mhurhangee/ep-ind-claims huggingface dataset:
A process for removing sugar from a plant-derived juice or liquid and preparing a beverage or food product, the process comprising: (a) (i) fermenting, under aerobic conditions, a first fraction of the plant-derived juice or liquid with yeast while adding oxygen-containing gas to the juice or liquid by bubbling so as to dissolve an excess of oxygen into the juice or liquid and provide an aerobic environment to the yeast, and (ii) subsequently adding a second fraction of juice or liquid to the fermented first fraction while adding oxygen-containing gas to the juice or liquid by bubbling so as to dissolve an excess of oxygen into the juice or liquid and provide an aerobic environment to the yeast, in the first fermented fraction, to produce a fermentation product containing ethanol; and (b) removing at least some of the ethanol from the fermentation product by evaporation, while maintaining the fermentation product at a temperature of less than 55°C to produce the beverage or food product, wherein said step (b) is performed with a falling film evaporator. (a) (i) fermenting, under aerobic conditions, a first fraction of the plant-derived juice or liquid with yeast while adding oxygen-containing gas to the juice or liquid by bubbling so as to dissolve an excess of oxygen into the juice or liquid and provide an aerobic environment to the yeast, and (ii) subsequently adding a second fraction of juice or liquid to the fermented first fraction while adding oxygen-containing gas to the juice or liquid by bubbling so as to dissolve an excess of oxygen into the juice or liquid and provide an aerobic environment to the yeast, in the first fermented fraction, to produce a fermentation product containing ethanol; and (i) fermenting, under aerobic conditions, a first fraction of the plant-derived juice or liquid with yeast while adding oxygen-containing gas to the juice or liquid by bubbling so as to dissolve an excess of oxygen into the juice or liquid and provide an aerobic environment to the yeast, and (ii) subsequently adding a second fraction of juice or liquid to the fermented first fraction while adding oxygen-containing gas to the juice or liquid by bubbling so as to dissolve an excess of oxygen into the juice or liquid and provide an aerobic environment to the yeast, in the first fermented fraction, to produce a fermentation product containing ethanol; and (b) removing at least some of the ethanol from the fermentation product by evaporation, while maintaining the fermentation product at a temperature of less than 55°C to produce the beverage or food product, wherein said step (b) is performed with a falling film evaporator.
A supporting bar for supporting one or more electrical and/or electronic devices or components, comprising a profile extending longitudinally along a main axis that, seen in cross-section, comprises a central portion transversely connecting a first lateral portion and a second lateral portion positioned opposite one another on either side of the central portion, said central portion comprising at least a first groove extending over at least a first portion of the longitudinal length of the bar, along said first main axis, said first groove comprising a first opening lying transversely to the first and second lateral portions (2, 3), and a first rear wall, from which a first side wall and a second side wall extend transversely, facing one another, said first and second side walls (5, 6) being separated and arranged so as to enable the bar to be fixed to further devices or components by coupling with first fixing means (17, 60, 61) for inserting in said first groove, characterised in that: - said first lateral portion comprises a first portion connected to the central portion, plus a first edge and a second edge that extend transversely from opposite ends of said first portion; - said second lateral portion comprises a second portion connected to the central portion, with a third edge and a fourth edge extending transversely from opposite ends of said second portion; said first, second, third and fourth edges (7, 8, 9, 10) extending over at least a portion of the longitudinal length of the bar, along the main axis and having coupling surfaces for electrical and/or electronic devices. - said first lateral portion comprises a first portion connected to the central portion, plus a first edge and a second edge that extend transversely from opposite ends of said first portion; - said second lateral portion comprises a second portion connected to the central portion, with a third edge and a fourth edge extending transversely from opposite ends of said second portion;
A particulate composition comprising crystalline α,α-trehaiose dihydrate, which consists of particles, wherein the particles contain α,α-trehaiose together with maltose and/or maltotriose, and has the following characteristics to: comprising α,α-trehaiose in an amount of 70% by weight or higher but 90% by weight or lower, on a dry solid basis; comprising maltose and/or maltotriose in a total amount of 3% by weight or higher, on a dry solid basis; having a degree of crystallinity for crystalline α,α-trehaiose dihydrate of 25% or higher but less than 90%, when calculated based on its powder X-ray diffraction profile; and having a specific surface area of 0.25 m 2 /g or higher when determined by the gas adsorption isotherms using nitrogen. comprising α,α-trehaiose in an amount of 70% by weight or higher but 90% by weight or lower, on a dry solid basis; comprising maltose and/or maltotriose in a total amount of 3% by weight or higher, on a dry solid basis; having a degree of crystallinity for crystalline α,α-trehaiose dihydrate of 25% or higher but less than 90%, when calculated based on its powder X-ray diffraction profile; and having a specific surface area of 0.25 m 2 /g or higher when determined by the gas adsorption isotherms using nitrogen.
