filtered by the filter element , said separation cavity and collecting cavity being fluidically connected to each other in a way to allow emptying of the separation cavity and filling of the collection cavity by gravity, suspension and handling means of the mobile device for the automatic control of its positioning with respect to the demixed organic phase to be removed, at least one means of determination of the relative position of the mobile device with respect to the upper interphase surface (GO) of the demixed organic phase to be removed, a surface device comprising a remote central control and handling of the mobile device , a motor controlled by the unit and connected to the means of suspension and handling , the means of determination of the relative position being connected to the unit and exchanging the detected information with it; the apparatus being characterized by comprising, as a means of determination of the relative position of the mobile device with respect to the demixed organic phase to be removed, at least one level sensor , installed in a predetermined position from the mobile device , configured to measure its distance from the upper interface surface (GO) of at least one demixed organic phase to be removed, at least one first phase sensor and at least one second phase sensor , the first phase sensor being installed at the same height of the selectively permeable filter element in an upper position with respect to the collection tank and configured to detect the presence of at least one demixed organic phase to remove, and the second phase sensor being installed in a lower position with respect to the first phase sensor in a predetermined position relative to the mobile device and configured to detect the presence of the demixed organic phase .
A module for producing an MRI and/or MRS reference signal (S0), characterized in that the module comprises: - a first receiving input for receiving of an MRI and/or MRS synchronization signal (S3), - supply means for supplying of a prescribed signal (RV) representing an MRI and/or MRS virtual object (RVV), - generating means for generating of the MRI and/or MRS reference signal (S0) by use of the MRI and/or MRS synchronization signal (S3) with the MRI and/or MRS virtual object prescribed signal (RV), - a supply output for supplying of the MRI and/or MRS reference signal (S0), characterized in that the module comprises a second receiving input for receiving of a time signal (S8) of external stimulation, the generating means for generating of the MRI and/or MRS reference signal (S0) is configured to use the time signal (S8) of external stimulation for temporally varying the MRI and/or MRS reference signal (S0) in the same way as a determined time characteristic of the time signal (S8) of external stimulation and in synchronization with the MRI and/or MRS synchronization signal (S3). - a first receiving input for receiving of an MRI and/or MRS synchronization signal (S3), - supply means for supplying of a prescribed signal (RV) representing an MRI and/or MRS virtual object (RVV), - generating means for generating of the MRI and/or MRS reference signal (S0) by use of the MRI and/or MRS synchronization signal (S3) with the MRI and/or MRS virtual object prescribed signal (RV), - a supply output for supplying of the MRI and/or MRS reference signal (S0), the module comprises a second receiving input for receiving of a time signal (S8) of external stimulation, the generating means for generating of the MRI and/or MRS reference signal (S0) is configured to use the time signal (S8) of external stimulation for temporally varying the MRI and/or MRS reference signal (S0) in the same way as a determined time characteristic of the time signal (S8) of external stimulation and in synchronization with the MRI and/or MRS synchronization signal (S3).
An aircraft engine comprising: a hydrogen fuel system including an accumulator of hydrogen, and one or more fuel lines in fluid communication with the accumulator and configured to carry the hydrogen; a combustor in fluid communication with the one or more fuel lines to receive the hydrogen from the accumulator , the combustor operable to combust the hydrogen and produce a flow of water vapor; a turbine section downstream of the combustor for extracting energy from the flow of water vapor; and a water recovery system comprising: a water vapor collector positioned downstream of the turbine section for receiving at least part of the water vapor; a condenser in fluid communication with the water vapor collector , the condenser operable to receive and cool in the condenser the at least part of the water vapor and thereby condense at least part of the at least part of the flow of water vapor; and a spray nozzle in fluid communication with the condenser and operable to spray the condensed part of the at least part of the flow of water vapor onto a component of the aircraft engine , wherein the component comprises one or more of the fuel lines of the hydrogen fuel system . a hydrogen fuel system including an accumulator of hydrogen, and one or more fuel lines in fluid communication with the accumulator and configured to carry the hydrogen; a combustor in fluid communication with the one or more fuel lines to receive the hydrogen from the accumulator , the combustor operable to combust the hydrogen and produce a flow of water vapor; a turbine section downstream of the combustor for extracting energy from the flow of water vapor; and a water recovery system comprising: a water vapor collector positioned downstream of the turbine section for receiving at least part of the water vapor; a condenser in fluid communication with the water vapor collector , the condenser operable to receive and cool in the condenser the at least part of the water vapor and thereby condense at least part of the at least part of the flow of water vapor; and a spray nozzle in fluid communication with the condenser and operable to spray the condensed part of the at least part of the flow of water vapor onto a component of the aircraft engine , wherein the component comprises one or more of the fuel lines of the hydrogen fuel system . a water vapor collector positioned downstream of the turbine section for receiving at least part of the water vapor; a condenser in fluid communication with the water vapor collector , the condenser operable to receive and cool in the condenser the at least part of the water vapor and thereby condense at least part of the at least part of the flow of water vapor; and a spray nozzle in fluid communication with the condenser and operable to spray the condensed part of the at least part of the flow of water vapor onto a component of the aircraft engine , wherein the component comprises one or more of the fuel lines of the hydrogen fuel system .
