mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling an actuator, which is connected to a control of a manual user interface and used to output a haptic feedback signal S A (t) to a user via the control, wherein a sensor detecting a sensor signal Ss(t) generated by a manual input of the user in response to the output feedback signal S A (t) is provided in the control, the method comprising the following steps: - following the output of a feedback signal S A (t 0) at the time to by the actuator on the basis of the sensor signal Ss(t) for t > to, the determination of a reaction time RZ of the user, - if the determined reaction time RZ is shorter than a preset limit value G RZ, haptic feedback signals S A (t) to be output in future are changed in such a way that their haptically perceptible integrity is reduced, and if the determined reaction time RZ is longer than a preset limit value G RZ, haptic feedback signals S A (t) to be output in future are changed in such a way that their haptically perceptible integrity is increased, and/or - following the output of a feedback signal S A (t 0) at the time to by the actuator on the basis of the sensor signal Ss(t) for t > to, the determination of a maximum value |S s (t)| max of the sensor signal Ss(t), - if the determined maximum value |S s (t)| max is less than a preset limit value G Ssmax, haptic feedback signals S A (t) to be output in future are changed in such a way that their haptically perceptible integrity is reduced, and if the determined maximum value |S s (t)| max is more than a preset limit value G Ssmax, haptic feedback signals S A (t) to be output in future are changed in such a way that their haptically perceptible integrity is increased. - following the output of a feedback signal S A (t 0) at the time to by the actuator on the basis of the sensor signal Ss(t) for t > to, the determination of a reaction time RZ of the user, - if the determined reaction time RZ is shorter than a preset limit value G RZ, haptic feedback signals S A (t) to be output in future are changed in such a way that their haptically perceptible integrity is reduced, and if the determined reaction time RZ is longer than a preset limit value G RZ, haptic feedback signals S A (t) to be output in future are changed in such a way that their haptically perceptible integrity is increased, and/or - following the output of a feedback signal S A (t 0) at the time to by the actuator on the basis of the sensor signal Ss(t) for t > to, the determination of a maximum value |S s (t)| max of the sensor signal Ss(t), - if the determined maximum value |S s (t)| max is less than a preset limit value G Ssmax, haptic feedback signals S A (t) to be output in future are changed in such a way that their haptically perceptible integrity is reduced, and if the determined maximum value |S s (t)| max is more than a preset limit value G Ssmax, haptic feedback signals S A (t) to be output in future are changed in such a way that their haptically perceptible integrity is increased.
A vacuum suction apparatus including a nozzle formed to suck air for the production of vacuum insulation panels or for the production of vacuum packages, comprising: the nozzle including a suction portion configured to suck air, a blade portion extending from at least one side of the suction portion; and a suction inlet for air suction; wherein the height of one side of the blade portion adjacent to the suction portion is greater than the height of an outer end of the blade portion, characterised by a plurality of protrusion portions extending from the front portion of the suction portion, and by the suction inlet being provided between the plurality of protrusion portions. the nozzle including a suction portion configured to suck air, a blade portion extending from at least one side of the suction portion; and a suction inlet for air suction;
A process of forming an umami taste and salt enhancing ingredient, wherein a) a pea protein of the leguminous plant Pisum saltivum with a comparatively low glutamic acid content of about 13% is hydrolyzed, and b) the hydrolyzed or partly hydrolyzed pea protein is subjected to fermentation with a Lactobacillus plantarum species at a temperature suitable for the species at a starting pH of at least 6 or higher and incubated until a pH of 5.5 or lower is reached. a) a pea protein of the leguminous plant Pisum saltivum with a comparatively low glutamic acid content of about 13% is hydrolyzed, and b) the hydrolyzed or partly hydrolyzed pea protein is subjected to fermentation with a Lactobacillus plantarum species at a temperature suitable for the species at a starting pH of at least 6 or higher and incubated until a pH of 5.5 or lower is reached.
