mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method, comprising: capturing a set of pixels representing a scene visible to an image capturing device including a display, the display including a plurality of border pixels, and each border pixel of the plurality of border pixels being located at or within a defined range of a boundary of the display; detecting a physical structure depicted within the set of pixels, the physical structure being represented by a subset of the set of pixels; generating a segmentation mask associated with the physical structure depicted within the set of pixels, the segmentation mask including one or more segmentation pixels; detecting one or more border pixels in the plurality of border pixels that include one of the one or more segmentation pixels; determining a pixel value for each of the one or more border pixels that include at least one of the one or more segmentation pixels; generating an indicator based on the pixel value for each of the one or more border pixels that includes at least one of the one or more segmentation pixels, the indicator representing an instruction for framing the physical structure within the display; and presenting the indicator. capturing a set of pixels representing a scene visible to an image capturing device including a display, the display including a plurality of border pixels, and each border pixel of the plurality of border pixels being located at or within a defined range of a boundary of the display; detecting a physical structure depicted within the set of pixels, the physical structure being represented by a subset of the set of pixels; generating a segmentation mask associated with the physical structure depicted within the set of pixels, the segmentation mask including one or more segmentation pixels; detecting one or more border pixels in the plurality of border pixels that include one of the one or more segmentation pixels; determining a pixel value for each of the one or more border pixels that include at least one of the one or more segmentation pixels; generating an indicator based on the pixel value for each of the one or more border pixels that includes at least one of the one or more segmentation pixels, the indicator representing an instruction for framing the physical structure within the display; and presenting the indicator.
A white light source constructed of a vacuum glass chamber containing an optically active element, a generator of an IR electromagnetic radiation beam equipped with a laser IR diode, a battery, a focusing lens, and a reflector characterized in that the optically active element contained in the vacuum chamber is a thin layer graphene matrix in the form of graphene powder, graphene ceramics or graphene foam with the thickness of up to 3mm wherein the optically active element emits white light with the color rendering index above 96 after excitation with the laser IR diode is in the near infrared range with the wavelength of 800-1200 nm, preferably 808-980 nm.
A middle gripper of a charging cable, attached to the charging cable extending from a charging stand, comprising: a cylindrical part formed to pass the charging cable therethrough and to be turnable around an axis of the charging cable and put on a hook arranged on the charging stand; and a gripping part formed extending from the cylindrical part for grasping. a cylindrical part formed to pass the charging cable therethrough and to be turnable around an axis of the charging cable and put on a hook arranged on the charging stand; and a gripping part formed extending from the cylindrical part for grasping.
A fluid droplet appliance for dental cleaning, comprising: - a dental cleaning appliance having a body portion and a nozzle portion for exit of a spray of liquid droplets from a distal end thereof; - a liquid reservoir wherein in operation liquid is moved from the reservoir into an area of the nozzle portion near an open proximal end thereof; - a system (58, 60, 62, 64) for driving a piston element toward the proximal end of the nozzle portion with sufficient force that air acted on by the piston element is forced or released into the nozzle portion at a high rate of speed, sufficient to create a spray of liquid droplets when the moving air comes into contact with the liquid; and - an orifice at the proximal end of the nozzle portion, through which air is forced by action of the piston element, characterized in that the system for moving the piston element includes a voice coil surrounding a magnet and a capacitor, wherein the magnet is connected to the piston element, and further including a source of power which charges the capacitor, wherein in operation the voice coil pulls the magnet to the rear of the appliance, away from the orifice, and wherein discharge of the capacitor results in the magnet moving the piston element forwardly, forcing air through the orifice. - a dental cleaning appliance having a body portion and a nozzle portion for exit of a spray of liquid droplets from a distal end thereof; - a liquid reservoir wherein in operation liquid is moved from the reservoir into an area of the nozzle portion near an open proximal end thereof; - a system (58, 60, 62, 64) for driving a piston element toward the proximal end of the nozzle portion with sufficient force that air acted on by the piston element is forced or released into the nozzle portion at a high rate of speed, sufficient to create a spray of liquid droplets when the moving air comes into contact with the liquid; and - an orifice at the proximal end of the nozzle portion, through which air is forced by action of the piston element, characterized in that the system for moving the piston element includes a voice coil surrounding a magnet and a capacitor, wherein the magnet is connected to the piston element, and further including a source of power which charges the capacitor, wherein in operation the voice coil pulls the magnet to the rear of the appliance, away from the orifice, and wherein discharge of the capacitor results in the magnet moving the piston element forwardly, forcing air through the orifice.