A filtered lysate of Lactobacillus rhamnosus GG ATCC 53103 for use in the topical treatment for the repair or regeneration of the skin barrier, wherein the treatment involves the topical administration of the lysate to the skin of the patient being treated.
An oscillator, comprising: an active device having first (404 1 ), second (404 2 ) and third (404 3 ) terminals; a plurality of micro-stripline resonators coupled together to form a coupled resonator network , the coupled resonator network being coupled to the second terminal (404 2 ) of the active device ; and a tuning network coupled to the coupled resonator network , the tuning network being operable to adjust the coupling between at least two of the resonators that form the coupled resonator network , characterized in that the oscillator further includes a dual resonator network , the tuning network is capacitively coupled to the dual resonator network and that the dual resonator network comprises two separate resonator networks . an active device having first (404 1 ), second (404 2 ) and third (404 3 ) terminals; a plurality of micro-stripline resonators coupled together to form a coupled resonator network , the coupled resonator network being coupled to the second terminal (404 2 ) of the active device ; and a tuning network coupled to the coupled resonator network , the tuning network being operable to adjust the coupling between at least two of the resonators that form the coupled resonator network , characterized in that the oscillator further includes a dual resonator network , the tuning network is capacitively coupled to the dual resonator network and that the dual resonator network comprises two separate resonator networks .
The use of a thermoplastic resin composition containing a) from 5 to 60% by weight, based on the total weight of components (A), (B), (C) and (D), of at least one amorphous thermoplastic (co-)polymer as component (A) containing repeating units derived from at least one aromatic vinyl monomer; b) from 30 to 90% by weight, based on the total weight of components (A), (B), (C) and (D), of at least one semi-crystalline polymer as component (B); c) from 0.5 to 10% by weight, based on the total weight of components (A), (B), (C) and (D), of at least one copolymeric compatibiliser as component (C) capable of improving the compatibility of the component (A) and the component (B); and d) from 0 to 10% by weight, based on the total weight of components (A), (B), (C) and (D), of further additive(s) as component (D); wherein the sum of the percentages by weight of components (A), (B), (C) and (D) is 100% by weight, for the production of a moulded article by a rotomoulding process. a) from 5 to 60% by weight, based on the total weight of components (A), (B), (C) and (D), of at least one amorphous thermoplastic (co-)polymer as component (A) containing repeating units derived from at least one aromatic vinyl monomer; b) from 30 to 90% by weight, based on the total weight of components (A), (B), (C) and (D), of at least one semi-crystalline polymer as component (B); c) from 0.5 to 10% by weight, based on the total weight of components (A), (B), (C) and (D), of at least one copolymeric compatibiliser as component (C) capable of improving the compatibility of the component (A) and the component (B); and d) from 0 to 10% by weight, based on the total weight of components (A), (B), (C) and (D), of further additive(s) as component (D); wherein the sum of the percentages by weight of components (A), (B), (C) and (D) is 100% by weight, for the production of a moulded article by a rotomoulding process.
