mhurhangee/patent-ind-claim-en huggingface dataset:
A flat foot orthosis adapted to be applied onto lower limbs of a human body, and comprising: two bodies , each one of the two bodies having a wearing space disposed inside the body ; a foot portion having a sole located on a bottom of the foot portion ; an instep located on a top of the foot portion ; an arch located on one of two vertical sides of the foot portion , facing the other one of the two bodies , and connected to the sole and the instep ; and a lateral side located on the other one of the two vertical sides of the foot portion , and connected to the sole and the instep ; an ankle portion connected to the foot portion ; a shank portion connected to the ankle portion ; a substrate surrounding the wearing space, and extending from the foot portion to the shank portion through the ankle portion ; and a first elastomer disposed adjacent to the substrate and surrounding the wearing space, and when in use, extending from the instep of the foot portion at a cuboid bone (A) of a wearer through the lateral side , the sole , and the arch in order, wrapping over a navicular bone (B) of the wearer , and extending through the ankle portion at a talus bone (C) of the wearer toward the shank portion ; and characterized in that : each one of the two bodies has a knee portion connected to the shank portion ; and a thigh portion connected to the knee portion ; wherein the first elastomer of each one of the two bodies extends to the thigh portion through a rear side of the shank portion , obliquely extends in combination with upward and inward turns through an inner side of the knee portion , extends through a front side of the thigh portion , and surrounds and fetters the thigh portion . two bodies , each one of the two bodies having a wearing space disposed inside the body ; a foot portion having a sole located on a bottom of the foot portion ; an instep located on a top of the foot portion ; an arch located on one of two vertical sides of the foot portion , facing the other one of the two bodies , and connected to the sole and the instep ; and a lateral side located on the other one of the two vertical sides of the foot portion , and connected to the sole and the instep ; an ankle portion connected to the foot portion ; a shank portion connected to the ankle portion ; a substrate surrounding the wearing space, and extending from the foot portion to the shank portion through the ankle portion ; and each one of the two bodies has a knee portion connected to the shank portion ; and a thigh portion connected to the knee portion ; a knee portion connected to the shank portion ; and a thigh portion connected to the knee portion ; wherein the first elastomer of each one of the two bodies extends to the thigh portion through a rear side of the shank portion , obliquely extends in combination with upward and inward turns through an inner side of the knee portion , extends through a front side of the thigh portion , and surrounds and fetters the thigh portion .
A system for a well, comprising: a tubing string comprising spoolable, flexible, coiled tubing to transport fluids within the well; a packer associated with the tubing string to provide an annular seal to a section of a wellbore of the well; and a spoolable module assembled in tandem with the coiled tubing, the spoolable module comprising: a power generator to generate power for the system based on fluid flow within the well; a wireless communication device associated with the tubing string to exchange information with one or more components of the system; one or more sensors associated with the tubing string to sense one or more environmental conditions in the well; one or more processing devices associated with the tubing string to generate at least some of the information based on the one or more environmental conditions; and one or more inflow control valves to control a rate of fluid flow into the system. a tubing string comprising spoolable, flexible, coiled tubing to transport fluids within the well; a packer associated with the tubing string to provide an annular seal to a section of a wellbore of the well; and a spoolable module assembled in tandem with the coiled tubing, the spoolable module comprising: a power generator to generate power for the system based on fluid flow within the well; a wireless communication device associated with the tubing string to exchange information with one or more components of the system; one or more sensors associated with the tubing string to sense one or more environmental conditions in the well; one or more processing devices associated with the tubing string to generate at least some of the information based on the one or more environmental conditions; and one or more inflow control valves to control a rate of fluid flow into the system. a power generator to generate power for the system based on fluid flow within the well; a wireless communication device associated with the tubing string to exchange information with one or more components of the system; one or more sensors associated with the tubing string to sense one or more environmental conditions in the well; one or more processing devices associated with the tubing string to generate at least some of the information based on the one or more environmental conditions; and one or more inflow control valves to control a rate of fluid flow into the system.