Vehicle, in particular aircraft, having a system for automatically adapting operating parameters of a galley device of the vehicle on the basis of provided supply items for on-board catering for the vehicle, containing: a galley device that has an identification device that is designed to identify a supply item; and a control device for controlling the galley device, wherein the control device is designed to provide operating parameters for the identified supply item and to operate the galley device in accordance with the operating parameters; wherein the galley device comprises at least one of an oven, a microwave and a cooling device, wherein preparation and/or storage is adapted to the identified supply item; characterized in that the identification device has a camera and is designed to identify the supply item using object recognition. a galley device that has an identification device that is designed to identify a supply item; and a control device for controlling the galley device, wherein the control device is designed to provide operating parameters for the identified supply item and to operate the galley device in accordance with the operating parameters; wherein the galley device comprises at least one of an oven, a microwave and a cooling device, wherein preparation and/or storage is adapted to the identified supply item; characterized in that the identification device has a camera and is designed to identify the supply item using object recognition.
A method for activating or performing a function test of a blood treatment device, comprising the following steps: • detecting an actual state of the blood treatment device by means of a camera, which is provided or attached in/to an augmented reality device, • comparing the actual state of the blood treatment device with a target state of the blood treatment device by means of a control unit connected to the camera, • transmitting, on the basis of the comparison, a command for starting the function test to the blood treatment device by the control unit, • activating the function test of the blood treatment device on the basis of the command. • detecting an actual state of the blood treatment device by means of a camera, which is provided or attached in/to an augmented reality device, • comparing the actual state of the blood treatment device with a target state of the blood treatment device by means of a control unit connected to the camera, • transmitting, on the basis of the comparison, a command for starting the function test to the blood treatment device by the control unit, • activating the function test of the blood treatment device on the basis of the command.
An electrode system configured to be used with a monitoring system configured to assess a level of neuromuscular blockade in a subject, comprising: a flexible substrate, wherein the flexible substrate includes a first portion on which one or more stimulating electrodes are carried and a second portion on which one or more recording electrodes are carried, wherein the second portion comprises an elongated portion extending distally from the first portion; a connector interface carried on the flexible substrate and configured to communicatively connect the electrode system with the monitoring system; one or more stimulating electrodes carried on the flexible substrate and configured to deliver an electrical pulse to the subject; one or more recording electrodes carried on the flexible substrate and configured to receive an electrical signal to detect electrical activity of at least one of a muscle response or a nerve response to the delivered electrical pulse; wherein each of the one or more recording electrodes is moveable relative to the other one or more recording electrodes and the one or more stimulating electrodes due to the flexibility of the flexible substrate; and a plurality of conductive traces carried on the flexible substrate, the conductive traces electrically connecting at least one stimulating electrode or at least one recording electrode with the connector interface, wherein each of the one or more stimulating electrodes has a non-rectangular convex triangular, hexagonal or octagonal elongate shape having at least one rounded corner and with a length dimension that is substantially greater than a width dimension, wherein the electrode system does not include a common ground electrode. a connector interface carried on the flexible substrate and configured to communicatively connect the electrode system with the monitoring system; one or more stimulating electrodes carried on the flexible substrate and configured to deliver an electrical pulse to the subject; one or more recording electrodes carried on the flexible substrate and configured to receive an electrical signal to detect electrical activity of at least one of a muscle response or a nerve response to the delivered electrical pulse; wherein each of the one or more recording electrodes is moveable relative to the other one or more recording electrodes and the one or more stimulating electrodes due to the flexibility of the flexible substrate; and a plurality of conductive traces carried on the flexible substrate, the conductive traces electrically connecting at least one stimulating electrode or at least one recording electrode with the connector interface, wherein each of the one or more stimulating electrodes has a non-rectangular convex triangular, hexagonal or octagonal elongate shape having at least one rounded corner and with a length dimension that is substantially greater than a width dimension, wherein the electrode system does not include a common ground electrode.
