mhurhangee/ep-ind-claims huggingface dataset:
A method of generating a bit stream encoding a video including an input video block, the method comprising: determining a hash value for the input video block; identifying a first set of candidate blocks for intra block copy prediction of the input video block, wherein identifying the first set of candidate blocks includes identifying (i) available video blocks having respective hash values equal to the hash value of the input video block and (ii) available video blocks located in a predetermined spatial range; from the candidate blocks in the first set, selecting a second set of candidate blocks (N Best BV) based on comparison of the luma component of the input video block with the luma component of the respective candidate blocks (1810, 1830); for each of the candidate blocks in the second set, determining a correlation between luma and chroma components of the input video block and luma and chroma components of the respective candidate blocks in the second set; selecting a predictor block based on the correlation; and encoding the input video block in the bit stream using the selected predictor block for intra block copy prediction of the input video block. determining a hash value for the input video block; identifying a first set of candidate blocks for intra block copy prediction of the input video block, wherein identifying the first set of candidate blocks includes identifying (i) available video blocks having respective hash values equal to the hash value of the input video block and (ii) available video blocks located in a predetermined spatial range; from the candidate blocks in the first set, selecting a second set of candidate blocks (N Best BV) based on comparison of the luma component of the input video block with the luma component of the respective candidate blocks (1810, 1830); for each of the candidate blocks in the second set, determining a correlation between luma and chroma components of the input video block and luma and chroma components of the respective candidate blocks in the second set; selecting a predictor block based on the correlation; and encoding the input video block in the bit stream using the selected predictor block for intra block copy prediction of the input video block.
An organic light-emitting element, comprising a substrate, a first electrode, one layer or more of organic film including a light-emitting layer, and a second electrode element; the light-emitting element comprising a covering layer placed on top of the second electrode element, wherein in the organic light-emitting element, the substrate, the first electrode, one layer or more of organic film including the light-emitting layer, the second electrode and the covering layer are stacked in order; the covering layer containing an organic material; wherein in at least one point in the wavelength range between 430nm and 460nm the attenuation coefficient of the covering layer being greater than 0.10 while in the wavelength range of 460nm to 500nm its attenuation coefficient being 0.10 or below, characterized in that: the organic material contained in the covering layer is one or more compounds that have thiophene-based structure or furan-based structure.
An integral system of combined girthing for saddles that is made up of a girth joined to a saddle support by means of a tension distributor, the tension distributor being provided with a series of primary pulleys joined to the girth and to the saddle support, said primary pulleys being mobile and joined to said tension distributor by means of elastic elements, wherein the girth is made up of four pieces, two central pectoral pieces and two intercostal pieces, said girth being joined to the saddle by means of a series of tertiary pulleys.
An inhaler comprising: • a housing which contains a blister strip having a plurality of blisters which contain powdered medicament for inhalation, • a mouthpiece mounted on the housing through which the medicament is inhaled by a user, • an actuator, • a blister piercing member, • an indexing wheel for sequentially moving each blister into alignment with the blister piercing member when the user operates the actuator, • an actuator gear (20, 120), mounted for rotation about a first axis, which is driven by the actuator and which comprises an actuator gear element (21, 121), • a drive gear (22, 122) for driving the indexing wheel, mounted for rotation about a second axis, which engages with the actuator gear element, characterized in that the gear ratio between the actuator gear element and the drive gear varies as they rotate during operation of the actuator. • a housing which contains a blister strip having a plurality of blisters which contain powdered medicament for inhalation, • a mouthpiece mounted on the housing through which the medicament is inhaled by a user, • an actuator, • a blister piercing member, • an indexing wheel for sequentially moving each blister into alignment with the blister piercing member when the user operates the actuator, • an actuator gear (20, 120), mounted for rotation about a first axis, which is driven by the actuator and which comprises an actuator gear element (21, 121), • a drive gear (22, 122) for driving the indexing wheel, mounted for rotation about a second axis, which engages with the actuator gear element,
A multirotor aircraft comprising a plurality of thrust producing units (3a, 3b, 3c, 3d), each thrust producing unit of the plurality of thrust producing units (3a, 3b, 3c, 3d) being inclined in a lateral direction of the multirotor aircraft and comprising at least one rotor assembly and a shrouding, the shrouding surrounding the rotor assembly in circumferential direction, and forming an air duct that is associated with the at least one rotor assembly and axially delimited by an air inlet region and an air outlet region, and wherein the shrouding comprises a main aerodynamic load carrying primary structure and a stiffening secondary structure that completely encapsulates the main aerodynamic load carrying primary structure and comprises at least one inflexible lightweight volume material, wherein the stiffening secondary structure reduces elastic movements of the main aerodynamic load carrying primary structure under loading conditions.
