mhurhangee/ep-ind-claims huggingface dataset:
A process for preparing a dehydrated food composition comprising the steps of: A) mixing a vegetable component and oil to produce a vegetable-oil mixture, said vegetable component and said oil together representing at least 70 wt.% of the vegetable-oil mixture, said vegetable component being selected from vegetable pieces, vegetable puree, vegetable juice and combinations thereof; B) heating said vegetable-oil mixture at a temperature of at least 70°C; C) if the vegetable-oil mixture is not a puree, comminuting the vegetable-oil mixture before, during and/or after the heating to produce a puree; D) mixing the puree with a starch component to produce a thickened puree, said starch component being selected from native starch, modified starch and combinations thereof; E) drum drying said thickened puree to form a dehydrated food composition; said dehydrated food composition comprising 0.1-50% of oil by weight of the total dehydrated food composition and having an A w of at most 0.45 characterized in that the starch has a volume average particle size of less than 30 micrometer and a amylopectin to amylose ratio of at least 2. A) mixing a vegetable component and oil to produce a vegetable-oil mixture, said vegetable component and said oil together representing at least 70 wt.% of the vegetable-oil mixture, said vegetable component being selected from vegetable pieces, vegetable puree, vegetable juice and combinations thereof; B) heating said vegetable-oil mixture at a temperature of at least 70°C; C) if the vegetable-oil mixture is not a puree, comminuting the vegetable-oil mixture before, during and/or after the heating to produce a puree; D) mixing the puree with a starch component to produce a thickened puree, said starch component being selected from native starch, modified starch and combinations thereof; E) drum drying said thickened puree to form a dehydrated food composition;
Clutch mechanism, couplable to door locks with locking bolt operated by handles or knobs, comprising shields (2, 3) whereto there are fitted respectively external and internal handles (4, 5) by means of spiral springs placed in restrictors, whereat the mechanism is placed into an external box with outer cover built-in into the external shield mountable on the door, as the mechanism includes a square-section shaft passing through the lock, one end of which is permanently coupled to the internal handle, and also an electric motor the axis of which is coupled with a worm-screw, further it includes also a profile shaped slider the back part of which is constantly coupled in profiled bore of a guide sleeve fixed to the outer cover by means of a spring ring, whereat the slider is coaxially positioned to the external handle, and the guide sleeve is stationary fixed to the other end of the square-section shaft, so that its rotation axis coincides with the rotation axes of the square-section shaft and the internal handle, whereat the one end of the spring is engaged in the worm-screw, the spring is enabled to rotate itself around an axis, and the other end of the spring is engaged to the slider, so that by turning the worm-screw the spring pushes the slider axially to the external handle, characterized in that there is formed a profiled clutch hole in the external handle, whereas the end of the spring that pushes the slider is shaped as a loop, covering the slider through a channel made therein, so that to push it directly in the profiled clutch hole of the external handle until the full engagement of the slider forepart.
Method for epitaxial fabrication of a semiconductor component with a plurality of GaN-based layers, wherein the GaN-based layers are applied on to a composite substrate, which comprises a substrate body and an interlayer, wherein the thermal expansion coefficient of the substrate body deviates from the thermal expansion coefficient of the GaN-based layers by no more than 50 % or is greater than the thermal expansion coefficient of the GaN-based layers, wherein the GaN-based layers are epitaxially deposited on the interlayer, and wherein the substrate body is at least 20 times thicker than the interlayer, characterized in that the interlayer is applied on to the substrate body by means of a bonding process.
Device for a vehicle roof, having: - a guide element with a slideway, - a bolt which can be displaced relative to the guide element and is guided thereby on the slideway, - the bolt and the guide element having a common contact area which is formed by a protrusion (108, 111) on the bolt and the slideway, the protrusion (108, 111) being configured to introduce a corresponding notch into the slideway during the displacement along the slideway. - a guide element with a slideway, - a bolt which can be displaced relative to the guide element and is guided thereby on the slideway, - the bolt and the guide element having a common contact area which is formed by a protrusion (108, 111) on the bolt and the slideway, the protrusion (108, 111) being configured to introduce a corresponding notch into the slideway during the displacement along the slideway.