Tool for mounting an assembly comprising an inner bearing race, a bearing cage equipped with rollers, and screws for holding in a turbine engine, the race comprising a raceway for the rollers and, at its downstream end, an outer annular flange comprising orifices for the screws to pass, characterised in that it comprises a first sectored cylindrical envelope that is intended to cover an upstream end part of the race and comprises means for axial holding on the race, a second sectored cylindrical envelope that is intended to cover the bearing cage and at least one downstream end part of the first envelope and to come into axial abutment on the screw heads of the flange, a cylindrical ring that is intended to at least partly surround the second envelope and comprises means for downstream axial abutment on this second envelope, and a locking annulus that is mounted on an upstream end part of the first envelope, between the ring and axial retaining means of this upstream end part, and which comprises means for downstream axial abutment on the ring and axial clamping of the second envelope between the bearing means of the ring and the screw heads of the flange.
A process for manufacturing one or more fluoropolymer fibres, said process comprising the following steps: (i) providing a liquid composition [composition] comprising: - at least one fluoropolymer comprising at least one hydroxyl end group [polymer (F OH)], and - a liquid medium comprising at least one organic solvent [solvent]; (ii) contacting the composition provided in step (i) with at least one metal compound [compound] of formula here below: X 4-m AY m wherein X is a hydrocarbon group, optionally comprising one or more functional groups, m is an integer from 1 to 4, A is a metal selected from the group consisting of Si, Ti and Zr, and Y is a hydrolysable group selected from the group consisting of an alkoxy group, an acyloxy group and a hydroxyl group, thereby providing a liquid composition [composition]; (iii) submitting to at least partial hydrolysis and/or polycondensation the composition provided in step (ii) thereby providing a liquid composition [composition] comprising at least one fluoropolymer hybrid organic/inorganic composite; (iv) processing the composition provided in step (iii) by electrospinning thereby providing one or more fluoropolymer fibres; (v) drying the fluoropolymer fibre(s) provided in step (iv); and (vi) optionally, submitting to compression the fluoropolymer fibre(s) provided in step (v) at a temperature comprised between 50°C and 300°C. (i) providing a liquid composition [composition] comprising: - at least one fluoropolymer comprising at least one hydroxyl end group [polymer (F OH)], and - a liquid medium comprising at least one organic solvent [solvent]; - at least one fluoropolymer comprising at least one hydroxyl end group [polymer (F OH)], and - a liquid medium comprising at least one organic solvent [solvent]; (ii) contacting the composition provided in step (i) with at least one metal compound [compound] of formula here below: X 4-m AY m wherein X is a hydrocarbon group, optionally comprising one or more functional groups, m is an integer from 1 to 4, A is a metal selected from the group consisting of Si, Ti and Zr, and Y is a hydrolysable group selected from the group consisting of an alkoxy group, an acyloxy group and a hydroxyl group, thereby providing a liquid composition [composition]; wherein X is a hydrocarbon group, optionally comprising one or more functional groups, m is an integer from 1 to 4, A is a metal selected from the group consisting of Si, Ti and Zr, and Y is a hydrolysable group selected from the group consisting of an alkoxy group, an acyloxy group and a hydroxyl group, thereby providing a liquid composition [composition]; (iii) submitting to at least partial hydrolysis and/or polycondensation the composition provided in step (ii) thereby providing a liquid composition [composition] comprising at least one fluoropolymer hybrid organic/inorganic composite; (iv) processing the composition provided in step (iii) by electrospinning thereby providing one or more fluoropolymer fibres; (v) drying the fluoropolymer fibre(s) provided in step (iv); and (vi) optionally, submitting to compression the fluoropolymer fibre(s) provided in step (v) at a temperature comprised between 50°C and 300°C.