A solenoid coil, comprising: a bobbin including a first end and a second end; a wire coil positioned on at least a portion of the bobbin; and a conductor board including a main body, a first side, and a second side characterized in that the conductor board further comprises one or more ears projecting from the main body, with the second side of the conductor board being positioned at the first end of the bobbin, with two conductors (617A, 617B) being located on the first side of the conductor board and with the two conductors (617A, 617B) including two electrical contacts (205A, 205B); and in that two wire ends (605A, 605B) of the wire coil are affixed to the two conductors (617A, 617B), wherein the wire ends (605A, 605B) are wrapped around the one or more ears (610A, 610B), with the two conductors (617A, 617B) and the two electrical contacts (205A, 205B) being arranged to couple the two wire ends (605A, 605B) to an electrical power source. a bobbin including a first end and a second end; a wire coil positioned on at least a portion of the bobbin; and a conductor board including a main body, a first side, and a second side characterized in that the conductor board further comprises one or more ears projecting from the main body, with the second side of the conductor board being positioned at the first end of the bobbin, with two conductors (617A, 617B) being located on the first side of the conductor board and with the two conductors (617A, 617B) including two electrical contacts (205A, 205B); and in that two wire ends (605A, 605B) of the wire coil are affixed to the two conductors (617A, 617B), wherein the wire ends (605A, 605B) are wrapped around the one or more ears (610A, 610B), with the two conductors (617A, 617B) and the two electrical contacts (205A, 205B) being arranged to couple the two wire ends (605A, 605B) to an electrical power source.
A system (108, 200) for mapping unbounded incident scores to a fixed range, comprising: one or more processors; and computer-readable media storing first computer-executable instructions that, when executed by the one or more processors, cause the one or more processors to perform operations comprising: receiving events data associated with events detected at host devices; determining incidents from the events detected during a time interval; determining incident scores associated with the incidents; determining, based at least in part on a distribution function of the incident scores, an estimated threshold beyond value for a mapping algorithm; determining a minimum quantile value for the threshold estimation; determining a maximum quantile value for the threshold estimation; determining quantile steps between the minimum quantile value and the maximum quantile value for the threshold estimation; determining a number of bins, based on the minimum quantile value, the maximum quantile value and the quantile steps, to map the incident scores; and mapping the incident scores to bins. one or more processors; and computer-readable media storing first computer-executable instructions that, when executed by the one or more processors, cause the one or more processors to perform operations comprising: receiving events data associated with events detected at host devices; determining incidents from the events detected during a time interval; determining incident scores associated with the incidents; determining, based at least in part on a distribution function of the incident scores, an estimated threshold beyond value for a mapping algorithm; determining a minimum quantile value for the threshold estimation; determining a maximum quantile value for the threshold estimation; determining quantile steps between the minimum quantile value and the maximum quantile value for the threshold estimation; determining a number of bins, based on the minimum quantile value, the maximum quantile value and the quantile steps, to map the incident scores; and mapping the incident scores to bins. receiving events data associated with events detected at host devices; determining incidents from the events detected during a time interval; determining incident scores associated with the incidents; determining, based at least in part on a distribution function of the incident scores, an estimated threshold beyond value for a mapping algorithm; determining a minimum quantile value for the threshold estimation; determining a maximum quantile value for the threshold estimation; determining quantile steps between the minimum quantile value and the maximum quantile value for the threshold estimation; determining a number of bins, based on the minimum quantile value, the maximum quantile value and the quantile steps, to map the incident scores; and mapping the incident scores to bins.