Use of an aqueous dispersion comprising nanoscale ZnO particles and nanoscale particles of a non-ZnO metal oxide, semimetal oxide or oxo salt or of a kit of at least two aqueous dispersions, wherein a first aqueous dispersion comprises nanoscale ZnO particles and one or more further aqueous dispersions comprise nanoscale particles of a non-ZnO metal oxide, semimetal oxide or oxo salt in an aqueous binder system for improving the solvent resistance of the dried or cured binder system, wherein the fraction of the nanoscale particles of a non-ZnO metal oxide, semimetal oxide or oxo salt, relative to the total weight of nanoscale ZnO particles and nanoscale particles of a non-ZnO metal oxide, semimetal oxide or oxo salt, is from 0.1 to 50% by weight.
A device comprising a substrate and a carbon nanostructure-oxide-metal vertical diode array, wherein the carbon nanostructure-oxide-metal vertical diode array comprises a plurality of vertically aligned carbon comprising carbon nanotubes having a packing density of 10 8 to 10 12 carbon nanotubes/cm 2, wherein the vertically aligned carbon nanostructures are uniformly and conformally coated with a dielectric layer forming a conformal dielectric layer coating, wherein the conformal dielectric layer coating is between 0.5 nm to 15 nm in thickness, wherein the tips of the carbon nanostructures are coated with a metallic coating, and wherein a tunnel diode exists between the plurality of vertically aligned carbon nanostructures, the conformal dielectric layer, and the metallic coating.
Puzzle storage system for storage of at least one puzzle including puzzle pieces in an at least partially assembled state, comprising: - at least one flexible puzzle pad; and - an at least essentially cylindrical rolling body for rolling the at least one puzzle pad thereon, characterized in that: -- the rolling body comprises a plurality of cylindrical rolling body segments (106a-106d) having at least essentially the same maximum external diameter, and having axial ends (110, 112); -- the rolling body segments (106a-106d) include connection elements (114, 116), which are configured to couple the rolling body segments (106a-106d) axially releasable to one another; -- each rolling body segment (106a-106d) has connection elements (114, 116) at both of its axial ends (110, 112); and -- the rolling body segments (106a-106d) are at least essentially identical. - at least one flexible puzzle pad; and - an at least essentially cylindrical rolling body for rolling the at least one puzzle pad thereon, -- the rolling body comprises a plurality of cylindrical rolling body segments (106a-106d) having at least essentially the same maximum external diameter, and having axial ends (110, 112); -- the rolling body segments (106a-106d) include connection elements (114, 116), which are configured to couple the rolling body segments (106a-106d) axially releasable to one another; -- each rolling body segment (106a-106d) has connection elements (114, 116) at both of its axial ends (110, 112); and -- the rolling body segments (106a-106d) are at least essentially identical.
A method (500, 600) of forming a component from an original model (124, 224, 324), the method (500, 600) comprising: identifying an acute angle (130, 130a, 130b, 164, 170, 264, 270, 364, 370) in a geometry of the original model (124, 224, 324); compensating (504, 604) the geometry of the original model (124, 224, 324) to create a compensated model (154, 254, 354), wherein the compensating (504, 604) includes removing a portion (156, 158, 256, 258, 356, 358) of the original model (124, 224, 324) at the identified acute angle (130, 130a, 130b, 164, 170, 264, 270, 364, 370); and forming (506, 606) the component based upon the compensated model (154, 254, 354) such that a final model of the component is more alike the original model (124, 224, 324) than the compensated model (154, 254, 354) due to distortions during forming of the component. identifying an acute angle (130, 130a, 130b, 164, 170, 264, 270, 364, 370) in a geometry of the original model (124, 224, 324); compensating (504, 604) the geometry of the original model (124, 224, 324) to create a compensated model (154, 254, 354), wherein the compensating (504, 604) includes removing a portion (156, 158, 256, 258, 356, 358) of the original model (124, 224, 324) at the identified acute angle (130, 130a, 130b, 164, 170, 264, 270, 364, 370); and forming (506, 606) the component based upon the compensated model (154, 254, 354) such that a final model of the component is more alike the original model (124, 224, 324) than the compensated model (154, 254, 354) due to distortions during forming of the component.
