mhurhangee/ep-ind-claims huggingface dataset:
A method for video encoding separately for different colour planes on macroblock level comprising steps of selecting a base colour plane, encoding using intra coding and reconstructing the macroblock's base colour plane; performing texture segmentation on the reconstructed macroblock's base colour plane, wherein at least two texture segments (R 1g,R 2g) are determined; separating at least one other colour plane of the macroblock into the same texture segments (R 1b,R 2b) that were determined for the base colour plane; for each of the texture segments, determining a weight factor (s B1,s B2) and an offset (o B1,o B2) defining a linear function between the reconstructed macroblock's base colour plane and the at least one other colour plane according to equation: b p i j = s B k × g rec i j + o B k wherein b p (i,j) is a value of a pixel predictor in the texture segment k of said at least one other colour plane, g rec (i,j) is a value of a corresponding pixel of the reconstructed macroblock's base colour plane, s Bk is the weight factor of said texture segment k of said at least one other colour plane and O Bk is the offset of the texture segment k of said at least one other colour plane; and wherein the weight factor of said texture segment k of said at least one other colour plane is determined by s Bk = ∑ i j ∈ region k g rec i j − g Hpk ̅ × b i j − b Hpk ̅ ∑ i j ∈ region k g rec i j − g Hpk ̅; the offset o Bk of said at least one other colour plane is determined by o Bk = ( b Hpk - s Bk × g Hpk), wherein a first predictor ( g Hpk) is the mean value of pixel predictors as produced by intra prediction in the reconstructed macroblock's base colour segment k, and a second predictor ( b HPk) is the mean value of pixel predictors as produced by intra prediction in the corresponding segment k of said other colour plane; based on said linear function, predicting pixels in the texture segment of said at least one other colour plane from pixels of a corresponding texture segment of the reconstructed base colour plane according to equation, and determining one or more residuals (b enc); and encoding the one or more residuals of said at least one other colour plane; said weight factor of said at least 2 texture segments of said at least one other colour plane.
Door drive, in particular a swivel door drive, with a housing, with an output shaft which can be coupled to a door leaf or an outer frame, with a motor for driving the output shaft, and with a spring unit which is loaded during a respective opening movement of the door leaf and relaxes during a respective closing movement of the door leaf, wherein the output shaft has a toothing and can be driven by the motor via a rack, characterized in that the rack can be acted on via a spur gear/bevel gear mechanism which comprises a motor-side helically toothed spur wheel gear portion, a rack-side straight-toothed spur wheel gear portion and a bevel gear portion which is arranged therebetween and is provided in particular with a Gleason toothing.
A non-volatile memory device comprising an antiferromagnet and first and second contacts (109, 110) to the antiferromagnet for measuring ohmic resistance of the antiferromagnet characterised in that the antiferromagnet is not coupled to a ferromagnet and the first and second contacts are directly in contact with the antiferromagnet.
An access control method characterized by comprising: a producer information embedding step of embedding identification information (4A, 5A) indicating a producer of metadata produced for content in the metadata, said producer information embedding step being furthermore for embedding, when the metadata are additionally edited by a different producer, identification information indicating the different producer in the metadata; a step of embedding, in the content as license information required to play back the content, a metadata access control descriptor indicating a permitted producer of the metadata that is permitted to access to the content and a metadata access control descriptor indicating a permitted different producer of the metadata that is permitted to additionally edit the metadata; and an access propriety control step of comparing the identification information (4A, 5A) of the metadata with the metadata access control descriptors of the content to control propriety of access to the content from the produced metadata by whether all of the identification information (4A, 5A) of the metadata are included in the metadata access control descriptors of the content. a producer information embedding step of embedding identification information (4A, 5A) indicating a producer of metadata produced for content in the metadata, said producer information embedding step being furthermore for embedding, when the metadata are additionally edited by a different producer, identification information indicating the different producer in the metadata; a step of embedding, in the content as license information required to play back the content, a metadata access control descriptor indicating a permitted producer of the metadata that is permitted to access to the content and a metadata access control descriptor indicating a permitted different producer of the metadata that is permitted to additionally edit the metadata; and an access propriety control step of comparing the identification information (4A, 5A) of the metadata with the metadata access control descriptors of the content to control propriety of access to the content from the produced metadata by whether all of the identification information (4A, 5A) of the metadata are included in the metadata access control descriptors of the content.
A linear compressor comprising: a cylinder part including a cylinder bore, a piston (3,4) disposed in said cylinder bore and slidable therein, a main spring connecting directly or indirectly said cylinder part to said piston, a connecting rod connecting between said main spring and said piston (3, 4), and a stator (5, 6) having an air gap, said connecting rod passing through said air gap, characterised by a plurality of permanent magnets spaced along said connecting rod. a cylinder part including a cylinder bore, a piston (3,4) disposed in said cylinder bore and slidable therein, a main spring connecting directly or indirectly said cylinder part to said piston, a connecting rod connecting between said main spring and said piston (3, 4), and a stator (5, 6) having an air gap, said connecting rod passing through said air gap, characterised by a plurality of permanent magnets spaced along said connecting rod.
