mhurhangee/ep-ind-claims huggingface dataset:
A multimodal ethylene copolymer composition having a density of 920 to 949 kg/m 3 measured according to ISO 1183-1:2004 Method A on compression molded test specimens prepared according to EN ISO 1872-2 (Feb 2007), and a flexural modulus, wherein said flexural modulus is measured according to the method of ISO 178 by using compression molded test specimens produced according to EN ISE 1872-2, wherein numerical values of said flexural modulus, in MPa, and density in kg/m 3, follow the equation: Flexural modulus < 21.35 ⋅ density − 19585 wherein said ethylene copolymer is produced with a Ziegler- Natta catalyst with an internal organic compound having the formula wherein in the formula R 1 to R 5 are same or different and can be hydrogen, a linear or branched C 1 to C 8 -alkyl group, or a C 3 -C 8 -alkylene group, or two or more of R 1 to R 5 can form a ring, and the two oxygen-containing rings are individually saturated or partially unsaturated or unsaturated, whereinsaid multimodal ethylene copolymer composition has MFR 2 measured according to ISO 1133 at 190 °C of 0.5 to 2 g/10min, and wherein said ethylene copolymer is produced in at least two polymerization stages.
An electromagnetic device (10, 210), comprising: a permeable magnetic core (12, 212) having a plurality of legs (14, 14a, 14b, 214, 214a, 214b); a former (22, 222) surrounding a leg of the plurality of legs (14, 14a, 14b, 214, 214a, 214b), wherein the former (22, 222) is thermally conductive at a rate equal to or higher than 0.5 W/mK; and at least one winding (28, 228) including a coil having a plurality of turns, configured to conduct an electrical current there through wound on the former (22, 222); wherein the permeable magnetic core (12, 212) forms at least one thermal heat path (40, 240) and the former (22, 222) is configured to provide at least one additional thermal heat path (50, 250) between the at least one winding (28, 228) and the permeable magnetic core (12, 212) for heat generated in the at least one winding (28, 228) during operation; and wherein the at least one winding (28, 228) comprises a primary winding and a secondary winding wound on the former (22, 222); characterized in that the primary winding is spaced from the secondary winding with a layer of thermally conductive material configured to provide a further additional heat path. a permeable magnetic core (12, 212) having a plurality of legs (14, 14a, 14b, 214, 214a, 214b); a former (22, 222) surrounding a leg of the plurality of legs (14, 14a, 14b, 214, 214a, 214b), wherein the former (22, 222) is thermally conductive at a rate equal to or higher than 0.5 W/mK; and at least one winding (28, 228) including a coil having a plurality of turns, configured to conduct an electrical current there through wound on the former (22, 222); wherein the permeable magnetic core (12, 212) forms at least one thermal heat path (40, 240) and the former (22, 222) is configured to provide at least one additional thermal heat path (50, 250) between the at least one winding (28, 228) and the permeable magnetic core (12, 212) for heat generated in the at least one winding (28, 228) during operation; and wherein the at least one winding (28, 228) comprises a primary winding and a secondary winding wound on the former (22, 222); characterized in that the primary winding is spaced from the secondary winding with a layer of thermally conductive material configured to provide a further additional heat path.
