mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a complete icon, characterized by comprising: an image acquiring step: acquiring a frame of image, and delineating determination regions (3, 4, 5, 6) in a peripheral region of the image, wherein the determination regions (3, 4, 5, 6) form a closed-loop annular structure along an edge of the image; an image scanning step: scanning and counting the number of pixels of the color corresponding to an icon in the whole image and the number of pixels of a predetermined color in each of the determination regions (3, 4, 5, 6); and a determining step: determining, when the number of pixels of the color corresponding to the icon in the image is less than or equal to a first threshold, or the number of pixels of the predetermined color in one or more of the determination regions (3, 4, 5, 6) is less than or equal to a second threshold, that the icon of the image is incomplete; and determining, when the number of pixels of the color corresponding to the icon in the image is greater than the first threshold, and the number of pixels of the predetermined in each of the determination regions (3, 4, 5, 6) is greater than the second threshold, that the icon of the image is complete. an image acquiring step: acquiring a frame of image, and delineating determination regions (3, 4, 5, 6) in a peripheral region of the image, wherein the determination regions (3, 4, 5, 6) form a closed-loop annular structure along an edge of the image; an image scanning step: scanning and counting the number of pixels of the color corresponding to an icon in the whole image and the number of pixels of a predetermined color in each of the determination regions (3, 4, 5, 6); and a determining step: determining, when the number of pixels of the color corresponding to the icon in the image is less than or equal to a first threshold, or the number of pixels of the predetermined color in one or more of the determination regions (3, 4, 5, 6) is less than or equal to a second threshold, that the icon of the image is incomplete; and determining, when the number of pixels of the color corresponding to the icon in the image is greater than the first threshold, and the number of pixels of the predetermined in each of the determination regions (3, 4, 5, 6) is greater than the second threshold, that the icon of the image is complete.
A feed tube of a catheter system with a tip portion that tapers in the delivered state and expands when the functional element is slid out, which tip portion is formed from a temporarily glued e-PTFE laminate that delaminates when stretched, characterized in that the e-PTFE laminate is glued using an adhesive that has a fatty acid as a component essential to function.
A liquid drop ejection state detection device, comprising: a plurality of nozzle sequences configured to have a plurality of nozzles; a light-emitting element configured to emit a light beam along a light axis and incident on a liquid drop from each nozzle of each nozzle sequence; a light-receiving element provided at a position outside a beam diameter of the light beam and configured to receive scattered light from the liquid drop and detect an ejection state of the liquid drop based on an amount of the scattered light; an adjustment part configured to adjust an amount of light of the light beam emitted from the light-emitting element, and characterised by: a light-emitting element movement part configured to move the light-emitting element in a direction intersecting with the light axis of the light beam, such that for the liquid drop from each nozzle, the light axis of the light beam is moved to a position at which an intensity of the light beam incident on the liquid drop is increased compared to the intensity of the light beam incident on the liquid drop before the light axis is moved, wherein the position depends on the distance from the light emitting element to the liquid drop along the light axis. a plurality of nozzle sequences configured to have a plurality of nozzles; a light-emitting element configured to emit a light beam along a light axis and incident on a liquid drop from each nozzle of each nozzle sequence; a light-receiving element provided at a position outside a beam diameter of the light beam and configured to receive scattered light from the liquid drop and detect an ejection state of the liquid drop based on an amount of the scattered light; an adjustment part configured to adjust an amount of light of the light beam emitted from the light-emitting element, and characterised by: a light-emitting element movement part configured to move the light-emitting element in a direction intersecting with the light axis of the light beam, such that for the liquid drop from each nozzle, the light axis of the light beam is moved to a position at which an intensity of the light beam incident on the liquid drop is increased compared to the intensity of the light beam incident on the liquid drop before the light axis is moved, wherein the position depends on the distance from the light emitting element to the liquid drop along the light axis.
Method for contactless energy transfer of electric power from one or more medium-frequency current sources, the frequencies of which may exhibit deviations around the medium frequency f M, to at least one moving consumer via one or more transmission paths and pick-ups assigned to the consumers, said pick-ups having a downstream mobile converter for adjusting the power picked up from the transmission path, wherein a transmission path is fed with a medium-frequency current from a medium-frequency current source, said medium-frequency current being constant in its effective value during power transfer, wherein the respective consumer is supplied with energy from at least one mobile converter having at least one feed-in (21, 31, 61, 71), one or more fed-in currents being rectified in a respective rectifier (22, 32, 62, 72), smoothed by a respective DC link choke (23, 33, 63, 73), and brought together, wherein a mobile converter has a plurality of feed-ins (21, 31, 61, 71) which each feed a rectifier (22, 32, 62, 72), the output currents of said rectifiers being respectively brought together via a DC link choke (23, 33, 63, 73), and in that a switch (25, 65) is arranged downstream such that, by means of the switch (25, 65), the DC link current is either supplied to a DC link capacitor (27, 67) which buffers the output voltage U = of the mobile converter or is diverted upstream of said DC link capacitor (27, 67), depending on the power demand of the consumer connected to the mobile converter, wherein the switch (25, 65) is switched asynchronously with respect to one or more medium-frequency feed-ins (21, 31, 61, 71), and/or in that the switch (25, 65) is switched periodically at a frequency 1/T such that there is no constant phase relationship to the currents of one or more feed-ins (21, 31, 61, 71), wherein the switching frequency 1/T of the switch (25, 65) is selected as a value between 0.5 f M and 1.5 f M, wherein the DC link choke (23, 33, 63, 73) is designed such that the DC link current does not pulsate during operation.