A method of irradiating a sheet-like object to be processed equipped with a silicon substrate with a laser light so as to form a modified region in the silicon substrate along a line to cut the object and cutting the object along the line from the modified region acting as a cutting start point, the method comprising the steps of: forming a first modified region as the modified region so as to generate a first fracture from the first modified region to one main face of the object along the line, and a second modified region as the modified region on the other main face side of the first modified region such that an unmodified region is interposed between the first and second modified regions (7a, 7b) so as to generate a second fracture from the second modified region to the other main face along the line without connecting the second fracture to the first fracture in the unmodified region; and generating a stress in the object, thereby connecting the first and second fractures (17a, 17b) to each other in the unmodified region and cut the object along the line, wherein the first and second modified regions (7a, 7b) are formed such that, in a pair of cut surfaces of the object cut along the line, the unmodified region in one cut surface is formed with a projection extending in a direction intersecting the thickness direction of the silicon substrate, while the unmodified region in the other cut surface is formed with a depression corresponding to the projection. forming a first modified region as the modified region so as to generate a first fracture from the first modified region to one main face of the object along the line, and a second modified region as the modified region on the other main face side of the first modified region such that an unmodified region is interposed between the first and second modified regions (7a, 7b) so as to generate a second fracture from the second modified region to the other main face along the line without connecting the second fracture to the first fracture in the unmodified region; and generating a stress in the object, thereby connecting the first and second fractures (17a, 17b) to each other in the unmodified region and cut the object along the line, wherein the first and second modified regions (7a, 7b) are formed such that, in a pair of cut surfaces of the object cut along the line, the unmodified region in one cut surface is formed with a projection extending in a direction intersecting the thickness direction of the silicon substrate, while the unmodified region in the other cut surface is formed with a depression corresponding to the projection.
A broadcast transmission method at a device in a peer to peer wireless communications network, comprising: transmitting a broadcast indicator signal at a first priority level indicating an intent to broadcast data; monitoring for interference control signals from at least one other peer device following transmission of said broadcast indicator signal; and making a decision whether or not to proceed with broadcasting data based on the result of said monitoring. transmitting a broadcast indicator signal at a first priority level indicating an intent to broadcast data; monitoring for interference control signals from at least one other peer device following transmission of said broadcast indicator signal; and making a decision whether or not to proceed with broadcasting data based on the result of said monitoring.
A self-drilling anchor assembly comprising: a drill bit including a shank, a drill head integrally connected to a front end of the shank, the drill head including a solid body having a tip end, an intermediate portion, and a rear end integrally connected to the shank, the intermediate portion having a wider outer diameter than the tip end and the rear end, the body including an outer surface, and a tail integrally connected to a rear end of the shank, the tail including a mechanical engaging structure that is engageable by a tool to rotate the drill bit and the tail including a thread formation to facilitate attachment of a securing device to the tail; and an anchor including an elongated body including an inner surface defining a longitudinally extending inner channel, and a head integrally connected to and extending from a rear end of the elongated body, characterized in that the outer surface of the body of the drill head includes recessed sections (234a, 243b) that respectively define longitudinally extending flutes (250, 252) that each extend longitudinally along a portion of the body toward the shank, and in that the shank defines additional flutes (220, 224), wherein the flutes are respectively aligned with and configured to communicate loose material to the additional flutes. a drill bit including a shank, a drill head integrally connected to a front end of the shank, the drill head including a solid body having a tip end, an intermediate portion, and a rear end integrally connected to the shank, the intermediate portion having a wider outer diameter than the tip end and the rear end, the body including an outer surface, and a tail integrally connected to a rear end of the shank, the tail including a mechanical engaging structure that is engageable by a tool to rotate the drill bit and the tail including a thread formation to facilitate attachment of a securing device to the tail; and a shank, a drill head integrally connected to a front end of the shank, the drill head including a solid body having a tip end, an intermediate portion, and a rear end integrally connected to the shank, the intermediate portion having a wider outer diameter than the tip end and the rear end, the body including an outer surface, and a tail integrally connected to a rear end of the shank, the tail including a mechanical engaging structure that is engageable by a tool to rotate the drill bit and the tail including a thread formation to facilitate attachment of a securing device to the tail; and an anchor including an elongated body including an inner surface defining a longitudinally extending inner channel, and a head integrally connected to and extending from a rear end of the elongated body, characterized in that the outer surface of the body of the drill head includes recessed sections (234a, 243b) that respectively define longitudinally extending flutes (250, 252) that each extend longitudinally along a portion of the body toward the shank, and in that the shank defines additional flutes (220, 224), wherein the flutes are respectively aligned with and configured to communicate loose material to the additional flutes.