mhurhangee/ep-ind-claims huggingface dataset:
Process for the manufacture of an edible low-fat water-in-oil emulsion comprising an aqueous phase and at most 45 wt. % of a fat phase, wherein said fat phase comprises liquid oil and structuring fat, comprising the steps of a. providing an aqueous phase comprising a gelling system; b. providing fat powder comprising structuring fat; c. forming the edible low-fat water-in-oil emulsion by mixing said aqueous phase, said fat powder and liquid oil; • wherein the viscosity of the aqueous phase comprising the gelling system is reduced by subjecting the aqueous phase to high shear at a temperature below the set-point of the gelling system, such that the aqueous phase comprising a gelling system at step c has a viscosity of at most 100 mPas at 5 degrees Celsius, • and wherein the liquid oil may be mixed at any of steps a, b or c, or when mixed in parts in any combination at steps a, b and c. a. providing an aqueous phase comprising a gelling system; b. providing fat powder comprising structuring fat; c. forming the edible low-fat water-in-oil emulsion by mixing said aqueous phase, said fat powder and liquid oil; • wherein the viscosity of the aqueous phase comprising the gelling system is reduced by subjecting the aqueous phase to high shear at a temperature below the set-point of the gelling system, such that the aqueous phase comprising a gelling system at step c has a viscosity of at most 100 mPas at 5 degrees Celsius, • and wherein the liquid oil may be mixed at any of steps a, b or c, or when mixed in parts in any combination at steps a, b and c. • wherein the viscosity of the aqueous phase comprising the gelling system is reduced by subjecting the aqueous phase to high shear at a temperature below the set-point of the gelling system, such that the aqueous phase comprising a gelling system at step c has a viscosity of at most 100 mPas at 5 degrees Celsius, • and wherein the liquid oil may be mixed at any of steps a, b or c, or when mixed in parts in any combination at steps a, b and c.
Electronic watch comprising a bracelet and a watch case including at least one electrical or electronic component (8a-8g), characterised in that said watch comprises at least one Dewar device configured to contain at least one of said electrical or electronic components (8a-8g), said at least one Dewar device including inner and outer walls (12a, 12b) and a vacuum or quasi-vacuum space defined between these said walls (12a, 12b), the inner wall delimiting a volume wherein said at least one electrical or electronic component (8a-8g) may be arranged.
A crystalline salt of (4S,4aS,5aR,12aS)-4-dimethylamino-3,10,12,12a-tetrahydroxy-7-[(methoxy(methyl)amino)-methyl]-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydro-naphthacene-2-carboxylic acid amide, wherein the salt is selected from a group consisting of mono hydrochloride, mono mesylate and mono sulfate.
Profile clamp comprising a clamp band and an annular ring element with a ring body for a profile clamp, wherein the clamp band has two tensioning heads (16, 18) connected to one another via a tensioning element, wherein the ring element comprises at least one first latching tab which axially protrudes from the ring body, wherein the first latching tab has a first latching portion, wherein the first latching portion is designed to exert a force acting in the direction of a transverse centre plane of the ring element on a flange of a pipe end, and the first latching portion has a first contact edge, which is designed to establish point contact or line contact with the flange of the pipe end, characterized in that the first latching tab also has a freely rocking portion extending oppositely to the first latching portion, wherein the freely rocking portion is arranged and/or designed such that, at least when the flange of the pipe end is being latched to the first latching portion, the freely rocking portion can rock freely and a perceptible latching noise can be produced and/or made louder, wherein the at least one first latching tab protrudes from the ring body in an axial direction of the profile clamp and protrudes at least partially out of the clamp band, wherein the first latching portion is designed to exert a force acting in the direction of a transverse centre plane of the profile clamp on a flange of a pipe end, wherein the freely rocking portion protrudes out of the clamp band, at least partially protrudes radially outwards and has a free end which lies freely in space and does not interact with the clamp band, wherein the first latching portion and the freely rocking portion are in line with one another.
A feeding unit from reels (B1, B2) of sheet-like material (F1, F2) in particular but not exclusively a printed plastic film with print-position marks for automatic packaging machines, comprising two unrolling shafts (1, 2) of respective reels (B1, B2) of material (F1, F2) for feeding in turn said material towards means (7, 8) for cutting and welding the tail of material from a running out reel, unrolling from one of said shafts, with a head of a fresh, loaded reel, arranged on the other shaft, the unit further comprising a control system of the operation of said shafts (1, 2) and of said cutting and welding means (7, 8), wherein said cutting and welding means comprise two suction, cutting and welding devices (7, 8) arranged on mutually opposed sides with respect to a material welding plane, said devices being movable so as to approach and move away from each other, so as to press said materials (F1, F2) over said welding plane, and comprising a box-like structure (701,801) characterized in that a front wall (701 b, 801 b) of said box-like structure facing said welding plane, is defined by a group of mutually stacked suction and cutting modules, at least two of said modules (704"') being provided with respective guides for cutting means slidable in a transversal direction with the respect to the feeding direction of the material, whereby it is possible to choose said modules and adjusting their number according to a desired welding height.