A method for improving the formation and/or thermal stability of ternesite during producing a ternesite or calcium sulfoaluminate ternesite clinker by - providing a raw meal comprising at least sources of CaO, SiO 2 , Al 2 O 3 , and SO 3 , - sintering the raw meal in a kiln in a single sintering step above 1200 °C at a temperature ranging from >1200 to 1400 °C to provide a clinker - cooling the clinker comprising 10 - 95 % by weight C 4 A 3-x F x $, with x ranging from 0 to 2, 5 - 90 % by weight C 5 S 2 $, 0 - 85 % by weight C 2 S, 0 - 30 % by weight aluminates, 0 - 30 % by weight ferrites, 0 - 30 % by weight calcium sulfate and up to 20 % by weight minor phases, all with respect to the total weight of the clinker, wherein at least one compound containing chrome is added as mineralizer to the raw meal prior to or during sintering providing a total amount of chrome calculated as Cr 2 O 3 of at least 500 mg/kg in the raw meal. - providing a raw meal comprising at least sources of CaO, SiO 2 , Al 2 O 3 , and SO 3 , - sintering the raw meal in a kiln in a single sintering step above 1200 °C at a temperature ranging from >1200 to 1400 °C to provide a clinker - cooling the clinker comprising 10 - 95 % by weight C 4 A 3-x F x $, with x ranging from 0 to 2, 5 - 90 % by weight C 5 S 2 $, 0 - 85 % by weight C 2 S, 0 - 30 % by weight aluminates, 0 - 30 % by weight ferrites, 0 - 30 % by weight calcium sulfate and up to 20 % by weight minor phases, all with respect to the total weight of the clinker,
Damping device containing a front deflector which includes a moveable support installed at a guide , the front deflector with possibility for movement in case of a vehicle collision, sectional side beams and sections of mass dampers , whereas the sectional side beams are designed to provide for telescopic insertion of the front section of a side beam into the next one behind it, while each of a pair of right and left sectional side beams is limited by a vertically oriented rectangular frame having a vertical base entering into the guide and fixed between relevant sections of a pair of right and left side beams , while a rear block includes a terminal rectangular frame of the damping device and is fitted with a rear fastening rigidly connected to guide , wherein the damping device contain sections of mass dampers , characterized in that the damping device contains sections of mass dampers of a first and/or second types , where each section of mass damper of the first type is formed by twin vertical spaced apart sheet elements with zigzag-shaped bends , oriented towards each other, while each end of each sheet element with zigzag-shaped bend is bent outwards forming a through channel parallel to the centre line of the damping device , the section of mass damper being limited by vertical plates at its ends, whereas each section of mass damper of the second type is formed by a perforated end-to-end duct oriented horizontally relative to a through opening and perforation being made at each of four duct walls and at bends between the walls, with perforation at bends coming to both adjacent sides of duct, the section of mass damper being limited by vertical plates at its ends, wherein while the vertical plates connect sections of mass damper with each other, some vertical plates limiting the section rest on lower bar of each rectangular frame , and the front and rear vertical plates of the connected sections of mass dampers are fixed at the front deflector and the rear fastening , respectively.
Coating material for the production of a coating containing at least - 15 to 70 % by weight of at least one CH-acidic compound A selected from compounds of the formula with R being hydrogen, an alkyl group or aryl group, Y being an alkyl group, aralkyl group, aryl group, alkoxy group or an amino group, and with Y' being an alkyl group, aralkyl group, aryl group, alkoxy group or an amino group, - 4 to 40 % by weight of at least one vinylogous carbonyl compound B selected from acrylates and maleates, - 0.1 to 15 % by weight of at least one latent base catalyst C, - 0.00001 to 10 % by weight of at least one light stabilizer selected from the group comprising free-radical scavengers, UV absorbers, quenching agents and peroxide decomposers, - 0.00001 to 20 % by weight of at least one open-time extender selected from the group comprising basic NH functional compounds with a pK a value of between 4 and 14, and, - 0.00001 to 20 % by weight of at least one pot life extender selected from the group comprising alcohols with up to 6 carbon atoms, and showing an evaporation number of below 35. each based on the total quantity of the coating material. - 15 to 70 % by weight of at least one CH-acidic compound A selected from compounds of the formula with R being hydrogen, an alkyl group or aryl group, Y being an alkyl group, aralkyl group, aryl group, alkoxy group or an amino group, and with Y' being an alkyl group, aralkyl group, aryl group, alkoxy group or an amino group, R being hydrogen, an alkyl group or aryl group, Y being an alkyl group, aralkyl group, aryl group, alkoxy group or an amino group, and with Y' being an alkyl group, aralkyl group, aryl group, alkoxy group or an amino group, - 4 to 40 % by weight of at least one vinylogous carbonyl compound B selected from acrylates and maleates, - 0.1 to 15 % by weight of at least one latent base catalyst C, - 0.00001 to 10 % by weight of at least one light stabilizer selected from the group comprising free-radical scavengers, UV absorbers, quenching agents and peroxide decomposers, - 0.00001 to 20 % by weight of at least one open-time extender selected from the group comprising basic NH functional compounds with a pK a value of between 4 and 14, and, - 0.00001 to 20 % by weight of at least one pot life extender selected from the group comprising alcohols with up to 6 carbon atoms, and showing an evaporation number of below 35.