Stabilizer system for polymers containing halogen, comprising an alkaline earth metal double carbonate of the formula (M 1 O) m *(M 2 O) n-m *(CO 2) o *(H 2 O) p where M 1 and M 2 = various alkaline earth metals; m = from 0.9 to 1,1; n = from 1.9 to 2.1 and p = from 0 to 2.1, or n = from 3.9 to 4.1, and p = from 0 to 4.1; o = from 0 to 1.1 and at least one of the compounds selected from the group consisting of and, where is a tris(alkanol) isocyanurate and is an alkaline earth metal aluminohydroxocarbonate of the formula Ca y Al 2 4+2y CO 3 *zH 2 O where y = from 2 to 8, and z = from 0 to 12. M 1 and M 2 = various alkaline earth metals; m = from 0.9 to 1,1; n = from 1.9 to 2.1 and p = from 0 to 2.1, or n = from 3.9 to 4.1, and p = from 0 to 4.1; o = from 0 to 1.1 is a tris(alkanol) isocyanurate and is an alkaline earth metal aluminohydroxocarbonate of the formula Ca y Al 2 4+2y CO 3 *zH 2 O where y = from 2 to 8, and z = from 0 to 12.
Correction process for a spatial response for an imaging Fourier transform spectrometer having at least one operating mode, called the interferometer mode, involving the acquisition of interferograms, the interferometer mode having a first spatial resolution which corresponds to the dimension of a macro-pixel, a macro-pixel being constituted by a plurality of pixels of a matrix of a detector which is placed in an image plane, and an operating mode which is called an image mode involving the acquisition of images, the image mode having a second spatial resolution corresponding to the dimension of a super-pixel, a super-pixel being constituted by at least one pixel of the matrix of the detector, the process comprising a previous step of calculating the equalisation parameters (â i, b̂ i) for all the super-pixels i, comprising a gain and an offset, from data acquired on calibration scenes, the process being characterised in that it comprises at least the following steps: • a step of determining equalisation coefficients at a so-called pseudo super-pixel level which determines the gains and offsets at the level of the macro-pixel (α̂ k, ß̂ k) from an image acquired in the image mode, and gains and offsets determined in the preceding step, • a step of equalisation at the pseudo super-pixel level, applying the equalisation coefficients (α̂ k, ß̂ k) to a macro-pixel (k) of an acquisition (I k) in the interferogram mode of the imaging spectrometer in order to re-constitute an equalised interferogram (I eq_k). • a step of determining equalisation coefficients at a so-called pseudo super-pixel level which determines the gains and offsets at the level of the macro-pixel (α̂ k, ß̂ k) from an image acquired in the image mode, and gains and offsets determined in the preceding step, • a step of equalisation at the pseudo super-pixel level, applying the equalisation coefficients (α̂ k, ß̂ k) to a macro-pixel (k) of an acquisition (I k) in the interferogram mode of the imaging spectrometer in order to re-constitute an equalised interferogram (I eq_k).
An electrical connector comprising: a connector body supporting at least one socket assembly, said socket assembly adapted to receive an elongate pin contact therein; said socket assembly comprising: an elongate socket core having a plurality of arcuate leaf contacts on a distal end thereof; a socket hood surrounding said leaf contacts, said socket hood having a structure for limiting the extent of outward radial deflection of said leaf contacts when said socket assembly is subjected to shock forces, characterized in that the structure is dimensioned to cause slight inward deflection of the leaf contacts without an inserted pin contact. a connector body supporting at least one socket assembly, said socket assembly adapted to receive an elongate pin contact therein; said socket assembly comprising: an elongate socket core having a plurality of arcuate leaf contacts on a distal end thereof; a socket hood surrounding said leaf contacts, said socket hood having a structure for limiting the extent of outward radial deflection of said leaf contacts when said socket assembly is subjected to shock forces, an elongate socket core having a plurality of arcuate leaf contacts on a distal end thereof; a socket hood surrounding said leaf contacts, said socket hood having a structure for limiting the extent of outward radial deflection of said leaf contacts when said socket assembly is subjected to shock forces,
A method for integrating multi-layer sheet fabric pieces for use in a chemical protective suit comprising the steps of (a) stacking one of a pair of multi-layer sheet fabric pieces for use in a chemical protective suit, each of which comprises a front surface layer of thermoplastic resin film, a rear surface layer of thermoplastic resin film, and at least one middle layer of chemical permeability resistant resin film, on the other of the pair of multi-layer sheet fabric pieces, with a part of a peripheral edge of one multi-layer sheet fabric piece opposed to a part of a peripheral edge of the other multi-layer sheet fabric piece, (b) stitching the stacked multi-layer sheet fabric pieces at a portion close to the peripheral edges opposed to each other along the peripheral edges opposed to each other so as to form a stitch line, and (c) high frequency dielectric heating the stacked multi-layer sheet fabric pieces only at a band portion of predetermined breadth close to the stitch line along the stitch line, wherein the peripheral edges opposed to each other and the band portion are disposed to face opposite sides of the stitch line, thereby welding and integrating the stacked multi-layer sheet fabric pieces with each other at the band portion.