Electric heating device for an exhaust gas train, having an externally circumferential, in particular round, housing, wherein in the housing a lamellar structure that can be heated by the application of an electric current is arranged, wherein the lamellar structure is arranged by rows of lamellae disposed parallel to one another in the housing, wherein the rows of lamellae arranged parallel to one another are arranged in electrical series or parallel connection, wherein the rows of lamellae are held in the housing by two retaining rods that extend through the rows of lamellae, wherein the rows of lamellae are wider in the region of the retaining rods, characterised in that the current conductor cross-section in the row of lamellae is uniform.
A method of narrowband wireless communication for a base station, comprising: constructing (804; 808) a Discovery Reference Signal, DRS, comprising a first set of contiguous narrowband primary synchronization signal, NPSS, subframes followed by a second set of contiguous narrowband secondary synchronization signal, NSSS, subframes; wherein the DRS further comprises a swapped burst of the first set of contiguous NPSS subframes and the second set of contiguous NSSS subframes, wherein the swapped burst comprises a third set of contiguous NSSS subframes following the second set of contiguous NSSS subframes and a fourth set of contiguous NPSS subframes following the third set of contiguous NSSS subframes, and wherein quantity of subframes of the first set of contiguous NPSS subframes is same as quantity of subframes of the fourth set of contiguous NPSS subframes and quantity of subframes of the second set of contiguous NSSS subframes is same as quantity of subframes of the third set of contiguous NSSS subframes; and transmitting the DRS on an anchor channel. constructing (804; 808) a Discovery Reference Signal, DRS, comprising a first set of contiguous narrowband primary synchronization signal, NPSS, subframes followed by a second set of contiguous narrowband secondary synchronization signal, NSSS, subframes; wherein the DRS further comprises a swapped burst of the first set of contiguous NPSS subframes and the second set of contiguous NSSS subframes, wherein the swapped burst comprises a third set of contiguous NSSS subframes following the second set of contiguous NSSS subframes and a fourth set of contiguous NPSS subframes following the third set of contiguous NSSS subframes, and wherein quantity of subframes of the first set of contiguous NPSS subframes is same as quantity of subframes of the fourth set of contiguous NPSS subframes and quantity of subframes of the second set of contiguous NSSS subframes is same as quantity of subframes of the third set of contiguous NSSS subframes; and transmitting the DRS on an anchor channel.
A book binding system comprising: an image forming apparatus for forming an image on a sheet, the image forming apparatus having a sheet type setting section and an external communication section; a book binding apparatus having a coating section for coating adhesive onto a spine of a sheet stack and forming a booklet by coating with the adhesive and binding a plurality of sheets on which images have been formed at the image forming device; and a coating control section for controlling a coating amount of the adhesive of the coating section, characterized in that the coating amount is determined from information input at the sheet type setting section or alternatively is determined by information received from a job command from an external device via the external communication section. an image forming apparatus for forming an image on a sheet, the image forming apparatus having a sheet type setting section and an external communication section; a book binding apparatus having a coating section for coating adhesive onto a spine of a sheet stack and forming a booklet by coating with the adhesive and binding a plurality of sheets on which images have been formed at the image forming device; and a coating control section for controlling a coating amount of the adhesive of the coating section, characterized in that the coating amount is determined from information input at the sheet type setting section or alternatively is determined by information received from a job command from an external device via the external communication section.