An electronic device comprising: a camera module comprising an image sensor configured to acquire image data of an object and to generate a signal for extracting distance information of a distance between the electronic device and the object , a memory module ; and a processor operatively coupled with the camera module and the memory module , wherein the processor is configured to: acquire image data of the object from the camera module , extract distance information based on the generated signal, and characterized in that the processor is further configured to select, among a plurality of image filters of various shapes, an image filter for the object based on the shape of the object, wherein the shape of the object is determined based on the distance information and wherein each of said plurality of image filters is either configured to emphasize the object in the acquired image data by blurring the background or by brightening the object with respect to the background, and apply the selected image filter to the acquired image data to generate a new image and display the new image. a camera module comprising an image sensor configured to acquire image data of an object and to generate a signal for extracting distance information of a distance between the electronic device and the object , a memory module ; and a processor operatively coupled with the camera module and the memory module , wherein the processor is configured to: acquire image data of the object from the camera module , extract distance information based on the generated signal, and characterized in that the processor is further configured to select, among a plurality of image filters of various shapes, an image filter for the object based on the shape of the object, wherein the shape of the object is determined based on the distance information and wherein each of said plurality of image filters is either configured to emphasize the object in the acquired image data by blurring the background or by brightening the object with respect to the background, and apply the selected image filter to the acquired image data to generate a new image and display the new image. acquire image data of the object from the camera module , extract distance information based on the generated signal, and characterized in that the processor is further configured to select, among a plurality of image filters of various shapes, an image filter for the object based on the shape of the object, wherein the shape of the object is determined based on the distance information and wherein each of said plurality of image filters is either configured to emphasize the object in the acquired image data by blurring the background or by brightening the object with respect to the background, and apply the selected image filter to the acquired image data to generate a new image and display the new image.
A mask builder implemented in a sound signal decoder for creating a weighting mask for application to an excitation signal, in frequency domain, derived from a decoded synthesis filter excitation, comprising: a normalizer of an energy spectrum of the decoded synthesis filter excitation to get a normalized energy spectrum; means for scaling the normalized energy spectrum to obtain a scaled energy spectrum; means for limiting the scaled energy spectrum to obtain a limited scaled energy spectrum; an averaging filter for smoothing the limited scaled energy spectrum along a frequency axis; and an energy spectrum smoother for processing, along a time axis, the limited scaled energy spectrum smoothed in the averaging filter to create the weighting mask. a normalizer of an energy spectrum of the decoded synthesis filter excitation to get a normalized energy spectrum; means for scaling the normalized energy spectrum to obtain a scaled energy spectrum; means for limiting the scaled energy spectrum to obtain a limited scaled energy spectrum; an averaging filter for smoothing the limited scaled energy spectrum along a frequency axis; and an energy spectrum smoother for processing, along a time axis, the limited scaled energy spectrum smoothed in the averaging filter to create the weighting mask.