A valve lock fluid connector comprising: a housing disposed in conjunction with a pressurized vessel and a sprung valve assembly adapted to selectively allow release of a pressurized fluid in said vessel; and a stem adapted to be inserted in said housing in two stages, said stem being securely retained in said housing in said first stage and said stem activating said valve to release said pressurized fluid through said stem in said second stage, characterised in that: said stem further comprises a stem stop and upon completion of said first stage said stem stop contacts an assembly setting mechanism, wherein said assembly setting mechanism is removed to allow said second stage. a housing disposed in conjunction with a pressurized vessel and a sprung valve assembly adapted to selectively allow release of a pressurized fluid in said vessel; and a stem adapted to be inserted in said housing in two stages, said stem being securely retained in said housing in said first stage and said stem activating said valve to release said pressurized fluid through said stem in said second stage, characterised in that: said stem further comprises a stem stop and upon completion of said first stage said stem stop contacts an assembly setting mechanism, wherein said assembly setting mechanism is removed to allow said second stage. said stem further comprises a stem stop and upon completion of said first stage said stem stop contacts an assembly setting mechanism, wherein said assembly setting mechanism is removed to allow said second stage.
Device to optimize the energy absorbed by an ironing system, the device comprising an iron, connected to a boiler by means of a feed pipe, there being present, respectively associated to said iron and to said boiler, a resistance of the iron and a resistance of the boiler, the iron having at least temperature adjustment means, characterised in that the device comprises at least a temperature detector which detects the temperature (Tc) of the boiler and at least a temperature detector to detect the temperature (Tf) of the iron, whereby the device also comprises a processing system configured to receive the temperature values from said temperature detector of the boiler and from said temperature detector of the iron, said processing system being conditioned by the values detected by said temperature detector of the boiler and being configured to alternatively supply electric energy to said resistance of the iron or to said resistance of the boiler according to alternate cycles and in any case never overlapping.
Primers for amplifying the molecule marker of soybean anti-pod-shattering major QTLqPD08-1, wherein the molecule marker is an Indel molecule marker; the primers for amplifying the Indel molecule marker comprise a forward primer and a reverse primer; the forward primer has a nucleotide sequence as shown in SEQ ID NO. 1 of the Sequence Listing; and the reverse primer has a nucleotide sequence as shown in SEQ ID NO. 2 of the Sequence Listing.
A logic game of the three-dimensional brain teaser type, comprising a solid body having an axis of symmetry, wherein: - a plurality of rails, having an orientation substantially parallel to said axis of symmetry, are uniformly distributed on an outer surface of said solid body; - tiles are slidably mounted on said rails, said tiles having decorative elements which make it possible to assign to each tile a given position, and at least one empty location being provided on at least one rail so as to allow the displacement of the corresponding tiles; and - said solid body consists of a plurality of segments (1a - 1 e) which can rotate about said axis of symmetry, so as to make it possible to switch the positions of the corresponding rail segments; - said logic game being characterized in that at least one segment of one of said rails is created on one face of a rotating piece, a rotation of said piece making it possible: - to remove said rail segment from said outer surface of the solid body by moving it into a hidden position together with the tiles associated therewith; and - to move onto said outer surface an identical rail segment which was previously in said hidden position; - by means of which an empty location is formed on said rail so as to allow the displacement of the corresponding tiles. - a plurality of rails, having an orientation substantially parallel to said axis of symmetry, are uniformly distributed on an outer surface of said solid body; - tiles are slidably mounted on said rails, said tiles having decorative elements which make it possible to assign to each tile a given position, and at least one empty location being provided on at least one rail so as to allow the displacement of the corresponding tiles; and - said solid body consists of a plurality of segments (1a - 1 e) which can rotate about said axis of symmetry, so as to make it possible to switch the positions of the corresponding rail segments; - said logic game being characterized in that at least one segment of one of said rails is created on one face of a rotating piece, a rotation of said piece making it possible: - to remove said rail segment from said outer surface of the solid body by moving it into a hidden position together with the tiles associated therewith; and - to move onto said outer surface an identical rail segment which was previously in said hidden position; - by means of which an empty location is formed on said rail so as to allow the displacement of the corresponding tiles.
Vapor extraction hood, with an outer housing with a lower inlet and upper lateral openings (13, 14), a suction motor with an outlet and with at least one chamber (38, 38'), whereby at least one suction place (16, 17; 27, 29) is provided, through which in its open position, when the suction motor is switched on, an air flow from the openings (13, 14) in the at least one chamber (38, 38') with the suction motor takes place, characterized in that the at least one chamber (38, 38') is placed between this suction motor and the outer housing, through which the air will be sucked from the lower inlet of the outer housing through this at least one chamber (38, 38'), whereby the least one suction place (16, 17; 27, 29) is closable by an actuatable closing element, whereby with circulating air operation the air, which was blowing out through the openings (13, 14) in the outer housing cleaned in the vapor extraction hood, will be sucked through these openings (13, 14) during or after the cooking an additional time and will be conducted into the vapor extraction hood and thereby cleaned once again.