An X-ray imageable polymer particle comprising bismuth as a radiopacifying agent, wherein the polymer has covalently bound thereto a compound of Formula or Formula: wherein: A is covalent bond or a functional group; L is a C 1 -C 12 linking group; G is a residue of a functional group; n is an integer corresponding to one less than the valence of L, and is 1 to 6; and * is a point of covalent attachment to the polymer. A is covalent bond or a functional group; L is a C 1 -C 12 linking group; G is a residue of a functional group; n is an integer corresponding to one less than the valence of L, and is 1 to 6; and * is a point of covalent attachment to the polymer.
An eye tracking device for tracking movements of an eye comprising, a viewing plane for displaying a projection of an image to the eye of a user, an image module placed on a same side of the viewing plane as the eye, at least one illuminator for illuminating the eye, a control unit adapted to receive an image captured by the image module, and calculate a viewing angle of the eye, a holographic optical element wherein the HOE is placed between the eye and the viewing plane, wherein the image module is adapted to capture an image of the HOE, and wherein the HOE is adapted to direct at least a first portion of incident light reflected from the eye, in a first angle towards the image module, the first angle being different from an angle of the incidence of the incident light, wherein the HOE is adapted to direct a second portion of incident light reflected from the eye in a second angle towards the image module to split the image perceived by the image module into two overlapped images for enabling stereo imaging, wherein the first portion of incident light has a first wavelength and the second portion of incident light has a second wavelength, the eye tracking device further comprising a first illuminator emitting light of the first wavelength and a second illuminator emitting light of the second wavelength, and further configured to enable the stereo imaging by separating the overlapped images so that a depth of objects in the image is determined. a viewing plane for displaying a projection of an image to the eye of a user, an image module placed on a same side of the viewing plane as the eye, at least one illuminator for illuminating the eye, a control unit adapted to receive an image captured by the image module, and calculate a viewing angle of the eye, a holographic optical element wherein the HOE is placed between the eye and the viewing plane, wherein the image module is adapted to capture an image of the HOE, and wherein the HOE is adapted to direct at least a first portion of incident light reflected from the eye, in a first angle towards the image module, the first angle being different from an angle of the incidence of the incident light, wherein the HOE is adapted to direct a second portion of incident light reflected from the eye in a second angle towards the image module to split the image perceived by the image module into two overlapped images for enabling stereo imaging, wherein the first portion of incident light has a first wavelength and the second portion of incident light has a second wavelength, the eye tracking device further comprising a first illuminator emitting light of the first wavelength and a second illuminator emitting light of the second wavelength, and further configured to enable the stereo imaging by separating the overlapped images so that a depth of objects in the image is determined.
A slide holder for contactlessly mixing fluid on a specimen-bearing microscope slide comprising a slide support and at least two transducers in communication with the slide support, wherein the at least two transducers operate at a frequency ranging from between about 1Hz to about 1kHz, wherein the slide support has a support surface configured to support at least a portion of a back surface of the specimen-bearing microscope slide, the back surface being opposite a specimen-bearing surface, wherein each of the at least two transducers are configured such that first acoustic waves supplied by a first of the at least two transducers are not cancelled out by second acoustic waves supplied by a second of the at least two transducers.
