mhurhangee/ep-ind-claims huggingface dataset:
A permanent magnet excited transverse flux linear motor with a normal force compensation structure comprising: a mover including iron cores and permanent magnets, arranged alternately with each other, and a winding coil winding the mover iron cores and the mover permanent magnets; and a stator having an air gap between the mover and itself and arranged longitudinally in the moving direction of the mover, characterized in that the mover iron cores and the mover permanent magnets are formed in the shape of an inverted "u", of which both leg portions and middle portions are arranged in a plane perpendicular to the moving direction, the winding coil winds both leg portions of the mover iron cores and the mover permanent magnets in the shape of an inverted "u" respectively, and an iron core of the stator, having a concave-convex shape, in which a plurality of projections are formed along the length of a central portion and projected from the central portion to the left and right sides alternately, is arranged to be inserted in the middle of both leg portions of the mover iron cores and the mover permanent magnets. a mover including iron cores and permanent magnets, arranged alternately with each other, and a winding coil winding the mover iron cores and the mover permanent magnets; and a stator having an air gap between the mover and itself and arranged longitudinally in the moving direction of the mover, characterized in that the mover iron cores and the mover permanent magnets are formed in the shape of an inverted "u", of which both leg portions and middle portions are arranged in a plane perpendicular to the moving direction, the winding coil winds both leg portions of the mover iron cores and the mover permanent magnets in the shape of an inverted "u" respectively, and an iron core of the stator, having a concave-convex shape, in which a plurality of projections are formed along the length of a central portion and projected from the central portion to the left and right sides alternately, is arranged to be inserted in the middle of both leg portions of the mover iron cores and the mover permanent magnets.
A video recording method, comprising the following steps: recording a video in response to receipt of a record instruction, and pausing the recording in response to receipt of a pause instruction, so as to generate a first video file; after the recording is paused, continuing to display a dynamic image which is being captured by an image sensor in real time, and displaying a last frame image of the first video file subjected to transparency processing on the dynamic image in a superimposition manner; continuing to record the video in response to receipt of a continue-to-record instruction, and stopping the recording in response to receipt of a stop instruction, so as to generate a second video file; wherein start time of the continue-to-record instruction for continued recording is determined by comparing the dynamic image with the last frame image of the first video; and splicing the first video file and the second video file into a target video file. recording a video in response to receipt of a record instruction, and pausing the recording in response to receipt of a pause instruction, so as to generate a first video file; after the recording is paused, continuing to display a dynamic image which is being captured by an image sensor in real time, and displaying a last frame image of the first video file subjected to transparency processing on the dynamic image in a superimposition manner; continuing to record the video in response to receipt of a continue-to-record instruction, and stopping the recording in response to receipt of a stop instruction, so as to generate a second video file; wherein start time of the continue-to-record instruction for continued recording is determined by comparing the dynamic image with the last frame image of the first video; and splicing the first video file and the second video file into a target video file.
A connector comprising: two connector portions each including a ferrule and a latch, each latch including a distal end and a proximal end, wherein each latch is pivotable about an intermediate connection point; and a boot mounted to the two connector portions, the boot movable longitudinally relative to the two connector portions, wherein the boot causes the distal end of each latch to pivot toward the ferrule of each connector portion as the boot is moved away from the two connector portions; wherein the boot includes slots which receive the proximal ends of the latches; and wherein the slots and each proximal end are angled, so as to cause a lifting motion of the proximal ends of the latches which results in a downward movement of the distal ends of the latches when the boot is pulled longitudinally away from the two connector portions. two connector portions each including a ferrule and a latch, each latch including a distal end and a proximal end, wherein each latch is pivotable about an intermediate connection point; and a boot mounted to the two connector portions, the boot movable longitudinally relative to the two connector portions, wherein the boot causes the distal end of each latch to pivot toward the ferrule of each connector portion as the boot is moved away from the two connector portions; wherein the boot includes slots which receive the proximal ends of the latches; and wherein the slots and each proximal end are angled, so as to cause a lifting motion of the proximal ends of the latches which results in a downward movement of the distal ends of the latches when the boot is pulled longitudinally away from the two connector portions.
