mhurhangee/ep-ind-claims huggingface dataset:
An information processing system comprising: a controller configured to: obtain a plurality of images having different depth positions; divide the plurality of images into a plurality of sub-regions; generate for each sub-region in-focus position information which corresponds to a depth position; and store the plurality of images and the in-focus position information in an image management server; wherein the in-focus position information indicates at least one of the plurality of images in an in-focus state; and wherein the in-focus position information includes at least one of a color distribution map or a look-up table. a controller configured to: obtain a plurality of images having different depth positions; divide the plurality of images into a plurality of sub-regions; generate for each sub-region in-focus position information which corresponds to a depth position; and store the plurality of images and the in-focus position information in an image management server; obtain a plurality of images having different depth positions; divide the plurality of images into a plurality of sub-regions; generate for each sub-region in-focus position information which corresponds to a depth position; and store the plurality of images and the in-focus position information in an image management server; wherein the in-focus position information indicates at least one of the plurality of images in an in-focus state; and wherein the in-focus position information includes at least one of a color distribution map or a look-up table.
Control system for controlling a brake, a steering system and/or a drive of an autonomous or automated vehicle, the control system having: a detection apparatus which is designed to detect an object from an environment of the vehicle and to provide corresponding object data; an artificial intelligence module which is designed to generate at least one first control command for the vehicle from the object data; a fallback apparatus which is designed to generate at least one second control command for the vehicle from the object data with the aid of a deterministic calculation rule; a safety apparatus which is designed to determine calculation values on the basis of the object data and to calculate a criticality value therefrom; characterized in that the safety apparatus is configured to determine the calculation values from the object data, and the control system also comprises a safety gate which is configured to receive the first control command from the artificial intelligence module, the second control command from the fallback apparatus and the criticality value from the safety apparatus, wherein the safety gate is configured to transmit a third control command to the vehicle on the basis of the criticality value, wherein the third control command either is or corresponds to the first control command from the artificial intelligence module or is or corresponds to the second control command from the fallback apparatus. a detection apparatus which is designed to detect an object from an environment of the vehicle and to provide corresponding object data; an artificial intelligence module which is designed to generate at least one first control command for the vehicle from the object data; a fallback apparatus which is designed to generate at least one second control command for the vehicle from the object data with the aid of a deterministic calculation rule; a safety apparatus which is designed to determine calculation values on the basis of the object data and to calculate a criticality value therefrom; the safety apparatus is configured to determine the calculation values from the object data, and the control system also comprises a safety gate which is configured to receive the first control command from the artificial intelligence module, the second control command from the fallback apparatus and the criticality value from the safety apparatus, wherein the safety gate is configured to transmit a third control command to the vehicle on the basis of the criticality value, wherein the third control command either is or corresponds to the first control command from the artificial intelligence module or is or corresponds to the second control command from the fallback apparatus.
Electrical cooking appliance, in particular an electric fryer, comprising a cooking assembly, a draining support forming a draining receptacle, the electrical cooking appliance being able to take on a draining configuration in which the draining support carries the cooking assembly, the cooking assembly comprising a vessel capable of receiving a cooking bath, the vessel being provided with a draining device for emptying the cooking bath into the draining receptacle when the electrical cooking appliance is in the draining configuration, the electrical cooking appliance being able to take on a storage configuration, characterized in that in the storage configuration the draining support rests on the cooking assembly and the draining receptacle extends inside the vessel, in that the cooking assembly comprises two opposite side handles (11, 12), in that the draining support has a collar surrounding the draining receptacle, in that the collar is prolonged by a lower skirt surrounding the draining receptacle, in that the lower skirt has lower indentations, in that in the storage configuration the lower indentations rest on the side handles (11, 12).