A feed lift for pets, comprising a platform that is movable in a vertical direction in a guided manner for receiving vessels (4.2) and a drive for moving the platform , characterized in that - the drive comprises a belt drive with a circulating toothed belt (3.1) and a drive pinion (3.3) driven by a motor (3.2), - the motor (3.2) and the drive pinion (3.3) are arranged in a base of the feed lift , - the drive pinion (3.3) meshes with the circulating toothed belt (3.1), - a linear guide comprises two stationary guide elements (6.1, 6.2) extending vertically upwards from the base and a respective guide element (6.3, 6.4) movable along each of the two stationary guide elements (6.1, 6.2), wherein the two movable guide elements (6.3, 6.4) are fastened laterally to the platform , - deflection means (3.4, 3.5, 3.6) for the circulating toothed belt (3.1) are arranged in the base of the feed lift and on each upper side of the two stationary guide elements (6.1, 6.2) in such a manner that the toothed belt (3.1) circulates along the two stationary guide elements (6.1, 6.2), in each case in runs (3.8, 3.9) with an opposite running direction, and - the platform is fastened to runs (3.8, 3.8) of the circulating toothed belt (3.1) moving in the same direction along the two stationary guide elements (6.1, 6.2). - the drive comprises a belt drive with a circulating toothed belt (3.1) and a drive pinion (3.3) driven by a motor (3.2), - the motor (3.2) and the drive pinion (3.3) are arranged in a base of the feed lift , - the drive pinion (3.3) meshes with the circulating toothed belt (3.1), - a linear guide comprises two stationary guide elements (6.1, 6.2) extending vertically upwards from the base and a respective guide element (6.3, 6.4) movable along each of the two stationary guide elements (6.1, 6.2), wherein the two movable guide elements (6.3, 6.4) are fastened laterally to the platform , - deflection means (3.4, 3.5, 3.6) for the circulating toothed belt (3.1) are arranged in the base of the feed lift and on each upper side of the two stationary guide elements (6.1, 6.2) in such a manner that the toothed belt (3.1) circulates along the two stationary guide elements (6.1, 6.2), in each case in runs (3.8, 3.9) with an opposite running direction, and - the platform is fastened to runs (3.8, 3.8) of the circulating toothed belt (3.1) moving in the same direction along the two stationary guide elements (6.1, 6.2).
A hydraulic steering system comprising: a steering valve defining a first fluid connection ; and a steering cylinder defining a second fluid connection , wherein hydraulic steering fluid moves between the first and second fluid connections ; characterized by : a piston disposed in a fluid channel between the first and second fluid connections , the piston bi-directionally movable along a linear path when the hydraulic steering fluid flows between the first and second fluid connections ; a detector to detect the bi-directional movement of the piston away from a default position of the piston ; and a processor communicatively coupled to the detector , the processor to interpret the movement of the piston . a steering valve defining a first fluid connection ; and a steering cylinder defining a second fluid connection , wherein hydraulic steering fluid moves between the first and second fluid connections ; characterized by : a piston disposed in a fluid channel between the first and second fluid connections , the piston bi-directionally movable along a linear path when the hydraulic steering fluid flows between the first and second fluid connections ; a detector to detect the bi-directional movement of the piston away from a default position of the piston ; and a processor communicatively coupled to the detector , the processor to interpret the movement of the piston .
Method for controlling an axle drive train of a machine tool for machining a workpiece which preferably consists at least partially of wood, wood-based materials or plastic, with the steps: determining reference variables at positions of an axle of the axle drive train, correcting the reference variables at these positions using correction values determined by means of performance characteristics of a drive device at these positions which occur when the axle of the axle drive train is accelerated to a constant velocity by the drive device, without load, and is moved along these positions at this constant velocity, characterised in that the correction values each have a non-position-dependent constant component and a position-dependent variable component, the correction values are in each case direction-dependent, and the non-position-dependent constant component has a non-direction-dependent mass component and a direction-dependent frictional component. determining reference variables at positions of an axle of the axle drive train, correcting the reference variables at these positions using correction values determined by means of performance characteristics of a drive device at these positions which occur when the axle of the axle drive train is accelerated to a constant velocity by the drive device, without load, and is moved along these positions at this constant velocity, characterised in that the correction values each have a non-position-dependent constant component and a position-dependent variable component, the correction values are in each case direction-dependent, and the non-position-dependent constant component has a non-direction-dependent mass component and a direction-dependent frictional component.
A method for assessing a shape of a bell-shaped liquid spray , comprising the steps of: ∘ operating a spray nozzle for delivering a bell-shaped liquid spray ; ∘ capturing an image of a plurality of liquid jets forming the delivered bell-shaped liquid spray during operation of the spray nozzle ; ∘ processing the captured image , wherein processing the captured image comprises converting the captured image to a binary image , the binary image comprising a plurality of filaments each filament corresponding to a liquid jet and a plurality of arcs each arc connecting two filaments being located next to each other; and ∘ deriving at least one shape parameter of the liquid jets from the processed image. ∘ operating a spray nozzle for delivering a bell-shaped liquid spray ; ∘ capturing an image of a plurality of liquid jets forming the delivered bell-shaped liquid spray during operation of the spray nozzle ; ∘ processing the captured image , wherein processing the captured image comprises converting the captured image to a binary image , the binary image comprising a plurality of filaments each filament corresponding to a liquid jet and a plurality of arcs each arc connecting two filaments being located next to each other; and ∘ deriving at least one shape parameter of the liquid jets from the processed image.