mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a processor, an image processing module and a memory, the image processing module and the memory being controlled by the processor, wherein the image processing module is configured to: select at least one desired image from a plurality of source contents; generate matching information (330, 430, 530) between the at least one selected image and the plurality of source contents; and generate an edited video including the at least one selected image and the matching information, wherein the matching information (330, 430, 530) comprises first presentation time stamp, PTS, information corresponding to the at least one selected image in the source contents, and a file path of the source contents corresponding to the at least one selected image, in association with second PTS information corresponding to the at least one selected image in the edited video; and wherein the image processing module includes a filtering engine that selects the at least one selected image through at least one of face recognition, object recognition or classification. a processor, an image processing module and a memory, the image processing module and the memory being controlled by the processor, wherein the image processing module is configured to: select at least one desired image from a plurality of source contents; generate matching information (330, 430, 530) between the at least one selected image and the plurality of source contents; and generate an edited video including the at least one selected image and the matching information, wherein the matching information (330, 430, 530) comprises first presentation time stamp, PTS, information corresponding to the at least one selected image in the source contents, and a file path of the source contents corresponding to the at least one selected image, in association with second PTS information corresponding to the at least one selected image in the edited video; and wherein the image processing module includes a filtering engine that selects the at least one selected image through at least one of face recognition, object recognition or classification. select at least one desired image from a plurality of source contents; generate matching information (330, 430, 530) between the at least one selected image and the plurality of source contents; and generate an edited video including the at least one selected image and the matching information, wherein the matching information (330, 430, 530) comprises first presentation time stamp, PTS, information corresponding to the at least one selected image in the source contents, and a file path of the source contents corresponding to the at least one selected image, in association with second PTS information corresponding to the at least one selected image in the edited video; and wherein the image processing module includes a filtering engine that selects the at least one selected image through at least one of face recognition, object recognition or classification.
Method for testing the fire hazard of a material, having the steps: - bringing a plane region of the surface of a specimen in contact with a glow wire with a predetermined force for at most a predetermined contact time, the specimen consisting of the material, a tip of the glow wire being applied approximately on the middle of the plane region, the glow wire being at a predetermined temperature, - determining the temperature of the glow wire by an optical temperature measurement system, - acquiring image data of the specimen with at least a first camera at least while the specimen is in contact with the glow wire, - image-processing the acquired image data of the specimen including comparing the acquired image data of the specimen with a reference image of the specimen, ignition of the specimen by the glow wire being detected if applicable, a first duration being determined, the first duration corresponding to the length of time between the application of the tip of the glow wire on the specimen and the ignition of the specimen. - bringing a plane region of the surface of a specimen in contact with a glow wire with a predetermined force for at most a predetermined contact time, the specimen consisting of the material, a tip of the glow wire being applied approximately on the middle of the plane region, the glow wire being at a predetermined temperature, - determining the temperature of the glow wire by an optical temperature measurement system, - acquiring image data of the specimen with at least a first camera at least while the specimen is in contact with the glow wire, - image-processing the acquired image data of the specimen including comparing the acquired image data of the specimen with a reference image of the specimen, ignition of the specimen by the glow wire being detected if applicable, a first duration being determined, the first duration corresponding to the length of time between the application of the tip of the glow wire on the specimen and the ignition of the specimen.
A method for producing a metal-resin composite containing a metal member, which has a roughened surface in at least a portion of the surface thereof, and a resin member, the resin member being joined so as to be in contact with at least a portion of the roughened surface, the method comprising: a step of joining the resin member and the metal member by melting the resin member with the frictional heat generated in the surface of the metal member on its side opposite to the resin member in a state where the metal member and the resin member are superposed, characterized in that when the roughened surface is measured at arbitrary five points by using a confocal microscope according to ISO 25178, the developed area ratio (Sdr) is 5 or more in terms of number-average value.