A heat shield assembly for an aircraft wheel, defining a first circumferential side and a second circumferential side and an inboard end and an outboard end, comprising: a first layer defining a first surface of the heat shield assembly and having a first tab member disposed proximate the inboard end at the first circumferential side and a second tab member disposed proximate the outboard end at the first circumferential side; and a second layer defining a second surface of the heat shield assembly and having one or more first crimped portions extending along the first circumferential side and configured to engage the first tab member and the second tab member; and characterized by further comprising an intermediate layer disposed between the first layer and the second layer, wherein the intermediate layer comprises a first plurality of dimples oriented toward the first layer, and wherein the intermediate layer comprises a second plurality of dimples oriented toward the second layer; wherein the first plurality of dimples is configured to contact the first layer and the second plurality of dimples is configured to contact the second layer. a first layer defining a first surface of the heat shield assembly and having a first tab member disposed proximate the inboard end at the first circumferential side and a second tab member disposed proximate the outboard end at the first circumferential side; and a second layer defining a second surface of the heat shield assembly and having one or more first crimped portions extending along the first circumferential side and configured to engage the first tab member and the second tab member; and characterized by further comprising an intermediate layer disposed between the first layer and the second layer, wherein the intermediate layer comprises a first plurality of dimples oriented toward the first layer, and wherein the intermediate layer comprises a second plurality of dimples oriented toward the second layer; wherein the first plurality of dimples is configured to contact the first layer and the second plurality of dimples is configured to contact the second layer.
A SIM card applicator to enable a communications processing overlay to be attached to a SIM card, the SIM card comprising a plurality of SIM card pads (116, 116'), the overlay comprising a communications processing portion (16, 192) and overlay pads that allow for the communications processing portion to send/receive information to/from the SIM card, once attached, the applicator comprising: a holder to releasably hold the overlay in place; and a SIM receiving body to receive the SIM card, the holder and the SIM receiving body being arranged to correctly align and secure the communications processing portion of the overlay and the SIM card pads of the SIM card, wherein the overlay can be removed or separated from the holder, thereby resulting in the communications processing portion of the overlay being correctly aligned and secured to the SIM card pads, so as to define a modified SIM card for use in a mobile device. a holder to releasably hold the overlay in place; and a SIM receiving body to receive the SIM card, the holder and the SIM receiving body being arranged to correctly align and secure the communications processing portion of the overlay and the SIM card pads of the SIM card,
A system for controlling the current supply of a motor vehicle that is provided with a current source for supplying electric current to different vehicle components, which system comprises: - a disconnector that is manoeuvrable between a switched-off position, in which the disconnector is arranged to keep the current source of the vehicle electrically disconnected from said components, and a switched-on position, in which the disconnector is arranged to keep the current source of the vehicle electrically connected to said components for supplying electric current to them, and - a manually manoeuvrable operating member, by means of which the disconnector is manoeuvrable to and from between switched-off position and switched-on position, the system comprising an electronic control unit that is adapted to activate a retention function under predetermined conditions by supplying an electric current to the disconnector, the control unit being adapted, when the retention function is activated, to retain the disconnector in switched-on position and thereby prevent the disconnector from being manoeuvred from switched-on position to switched-off position under the effect of the operating member, characterized in that the control unit is adapted to activate the retention function when the following conditions, optionally in combination with one or several further conditions, are simultaneously fulfilled: - the control unit receives information indicating that the driving engine of the vehicle is in operation or receives information indicating that the velocity of the vehicle exceeds a predetermined threshold value, and the control unit receives, in case the vehicle is provided with an emergency stop function, information indicating that the emergency stop function is not activated. - a disconnector that is manoeuvrable between a switched-off position, in which the disconnector is arranged to keep the current source of the vehicle electrically disconnected from said components, and a switched-on position, in which the disconnector is arranged to keep the current source of the vehicle electrically connected to said components for supplying electric current to them, and - a manually manoeuvrable operating member, by means of which the disconnector is manoeuvrable to and from between switched-off position and switched-on position, - the control unit receives information indicating that the driving engine of the vehicle is in operation or receives information indicating that the velocity of the vehicle exceeds a predetermined threshold value, and
A nanobiocomposite formulation (NCs) in ointment form comprising silver nanoparticles (AgNPs) and cellulose nanocrystals (CNCs) wherein the ratio of AgNPs and CNCs is in the range of 0,067% -0,4% w/w (AgNPs): 7-8% w/w (CNCs), and wherein the cellulose is derived from Syzygium cumini leaves.