A method for estimating a channel between a transmitter and a receiver in a communication network, the method comprising: receiving, at the receiver, a plurality of very high throughput long training fields, VHT-LTFs, wherein each VHT-LTF includes a plurality of orthogonal frequency division multiplexing, OFDM, tones, wherein the OFDM tones include at least i) a plurality of training data tones and ii) one or more pilot tones, training data tones corresponding to data tones in a VHT-LTF and pilot tones allowing frequency and/or phase to be tracked during reception of the VHT-LTFs, the one or more pilot tones being single stream pilot tones; determining channel estimate data corresponding to i) the plurality of training data tones and ii) the one or more pilot tones; and transmitting to the transmitter i) channel estimate data corresponding to only a subset of the OFDM tones or ii) data generated using the channel estimate data corresponding to the subset of OFDM tones, wherein the subset excludes pilot tones. receiving, at the receiver, a plurality of very high throughput long training fields, VHT-LTFs, wherein each VHT-LTF includes a plurality of orthogonal frequency division multiplexing, OFDM, tones, wherein the OFDM tones include at least i) a plurality of training data tones and ii) one or more pilot tones, training data tones corresponding to data tones in a VHT-LTF and pilot tones allowing frequency and/or phase to be tracked during reception of the VHT-LTFs, the one or more pilot tones being single stream pilot tones; determining channel estimate data corresponding to i) the plurality of training data tones and ii) the one or more pilot tones; and transmitting to the transmitter i) channel estimate data corresponding to only a subset of the OFDM tones or ii) data generated using the channel estimate data corresponding to the subset of OFDM tones, wherein the subset excludes pilot tones.
A cuvette for containing a measurement sample therein, for being irradiated with a measuring beam for measuring characteristics of said measurement sample from a side part in an upright state when the cuvette is used, and having an opening, comprising: a first body part located on a side of a bottom part, having inner and outer surfaces each formed in a circular shape in horizontal cross section, and being arranged for being irradiated with the measuring beam; a second body part located on a side of said opening, having an inner surface formed in a non-circular shape in horizontal cross section for disturbing a flow of the measurement sample at the time of stirring and an outer surface formed in a circular shape in horizontal cross section; and a third body part having a tapered inner surface connecting said inner surface of said first body part and said inner surface of said second body part, wherein an area of a region surrounded by said inner surface of said second body part is larger than that of a region surrounded by said inner surface of said first body part in horizontal cross section, and wherein said inner surface of said third body part is so inclined as to broaden upward and narrow downward, characterized in that the inner surface of said third body part is formed in a shape similar to the inner surface of the second body part in the vicinity of said second body part and gradually comes close to a shape of said inner surface of said first body part as getting close to said first body part in horizontal cross section. a first body part located on a side of a bottom part, having inner and outer surfaces each formed in a circular shape in horizontal cross section, and being arranged for being irradiated with the measuring beam; a second body part located on a side of said opening, having an inner surface formed in a non-circular shape in horizontal cross section for disturbing a flow of the measurement sample at the time of stirring and an outer surface formed in a circular shape in horizontal cross section; and a third body part having a tapered inner surface connecting said inner surface of said first body part and said inner surface of said second body part, wherein an area of a region surrounded by said inner surface of said second body part is larger than that of a region surrounded by said inner surface of said first body part in horizontal cross section, and wherein said inner surface of said third body part is so inclined as to broaden upward and narrow downward, characterized in that the inner surface of said third body part is formed in a shape similar to the inner surface of the second body part in the vicinity of said second body part and gradually comes close to a shape of said inner surface of said first body part as getting close to said first body part in horizontal cross section.