A refrigerator comprising: a storage compartment; a door installed to a front portion of the storage compartment; a first storage box, which moves back and forth in cooperation with the door; and a second storage box installed on the first storage box and configured to move back and forth in the storage compartment, wherein fixed rails are installed at an inner wall of the storage compartment, the second storage box includes guide units formed on the second storage box and moving rails slidably coupled with the guide units and accommodated in the fixed rails, and the moving rails slidably move back and forth along the fixed rails and the guide units when the second storage box moves back and forth, characterized in that the refrigerator further comprises roller members installed on one of the first and second storage boxes (40, 50) and roller supports installed on the other one of the first and second storage boxes (40, 50), wherein the roller members are loaded on the roller supports, and the roller supports guide sliding movement of the roller members when the second storage box moves back and forth. a storage compartment; a door installed to a front portion of the storage compartment; a first storage box, which moves back and forth in cooperation with the door; and a second storage box installed on the first storage box and configured to move back and forth in the storage compartment, wherein fixed rails are installed at an inner wall of the storage compartment, the second storage box includes guide units formed on the second storage box and moving rails slidably coupled with the guide units and accommodated in the fixed rails, and the moving rails slidably move back and forth along the fixed rails and the guide units when the second storage box moves back and forth, characterized in that the refrigerator further comprises roller members installed on one of the first and second storage boxes (40, 50) and roller supports installed on the other one of the first and second storage boxes (40, 50), wherein the roller members are loaded on the roller supports, and the roller supports guide sliding movement of the roller members when the second storage box moves back and forth.
Tooling for fabricating a thin plastics plate of large format and of large thickness including a card of small format and small thickness that is detachable from the plate, comprising: • spotfacing means suitable for making a spotface in a first face of the plate, the spotface being of depth equal to the difference between the large thickness and the small thickness; • a leveling punch suitable for performing leveling punching in the spotface zone in a leveling direction (D n) facing a second face of the plate opposite from the first face, through a leveling stroke (e n) equal to the depth of the spotface, in order to bring the bottom of the spotface level with the first face of the plate; and • pre-cutting means suitable for pre-cutting an outline of the card within the leveled zone, in order to make the card detachable. • spotfacing means suitable for making a spotface in a first face of the plate, the spotface being of depth equal to the difference between the large thickness and the small thickness; • a leveling punch suitable for performing leveling punching in the spotface zone in a leveling direction (D n) facing a second face of the plate opposite from the first face, through a leveling stroke (e n) equal to the depth of the spotface, in order to bring the bottom of the spotface level with the first face of the plate; and • pre-cutting means suitable for pre-cutting an outline of the card within the leveled zone, in order to make the card detachable.
A terminal device, comprising: a display module, a sidewall for fixing the display module, a light-guiding column embedded on the sidewall, and an ambient light sensor located at bottom of the light-guiding column, wherein a light-entry surface of the light-guiding column guides ambient light to the ambient light sensor, wherein the light-guiding column comprises the light-entry surface arranged at top of the light-guiding column, a light-exit surface located at the bottom of the light-guiding column, a first reflection surface connected with the sidewall, and a second reflection surface opposite to the display module, wherein a part of the light entering the light-guiding column through the light-entry surface is reflected to the light-exit surface by the first reflection surface and the second reflection surface, characterized in that the light-entry surface of the light-guiding column comprises a first light-entry surface and a second light-entry surface connected with each other, a surface of the first light-entry surface is parallel to a surface of a cover plate set at a top layer of the display module, and the second light-entry surface forms an angle relative to the first light-entry surface, and smoothly joins with an outer surface of the sidewall. wherein a light-entry surface of the light-guiding column guides ambient light to the ambient light sensor, wherein the light-guiding column comprises the light-entry surface arranged at top of the light-guiding column, a light-exit surface located at the bottom of the light-guiding column, a first reflection surface connected with the sidewall, and a second reflection surface opposite to the display module, wherein a part of the light entering the light-guiding column through the light-entry surface is reflected to the light-exit surface by the first reflection surface and the second reflection surface, characterized in that the light-entry surface of the light-guiding column comprises a first light-entry surface and a second light-entry surface connected with each other, a surface of the first light-entry surface is parallel to a surface of a cover plate set at a top layer of the display module, and the second light-entry surface forms an angle relative to the first light-entry surface, and smoothly joins with an outer surface of the sidewall.