A perfume dispenser for motor vehicles comprising a support bearing a perfume-dispensing body,wherein: - the support comprises a generally circular base provided with slits and with a dorsal attachment for coupling to a supporting structure of a motor vehicle, and - the perfume-dispensing body consists of a flattened cylindrical casing connected in a coaxially rotatable way to said base, said casing containing a hydrophilic material soaked with a perfumed fluid and having dorsal slits facing said slits of the base of the support, characterized in that: - said dorsal attachment is articulated to said base of the support, - the support further comprises a front arm connected to the base and having a J-shaped configuration, said front arm being bent in front of the base to form an open receptacle, - said perfume-dispensing body is set within said receptacle so as to project peripherally. - the support comprises a generally circular base provided with slits and with a dorsal attachment for coupling to a supporting structure of a motor vehicle, and - the perfume-dispensing body consists of a flattened cylindrical casing connected in a coaxially rotatable way to said base, said casing containing a hydrophilic material soaked with a perfumed fluid and having dorsal slits facing said slits of the base of the support, - said dorsal attachment is articulated to said base of the support, - the support further comprises a front arm connected to the base and having a J-shaped configuration, said front arm being bent in front of the base to form an open receptacle, - said perfume-dispensing body is set within said receptacle so as to project peripherally.
An optical arrangement for imaging a sample comprising: - a first objective lens and a second objective lens; - at least one illumination source (50, 50') for producing an illumination beam (60, 60'); - a detector for imaging radiation (80, 80') from the sample; and - a movable mirror being double-sided and movable between at least a first position and a second position; wherein, in the first position, the movable mirror reflects the illumination beam (60, 60') towards the second objective lens to illuminate, by means of the second objective lens, the sample and reflects the radiation (80, 80'), collected by means of the first objective lens, towards the detector; and wherein, in the second position, the moveable mirror reflects neither of the illumination beam (60, 60') and the radiation (80, 80'), the illumination beam (60, 60') is directed through the first objective lens to illuminate the sample, and the radiation (80, 80') is directed through the second objective lens towards the detector. - a first objective lens and a second objective lens; - at least one illumination source (50, 50') for producing an illumination beam (60, 60'); - a detector for imaging radiation (80, 80') from the sample; and - a movable mirror being double-sided and movable between at least a first position and a second position; wherein, in the first position, the movable mirror reflects the illumination beam (60, 60') towards the second objective lens to illuminate, by means of the second objective lens, the sample and reflects the radiation (80, 80'), collected by means of the first objective lens, towards the detector; and wherein, in the second position, the moveable mirror reflects neither of the illumination beam (60, 60') and the radiation (80, 80'), the illumination beam (60, 60') is directed through the first objective lens to illuminate the sample, and the radiation (80, 80') is directed through the second objective lens towards the detector.
A droplet interference system for sorting cells according to chromosomal DNA characteristics, comprising: flow cytometry apparatus for delivering a fluid stream containing the cells to a first location and for causing selected stream segments of the fluid stream to be hit by a droplet from a droplet interference fluid stream at a second location, thereby separating the selected segments and the cells contained therein from the fluid stream; wherein the flow cytometry apparatus is operable to classify the cells according to the DNA characteristics and to sort the stream segments according to the classification of the cells contained in the stream segments; wherein the flow cytometry apparatus comprises an epi-illumination optics system including a focusing lens, the optics system being operable to direct a laser beam through the focusing lens in a forward direction along a beam axis intersecting the fluid stream at the first location so that the cells pass through the beam resulting in emissions of electromagnetic radiation from the cells directed along the beam axis in a rearward direction; and wherein the optics system further comprises a photodetector. flow cytometry apparatus for delivering a fluid stream containing the cells to a first location and for causing selected stream segments of the fluid stream to be hit by a droplet from a droplet interference fluid stream at a second location, thereby separating the selected segments and the cells contained therein from the fluid stream; wherein the flow cytometry apparatus is operable to classify the cells according to the DNA characteristics and to sort the stream segments according to the classification of the cells contained in the stream segments; wherein the flow cytometry apparatus comprises an epi-illumination optics system including a focusing lens, the optics system being operable to direct a laser beam through the focusing lens in a forward direction along a beam axis intersecting the fluid stream at the first location so that the cells pass through the beam resulting in emissions of electromagnetic radiation from the cells directed along the beam axis in a rearward direction; and wherein the optics system further comprises a photodetector.