A magnetic resonance imaging (= MRI) system , the system comprising at least one controller which is configured to: perform a rotated slab excitation sequence for volume selection to exclude portions of a subject under exam which are within a scanning volume and outside of a field-of-view (=FOV) so as to reduce foldover artifacts which originate from the excluded portions of the subject under exam, wherein the rotated slab excitation sequence performs volume excitation using minimum-phase radio-frequency (= RF) pulses in a sagittal plane and encodes the scanning volume in a coronal plane; after performing the rotated slab excitation sequence for volume excitation, perform a mDIXON chemical-shift imaging sequence for fat/water separation within a FOV which lies within the scanning volume, wherein the mDIXON sequence includes the acquisition of echoes for reconstructing an image, whereby the use of minimum-phase RF pulses for volume excitation allows the echoes to be acquired at substantially optimal echo times. perform a rotated slab excitation sequence for volume selection to exclude portions of a subject under exam which are within a scanning volume and outside of a field-of-view (=FOV) so as to reduce foldover artifacts which originate from the excluded portions of the subject under exam, wherein the rotated slab excitation sequence performs volume excitation using minimum-phase radio-frequency (= RF) pulses in a sagittal plane and encodes the scanning volume in a coronal plane; after performing the rotated slab excitation sequence for volume excitation, perform a mDIXON chemical-shift imaging sequence for fat/water separation within a FOV which lies within the scanning volume, wherein the mDIXON sequence includes the acquisition of echoes for reconstructing an image, whereby the use of minimum-phase RF pulses for volume excitation allows the echoes to be acquired at substantially optimal echo times.
Method for adjusting a lighting range of a headlamp of a motor vehicle , in particular of a utility vehicle, with a rear axle which has a rear-axle air-spring system for adjusting the level of the rear axle , comprising: detecting at least one pressure value of the rear-axle air-spring system ; and changing the lighting range of the headlamp on the basis of the at least one detected pressure value. detecting at least one pressure value of the rear-axle air-spring system ; and changing the lighting range of the headlamp on the basis of the at least one detected pressure value.
Conductive assembly for switchboard terminal blocks which comprises a conductor element for electrically connecting together the input and output (IN/OUT) of a switchboard terminal block, and resilient means for retaining electric wires comprising at least one resilient element with a body having a first arm substantially parallel to the vertical direction (Z-Z) and a second arm forming an acute internal angle with the first vertical arm , which arms are resiliently connected together by a curved section , said conductor element having a substantially U-shaped form with a connection base extending in a longitudinal lengthwise direction (X-X) and transverse widthwise direction (Y-Y) and with arms extending parallel to a substantially vertical direction (Z-Z), which base has first slots passing through in the vertical direction (Z-Z), wherein the arms of the conductor element are situated opposite each other in the longitudinal direction (X-X), in that the conductor element comprises a pair of shoulders each extending from the base parallel to the vertical direction (Z-Z) and arranged facing, at a suitable distance in the longitudinal direction (X-X), a respective vertical arm of the conductor element; characterized in that said first arm of the at least one resilient element has a substantially L-shaped foot comprising a vertical section and a lug bent in a substantially longitudinal direction (X-X) outwards so as to be able to be inserted inside a respective slot of the first slots of the base for engagement with the said conductor element.
A method for making a flexible circuit on a textile base, said method comprising the steps of: providing a polymeric single-thread precision fabric having coherent and even mesh square openings and having 4-600 threads/cm, a thread diameter from 10 to 500 micrometres, a weaved structure, a weight from 15 to 300 g/m 2 and a thickness from 15 to 1000 micrometres, said fabric having first and second surfaces, applying a metal, alloy or semiconductor coating on one or both of said first and second surfaces, removing, so as to form a desired circuit pattern, portions of said metal, alloy or semiconductor coating from said fabric by a quick and localized evaporation provided by a laser beam not causing fabric combustion, melting or degrading phenomena and adapted to be absorbed by said metal, alloy or semiconductor coating, without absorption nor modifying the polymeric bulk or surfaces of said fabric, said laser operating either with a continuous or a pulsed operating regimen, with a frequency from 100 MHz to 500 MHz, and a laser pulse duration from 200 ns to 10 femtoseconds, thereby facilitating the evaporation of said metal, alloy or semiconductor coating while limiting heat diffusion, said laser beam having a laser beam wavelength from 1080 nm to 354 nm, said laser beam having a laser beam power from 5 to 100 W, and said laser beam having a laser beam spot with a spot size from 10 to 200 micrometres, and providing a cooling system for preventing the fabric from being degraded during the metal, alloy or semiconductor evaporation by said laser beam. providing a polymeric single-thread precision fabric having coherent and even mesh square openings and having 4-600 threads/cm, a thread diameter from 10 to 500 micrometres, a weaved structure, a weight from 15 to 300 g/m 2 and a thickness from 15 to 1000 micrometres, said fabric having first and second surfaces, applying a metal, alloy or semiconductor coating on one or both of said first and second surfaces, removing, so as to form a desired circuit pattern, portions of said metal, alloy or semiconductor coating from said fabric by a quick and localized evaporation provided by a laser beam not causing fabric combustion, melting or degrading phenomena and adapted to be absorbed by said metal, alloy or semiconductor coating, without absorption nor modifying the polymeric bulk or surfaces of said fabric, said laser operating either with a continuous or a pulsed operating regimen, with a frequency from 100 MHz to 500 MHz, and a laser pulse duration from 200 ns to 10 femtoseconds, thereby facilitating the evaporation of said metal, alloy or semiconductor coating while limiting heat diffusion, said laser beam having a laser beam wavelength from 1080 nm to 354 nm, said laser beam having a laser beam power from 5 to 100 W, and said laser beam having a laser beam spot with a spot size from 10 to 200 micrometres, and providing a cooling system for preventing the fabric from being degraded during the metal, alloy or semiconductor evaporation by said laser beam.