A circuit board device comprising: a plurality of wiring boards (101, 102) in which terminals (114a-114h, 115a-115h, 118a-118h, 119a-119h) are provided on at least a surface facing a surface of another wiring board; an anisotropic conductive member arranged between said wiring boards (101, 102), which are facing each other, for connecting electrodes of one wiring board to electrodes of another wiring board; a functional block, composed of a metal material, arranged between said wiring boards (101, 102) to enclose said anisotropic conductive member characterized by having a pair of holding blocks (105, 106) composed of metal material arranged to sandwich said plurality of wiring boards (101, 102); wherein said plurality of wiring boards (101, 102), in a state clamped between said pair of holding blocks (105, 106), are connected to each other by means of said anisotropic conductive member, and said terminals (114a-114h, 115a-115h, 118a-118h, 119a-119h) provided on each of said wiring boards (101, 102), said functional block, and said holding blocks (105, 106) are electrically connected. a plurality of wiring boards (101, 102) in which terminals (114a-114h, 115a-115h, 118a-118h, 119a-119h) are provided on at least a surface facing a surface of another wiring board; an anisotropic conductive member arranged between said wiring boards (101, 102), which are facing each other, for connecting electrodes of one wiring board to electrodes of another wiring board; a functional block, composed of a metal material, arranged between said wiring boards (101, 102) to enclose said anisotropic conductive member characterized by having a pair of holding blocks (105, 106) composed of metal material arranged to sandwich said plurality of wiring boards (101, 102); wherein said plurality of wiring boards (101, 102), in a state clamped between said pair of holding blocks (105, 106), are connected to each other by means of said anisotropic conductive member, and said terminals (114a-114h, 115a-115h, 118a-118h, 119a-119h) provided on each of said wiring boards (101, 102), said functional block, and said holding blocks (105, 106) are electrically connected.
A method for removing noise in multiview video obtained through observation of a scene from multiple cameras (C 1, C 2, C 3, C 4, C 5), characterized in that it comprises the following steps: • choosing a reference view, • normalizing the colour and intensity of the images according to said reference view, • mapping each pixel in the reference view to the other camera views by utilizing given view dependent depth maps, wherein said depth maps are available, thereby obtaining multiple corresponding pixels (1, 2, 4, 5) for each said reference pixel, • determining the visibility of each corresponding pixel (1, 2, 4, 5) by comparing its depth value with the depth value of the reference pixel in the reference view, thereby obtaining a set of visible observations (4, 5), • checking whether the RGB values of the visible observations (4, 5) are within a predetermined range of RGB values with respect to the RGB value of the reference pixel and storing them in a vector if they are within this range, • among stored RGB values, getting the median value and assigning this value to the reference pixel and all the other visible corresponding pixels. • choosing a reference view, • normalizing the colour and intensity of the images according to said reference view, • mapping each pixel in the reference view to the other camera views by utilizing given view dependent depth maps, wherein said depth maps are available, thereby obtaining multiple corresponding pixels (1, 2, 4, 5) for each said reference pixel, • determining the visibility of each corresponding pixel (1, 2, 4, 5) by comparing its depth value with the depth value of the reference pixel in the reference view, thereby obtaining a set of visible observations (4, 5), • checking whether the RGB values of the visible observations (4, 5) are within a predetermined range of RGB values with respect to the RGB value of the reference pixel and storing them in a vector if they are within this range, • among stored RGB values, getting the median value and assigning this value to the reference pixel and all the other visible corresponding pixels.