Arrangement of a holder for a roll of charging cable inside a motor vehicle boot having a sheet metal panel and a substantially vertical inner trim wall, the holder being formed by an elongate body of horizontal axis, having a visible end and a hidden end, mounted so as to be able to move in translation, inside a housing that opens via an opening in the trim wall and extending close to the panel, between a stowed position in which the body is inside the housing and its visible end is flush with the surface of the trim wall and an extended position in which the body is at least partially outside the housing, characterized in that the body is hollow and in that its visible end is provided with a front grille.
An intermittent urinary catheter assembly comprising: - an intermittent urinary catheter comprising a catheter tube with a proximal insertion end and a distal outlet end, the catheter tube comprising at least two draining openings at a proximal portion, - a handle connected to the distal outlet end of the catheter tube, the handle comprising a first cavity and a second cavity, the first cavity being adapted to provide a through-going hole for draining liquid, and characterised in that the assembly further comprises - a protective tube adapted for being telescoped in a longitudinal direction between a first proximal position and a second distal position, wherein, in the first proximal position, the protective tube at least partly covers the catheter tube, and, in the second distal position, the protective tube is positioned in the second cavity of the handle thereby exposing the full length of the catheter tube for insertion. - an intermittent urinary catheter comprising a catheter tube with a proximal insertion end and a distal outlet end, the catheter tube comprising at least two draining openings at a proximal portion, - a handle connected to the distal outlet end of the catheter tube, the handle comprising a first cavity and a second cavity, the first cavity being adapted to provide a through-going hole for draining liquid, and characterised in that the assembly further comprises - a protective tube adapted for being telescoped in a longitudinal direction between a first proximal position and a second distal position, wherein, in the first proximal position, the protective tube at least partly covers the catheter tube, and, in the second distal position, the protective tube is positioned in the second cavity of the handle thereby exposing the full length of the catheter tube for insertion.
A pulley rack for an exercise machine, the pulley rack comprising: a support frame; an upright extending generally vertically within the support frame; a counterweight having two or more counterweight pulleys, the counterweight moveable in a vertical direction relative to the support frame; one or more guide pulleys mounted to the support frame; a cable end assembly mounted to the upright; and a pull cable having a fixed attachment end assembly and a pullable end freely passing through the cable end assembly; wherein the pull cable is routed through the cable end assembly, the counterweight pulleys, and guide pulleys such that a force exerted on the pullable end raises the counterweight, wherein the fixed attachment end assembly of the pull cable is connected to the cable end assembly adjacent to a first vertical side of the upright facing the counterweight, and wherein a section of the pull cable extends from the pullable end through the cable end assembly and downwardly to one of the guide pulleys mounted below the cable end assembly along a second vertical side of the upright facing the pullable end of the pull cable, wherein the pull cable is routed through one of the guide pulleys between a first of the counterweight pulleys and a second of the counterweight pulleys. a support frame; an upright extending generally vertically within the support frame; a counterweight having two or more counterweight pulleys, the counterweight moveable in a vertical direction relative to the support frame; one or more guide pulleys mounted to the support frame; a cable end assembly mounted to the upright; and a pull cable having a fixed attachment end assembly and a pullable end freely passing through the cable end assembly; wherein the pull cable is routed through the cable end assembly, the counterweight pulleys, and guide pulleys such that a force exerted on the pullable end raises the counterweight, wherein the fixed attachment end assembly of the pull cable is connected to the cable end assembly adjacent to a first vertical side of the upright facing the counterweight, and wherein a section of the pull cable extends from the pullable end through the cable end assembly and downwardly to one of the guide pulleys mounted below the cable end assembly along a second vertical side of the upright facing the pullable end of the pull cable, wherein the pull cable is routed through one of the guide pulleys between a first of the counterweight pulleys and a second of the counterweight pulleys.
A spinal construct comprising: at least one member that defines a first implant cavity and a second implant cavity oriented transverse to the first implant cavity, the at least one member having a surface that includes a lock disposed with the first implant cavity, wherein the lock comprises a first spring tab and a second spring tab engageable with a spinal rod and extending into the first implant cavity, wherein the at least one member includes spaced apart arms (30, 32), including a first arm and a second arm, that define the second implant cavity, and wherein the first arm includes the first spring tab and the second arm includes the second spring tab. at least one member that defines a first implant cavity and a second implant cavity oriented transverse to the first implant cavity, the at least one member having a surface that includes a lock disposed with the first implant cavity, wherein the lock comprises a first spring tab and a second spring tab engageable with a spinal rod and extending into the first implant cavity, wherein the at least one member includes spaced apart arms (30, 32), including a first arm and a second arm, that define the second implant cavity, and wherein the first arm includes the first spring tab and the second arm includes the second spring tab.