A puree nutritional composition comprising: a puree selected from the group consisting of at least one fruit puree, at least one vegetable puree, at least one fruit puree concentrate, at least one vegetable puree concentrate, and combinations thereof, wherein the vegetable puree is selected from the group consisting of artichoke, arugula, asparagus, avocado, beans, beet greens, broccoli, brussels sprout, cabbage, carrot, celery, chicory, collard greens, cucumber, eggplant, endive, kale, lettuce, onion, pea, peppers, pumpkin, radicchio, spinach, squash, swiss chard, tomato, turnip greens, watercress, yarn, zucchini, and combinations thereof; at least one dairy ingredient or at least one dairy substitute ingredient or at least one dairy ingredient and at least one dairy substitute ingredient; and an ingredient selected from the group consisting of dextrose, dextrose polymers, other grain/nut syrups comprising rice syrup, agave syrup, palm syrup, and combinations thereof, wherein the nutritional composition includes a carbohydrate fraction comprising glucose and fructose in a weight ratio from 0.5:1 to 5:1, wherein the puree is present in the nutritional composition in an amount ranging from 30% to 100%, and wherein the carbohydrate fraction is present in an amount ranging from 10 g to 45 g per serving size of the nutritional composition, and wherein the nutritional composition has a serving size of from 28.35 g (1 ounce) to 141.75 g (5 ounces). a puree selected from the group consisting of at least one fruit puree, at least one vegetable puree, at least one fruit puree concentrate, at least one vegetable puree concentrate, and combinations thereof, wherein the vegetable puree is selected from the group consisting of artichoke, arugula, asparagus, avocado, beans, beet greens, broccoli, brussels sprout, cabbage, carrot, celery, chicory, collard greens, cucumber, eggplant, endive, kale, lettuce, onion, pea, peppers, pumpkin, radicchio, spinach, squash, swiss chard, tomato, turnip greens, watercress, yarn, zucchini, and combinations thereof; at least one dairy ingredient or at least one dairy substitute ingredient or at least one dairy ingredient and at least one dairy substitute ingredient; and an ingredient selected from the group consisting of dextrose, dextrose polymers, other grain/nut syrups comprising rice syrup, agave syrup, palm syrup, and combinations thereof, wherein the nutritional composition includes a carbohydrate fraction comprising glucose and fructose in a weight ratio from 0.5:1 to 5:1, wherein the puree is present in the nutritional composition in an amount ranging from 30% to 100%, and wherein the carbohydrate fraction is present in an amount ranging from 10 g to 45 g per serving size of the nutritional composition, and wherein the nutritional composition has a serving size of from 28.35 g (1 ounce) to 141.75 g (5 ounces).
An assembly for a drug delivery device comprising: - a cartridge adapted and arranged to contain at least one dose of a drug, a bung being slidably arranged within the cartridge, - a housing comprising a distal end and a proximal end, - a piston rod adapted and arranged for moving the bung in the distal direction with respect to the housing for dispensing a dose of the drug, - a drive member adapted and arranged for transferring movement to the piston rod for dispensing the dose, and - an engagement member configured to mechanically cooperate with the piston rod and with the housing, wherein the engagement member is moveable between a reset position, where the engagement member is allowed to rotate with respect to the housing, and an operating position, characterised in that in the operating position the engagement member is rotationally locked with respect to the housing, wherein the assembly is configured such that the engagement member is rotated and simultaneously axially displaced during movement of the engagement member between the operating position and the reset position, wherein the engagement member and the housing are threadedly engaged with one another, wherein at least one of the engagement member and the housing comprises a thread and the other one of the engagement member and the housing comprises an interaction element engaging the thread to establish the threaded engagement. - a cartridge adapted and arranged to contain at least one dose of a drug, a bung being slidably arranged within the cartridge, - a housing comprising a distal end and a proximal end, - a piston rod adapted and arranged for moving the bung in the distal direction with respect to the housing for dispensing a dose of the drug, - a drive member adapted and arranged for transferring movement to the piston rod for dispensing the dose, and - an engagement member configured to mechanically cooperate with the piston rod and with the housing,
A copper clad laminate comprising a first copper foil layer, a composite layer, a second copper foil layer, wherein the first copper foil layer, the composite layer, and the second copper foil layer are sequentially stacked, wherein the composite layer comprises n polyimide layers and (n+1) plurality of thermoplastic polyimide layers, and n is from 2-5, and an outermost layer of the composite layer is one of the plurality of the thermoplastic polyimide layers, wherein, a total thickness of the plurality of the thermoplastic polyimide layers is in a range of from 15 to 50 % with respect to a total thickness of the composite layer, and a thickness of the polyimide layer is in a range of from 50 to 85 % with respect to a total thickness of the composite layer, and wherein each of a thickness of the first copper foil layer and a thickness of the second copper foil layer is in a range of from 30 to 80 μm, and a total thickness of the composite layer is in a range of from 40 to 60 μm.