An antigravity muscle exerciser comprising a garment fabricated from material which when worn by a user is close-fitting and covers at least the torso of said user, wherein the garment comprises separate top and bottom portions or is a one-piece article, characterized in that the garment has incorporated therein: first portions of flexible material (6, 7) on each side of the torso which extend from the pelvis to beyond a respective shoulder where the portions of flexible material (6, 7) are contiguous with a second portion of flexible material which extends across the top of the head of the user in a coronal plane, wherein said first portions of flexible material (6, 7) in combination with the second portion of flexible material have a length and elasticity which creates axial compression between the top of the head and the pelvis, and wherein the first portions of flexible material (6,7) extending along a respective side of the user are bifurcated (12,12A) around each armhole (8,9) of the garment to rejoin above the shoulders. first portions of flexible material (6, 7) on each side of the torso which extend from the pelvis to beyond a respective shoulder where the portions of flexible material (6, 7) are contiguous with a second portion of flexible material which extends across the top of the head of the user in a coronal plane, wherein said first portions of flexible material (6, 7) in combination with the second portion of flexible material have a length and elasticity which creates axial compression between the top of the head and the pelvis, and wherein the first portions of flexible material (6,7) extending along a respective side of the user are bifurcated (12,12A) around each armhole (8,9) of the garment to rejoin above the shoulders.
A device for encoding input from an object, the device comprising: - a light source, and - a waveguide, - a number of redirecting structures, (18, 22, 36, 40) and - a detector, wherein the waveguide comprising a planar waveguide having a first surface and a second surface, the number of redirecting structures comprising a first redirecting structure and a second redirecting structure, the light source being configured for emitting light into the waveguide, such that the planar waveguide guides a first part of the light from the light source towards the first redirecting structure, the first redirecting structure being configured for redirecting the first part of the light towards the second redirecting structure by coupling the first part of the light out of the waveguide and collimating the first part of the light into a first plurality of collimated rays that traverse an area in a space next to the first surface of the planar waveguide towards the second redirecting structure, the second redirecting structure being configured for redirecting the first plurality of collimated rays towards the detector by coupling the first plurality of collimated rays back into the waveguide and directing the first plurality of light rays towards the detector, and wherein the object disturbing a first ray of the first plurality of collimated rays when the object is at least partly positioned in the space during operation of the device. - a light source, and - a waveguide, - a number of redirecting structures, (18, 22, 36, 40) and - a detector, wherein
A cable retractor comprising: a pulley housing; a first pulley assembly and a second pulley assembly disposed within the pulley housing; a cable stop housing pivotably coupled to the pulley housing and comprising a cable stop assembly; the first pulley assembly comprising a first pulley and the second pulley assembly comprising a second pulley; wherein the cable stop assembly is operable to frictionally engage a first portion of a cable installed in the cable stop assembly and disposed about the first and second pulley assemblies and wherein the first pulley is operable to engage a second portion of the cable around a first portion of a first circumferential surface of the first pulley and the second pulley is operable to engage a third portion of the cable around a first portion of a second circumferential surface of the second pulley; such that the second portion of the cables lies between the first and third portions of the cable along a length of the cable; the second pulley assembly configured to allow the second pulley assembly to translate radially with respect to the first pulley assembly; a first spring coupled to the second pulley assembly, wherein the first spring urges the second pulley assembly away from the from first pulley assembly; the cable stop assembly including a cable stop actuator button operable to release the cable stop assembly from frictionally detaining the cable. a pulley housing; a first pulley assembly and a second pulley assembly disposed within the pulley housing; a cable stop housing pivotably coupled to the pulley housing and comprising a cable stop assembly; the first pulley assembly comprising a first pulley and the second pulley assembly comprising a second pulley; wherein the cable stop assembly is operable to frictionally engage a first portion of a cable installed in the cable stop assembly and disposed about the first and second pulley assemblies and wherein the first pulley is operable to engage a second portion of the cable around a first portion of a first circumferential surface of the first pulley and the second pulley is operable to engage a third portion of the cable around a first portion of a second circumferential surface of the second pulley; such that the second portion of the cables lies between the first and third portions of the cable along a length of the cable; the second pulley assembly configured to allow the second pulley assembly to translate radially with respect to the first pulley assembly; a first spring coupled to the second pulley assembly, wherein the first spring urges the second pulley assembly away from the from first pulley assembly; the cable stop assembly including a cable stop actuator button operable to release the cable stop assembly from frictionally detaining the cable.