A hydrogen flame ionization type exhaust gas analyzer adapted to measure a concentration of a measurement target substance contained in an exhaust gas based on ion current that is generated upon introduction of the exhaust gas into a hydrogen flame of the hydrogen flame ionization type exhaust gas analyzer, characterized by comprising: a collector electrode for capturing ions generated from the exhaust gas by the hydrogen flame; an acquisition circuit electrically connected to the collector electrode to acquire ion current caused by the ions captured by the collector electrode; and an abnormality determining part for determining an abnormality in the case where a difference (S 2 -S 1) between, a first output value (S 1) or a first relevant value obtained from the first output value (S 1), and a second output value (S 2) or a second relevant value obtained from the second output value (S 2), is equal to or larger than a predetermined value, so that a purge timing can be determined; wherein the first output value (S 1) is measured by the acquisition circuit while no ion current caused by the exhaust gas flows to the collector electrode; and the second output value (S 2) is measured by the acquisition circuit while gas of a known concentration of a measurement target substance is introduced into the hydrogen flame. a collector electrode for capturing ions generated from the exhaust gas by the hydrogen flame; an acquisition circuit electrically connected to the collector electrode to acquire ion current caused by the ions captured by the collector electrode; and an abnormality determining part for determining an abnormality in the case where a difference (S 2 -S 1) between, a first output value (S 1) or a first relevant value obtained from the first output value (S 1), and a second output value (S 2) or a second relevant value obtained from the second output value (S 2), is equal to or larger than a predetermined value, so that a purge timing can be determined; wherein the first output value (S 1) is measured by the acquisition circuit while no ion current caused by the exhaust gas flows to the collector electrode; and the second output value (S 2) is measured by the acquisition circuit while gas of a known concentration of a measurement target substance is introduced into the hydrogen flame.
Filter element, in particular filter cartridge, for filtering exhaust gases or process gases, having a filter body which defines a longitudinal direction and is subdivided along the latter into a plurality of substantially tubular filter body elements (7, 8) which are each connected in pairs at their end portions (9, 10) pointing towards one another, the filter body defining an interior space of the filter element, characterized in that two filter body elements (7, 8) which are connected to one another in pairs are screwed to one another by means of internal and external threads (11, 12) which are formed at their end portions (9, 10) and correspond to one another, and are additionally bonded to one another in their contact regions by means of an adhesive, wherein the filter body elements (7, 8), which are respectively connected to one another in pairs, are adhesively bonded to one another at their end faces and in the engagement region of the internal and external threads (11, 12).
A concentrically stable tabbed sealing member with a sub-tab layer for sealing to a rim surrounding a container opening, the sealing member comprising: an upper laminate forming a pull-tab and bonded to a lower laminate capable of being heat sealed to a container opening, the upper laminate defining the pull tab wholly within a perimeter of the sealing member; a non-foam sub-tab polymer layer underneath the tab; and the sub-tab polymer layer being one of coextensive with the pull-tab, or extending beyond the pull-tab without extending the full width of the sealing member, characterised in that the non-foam sub-tab polymer layer is bonded to the lower laminate but not bonded to the tab. an upper laminate forming a pull-tab and bonded to a lower laminate capable of being heat sealed to a container opening, the upper laminate defining the pull tab wholly within a perimeter of the sealing member; a non-foam sub-tab polymer layer underneath the tab; and the sub-tab polymer layer being one of coextensive with the pull-tab, or extending beyond the pull-tab without extending the full width of the sealing member, characterised in that the non-foam sub-tab polymer layer is bonded to the lower laminate but not bonded to the tab.
A splint configured to stretch a wearer's plantar fascia, comprising: a flexible, semi-rigid frame having: a proximal surface that fits along a wearer's lower leg in use; a distal surface that fits along a wearer's foot in use; a bend that spans between the proximal and distal surfaces; a first receptacle in the proximal surface; and a second receptacle in the distal surface; wherein the splint further comprises: a tightening strap that engages the first receptacle and the second receptacle and that, upon tightening, pulls the distal surface toward the proximal surface into a fixed position to stretch the wearer's plantar fascia, a soft housing that attaches the frame to the wearer's lower leg and fits under the wearer's foot. a flexible, semi-rigid frame having: a proximal surface that fits along a wearer's lower leg in use; a distal surface that fits along a wearer's foot in use; a bend that spans between the proximal and distal surfaces; a first receptacle in the proximal surface; and a second receptacle in the distal surface; a proximal surface that fits along a wearer's lower leg in use; a distal surface that fits along a wearer's foot in use; a bend that spans between the proximal and distal surfaces; a first receptacle in the proximal surface; and a second receptacle in the distal surface; wherein the splint further comprises: a tightening strap that engages the first receptacle and the second receptacle and that, upon tightening, pulls the distal surface toward the proximal surface into a fixed position to stretch the wearer's plantar fascia, a soft housing that attaches the frame to the wearer's lower leg and fits under the wearer's foot. a tightening strap that engages the first receptacle and the second receptacle and that, upon tightening, pulls the distal surface toward the proximal surface into a fixed position to stretch the wearer's plantar fascia, a soft housing that attaches the frame to the wearer's lower leg and fits under the wearer's foot.