An elongated structure having a length axis and comprising: a pole comprising a circular wall around a hollow core as a tubular body part extending in an axial direction along the length axis; an H-shaped frame arranged in the core and extending in the axial direction characterized in that the H-shaped frame being connected to the wall at at least a base section of the tubular body part, wherein the H-shaped frame is formed by stems connected by a cross-bar wherein ends of said stems are touched by the circular wall circumscribing the H-shaped frame thereby essentially dividing the core in at least two concave portions, at least two doors provided in the wall and arranged on either side of the H-shaped frame, a respective concave portion being formed by the cross bar, respective stem parts, and a respective wall part, with a respective door in opened position providing access to said respective concave portion and in closed position closing said respective concave portion, and wherein equipment is concealable in the base section of the tubular body and mountable in the concave portions of the H-shaped frame by mounting onto mounting means provided at the H-shaped frame. a pole comprising a circular wall around a hollow core as a tubular body part extending in an axial direction along the length axis; an H-shaped frame arranged in the core and extending in the axial direction characterized in that the H-shaped frame being connected to the wall at at least a base section of the tubular body part, wherein the H-shaped frame is formed by stems connected by a cross-bar wherein ends of said stems are touched by the circular wall circumscribing the H-shaped frame thereby essentially dividing the core in at least two concave portions, at least two doors provided in the wall and arranged on either side of the H-shaped frame, a respective concave portion being formed by the cross bar, respective stem parts, and a respective wall part, with a respective door in opened position providing access to said respective concave portion and in closed position closing said respective concave portion, and wherein equipment is concealable in the base section of the tubular body and mountable in the concave portions of the H-shaped frame by mounting onto mounting means provided at the H-shaped frame.
Apparatus for endovascularly replacing a patient's heart valve, the apparatus comprising: an expandable anchor supporting a replacement valve and a delivery catheter adapted to deliver the anchor and replacement valve to a vicinity of the heart, the anchor and replacement valve being adapted for percutaneous delivery and deployment to replace the patient's heart valve, wherein the apparatus further comprises a seal adapted to prevent blood flow around the replacement valve when the anchor and replacement valve are fully deployed, characterized in that the seal comprises a pleated seal in the deployed configuration. an expandable anchor supporting a replacement valve and a delivery catheter adapted to deliver the anchor and replacement valve to a vicinity of the heart, the anchor and replacement valve being adapted for percutaneous delivery and deployment to replace the patient's heart valve, wherein the apparatus further comprises a seal adapted to prevent blood flow around the replacement valve when the anchor and replacement valve are fully deployed, characterized in that the seal comprises a pleated seal in the deployed configuration.
An isolated extracellular vesicle obtained from fibro-adipogenic progenitors (FAPs) cells previously exposed to histone deacetylase (HDAC) inhibitor, wherein said histone deacetylase inhibitor is selected from the group consisting of Trichostatin A, MS-275, suberanilohydroxamic acid (SAHA) and Givinostat, for use in the treatment of a muscular dystrophy.
Hollow vane comprising a main portion and at least one cover, the cover being mounted in an opening of the main portion in such a way as to close the opening and to form with the main portion an external, substantially continuous face (7, 9) of the vane, the main portion further comprising a cavity that communicates with the external face via the opening, characterised in that the cover comprises at least one protrusion (6, 16), extending over a portion of a thickness of the cover at a distance from the external face, and over opposite portions of the edge of the cover, and the main portion comprises at least one widening (10, 17) of the opening, located at a distance from the external face and wherein the protrusion of the cover penetrates.
A method for manufacturing raw foie gras cutlets, wherein - the two lobes of the liver are separated after the liver is removed from the animal, and - at least one of the lobes is placed in a mold, the shape of which corresponds to the desired shape of the cutlets, the mold including a longitudinal cavity - the lobe is placed, under the sole effect of gravity, in the longitudinal cavity, this cavity having a transverse curvature corresponding to the desired shape of the section of the cutlets, ensuring a ratio of the height to the width of the molded lobe, before slicing of the cutlets, that is as constant as possible over its entire length, said cavity transversely including a section that is rounder over one edge than over the other edge, connected by a bottom section of asymptomatic curvature, the most curved natural face of the lobe being arranged at the bottom of this cavity - then the lobe is cooled in said mold to a temperature of between -5 and +8°C, and lastly the lobe is sliced after it is removed from said mold. - the two lobes of the liver are separated after the liver is removed from the animal, and - at least one of the lobes is placed in a mold, the shape of which corresponds to the desired shape of the cutlets, the mold including a longitudinal cavity - the lobe is placed, under the sole effect of gravity, in the longitudinal cavity, this cavity having a transverse curvature corresponding to the desired shape of the section of the cutlets, ensuring a ratio of the height to the width of the molded lobe, before slicing of the cutlets, that is as constant as possible over its entire length, said cavity transversely including a section that is rounder over one edge than over the other edge, connected by a bottom section of asymptomatic curvature, the most curved natural face of the lobe being arranged at the bottom of this cavity - then the lobe is cooled in said mold to a temperature of between -5 and +8°C, and lastly the lobe is sliced after it is removed from said mold.
An ophthalmic composition, comprising a lutein, a polyvinyl alcohol and an artificial tear solution, wherein the concentration of the lutein is 2.5 μM to 10 μM, the concentration of the polyvinyl alcohol is 0.1% to 1.5% (wt./v), and the pH range of the ophthalmic composition is pH 6.5 to pH 8.5.