An imaging system for automatic roadmapping for endovascular interventions, the system comprising an x-ray imaging device for acquiring x-ray images; a calculation unit electrically and functionally connected to the x-ray imaging device; wherein the x-ray imaging device is adapted for acquiring a first x-ray image with an interventional device present in the vessels while no contrast agent is injected into the vessels; wherein the x-ray imaging device is adapted for acquiring a second x-ray image with the interventional device present in the vessels while contrast agent is injected into the vessels; wherein the calculation unit is adapted for creating a roadmap image by subtracting the first x-ray image from the second x-ray image; wherein the calculation unit is adapted for automatically minimizing the visibility of the interventional device in the roadmap image, characterized in that the automatically minimizing the visibility of the interventional device by the calculation unit comprises i) an automatic detection of the interventional device and ii) in-painting of the detected interventional device.
An xEV electric vehicle battery system, comprising: - one or more battery module (96, 186) comprising electrochemical cells; - a battery system housing (28, 154), which comprises a bottom, and a cover for coupling to the battery system housing (28, 154) with fasteners, the battery system housing (28, 154) and the cover configured to enclose the one or more battery module (96, 186); - a thermal management system comprising a heat transfer device which includes a plurality of inbound passageways and a plurality of outbound passageways, wherein a thermal management fluid is configured to be routed into the heat transfer device through the inbound passageways and to be routed out of the heat transfer device through the outbound passageways, wherein the thermal management system is provided on an outside surface of the bottom of the battery system housing (28, 154); - a thermal interface in contact with the electrochemical cells and an inside surface of the bottom of the battery system housing (28, 154) wherein the heat transfer device comprises a heat sink, in which the inbound passageways and the outbound passageways are provided, and wherein the thermal management system is provided completely external to the battery system housing (28, 154), and characterized in that a second thermal interface is disposed between the heat sink and the outside surface of the bottom of the battery system housing. - one or more battery module (96, 186) comprising electrochemical cells; - a battery system housing (28, 154), which comprises a bottom, and a cover for coupling to the battery system housing (28, 154) with fasteners, the battery system housing (28, 154) and the cover configured to enclose the one or more battery module (96, 186); - a thermal management system comprising a heat transfer device which includes a plurality of inbound passageways and a plurality of outbound passageways, wherein a thermal management fluid is configured to be routed into the heat transfer device through the inbound passageways and to be routed out of the heat transfer device through the outbound passageways, wherein the thermal management system is provided on an outside surface of the bottom of the battery system housing (28, 154); - a thermal interface in contact with the electrochemical cells and an inside surface of the bottom of the battery system housing (28, 154)
A pouch-type rechargeable battery comprising: an electrode assembly; a case including a sealing portion surrounding the electrode assembly; and a lead electrically connected to the electrode assembly and extending in a first direction, wherein the lead includes a conductive metal portion and a film portion, the conductive metal portion is formed of one conductor and includes: a first region in contact with the electrode assembly and located inside the case; a second region exposed to an outside of the case; and a third region located between the first region and the second region and overlapping the sealing portion of the case, wherein the third region has a width greater than the first region and the second region in a second direction and has a thickness smaller than the first region and the second region in a third direction, and a thickness of the entire third region is smaller than thicknesses of the first region and the second region, and wherein the second direction is perpendicular to the first direction, and the third direction is perpendicular to the first direction and the second direction. an electrode assembly; a case including a sealing portion surrounding the electrode assembly; and a lead electrically connected to the electrode assembly and extending in a first direction, wherein the lead includes a conductive metal portion and a film portion, the conductive metal portion is formed of one conductor and includes: a first region in contact with the electrode assembly and located inside the case; a second region exposed to an outside of the case; and a third region located between the first region and the second region and overlapping the sealing portion of the case, wherein the third region has a width greater than the first region and the second region in a second direction and has a thickness smaller than the first region and the second region in a third direction, and a thickness of the entire third region is smaller than thicknesses of the first region and the second region, and wherein the second direction is perpendicular to the first direction, and the third direction is perpendicular to the first direction and the second direction. a first region in contact with the electrode assembly and located inside the case; a second region exposed to an outside of the case; and a third region located between the first region and the second region and overlapping the sealing portion of the case, wherein the third region has a width greater than the first region and the second region in a second direction and has a thickness smaller than the first region and the second region in a third direction, and a thickness of the entire third region is smaller than thicknesses of the first region and the second region, and wherein the second direction is perpendicular to the first direction, and the third direction is perpendicular to the first direction and the second direction.