A hydrosilylation curable silicone composition comprising: one or more polyorganosiloxanes containing at least two unsaturated groups per molecule, which unsaturated groups are selected from alkenyl and alkynyl groups and having a viscosity in a range of 1000mPa.s to 200,000mPa.s at 25°C, measured using a Brookfield rational viscometer with Spindle LV-4, a polyorganosiloxane containing at least two or alternatively at least three terminal silicon bonded hydrogen groups, at least one hydrosilylation catalyst, a hydrosilylation cure inhibitor consisting or comprising a multiacrylate compound having at least three acrylate groups per molecule. one or more polyorganosiloxanes containing at least two unsaturated groups per molecule, which unsaturated groups are selected from alkenyl and alkynyl groups and having a viscosity in a range of 1000mPa.s to 200,000mPa.s at 25°C, measured using a Brookfield rational viscometer with Spindle LV-4, a polyorganosiloxane containing at least two or alternatively at least three terminal silicon bonded hydrogen groups, at least one hydrosilylation catalyst, a hydrosilylation cure inhibitor consisting or comprising a multiacrylate compound having at least three acrylate groups per molecule.
An operation terminal comprising: a determination part for determining whether the number of control devices (101, 102, 103, 104) connected to the operation terminal is one; and a communication part for communicating with the connected control device (101, 102, 103, 104) when the number of control devices (101, 102, 103, 104) connected to the operation terminal is one, characterized in that no communication with the control devices (101, 102, 103, 104) is established by the communication part if the number of control devices (101, 102, 103, 104) connected to the operation terminal is two or greater. a determination part for determining whether the number of control devices (101, 102, 103, 104) connected to the operation terminal is one; and a communication part for communicating with the connected control device (101, 102, 103, 104) when the number of control devices (101, 102, 103, 104) connected to the operation terminal is one, characterized in that no communication with the control devices (101, 102, 103, 104) is established by the communication part if the number of control devices (101, 102, 103, 104) connected to the operation terminal is two or greater.
An image processing apparatus, characterised by comprising: judging means for judging (S209-S216) whether a color image includes security dots; calculation means for calculating a blending ratio to blend each color element of the color image when the judgment means judges that security dots are included in the color image so that the security dots are reproduced such that they are substantially undetectable by the human eye when a monochrome image into which the color image is converted is output on a print medium; and converting means for converting the color image into a monochrome image at the blending ratio calculated by the calculation means. judging means for judging (S209-S216) whether a color image includes security dots; calculation means for calculating a blending ratio to blend each color element of the color image when the judgment means judges that security dots are included in the color image so that the security dots are reproduced such that they are substantially undetectable by the human eye when a monochrome image into which the color image is converted is output on a print medium; and converting means for converting the color image into a monochrome image at the blending ratio calculated by the calculation means.
A communication method, wherein the method comprises: obtaining, by a control plane node, identification information about a requested local network from a user equipment, UE, and location area information of the UE; when determining, by the control plane node, that local network information configured or stored in the control plane node comprises the identification information about the requested local network, and service coverage information corresponding to the requested local network in the local network information comprises the location area information of the UE, determining, by the control plane node, that the service coverage information corresponding to the requested local network is local network information available to the UE; and sending, by the control plane node, the service coverage information corresponding to the requested local network to the UE. obtaining, by a control plane node, identification information about a requested local network from a user equipment, UE, and location area information of the UE; when determining, by the control plane node, that local network information configured or stored in the control plane node comprises the identification information about the requested local network, and service coverage information corresponding to the requested local network in the local network information comprises the location area information of the UE, determining, by the control plane node, that the service coverage information corresponding to the requested local network is local network information available to the UE; and sending, by the control plane node, the service coverage information corresponding to the requested local network to the UE.