A combined filter assembly suitable to be used in a laundry drying machine, comprising an inner filter and an outer filter, the outer filter which is positioned on the outside of the combined filter assembly and configured to at least partially contain the inner filter by volume, the inner filter which is disposed in the outer filter and wherein the inner filter is configured to be removed only after the outer filter is removed from the laundry drying machine, and a locked handle cover which connect the inner and outer filters (11 and 12) to each other so as to prevent the inner filter from falling when the outer filter is opened, and characterized in that the inner filter has two gaps which enable two claws extending from the inner filter to be locked in a closed position so as to attach the inner filter and the outer filter to each other when said handle cover is applied between the inner filter and the outer filter and in that the locked handle cover has two ribs which extend towards the direction of the inner filter in the locked position of the handle cover and are configured to provide clearance for lateral movement by being placed in the gap so that the two claws can flex without being released.
A process for making a plastic aligner tray (300; 400; 500) having lingual-facing protrusions, the process comprising: obtaining impressions of a patient's teeth and feeding the impressions into a computer for generating a dental model of the patient's teeth; modifying the impressions to add a plurality of protrusions on the lingual side (304; 404; 504) and facing the tongue; generating a resin or plaster dental model of a patient's teeth, including the protrusions; and thermal forming, on the resin or plaster dental model a sheet of flexible clear corrugated aligner material (700; 800) comprising a plurality of parallel corrugated sections (710; 810) joined to one another such as to form an aligner tray (300; 400; 500) containing a plurality of protrusions (320; 424; 524). obtaining impressions of a patient's teeth and feeding the impressions into a computer for generating a dental model of the patient's teeth; modifying the impressions to add a plurality of protrusions on the lingual side (304; 404; 504) and facing the tongue; generating a resin or plaster dental model of a patient's teeth, including the protrusions; and thermal forming, on the resin or plaster dental model a sheet of flexible clear corrugated aligner material (700; 800) comprising a plurality of parallel corrugated sections (710; 810) joined to one another such as to form an aligner tray (300; 400; 500) containing a plurality of protrusions (320; 424; 524).
A vehicle including a vehicle control system; a controller; and at least one wheel assembly; said wheel assembly including a wheel having at least one aperture, a closure member moveably mounted on the wheel, and an actuator arranged to move the closure member relative to the wheel; wherein the controller is arranged to receive an input signal from the vehicle control system and to send a control signal to the actuator according to the input signal received; and wherein, in response to receipt of the control signal, the actuator is arranged to move the closure member to a first position wherein the closure member at least partially covers the aperture(s), and/or to a second position wherein the closure member does not cover the aperture(s); characterized in that: the vehicle control system is a cruise control system.
Method for locating a target relative to a vehicle, the target comprising at least one three-dimensional external component (Cs) presenting a quadratic surface, the method being implemented by a computer (21, 31) and comprising: - capturing an image of the target comprising an area of interest in which the external component (Cs) of the target is visible in the form of an elliptical contour, - for each of a plurality of pixels of the area of interest in the image, calculating an intensity gradient of the image around the pixel, and determining, based on the intensity gradient, the parameters of a line presenting a direction normal to the gradient at said pixel, - selecting, among the set of determined lines, a set of lines that are tangents to the elliptical contour, and - estimating the parameters of the elliptical contour on the image based on the parameters of the tangents to the elliptical contour, wherein the step of selecting lines that are tangents to the elliptical contour comprises: - calculating, for each pixel, an angle formed by the line presenting a direction normal to the gradient at said pixel and by a line connecting said pixel to an estimated center of the elliptical contour, and - selecting the line presenting a direction normal to the gradient at said pixel as a tangent to the elliptical contour if the calculated angle is equal to a right angle plus or minus a predetermined tolerance. - capturing an image of the target comprising an area of interest in which the external component (Cs) of the target is visible in the form of an elliptical contour, - for each of a plurality of pixels of the area of interest in the image, calculating an intensity gradient of the image around the pixel, and determining, based on the intensity gradient, the parameters of a line presenting a direction normal to the gradient at said pixel, - selecting, among the set of determined lines, a set of lines that are tangents to the elliptical contour, and - estimating the parameters of the elliptical contour on the image based on the parameters of the tangents to the elliptical contour, - calculating, for each pixel, an angle formed by the line presenting a direction normal to the gradient at said pixel and by a line connecting said pixel to an estimated center of the elliptical contour, and - selecting the line presenting a direction normal to the gradient at said pixel as a tangent to the elliptical contour if the calculated angle is equal to a right angle plus or minus a predetermined tolerance.