Angle bracket for connecting parts, made of a composite material, comprising two flanges (3, 4) which enclose an angle along a longitudinal bend axis and which comprise, externally with respect to said bend, coupling zones (34, 44) designed to allow attachment of the parts to be connected, in conjunction with securing means, characterized in that it has at least one succession, at least in the longitudinal direction, of domed portions (21, 31, 41) of concave (32, 42) or convex (33, 43) profile internally and/or externally with respect to said bend, lending it a corrugated shape in the longitudinal direction.
A system for providing security in a computer system, the system comprising one or more logic circuits configured to perform a memory refresh of a window of memory locations in a memory, including being configured to at least: perform a periodic read operation followed by a corresponding write operation at each memory location, each memory location storing a version value and a block of ciphertext, the version value being updated with each write operation at a memory location, and the block of ciphertext being produced with a key that depends on the version value and thereby changes with each write operation, the key also changing from memory location to memory location; and between the read operation and corresponding write operation at each memory location: compare the version value stored at the memory location with a chronologically earliest version value stored at any memory location of the window; and verify validity of the block of ciphertext stored at the memory location based on the comparison, the validity of the block of ciphertext being verified in an instance in which the version value stored at the memory location is no earlier than the earliest version value. perform a periodic read operation followed by a corresponding write operation at each memory location, each memory location storing a version value and a block of ciphertext, the version value being updated with each write operation at a memory location, and the block of ciphertext being produced with a key that depends on the version value and thereby changes with each write operation, the key also changing from memory location to memory location; and between the read operation and corresponding write operation at each memory location: compare the version value stored at the memory location with a chronologically earliest version value stored at any memory location of the window; and verify validity of the block of ciphertext stored at the memory location based on the comparison, the validity of the block of ciphertext being verified in an instance in which the version value stored at the memory location is no earlier than the earliest version value. compare the version value stored at the memory location with a chronologically earliest version value stored at any memory location of the window; and verify validity of the block of ciphertext stored at the memory location based on the comparison, the validity of the block of ciphertext being verified in an instance in which the version value stored at the memory location is no earlier than the earliest version value.
A heat storage device (10, 10A', 10B, 10C) which stores heat from a heat source, this heat being used for operating an energy conversion device, characterized in that, the heat storage device (10, 10A', 10B, 10C) comprises: a heat resistant frame filled with one type of eutectic alloy or eutectic mixed salt having a eutectic temperature which is within a range of operating temperatures of the energy conversion device and within a temperature range of the heat source; or a heat resistant frame (11, 11B) filled with two or more eutectic alloys or eutectic mixed salts having different eutectic temperatures and adjoining via a heat transmissive partitioning wall in order of higher eutectic temperature, wherein one part of the heat resistant frame (11, 11B) is filled with the eutectic alloy or eutectic mixed salt having the highest eutectic temperature and where this eutectic temperature is within a temperature range of the heat source, and another part of the heat resistant frame (11, 11B) is filled with the eutectic alloy or eutectic mixed salt having the lowest eutectic temperature and where this eutectic temperature is within an operating temperature range of the energy conversion device; wherein a eutectic alloy or eutectic mixed salt in a solid-liquid coexistence state has a function of absorbing temperature fluctuations of the heat source. a heat resistant frame filled with one type of eutectic alloy or eutectic mixed salt having a eutectic temperature which is within a range of operating temperatures of the energy conversion device and within a temperature range of the heat source; or a heat resistant frame (11, 11B) filled with two or more eutectic alloys or eutectic mixed salts having different eutectic temperatures and adjoining via a heat transmissive partitioning wall in order of higher eutectic temperature, wherein one part of the heat resistant frame (11, 11B) is filled with the eutectic alloy or eutectic mixed salt having the highest eutectic temperature and where this eutectic temperature is within a temperature range of the heat source, and another part of the heat resistant frame (11, 11B) is filled with the eutectic alloy or eutectic mixed salt having the lowest eutectic temperature and where this eutectic temperature is within an operating temperature range of the energy conversion device; one part of the heat resistant frame (11, 11B) is filled with the eutectic alloy or eutectic mixed salt having the highest eutectic temperature and where this eutectic temperature is within a temperature range of the heat source, and another part of the heat resistant frame (11, 11B) is filled with the eutectic alloy or eutectic mixed salt having the lowest eutectic temperature and where this eutectic temperature is within an operating temperature range of the energy conversion device;