Wiper blade adapter unit (12b; 12c) which can form a form-fitting connection with a wiper arm adapter unit (10b-10c) in a mounted state and which has a longitudinal guide unit (20b; 20c) for guiding the wiper arm adapter unit (10b; 10c), and a locking means (14b; 14c) which is mounted movably on the wiper blade adapter unit (12b; 12c) and which is provided to restrict the wiper arm adapter unit (10b; 10c) in the mounted state in its freedom of movement at least substantially in a longitudinal direction (16b; 16c), wherein the locking means (14b; 14c) is in the form of latching means (18b; 18c), wherein the latching means (18b; 18c) is provided in order, upon installation, to be deflected at least substantially parallel to a transverse direction (46b; 46c) of a basic body (22b; 22c) of the wiper blade adapter unit (12b; 12c), said transverse direction being perpendicular to the longitudinal direction (16b; 16c) and perpendicular to a vertical direction (44b; 44c) and running parallel to a wiping plane, characterized in that the latching means (18b; 18c) is formed integrally with the basic body (22b; 22c), wherein the latching means (18b; 18c) has a barb (30b; 30c) which is wedge-shaped and is arranged on the basic body (22b; 22c) on a side which lies opposite a wedge tip (40b; 40c), wherein the basic body (22b; 22c) of the wiper blade adapter unit (12b; 12c) has the longitudinal guide unit (20b; 20c) which comprises a lateral recess (28b; 28c) which in its main direction of extent in a lateral wall (32b; 32c) of the basic body (22b; 22c) extends substantially parallel to a longitudinal direction (16b; 16c).
Training device for a human body having a torso element for placing on a torso of the body, wherein at least two shoulder elements and at least two leg elements are arranged on the torso element, wherein at least one arm element is arranged on each of the shoulder elements, wherein the leg elements extend away from the torso element, wherein the arm elements extend away from the respective shoulder element, and wherein the arm elements and the leg elements are formed from a resilient, strip-like material, characterised in that the leg elements can in each case be wound around a leg of the body, in that the arm elements can in each case be wound around an arm of the body, in that the shoulder elements are connected to each other by means of an intermediate element and in that the shoulder elements and the intermediate element are formed from a resilient, strip-like material.
A method comprising: receiving a message, at a user equipment, to preserve physical uplink control channel resources when a time alignment timer expires, and causing the physical uplink control channel resource allocation to be kept stored at the user equipment upon expiration of the time alignment timer. receiving a message, at a user equipment, to preserve physical uplink control channel resources when a time alignment timer expires, and causing the physical uplink control channel resource allocation to be kept stored at the user equipment upon expiration of the time alignment timer.
A disc brake, preferably pneumatically actuated, in particular for a motor vehicle, comprising a brake disc, on each side of which is arranged at least one brake lining, a brake caliper, in particular a sliding brake caliper, which at least partially overlaps the brake disc, and an application device, wherein the application device comprises at least one pivotable cam element (14, 14') arranged between the at least one brake lining and a portion of the brake caliper and/or a part connected to a portion of the brake caliper, wherein the at least one pivotable cam element (14, 14') is coupled to a rotary brake lever, wherein actuation of the rotary brake lever causes the pivotable cam element (14, 14') to pivot, wherein the at least one pivotable cam element (14, 14') is coupled to the rotary brake lever via a slidably guided drive element and to a transmission element (13, 13') connected to the pivotable cam element (14, 14') such that actuation of the rotary brake lever causes the slidably guided drive element to slide, wherein the sliding of the drive element causes the transmission element (13, 13') and the pivotable cam element (14, 14') connected to it to pivot, characterised in that the slidably guided drive element engages with the transmission element (13, 13') via teeth (12b, 13a, 13'a).
A hand dryer (87, 88) comprising a hand drying chamber that includes: a hand insertion opening that is provided in an upper portion of the hand dryer (87, 88) and through which a left hand and a right hand of a user can be inserted in parallel into the hand drying chamber; a rear wall section and a front wall section that face each other and that each face the hands of the user when inserted into the hand drying chamber through the hand insertion opening; a pair of air nozzle sections projecting from an inner surface of the rear wall section, which extend in a vertical direction and jet a high-speed airflow obliquely downward toward the hands, the air nozzle sections being arranged to extend along an overall length of the inserted hands of the user; and a lateral opening section that allows the airflow jetted from the air nozzle sections to flow out after a hand drying process, wherein: a distance between an inner surface of the front wall section and the pair of air nozzle sections is smaller at an upper portion than at a lower portion; or a distance between an inner surface of the front wall section and the pair of air nozzle sections is larger at an upper portion than at a lower portion; characterized in that the pair of air nozzle sections are provided only on the rear wall section. a hand insertion opening that is provided in an upper portion of the hand dryer (87, 88) and through which a left hand and a right hand of a user can be inserted in parallel into the hand drying chamber; a rear wall section and a front wall section that face each other and that each face the hands of the user when inserted into the hand drying chamber through the hand insertion opening; a pair of air nozzle sections projecting from an inner surface of the rear wall section, which extend in a vertical direction and jet a high-speed airflow obliquely downward toward the hands, the air nozzle sections being arranged to extend along an overall length of the inserted hands of the user; and a lateral opening section that allows the airflow jetted from the air nozzle sections to flow out after a hand drying process, wherein: a distance between an inner surface of the front wall section and the pair of air nozzle sections is smaller at an upper portion than at a lower portion; or a distance between an inner surface of the front wall section and the pair of air nozzle sections is larger at an upper portion than at a lower portion; characterized in that the pair of air nozzle sections are provided only on the rear wall section. a distance between an inner surface of the front wall section and the pair of air nozzle sections is smaller at an upper portion than at a lower portion; or a distance between an inner surface of the front wall section and the pair of air nozzle sections is larger at an upper portion than at a lower portion; characterized in that the pair of air nozzle sections are provided only on the rear wall section.