An electronic device including an amplifier, wherein the amplifier comprises: a first transistor configured to receive an input signal through a gate terminal thereof and having a source terminal electrically connected to ground; a second transistor configured to transmit an output signal through a drain terminal thereof and having a gate terminal electrically connectable to the ground; and a switch electrically connected to the gate terminal of the second transistor and configured to switch a voltage being supplied to the gate terminal of the second transistor in accordance with turn-on or turn-off of the amplifier, characterized in that the switch comprises a diode-transistor logic; if the amplifier is turned on, the diode-transistor logic supplies an operating voltage of the second transistor to the gate terminal of the second transistor; and if the amplifier is turned off, the diode-transistor logic electrically connects the gate terminal of the second transistor to the ground. a first transistor configured to receive an input signal through a gate terminal thereof and having a source terminal electrically connected to ground; a second transistor configured to transmit an output signal through a drain terminal thereof and having a gate terminal electrically connectable to the ground; and a switch electrically connected to the gate terminal of the second transistor and configured to switch a voltage being supplied to the gate terminal of the second transistor in accordance with turn-on or turn-off of the amplifier, characterized in that the switch comprises a diode-transistor logic; if the amplifier is turned on, the diode-transistor logic supplies an operating voltage of the second transistor to the gate terminal of the second transistor; and if the amplifier is turned off, the diode-transistor logic electrically connects the gate terminal of the second transistor to the ground.
A security transfer element for a value document, comprising a security element layer composite and a carrier film detachably connected to the security element layer composite, wherein the security element layer composite - has a functional layer, which, after transfer to a value document, develops an optically variable effect for a viewer, - has an adhesive layer; - has an upper side, which faces the viewer after transfer of the security element layer composite to a value document substrate, wherein the adhesive layer is arranged on the side of the functional layer that is disposed opposite the upper side; and - has at least one luminescent substance, wherein the luminescent substance is arranged in the adhesive layer and/or in a luminescent substance layer, wherein the adhesive layer and/or the luminescent substance layer is arranged on the side of the functional layer in the security element layer composite that is disposed opposite the upper side, wherein the functional layer is configured to be opaque for a primary emission radiation of the luminescent substance, characterized in that the luminescent substance has the primary emission radiation in the wavelength range between 700 nm and 2100 nm and is excitable by an excitation radiation in the wavelength range between 400 nm and 2100 nm, in particular between 700 nm and 2100 nm, wherein the emission radiation of the luminescent substance of the security element layer composite is in a wavelength range between 900 nm and 1300 nm and/or 1300 nm and 1600 nm, and/or 1600 nm and 1850 nm and/or 1850 nm and 2100 nm. - has a functional layer, which, after transfer to a value document, develops an optically variable effect for a viewer, - has an adhesive layer; - has an upper side, which faces the viewer after transfer of the security element layer composite to a value document substrate, wherein the adhesive layer is arranged on the side of the functional layer that is disposed opposite the upper side; and - has at least one luminescent substance, wherein the luminescent substance is arranged in the adhesive layer and/or in a luminescent substance layer, wherein the adhesive layer and/or the luminescent substance layer is arranged on the side of the functional layer in the security element layer composite that is disposed opposite the upper side, wherein the functional layer is configured to be opaque for a primary emission radiation of the luminescent substance,
Molding reinforcement made of a fiber-based lap, comprising: - a thick and aerated fiber-based internal layer, - external layers (3, 4) positioned on each side of the internal layer, - the external layers (3, 4) comprising portions of fibers (3a, 4a) with hot melt surface, - at least some (3b, 4b) of the portions (3a, 4a) of fibers with hot melt surface penetrating the internal layer over part of their length and adhering partially to one another and to the fibers of the internal layer, characterized in that the internal layer comprises fibers of the continuous glass strand type which run in random orientations and in several thicknesses. - a thick and aerated fiber-based internal layer, - external layers (3, 4) positioned on each side of the internal layer, - the external layers (3, 4) comprising portions of fibers (3a, 4a) with hot melt surface, - at least some (3b, 4b) of the portions (3a, 4a) of fibers with hot melt surface penetrating the internal layer over part of their length and adhering partially to one another and to the fibers of the internal layer,
A power steering management method comprising a step (a) of detecting a transition in a noisy signal, comprising subjecting a noisy signal (Signal) which carries an information used for the management of the power steering, to a derivation sub-step comprising evaluating the time derivative of the noisy signal ∂ Signal ∂ t, then to a selective filtering sub-step comprising comparing said time derivative of the noisy signal ∂ Signal ∂ t to a predetermined variation threshold (S peak) in order to detect the occurrence of a derivative peak greater than said variation threshold (S peak), evaluating the duration (d peak) for holding said derivative peak, during which the time derivative of the noisy signal ∂ Signal ∂ t is held above said variation threshold (S peak), and checking whether said peak hold duration (d peak) reaches or exceeds a predetermined minimum duration threshold (do), said method being characterized in that the minimum duration threshold (do) is chosen to be equal to or greater than the maximum half-period characteristic of the noise affecting the noisy signal (Signal), and strictly lower than the duration characteristic of the transitions to be detected.