A method for producing a clad stainless steel, the method comprising: providing a welded assembly and hot rolling the welded assembly, wherein providing the welded assembly comprises: disposing a plate of a cladding material composed of an alloy on a stainless steel plate, wherein the term alloy means pure metals and metals including incidental impurities and/or purposeful additions of metals and/or non-metals, wherein at least a first edge of the plate of the cladding material does not extend to a first edge of the stainless steel plate and thereby provides a margin on the stainless steel plate, characterised by: disposing at least one framing element within the margin and adjacent the first edge, wherein the framing element is an alloy having a greater hot strength than the cladding material, hot strength being the yield strength of the material at hot rolling temperatures, and welding the plate of the cladding material to the framing element and welding the framing element to the stainless steel plate; and hot rolling the welded assembly to provide a hot rolled band, wherein the framing element inhibits the cladding material from spreading beyond the first edge of the stainless steel plate during the hot rolling. providing a welded assembly and hot rolling the welded assembly, wherein disposing a plate of a cladding material composed of an alloy on a stainless steel plate, wherein the term alloy means pure metals and metals including incidental impurities and/or purposeful additions of metals and/or non-metals, wherein at least a first edge of the plate of the cladding material does not extend to a first edge of the stainless steel plate and thereby provides a margin on the stainless steel plate, characterised by: disposing at least one framing element within the margin and adjacent the first edge, wherein the framing element is an alloy having a greater hot strength than the cladding material, hot strength being the yield strength of the material at hot rolling temperatures, and welding the plate of the cladding material to the framing element and welding the framing element to the stainless steel plate; and hot rolling the welded assembly to provide a hot rolled band, wherein the framing element inhibits the cladding material from spreading beyond the first edge of the stainless steel plate during the hot rolling.
Valve for high temperature liquid comprising a valve body, a valve seat, input and output connections (1,2), a valve closure member provided with a passageway, a valve cover member and a valve spindle connected to the valve closure member, wherein the parts of the valve that come into contact with the liquid are provided with a coating of a material or are made of a material that is resistant against the high temperature liquid, characterised in that the valve closure member is made of graphite and that the valve body and the valve cover member are made of HIP BN.
Apparatus for a motor vehicle, comprising: - a translucent windscreen, - an infrared component (120, 121, 122) configured to receive and/or transmit radiation (101, 102) in the infrared range, - a coating arranged on a main surface of the windscreen, wherein - the infrared component (120, 121, 122) is arranged on the main surface of the windscreen in a component region (123, 124, 125), characterized in that - the coating is arranged between the windscreen and the infrared component (120, 121, 122) and is arranged both in the component region (123, 124, 125) and outside the component region (123, 124, 125), and - the coating is transmissive to radiation (101, 102) in the infrared range and has a specified colour locus. - a translucent windscreen, - an infrared component (120, 121, 122) configured to receive and/or transmit radiation (101, 102) in the infrared range, - a coating arranged on a main surface of the windscreen, wherein - the infrared component (120, 121, 122) is arranged on the main surface of the windscreen in a component region (123, 124, 125), - the coating is arranged between the windscreen and the infrared component (120, 121, 122) and is arranged both in the component region (123, 124, 125) and outside the component region (123, 124, 125), and - the coating is transmissive to radiation (101, 102) in the infrared range and has a specified colour locus.
A compound of Formula or a pharmaceutically acceptable salt thereof, wherein Y 1a, Y 1b, Y 2a, Y 2b, Y 3a, and Y 3b are all the same; Y 4a, Y 4b, Y 5a, Y 5b, Y 6a, Y 6b, Y 7a, Y 7b, Y 8a, Y 8b, Y 9a, Y 9b, Y 10a, Y 10b, Y 11a, Y 11b, Y 12a, Y 12b, Y 13a, Y 13b, Y 14a, Y 14b, Y 15a, Y 15b, Y 16a, Y 16b, Y 17a, Y 17b, Y 18a, and Y 18b are all the same, and the compound is selected from any one of the compounds in the table below: Compound Y 1a -Y 3b Y 4a -Y 18b R 105 H D CD 3 107 D D CD 3 wherein any atom not designated as deuterium is present at its natural isotopic abundance.