A quaternary nanohybrid composition suitable for forming humidity sensitive layers for sensing the variation of the relative humidity value, comprising or consisting of: 33,33% to 50% by weight oxidized carbon nanohorns (CNHox), 16,66% to 22,22% by weight tin oxide (SnO 2), 16.66% to 22.22% by weight zinc oxide (ZnO), and 16,66% to 22,22% by weight polyvinylpyrrolidone.
Dual-spindle screw pump having a pump housing for a medium to be conveyed, which has a pump section, at least one bearing section and at least one gear section, wherein the at least one bearing section and the pump section are constructed separately from one another, wherein the pump section is a product chamber through which the medium is conveyed, having a conveyor housing part as a constituent part of the pump section in which two conveying screws (20, 21) that are arranged on shafts (18, 19) are provided, having at least one feed section and at least one removal section as constituent parts of the pump section, wherein the product chamber has at least one parting line having a connection to the surrounding atmosphere, which is provided with a vapor barrier, characterized in that the vapor barrier has a groove as vapor channel and there is provided in the groove at least one seal which seals the vapor channel off from the product chamber and from the surrounding atmosphere.
A rotary apparatus for earth boring operations, comprising: a body having a central axis, about which the apparatus is intended to rotate; and a plurality of PDC cutters (116; 118) arrayed on the body in fixed positions, the plurality of cutters collectively defining at least a portion of a cutting profile for the bit when it is rotated, each of the group of cutters having a cutting face, a predetermined radial position within the cutting profile, and a predetermined side inclination angle; wherein the group of cutters comprises a first group of at least two adjacent cutters, and a second group of at least two adjacent cutters; wherein the side inclination angles of the cutters in the first group change consecutively from one cutter to the next adjacent cutter in a first direction; and the side inclination angles of the cutters in the second group change consecutively from one cutter to the next adjacent cutter in a second direction opposite the first direction, wherein the cutters in the first group are radially adjacent to each other in a cutter layout, and wherein the cutters in the second group are radially adjacent to each other in the cutter layout. a body having a central axis, about which the apparatus is intended to rotate; and a plurality of PDC cutters (116; 118) arrayed on the body in fixed positions, the plurality of cutters collectively defining at least a portion of a cutting profile for the bit when it is rotated, each of the group of cutters having a cutting face, a predetermined radial position within the cutting profile, and a predetermined side inclination angle; wherein the group of cutters comprises a first group of at least two adjacent cutters, and a second group of at least two adjacent cutters; wherein the side inclination angles of the cutters in the first group change consecutively from one cutter to the next adjacent cutter in a first direction; and the side inclination angles of the cutters in the second group change consecutively from one cutter to the next adjacent cutter in a second direction opposite the first direction, wherein the cutters in the first group are radially adjacent to each other in a cutter layout, and wherein the cutters in the second group are radially adjacent to each other in the cutter layout.
A fabrication method of a compound magnetic material comprising the steps of: preparing mixed powder including an organic resin and compound magnetic particles, said organic resin having a long-period heat resistance temperature of at least 200°C, said organic resin having a ratio exceeding 0 mass % and not more than 0.2 mass % to said compound magnetic particles, said compound magnetic particles including a metal magnetic particle, and a coat layer including a metal oxide, directly bound to a surface of said metal magnetic particle; forming a compact by introducing said mixed powder into a die having a lubricant applied to its surface and conducting warm-compacting; and applying a heat treatment to said compact characterised in that said organic resin is formed of polyether ether ketone (PEEK). preparing mixed powder including an organic resin and compound magnetic particles, said organic resin having a long-period heat resistance temperature of at least 200°C, said organic resin having a ratio exceeding 0 mass % and not more than 0.2 mass % to said compound magnetic particles, said compound magnetic particles including a metal magnetic particle, and a coat layer including a metal oxide, directly bound to a surface of said metal magnetic particle; forming a compact by introducing said mixed powder into a die having a lubricant applied to its surface and conducting warm-compacting; and applying a heat treatment to said compact characterised in that said organic resin is formed of polyether ether ketone (PEEK).