A mobile terminal configured to wirelessly communicate with an unmanned aircraft that includes a camera, comprising: a wireless communication unit in wireless communication with the unmanned aircraft to receive a plurality of images captured by the camera along a flight route of the unmanned aircraft; a memory configured to store flight information of the unmanned aircraft corresponding to the plurality of images; a display unit configured to output the plurality of images; and a controller configured to: receive a touch input applied to a specific object included in a specific image among the plurality of images, wherein the specific object is a moving object; extract one or more images which include the specific object among the plurality of images; generate a flight control command based on flight information corresponding to the one or more images in response to a recapturing command for capturing the one or more images; and transmit the flight control command to the unmanned aircraft. a wireless communication unit in wireless communication with the unmanned aircraft to receive a plurality of images captured by the camera along a flight route of the unmanned aircraft; a memory configured to store flight information of the unmanned aircraft corresponding to the plurality of images; a display unit configured to output the plurality of images; and a controller configured to: receive a touch input applied to a specific object included in a specific image among the plurality of images, wherein the specific object is a moving object; extract one or more images which include the specific object among the plurality of images; generate a flight control command based on flight information corresponding to the one or more images in response to a recapturing command for capturing the one or more images; and transmit the flight control command to the unmanned aircraft. receive a touch input applied to a specific object included in a specific image among the plurality of images, wherein the specific object is a moving object; extract one or more images which include the specific object among the plurality of images; generate a flight control command based on flight information corresponding to the one or more images in response to a recapturing command for capturing the one or more images; and transmit the flight control command to the unmanned aircraft.
A method for removing impurities from an aqueous solution, characterized by comprising: - leading the aqueous solution to be cleaned into a substantially horizontal flow channel, through which the aqueous solution to be cleaned flows, - applying electric current to an iron lamella element (1, 2) located at the bottom part of the flow channel and earlier in the flow direction to produce iron hydroxide and hydrogen, - applying electric current to an aluminium lamella element (3, 4) located at the bottom part of the flow channel and later in the flow direction to produce aluminium hydroxide, aluminium sulphate and hydrogen, - separating a precipitate, i.e. a flock, containing the impurities and having risen to the surface by means of molecular networks formed by molecules produced in said lamella elements and buoyancy caused by the hydrogen, from cleaned water, and - leading the clean water from the bottom of the flow channel to its own outlet pipe, wherein the bottom of the flow channel is descending, so that at the supply end for water to be cleaned, the bottom is located higher than at the outlet end for cleaned water, and the water to be cleaned flows through the flow channel by means of gravity. - leading the aqueous solution to be cleaned into a substantially horizontal flow channel, through which the aqueous solution to be cleaned flows, - applying electric current to an iron lamella element (1, 2) located at the bottom part of the flow channel and earlier in the flow direction to produce iron hydroxide and hydrogen, - applying electric current to an aluminium lamella element (3, 4) located at the bottom part of the flow channel and later in the flow direction to produce aluminium hydroxide, aluminium sulphate and hydrogen, - separating a precipitate, i.e. a flock, containing the impurities and having risen to the surface by means of molecular networks formed by molecules produced in said lamella elements and buoyancy caused by the hydrogen, from cleaned water, and - leading the clean water from the bottom of the flow channel to its own outlet pipe,
A method of diagnosing the risk of myocardial infarction in an individual, the method comprising: measuring the levels of a set of biomarkers in a sample from an individual, wherein the set of biomarkers comprises: (i) carcinoembryonic antigen and beta-2 microglobulin; and (ii) at least one of N-terminal pro B-type natriuretic peptide, alpha- 1 antitrypsin, and C-reactive protein; calculating a risk score for the individual by weighting the measured levels of the biomarkers; and using the risk score to identify a likelihood that the individual will experience a myocardial infarction. measuring the levels of a set of biomarkers in a sample from an individual, wherein the set of biomarkers comprises: (i) carcinoembryonic antigen and beta-2 microglobulin; and (ii) at least one of N-terminal pro B-type natriuretic peptide, alpha- 1 antitrypsin, and C-reactive protein; calculating a risk score for the individual by weighting the measured levels of the biomarkers; and using the risk score to identify a likelihood that the individual will experience a myocardial infarction. (i) carcinoembryonic antigen and beta-2 microglobulin; and (ii) at least one of N-terminal pro B-type natriuretic peptide, alpha- 1 antitrypsin, and C-reactive protein;
A method for forming a conducting pattern, wherein additives are embedded into a surface of a substrate or of a coating disposed over at least one side of the substrate to form insulating portions and conducting portions laterally adjacent to the insulating portions, wherein the additives are in the form of nano-sized or micron-sized additives including electrically conductive material, wherein the terms nano-sized and micro-sized refer to an additive that has at least one dimension in the nm and μm range, respectively; wherein an embedding depth offset is implemented across a horizontal or laterally extending direction, and wherein the insulating portions are formed with additives deeply embedded beneath the surface such that additives are enveloped and covered by the substrate or by the coating and below and spaced apart from the surface, and conducting portions are formed with additives partially embedded into the surface, wherein the additives are embedded in a uniform manner via one-step embedding at the same loading levels in both higher and lower conductance portions, and wherein partial laser ablation is performed in insulating portions so as to render additives electrically isolated in the insulating portions. an embedding depth offset is implemented across a horizontal or laterally extending direction, and wherein the insulating portions are formed with additives deeply embedded beneath the surface such that additives are enveloped and covered by the substrate or by the coating and below and spaced apart from the surface, and conducting portions are formed with additives partially embedded into the surface, wherein the additives are embedded in a uniform manner via one-step embedding at the same loading levels in both higher and lower conductance portions, and wherein partial laser ablation is performed in insulating portions so as to render additives electrically isolated in the insulating portions.