An antisense oligonucleotide of formula CCtatttaacatcAGAC, wherein capital letters represent beta-D-oxy LNA nucleosides, lowercase letters represent DNA nucleosides, all LNA C are 5-methyl cytosine and all internucleoside linkages are phosphorothioate internucleoside linkages.
A method of manufacturing a water treatment membrane, comprising: forming an aqueous amine solution layer on a porous support, using an aqueous amine solution including a fluorine compound having an epoxy group in a terminal thereof and an amine compound; and forming a polyamide layer containing the fluorine compound by bringing an organic solution containing acyl halide into contact with the aqueous amine solution layer, characterized in that the fluorine compound having the epoxy group in the terminal thereof is a compound represented by the following Chemical Formula 1, wherein the compound represented by the Chemical Formula 1 has 4 to 20 carbon atoms in total, therein: where, R is a C1-20 alkyl group including a fluorine atom or fluorine, m is 0 or 1, and n is an integer of 0 to 10. forming an aqueous amine solution layer on a porous support, using an aqueous amine solution including a fluorine compound having an epoxy group in a terminal thereof and an amine compound; and forming a polyamide layer containing the fluorine compound by bringing an organic solution containing acyl halide into contact with the aqueous amine solution layer, characterized in that the fluorine compound having the epoxy group in the terminal thereof is a compound represented by the following Chemical Formula 1, wherein the compound represented by the Chemical Formula 1 has 4 to 20 carbon atoms in total, therein: where, R is a C1-20 alkyl group including a fluorine atom or fluorine, m is 0 or 1, and n is an integer of 0 to 10. where, R is a C1-20 alkyl group including a fluorine atom or fluorine, m is 0 or 1, and n is an integer of 0 to 10.
A process for separating a mixture comprising HF and HFC-1243zf, said process comprising: a. feeding the composition comprising HF and HFC-1243zf to a first distillation column; b. removing an azeotropic or azeotrope-like composition consisting essentially of from 67.2 to 82.5 mole percent HFC-1243zf and from 32.8 to 17.5 mole percent HF, said composition having a vapor pressure from 8.0 psia (55.2 kPa) to 817 psia (5633 kPa) at a temperature from -40°C to 110°C, as a first distillate and either i) HF or ii) HFC-1243zf, as a first column bottoms composition; c. condensing the first distillate to form two liquid phases, being i) an HF-rich phase and ii) a HFC-1243zf-rich phase; and d. recycling a first liquid phase enriched in the same compound that is removed as the first column bottoms, said first liquid phase being either i) HF-rich phase or ii) HFC-1243zf-rich phase, back to the first distillation column. a. feeding the composition comprising HF and HFC-1243zf to a first distillation column; b. removing an azeotropic or azeotrope-like composition consisting essentially of from 67.2 to 82.5 mole percent HFC-1243zf and from 32.8 to 17.5 mole percent HF, said composition having a vapor pressure from 8.0 psia (55.2 kPa) to 817 psia (5633 kPa) at a temperature from -40°C to 110°C, as a first distillate and either i) HF or ii) HFC-1243zf, as a first column bottoms composition; c. condensing the first distillate to form two liquid phases, being i) an HF-rich phase and ii) a HFC-1243zf-rich phase; and d. recycling a first liquid phase enriched in the same compound that is removed as the first column bottoms, said first liquid phase being either i) HF-rich phase or ii) HFC-1243zf-rich phase, back to the first distillation column.