An antioxidant composition comprising a polyphenol extract of sugar cane and silymarin, wherein in said extract at least 50% of polyphenols have a number average molecular weight of 600 to 1000 Daltons.
A method for installation and laying of a waterproof liner on the bottom and/or side banks of a canal or water basin, wherein the waterproof liner consists of a plurality of panels anchored to the bottom or side banks of the canal or water basin, each panel comprising at least a waterproof membrane (16; 17; 50), characterised in that the method comprises the following steps: - manufacturing a plurality of waterproof panels (14; 14A) in which each panel (14; 14A) comprises at least a tubular ballast chamber and flexible sealing flaps extending along opposite side edges of the panel (14; 14A); - sequentially positioning a number of waterproof panels (14; 14A) on the bottom and/or on the side banks of the canal or water basin; - fastening in advance each waterproof panel (14; 14A) to the bottom and/or to the side banks of the canal or water basin during laying; - removably connecting in a sealing fashion opposite flaps of adjoining waterproof panels (14; 14A) by an intermediate watertight connecting device (28; 44, 45), during laying of the panels (14; 14A); and ballasting and frictionally anchoring each individual waterproof panel (14; 14A) to the bottom and/or to the side banks of the canal or water basin by injecting a concrete mixture in the ballast chamber after each panel (14; 14A) has been laid. - manufacturing a plurality of waterproof panels (14; 14A) in which each panel (14; 14A) comprises at least a tubular ballast chamber and flexible sealing flaps extending along opposite side edges of the panel (14; 14A); - sequentially positioning a number of waterproof panels (14; 14A) on the bottom and/or on the side banks of the canal or water basin; - fastening in advance each waterproof panel (14; 14A) to the bottom and/or to the side banks of the canal or water basin during laying; - removably connecting in a sealing fashion opposite flaps of adjoining waterproof panels (14; 14A) by an intermediate watertight connecting device (28; 44, 45), during laying of the panels (14; 14A); and
Method for analysing and monitoring interfering movements of an inertial unit of an aircraft during a static alignment phase of said inertial unit, such that, during the said static alignment phase of said inertial unit, said method carries out the following steps: - an acquisition of displacement measurements of said aircraft with respect to the ground, provided by a displacement sensor of the aircraft, and - an estimate of the states of a mirror process in which the model is simplified and/or approximated with respect to the model of a static alignment process of said inertial unit used during the static alignment phase, said estimate of said states of said mirror process being carried out using observations consisting of said displacement measurements. - an acquisition of displacement measurements of said aircraft with respect to the ground, provided by a displacement sensor of the aircraft, and - an estimate of the states of a mirror process in which the model is simplified and/or approximated with respect to the model of a static alignment process of said inertial unit used during the static alignment phase, said estimate of said states of said mirror process being carried out using observations consisting of said displacement measurements.