A system for localizing an underwater remotely controlled vehicle for inspecting an underwater structure having one or more landmarks thereon, the system comprising: an underwater pan-tilt-zoom camera; a plurality of fiducials mounted on the vehicle, when in use; a map of the structure having the one or more landmarks defined thereon; a processor; and software, executing on the processor, the software iterating a loop performing the functions of: panning and tilting the camera to follow the plurality of fiducials; collecting an image from the pan-tilt-zoom camera; estimating the angular velocity of the camera about a vector comprising a combination of the pan and tilt axes of the camera; predicting a future state of the system based on the estimate of angular velocity; calculating a correction to the predicted state of the system based on detecting in the collected image, the plurality of fiducials and one or more of the landmarks defined on the map of the structure; applying the correction to the predicted state of the system; and using the corrected predicted state as the previous state for the next iteration of the loop. an underwater pan-tilt-zoom camera; a plurality of fiducials mounted on the vehicle, when in use; a map of the structure having the one or more landmarks defined thereon; a processor; and software, executing on the processor, the software iterating a loop performing the functions of: panning and tilting the camera to follow the plurality of fiducials; collecting an image from the pan-tilt-zoom camera; estimating the angular velocity of the camera about a vector comprising a combination of the pan and tilt axes of the camera; predicting a future state of the system based on the estimate of angular velocity; calculating a correction to the predicted state of the system based on detecting in the collected image, the plurality of fiducials and one or more of the landmarks defined on the map of the structure; applying the correction to the predicted state of the system; and using the corrected predicted state as the previous state for the next iteration of the loop. panning and tilting the camera to follow the plurality of fiducials; collecting an image from the pan-tilt-zoom camera; estimating the angular velocity of the camera about a vector comprising a combination of the pan and tilt axes of the camera; predicting a future state of the system based on the estimate of angular velocity; calculating a correction to the predicted state of the system based on detecting in the collected image, the plurality of fiducials and one or more of the landmarks defined on the map of the structure; applying the correction to the predicted state of the system; and using the corrected predicted state as the previous state for the next iteration of the loop.
Process for manufacturing a hybrid solar panel capable of generating electrical energy and thermal energy, said process consisting in: - integrating, into the solar panel, photovoltaic elements having a front face and a back face; - placing a single-piece heat exchanger under the photovoltaic elements, the back face of said photovoltaic elements facing said exchanger, which exchanger comprises a heat-exchange zone; - forming the heat-exchange zone with a lower plate comprising an upper face over which a coolant is intended to flow and a lower face that does not make contact with said coolant and that is opposite said upper face; - integrating into the lower plate elements suitable for disrupting the flow of the coolant; characterized in that said process furthermore comprises steps consisting in: - shaping the lower plate so that it has incorporated, from its manufacture, the disrupting elements, ∘ the lower plate is moulded in a thermoplastic or a polymer filled with metal flakes or powders, which lower plate forms a heat-exchange plate, the disrupting elements being made from the same material as said plate; ∘ the disrupting elements form protrusions in the upper face of the lower plate and form recesses in the lower face of said plate; and - shaping the upper end of the disrupting elements so as to ensure an areal contact between said upper end and the back face of the photovoltaic elements. - integrating, into the solar panel, photovoltaic elements having a front face and a back face; - placing a single-piece heat exchanger under the photovoltaic elements, the back face of said photovoltaic elements facing said exchanger, which exchanger comprises a heat-exchange zone; - forming the heat-exchange zone with a lower plate comprising an upper face over which a coolant is intended to flow and a lower face that does not make contact with said coolant and that is opposite said upper face; - integrating into the lower plate elements suitable for disrupting the flow of the coolant; - shaping the lower plate so that it has incorporated, from its manufacture, the disrupting elements, ∘ the lower plate is moulded in a thermoplastic or a polymer filled with metal flakes or powders, which lower plate forms a heat-exchange plate, the disrupting elements being made from the same material as said plate; ∘ the disrupting elements form protrusions in the upper face of the lower plate and form recesses in the lower face of said plate; and ∘ the lower plate is moulded in a thermoplastic or a polymer filled with metal flakes or powders, which lower plate forms a heat-exchange plate, the disrupting elements being made from the same material as said plate; ∘ the disrupting elements form protrusions in the upper face of the lower plate and form recesses in the lower face of said plate; and - shaping the upper end of the disrupting elements so as to ensure an areal contact between said upper end and the back face of the photovoltaic elements.
A surface dielectric barrier discharge plasma unit comprising a solid dielectric structure provided with an interior space wherein an interior electrode is arranged, further comprising a further electrode for generating in concert with the interior electrode a surface dielectric barrier discharge plasma, wherein the solid dielectric structure substantially has an elongate shape having an exterior treating surface and an exterior side surface extending from the exterior treating surface, characterized in that the plasma unit is further provided with a gas flow path (P1,P2,P3) along at least part of said exterior side surface and wherein the gas flow path is oriented substantially transverse with respect to said treating surface of the solid dielectric structure, and in that said exterior side surface of said solid dielectric structure is at least partially covered by said exterior electrode.