A compressed gas motor (1, 21, 51, 81) for operating a lavage system, comprising a cylindrical internal space (2, 22, 82) that is closed in gas-tight manner at least at one first base surface (3, 23, 83), at least one plunger arranged in the cylindrical internal space (2, 22, 82) so as to be mobile along the cylinder axis and ending tightly against the internal space (2, 22, 82),a plunger rod (5, 25, 85) connected to the plunger and projecting from the internal space (2, 22, 82) beyond a second base surface (4, 24, 84) a first opening (11, 31, 61, 91) for supplying a compressed gas into the internal space (2, 22, 82), and a second opening (12, 32, 62, 92) for discharging a gas from the inside of the internal space (2, 22, 82), characterised in that the openings (11, 12, 31, 32, 61, 62, 91, 92) are arranged in the cylinder jacket of the cylindrical internal space (2, 22, 82), wherein the first opening (11, 31, 61, 91) is arranged between the second opening (12, 32, 62, 92) and the closed first base surface (3, 23, 83), the plunger comprises a first plunger part (6, 26, 86) and a second plunger part (7, 27, 87) that are connected to each other; wherein the first plunger part (6, 26, 86) comprises at least one passage (9, 29, 89) and/or forms at least one passage between the first plunger part (6, 26, 86) and the cylinder wall of the internal space (2, 22, 82), and the second plunger part (7, 27, 87) closes the inside of the internal space (2, 22, 82) tightly, wherein at least one passage (9, 29, 89) of the first plunger part (6, 26, 86) connects an intermediate space (15, 35, 95) between the first and the second plunger part (7, 27, 87) to an internal space region (16, 36, 96) between the closed first base surface (3, 23, 83) and the first plunger part (6, 26, 86), and wherein the first opening (11, 31, 61, 91) can be closed by the first plunger part (6, 26, 86) and the second opening (12, 32, 62, 92) can be closed by the second plunger part (7, 27, 87), and the compressed gas motor (1, 21, 51, 81) comprises a restoring arrangement (10, 90) that exerts, at least for part of the time, a force on the plunger in a direction of the first base surface (3, 23, 83) of the cylindrical internal space (2, 22, 82) when the second plunger part (7, 27, 87) does not close the second opening (12, 32, 62, 92) completely.
A multilayer stretch film comprising: a. at least a first layer, wherein said first layer comprises a polyolefin resin; b. at least a second layer, wherein the second layer comprises one or more different polymers; and c. a mechanochromic dye in an amount of from 0.0001 to 1 percent by weight of the multilayer stretch film, wherein the mechanochromic dye is in any or all layers of the film; wherein the multilayer stretch film has an elongation in the machine direction of at least 300%, as determined by ASTM D882, and an elongation in the cross direction of at least 400%, as determined by ASTM D882, prior to any pre-orientation; and wherein the first layer and the second layer each have a non-preoriented thickness in the range of from 5 to 200 μm. a. at least a first layer, wherein said first layer comprises a polyolefin resin; b. at least a second layer, wherein the second layer comprises one or more different polymers; and c. a mechanochromic dye in an amount of from 0.0001 to 1 percent by weight of the multilayer stretch film, wherein the mechanochromic dye is in any or all layers of the film;
An extruded laminated foam sheet comprising a polyethylene-based resin foam layer, and an antistatic layer laminated on at least one side of the foam layer, said antistatic layer having a basis weight of 1 to 20 g/m 2 and containing a polyethylene-based resin (PE-2), an ionomer resin having an antistatic property and a polyalkylene glycol, wherein the ionomer resin is contained in the antistatic layer in an amount of 5 to 50% by weight based on the total weight of the polyethylene-based resin (PE-2) and the ionomer resin, wherein the polyethylene-based resin (PE-2) forms a continuous phase, and the ionomer resin forms dispersed phases dispersed in the continuous phase, and wherein, on a vertical cross-section of the antistatic layer, which is taken along the extrusion direction of the laminated foam sheet, a number-based median value S 50 of cross-sectional areas of the dispersed phases is 1×10 2 to 5×10 5 nm 2, and wherein S 50 is determined in accordance with the method described in the specification. said antistatic layer having a basis weight of 1 to 20 g/m 2 and containing a polyethylene-based resin (PE-2), an ionomer resin having an antistatic property and a polyalkylene glycol, wherein the ionomer resin is contained in the antistatic layer in an amount of 5 to 50% by weight based on the total weight of the polyethylene-based resin (PE-2) and the ionomer resin, wherein the polyethylene-based resin (PE-2) forms a continuous phase, and the ionomer resin forms dispersed phases dispersed in the continuous phase, and wherein, on a vertical cross-section of the antistatic layer, which is taken along the extrusion direction of the laminated foam sheet, a number-based median value S 50 of cross-sectional areas of the dispersed phases is 1×10 2 to 5×10 5 nm 2, and wherein S 50 is determined in accordance with the method described in the specification.