A work vehicle configured to travel in a travel direction across a ground surface, the work vehicle comprising: a frame ; a row unit (119; 121,123,125) that is attached to the frame, the row unit including a gauge wheel and a ground engaging implement , the gauge wheel configured to ride on the ground surface and maintain the ground engaging implement at a predetermined vertical position with respect to the ground surface; and a ground support unit that supports the frame for movement across the ground surface, the ground support unit including an outer face , the outer face characterised by including a non-treaded side area that defines a lateral side of the outer face, the outer face including a tread area that is spaced laterally from the lateral edge, the tread area including a plurality of projections , the non-treaded side area aligned along the travel direction with respect to the gauge wheel. a frame ; a row unit (119; 121,123,125) that is attached to the frame, the row unit including a gauge wheel and a ground engaging implement , the gauge wheel configured to ride on the ground surface and maintain the ground engaging implement at a predetermined vertical position with respect to the ground surface; and a ground support unit that supports the frame for movement across the ground surface, the ground support unit including an outer face , the outer face characterised by including a non-treaded side area that defines a lateral side of the outer face, the outer face including a tread area that is spaced laterally from the lateral edge, the tread area including a plurality of projections , the non-treaded side area aligned along the travel direction with respect to the gauge wheel.
An endoluminal prosthesis system including: a main graft comprising a tubular main body including a sidewall, an open proximal end , an open distal end , a lumen extending longitudinally between the proximal end and the distal end, a recess in the sidewall, and a fenestration within the recess of the sidewall; a tubular extension disposed within the lumen of the main body, fluidly coupled to the fenestration, and extending from the sidewall; and an extension graft including a tubular extension body, a tubular first extension leg, and a tubular second extension leg, the extension body including an open first end, a second end, and a lumen extending longitudinally between the first end and the second end, each of the first extension leg and the second extension leg extending from the extension body and each including a first end, a second end, and a lumen in fluid communication with the lumen of the extension body; wherein, the extension graft is positionable within the main graft such that the extension body extends through the fenestration in the sidewall of the main body and at least partially within the tubular extension, and each of the first extension leg and the second extension leg extends outward away from the main graft. a main graft comprising a tubular main body including a sidewall, an open proximal end , an open distal end , a lumen extending longitudinally between the proximal end and the distal end, a recess in the sidewall, and a fenestration within the recess of the sidewall; a tubular extension disposed within the lumen of the main body, fluidly coupled to the fenestration, and extending from the sidewall; and an extension graft including a tubular extension body, a tubular first extension leg, and a tubular second extension leg, the extension body including an open first end, a second end, and a lumen extending longitudinally between the first end and the second end, each of the first extension leg and the second extension leg extending from the extension body and each including a first end, a second end, and a lumen in fluid communication with the lumen of the extension body; wherein, the extension graft is positionable within the main graft such that the extension body extends through the fenestration in the sidewall of the main body and at least partially within the tubular extension, and each of the first extension leg and the second extension leg extends outward away from the main graft.
An interlayer film for laminated glass being used for laminated glass constituting a head-up display, having a wedge angle of 0.2 mrad or more, having one end and the other end being at the opposite side of the one end , making the thickness of the other end larger than the thickness of the one end , and having a display corresponding region (R1) corresponding to a display area of the head-up display, when a position apart from an end part at the one end side of the display corresponding region (R1) by 4 cm toward the other end is set to a start point, a position apart from an end part at the other end side of the display corresponding region (R1) by 4 cm toward the one end is set to an end point, spots are selected at 2-mm intervals from the start point to the end point, and the interlayer film is measured for the amount of change in the thickness within respective segments, centered on the respective spots, of 80 mm in a direction connecting the one end and the other end , the absolute value of a difference between the largest value among values of the amount of change in the thickness and the smallest value among values of the amount of change in the thickness being 32 μm or less.