A method of constructing a rotor for an electric submersible pump, the method comprising the assembly of a yoke, a stepped collar, and a cladding tube to define a magnet channel sized to accept one or more rare earth permanent magnets, the method further comprising: placing a shaft in rigid communication with and configured to rotate one or more pump impellers, said shaft comprising a concentric yoke integrally-formed therewith, the yoke comprising a fore end and an aft end; disposing the one or more rare earth permanent magnets about the circumference of the yoke, further positioning the one or more permanent magnets to axially coincide with the yoke; positioning a stepped collar on each of the fore end and the aft end of the yoke; and disposing a cladding tube around the circumference of the one or more rare earth permanent magnets, the cladding tube securing the one or more permanent magnets to the shaft through the yoke; and wherein: the yoke interface with the one or more permanent magnets comprises an outer dimension form closure on the circumference of the yoke; wherein form-closed torque transmission is present between the one or more permanent magnets and the yoke; and the form closure is defined by a faceted spot for each respective permanent magnet around the circumference of the yoke. placing a shaft in rigid communication with and configured to rotate one or more pump impellers, said shaft comprising a concentric yoke integrally-formed therewith, the yoke comprising a fore end and an aft end; disposing the one or more rare earth permanent magnets about the circumference of the yoke, further positioning the one or more permanent magnets to axially coincide with the yoke; positioning a stepped collar on each of the fore end and the aft end of the yoke; and disposing a cladding tube around the circumference of the one or more rare earth permanent magnets, the cladding tube securing the one or more permanent magnets to the shaft through the yoke; and wherein: the yoke interface with the one or more permanent magnets comprises an outer dimension form closure on the circumference of the yoke; wherein form-closed torque transmission is present between the one or more permanent magnets and the yoke; and the form closure is defined by a faceted spot for each respective permanent magnet around the circumference of the yoke. the yoke interface with the one or more permanent magnets comprises an outer dimension form closure on the circumference of the yoke; wherein form-closed torque transmission is present between the one or more permanent magnets and the yoke; and the form closure is defined by a faceted spot for each respective permanent magnet around the circumference of the yoke.
A process for preparing battery grade metal sulfate solutions, characterized in that electrolytically produced metal objects are subjected to an aqueous leaching solution at an elevated temperature and acid pH in a continuous process with mixing, said leaching solution comprising at least one acid leaching agent and an oxidizing agent in liquid form, wherein said mixing is achieved by recirculating the aqueous leaching solution through a leaching column operating in counter-current mode.
A method for encapsulating a packet for transport over an optical transport network, the method comprising: receiving an Ethernet packet at a network device, said Ethernet packet being a client signal; and encapsulating said Ethernet packet, said encapsulating comprising: removing at least a preamble field, a start of frame delimiter field and a frame check sequence field from said received Ethernet packet; and inserting four bytes or less of overhead in said packet, the inserting comprising inserting a field indicating client signal fail of said client signal and channel ID information; whereby said packet is received from a network having a line data rate different than a payload data rate of the optical transport network and said encapsulated packet is configured for transport directly over the optical transport network without modification to compensate for the different data rates. receiving an Ethernet packet at a network device, said Ethernet packet being a client signal; and encapsulating said Ethernet packet, said encapsulating comprising: removing at least a preamble field, a start of frame delimiter field and a frame check sequence field from said received Ethernet packet; and inserting four bytes or less of overhead in said packet, the inserting comprising inserting a field indicating client signal fail of said client signal and channel ID information; removing at least a preamble field, a start of frame delimiter field and a frame check sequence field from said received Ethernet packet; and inserting four bytes or less of overhead in said packet, the inserting comprising inserting a field indicating client signal fail of said client signal and channel ID information; whereby said packet is received from a network having a line data rate different than a payload data rate of the optical transport network and said encapsulated packet is configured for transport directly over the optical transport network without modification to compensate for the different data rates.