A method for determining sufficiency of structural integration of adhered or bonded layers of a composite structure (202, 304) for an aircraft, the method comprising: applying a fluid droplet to a surface of the composite structure (202, 304); determining a three-dimensional contact angle (314, 342, 344) between the surface and a portion of the droplet; comparing the three-dimensional contact angle (314, 342, 344) to a predetermined threshold angle; and determining whether the structural integration of the composite structure (202, 304) is sufficient based on the comparison. applying a fluid droplet to a surface of the composite structure (202, 304); determining a three-dimensional contact angle (314, 342, 344) between the surface and a portion of the droplet; comparing the three-dimensional contact angle (314, 342, 344) to a predetermined threshold angle; and determining whether the structural integration of the composite structure (202, 304) is sufficient based on the comparison.
A method for preparing a vinyl chloride-based polymer, the method comprising: a step of polymerizing a polymerization mixture comprising water, an initiator, an emulsifier, a vinyl chloride monomer and a carbonate-based metal salt, wherein a pH of the polymerization mixture is 8 or more, the carbonate-based metal salt is injected in an initial stage of polymerization, and the initial stage of polymerization is from a point before initiating the polymerization to a point where a polymerization conversion ratio reaches 10%, the vinyl chloride-based polymer satisfying the following Formula 1 and 2, wherein, when 30g of the vinyl chloride-based polymer and 70g of deionized water are mixed, the pH, as measured using a pH detector, is 7.3 to 11: N O ≤ 1.5 N C ≤ 11.0 in Formulae 1 and 2, N O is a number of olefin-type defects per 1,000 vinyl carbon atoms in the polymer, N C is a number of chloro-type defects per 1,000 vinyl carbon atoms in the polymer, and N O and N C are values calculated by integrating peaks derived by NMR analysis as disclosed in the specification, wherein the defects are defined as disclosed in the specification. a step of polymerizing a polymerization mixture comprising water, an initiator, an emulsifier, a vinyl chloride monomer and a carbonate-based metal salt, wherein a pH of the polymerization mixture is 8 or more, the carbonate-based metal salt is injected in an initial stage of polymerization, and the initial stage of polymerization is from a point before initiating the polymerization to a point where a polymerization conversion ratio reaches 10%, the vinyl chloride-based polymer satisfying the following Formula 1 and 2, wherein, when 30g of the vinyl chloride-based polymer and 70g of deionized water are mixed, the pH, as measured using a pH detector, is 7.3 to 11: N O ≤ 1.5 N C ≤ 11.0 in Formulae 1 and 2, N O is a number of olefin-type defects per 1,000 vinyl carbon atoms in the polymer, N C is a number of chloro-type defects per 1,000 vinyl carbon atoms in the polymer, and N O and N C are values calculated by integrating peaks derived by NMR analysis as disclosed in the specification, wherein the defects are defined as disclosed in the specification. N O is a number of olefin-type defects per 1,000 vinyl carbon atoms in the polymer, N C is a number of chloro-type defects per 1,000 vinyl carbon atoms in the polymer, and N O and N C are values calculated by integrating peaks derived by NMR analysis as disclosed in the specification, wherein the defects are defined as disclosed in the specification.