An auxiliary pressure roller, comprising a roller plate, a roller drum, a roller shaft, an elastic layer, support devices and a base; wherein, the roller plate is arranged outside the roller drum and surround the roller drum; the roller shaft is arranged inside the roller drum; the elastic layer is arranged above or outside the roller shaft, and the elastic layer is located in a wrapping range of the roller plate; two ends of the roller shaft are roller shaft ends, and the support device is provided below the roller shaft end; characterized in that the support devices are located on the base and are elastic, so that the roller shaft is allowed to move up and down according to its own stress condition; wherein there are two support devices located on two sides of the roller shaft, respectively; each of the support devices comprises a support spring, a support rod, a guide cylinder and a connection portion, wherein the support spring is sleeved on a periphery of the support rod; the connection portion is fixed to an upper portion of the support rod; the guide cylinder is located outside the support spring, and there is an allowance between the guide cylinder and the connection portion; the support rod is able to pass through the guide cylinder; a first clamping member having a diameter less than an outer diameter of the support spring is provided in the guide cylinder; and, in the whole auxiliary pressure roller, the roller shaft ends on two sides pass through the connection portions on two sides, connecting with the support devices; or, there are two support devices located on two sides of the roller shaft, respectively; each of the support devices comprises a support spring, a support rod and a guide cylinder, wherein the support spring is sleeved on a periphery of the support rod, and the roller shaft end is fixed to an upper portion of the support rod; the guide cylinder is located outside the support spring, and there is an allowance between the guide cylinder and a lower edge of the roller shaft end; the support rod is able to pass through the guide cylinder; and, a first clamping member having a diameter less than an outer diameter of the support spring is provided in the guide cylinder; or, there are two support devices located on two sides of the roller shaft, respectively; each of the support devices comprises a support spring and a support rod, wherein the support spring is sleeved on a periphery of the support rod, and a bottom of the support spring and a bottom of the support rod are fixed; a connection opening is formed at a lower portion of the roller shaft end, and an upper end of the support rod is inserted into the connection opening; there is an allowance between the upper end of the support rod and a bottom of the connection opening; and, a diameter of the connection opening is less than an outer diameter of the support spring.
A modular percutaneous prosthetic valve device, comprising a plurality of device modules and a self-assembly member (230, 330, 530, 630, 930), each in a delivery configuration for mounting in a delivery device, the plurality of device modules including a valve module (150a-150c, 200, 300, 400) said valve module having a folded, unassembled delivery configuration (200a, 300a) and characterised in said self-assembly member having a substantially straight delivery configuration (330a, 430a, 530a) parallel to a longitudinal axis of said delivery device and a preset working configuration; wherein said folded, unassembled valve module is unfolded and assembled into a working configuration (115, 210, 310) via said self-assembly member (230, 330, 530, 630, 930) after deployment from said delivery device.
Method for detecting a rolling angle (α) of a vehicle, wherein the method comprises the following steps: - image sequences from the surroundings of the vehicle are detected with an on-board image-recording system; - an optical flux field is derived from the image sequences detected by the image-recording system; - the flux vectors (2.1, 2.2, 2.3,...) of the optical flux field are decomposed into components (2.2A, 2.2B) by a projection onto a coordinate system of the image recorded by the image-recording system; - for each column at least one component (2.2A, 2.2B) of the flux vectors (2.1, 2.2, 2.3,...) is examined for a change of direction, wherein a point or a point region for which a change of direction of the components of the flux vector which are projected onto the vertical axis has taken place is obtained for each column, - pixels comprising a change of direction of a vector component (2.2A, 2.2B) are connected to a horizontally extending line (H, 5) which describes the horizon of the current movement; characterized in that the following step is carried out: - the rolling angle (α) is determined from the deviation of the curve from the horizontal. - image sequences from the surroundings of the vehicle are detected with an on-board image-recording system; - an optical flux field is derived from the image sequences detected by the image-recording system; - the flux vectors (2.1, 2.2, 2.3,...) of the optical flux field are decomposed into components (2.2A, 2.2B) by a projection onto a coordinate system of the image recorded by the image-recording system; - for each column at least one component (2.2A, 2.2B) of the flux vectors (2.1, 2.2, 2.3,...) is examined for a change of direction, wherein a point or a point region for which a change of direction of the components of the flux vector which are projected onto the vertical axis has taken place is obtained for each column, - pixels comprising a change of direction of a vector component (2.2A, 2.2B) are connected to a horizontally extending line (H, 5) which describes the horizon of the current movement; - the rolling angle (α) is determined from the deviation of the curve from the horizontal.