A method performed by a media content bot provided within a social messaging environment that supports group chat, the method comprising: interacting with at least one user as part of a group chat; recognizing a music command within the context of a particular discussion in the group chat; and in response to the music command, accessing a media server for determining a recommended item of media content comprising music or video, and for providing the recommended media content item to a media device (102; 272) for playback at the media device. interacting with at least one user as part of a group chat; recognizing a music command within the context of a particular discussion in the group chat; and in response to the music command, accessing a media server for determining a recommended item of media content comprising music or video, and for providing the recommended media content item to a media device (102; 272) for playback at the media device.
A steam generator comprising a system for regulating condensation of a flue gas in the steam generator, wherein the steam generator comprises a component (20, 22, 24) being in heating-contact with the flue gas, the system comprising: a temperature controller configured to control a temperature of said component (20, 22, 24) being in heating-contact with the flue gas; a flue gas analyzer configured to communicate with the temperature controller and to obtain a measurement of an amount of an acid-forming compound in the flue gas; and wherein the temperature controller adjusts the temperature of the component (20, 22, 24) based at least in part on the measurement such that the temperature of the component (20, 22, 24) is above an acid dew point of the flue gas when the component (20, 22, 24) is in heating-contact with the flue gas, characterized in that the component (20, 22, 24) forms a conduit that contains a working-medium, and is arranged and configured so that the flue gas flows around the conduit, and the temperature controller is adapted and configured to control the temperature of the component (20, 22, 24) via controlling a temperature of the working-medium. a temperature controller configured to control a temperature of said component (20, 22, 24) being in heating-contact with the flue gas; a flue gas analyzer configured to communicate with the temperature controller and to obtain a measurement of an amount of an acid-forming compound in the flue gas; and wherein the temperature controller adjusts the temperature of the component (20, 22, 24) based at least in part on the measurement such that the temperature of the component (20, 22, 24) is above an acid dew point of the flue gas when the component (20, 22, 24) is in heating-contact with the flue gas, characterized in that the component (20, 22, 24) forms a conduit that contains a working-medium, and is arranged and configured so that the flue gas flows around the conduit, and the temperature controller is adapted and configured to control the temperature of the component (20, 22, 24) via controlling a temperature of the working-medium.
Gearing, in particular single-stage gearing having a transmission ratio of greater than 1 to 10, having - an internal gear with an internal toothing, - a first toothed ring with radially movable first teeth for engaging into the internal toothing, - a second toothed ring with radially movable second teeth for engaging into the internal toothing, - an inner shaft on which is fastened a first cam disk for the radial drive of the first teeth and a second cam disk for the radial drive of the second teeth, and - a load dividing means for dividing a torque transmitted via the toothed rings between the toothed rings, characterized in that - the load dividing means provides different degrees of play of the first teeth and of the second teeth, - wherein for different degrees of play of the first teeth and of the second teeth, the cam disks have different spacing maxima, the first teeth and the second teeth have different lengths, and/or ring segments of the first toothed ring and of the second toothed ring have different thicknesses. - an internal gear with an internal toothing, - a first toothed ring with radially movable first teeth for engaging into the internal toothing, - a second toothed ring with radially movable second teeth for engaging into the internal toothing, - an inner shaft on which is fastened a first cam disk for the radial drive of the first teeth and a second cam disk for the radial drive of the second teeth, and - a load dividing means for dividing a torque transmitted via the toothed rings between the toothed rings, - the load dividing means provides different degrees of play of the first teeth and of the second teeth, - wherein for different degrees of play of the first teeth and of the second teeth, the cam disks have different spacing maxima, the first teeth and the second teeth have different lengths, and/or ring segments of the first toothed ring and of the second toothed ring have different thicknesses.