An exercise machine comprising: a brushless direct-current, BLDC, pancake motor; a torque controller coupled to the pancake motor; a spool coupled to the pancake motor, and a cable wound about the spool; an arm arranged to position the cable, wherein: the arm is connected to an arm slider, and wherein the arm slider is arranged to slide vertically on a track; the arm comprises a vertical pivot locking mechanism arranged to position and keep the arm in a fixed vertical pivoted position; and the track is arranged to pivot horizontally; an actuator coupled to the cable at an end of the arm; a high resolution encoder coupled to the pancake BLDC motor, wherein motor position of the pancake BLDC motor is determined based at least in part on the high resolution encoder; and a position encoder configured to determine position of the actuator. a brushless direct-current, BLDC, pancake motor; a torque controller coupled to the pancake motor; a spool coupled to the pancake motor, and a cable wound about the spool; an arm arranged to position the cable, wherein: the arm is connected to an arm slider, and wherein the arm slider is arranged to slide vertically on a track; the arm comprises a vertical pivot locking mechanism arranged to position and keep the arm in a fixed vertical pivoted position; and the track is arranged to pivot horizontally; the arm is connected to an arm slider, and wherein the arm slider is arranged to slide vertically on a track; the arm comprises a vertical pivot locking mechanism arranged to position and keep the arm in a fixed vertical pivoted position; and the track is arranged to pivot horizontally; an actuator coupled to the cable at an end of the arm; a high resolution encoder coupled to the pancake BLDC motor, wherein motor position of the pancake BLDC motor is determined based at least in part on the high resolution encoder; and a position encoder configured to determine position of the actuator.
A spinning machine comprising: a drafting device that includes plural drafting roller pairs, including a front roller pair, and adapted to draft a fiber bundle; an air-jet spinning device adapted to carry out spinning to twist the fiber bundle drafted by the drafting device to form a yarn; and a first driving section arranged to rotate, when the fiber bundle is discontinuous between the drafting device and the air-jet spinning device before start of the spinning, the front roller pair in a second direction that is a direction opposite to a first direction that is a rotational direction during the spinning, characterized by further comprising a moving member capable of moving the air-jet spinning device away from or toward the front roller pair, the moving member being arranged to move the air-jet spinning device away from the front roller pair after the first driving section has started to rotate the front roller pair in the second direction, wherein the moving member is arranged to cause the air-jet spinning device to move closer to the front roller pair before the first driving section rotates the front roller pair in the second direction. a drafting device that includes plural drafting roller pairs, including a front roller pair, and adapted to draft a fiber bundle; an air-jet spinning device adapted to carry out spinning to twist the fiber bundle drafted by the drafting device to form a yarn; and a first driving section arranged to rotate, when the fiber bundle is discontinuous between the drafting device and the air-jet spinning device before start of the spinning, the front roller pair in a second direction that is a direction opposite to a first direction that is a rotational direction during the spinning, characterized by further comprising a moving member capable of moving the air-jet spinning device away from or toward the front roller pair, the moving member being arranged to move the air-jet spinning device away from the front roller pair after the first driving section has started to rotate the front roller pair in the second direction, wherein the moving member is arranged to cause the air-jet spinning device to move closer to the front roller pair before the first driving section rotates the front roller pair in the second direction.
Body support assembly having a top surface for supporting a human body and a spaced away bottom surface defining a cushion volume and defining side walls, wherein the air permeability of the top surface is higher than the air permeability of the bottom surface and higher than the air permeability of the side walls, wherein the cushion volume comprises, an upper cushion zone nearest to the top surface and a lower cushion zone and separated by a separation sheet, wherein the upper cushion zone and the lower cushion zone comprise of a compressible material which is permeable for air in all directions, a first flow path for ambient air comprising a single or separate air inlet opening at the bottom surface of the support assembly, air displacement means, a first heat exchanger and a single or separate air outlet opening at the bottom surface of the support assembly, a second flow path for air comprising an air inlet, air displacement means, a second heat exchanger, a flow path through the compressible material of the lower cushion zone, through openings in the separation sheet and through the compressible material of the upper cushion zone and multiple air outlets in the top surface, and wherein the first heat exchanger and the second heat exchanger and a Peltier plate, are part of a Peltier effect unit, where the first heat exchanger has fins connected to one side of the Peltier plate and the second heat exchanger has fins connected to the opposite side of the Peltier plate, where the Peltier effect unit is being positioned within the cushion volume, which unit is configured to cool the air in the first flow path and heat the air in the second flow path in one operating modus or to heat the air in the first flow path and cool the air in the second flow path in a second operating modus.