A lighting system for illuminating an environment, the lighting system comprising: - a lighting module (111, 112, 113), the lighting module comprising: - a light source for emitting light, and - a programmable controller configured to control an operation of the light source, a light spectrum of the light source being controllable by the programmable controller, - a sensor (141, 142, 143) arranged to obtain sensing data from an area illuminated by the light source, and - a lighting-system control device comprising a processor circuit, configured to receive the sensing data, - apply an activity classifier to the sensing data to obtain an activity classification for an activity in the area, - determine lighting control data that causes the light spectrum of the light source to change based on the activity classification, - transmit the lighting control data to the lighting module (111, 112, 113) such that said lighting module is programmed according to the lighting control data, - set the lighting control data to a default lighting control data and to a further lighting control data different from the default lighting control data upon obtaining activity classification corresponding to the further lighting control data, wherein the changed light spectrum reduces contrast of an object important to the activity. - a lighting module (111, 112, 113), the lighting module comprising: - a light source for emitting light, and - a programmable controller configured to control an operation of the light source, a light spectrum of the light source being controllable by the programmable controller, - a sensor (141, 142, 143) arranged to obtain sensing data from an area illuminated by the light source, and - a lighting-system control device comprising a processor circuit, configured to receive the sensing data, - apply an activity classifier to the sensing data to obtain an activity classification for an activity in the area, - determine lighting control data that causes the light spectrum of the light source to change based on the activity classification, - transmit the lighting control data to the lighting module (111, 112, 113) such that said lighting module is programmed according to the lighting control data, - set the lighting control data to a default lighting control data and to a further lighting control data different from the default lighting control data upon obtaining activity classification corresponding to the further lighting control data, wherein the changed light spectrum reduces contrast of an object important to the activity.
A method for cleaning a centrifuge for cleaning a reaction vessel unit, the centrifuge comprising a rotor and a rotor space in which the rotor is arranged and rotatably mounted, the rotor comprising a receiving area for receiving the reaction vessel unit, the axis of rotation of the rotor extending parallel to a footprint, and the rotor space being delimited by a housing, the housing comprising an outlet for discharging liquid discharged from the reaction vessels and being provided with an inlet, and the following steps being carried out: - the rotor space is filled with a cleaning solution at least up to a predetermined level so that the rotor during its rotation is at least partially immersed in the cleaning solution, - the rotor is rotated, causing the cleaning solution to be distributed in the rotor space, and - the cleaning solution is removed from the rotor space. - the rotor space is filled with a cleaning solution at least up to a predetermined level so that the rotor during its rotation is at least partially immersed in the cleaning solution, - the rotor is rotated, causing the cleaning solution to be distributed in the rotor space, and - the cleaning solution is removed from the rotor space.
A system for performing a treatment of a condition related to a physiological indication of cardiac electrophysiological activity within a body, the system comprising: (i) a computer controller; (ii) a system (4010, 1800, 1800A, 1800B, 1800C) for detecting cardiac electrophysiological activity within the body and localizing a position of a peak of the detected cardiac electrophysiological activity, wherein the system for detecting comprises a detection element configured to detect the cardiac electrophysiological activity; (iii) a system (112, 124, 126, 4020) for imaging a portion of the body related to the physiological indication of cardiac electrophysiological activity within the body; and (iv) a steerable, segmented endoscopic device (100, 212, 800, 900, 910, 1200, 1250, 1260, 1300, 1500) having a steerable distal end (104, 108, 214, 805, 904, 905, 914) and a controllable proximal end (106, 110, 216, 810, 902, 912), the proximal end (106, 110, 216, 810, 902, 912) comprising a plurality of segments (1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11) individually and automatically controllable by the computer controller (140, 4030); wherein the computer controller (140, 4030): is in communication with the system for detecting and the system for imaging so as to receive information from the system for detecting and the system for imaging, and is programmed to automatically control the controllable proximal end (106, 110, 216, 810, 902, 912) within the body to minimize contact between the plurality of segments (1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11) and adjacent tissue. (i) a computer controller; (ii) a system (4010, 1800, 1800A, 1800B, 1800C) for detecting cardiac electrophysiological activity within the body and localizing a position of a peak of the detected cardiac electrophysiological activity, wherein the system for detecting comprises a detection element configured to detect the cardiac electrophysiological activity; (iii) a system (112, 124, 126, 4020) for imaging a portion of the body related to the physiological indication of cardiac electrophysiological activity within the body; and (iv) a steerable, segmented endoscopic device (100, 212, 800, 900, 910, 1200, 1250, 1260, 1300, 1500) having a steerable distal end (104, 108, 214, 805, 904, 905, 914) and a controllable proximal end (106, 110, 216, 810, 902, 912), the proximal end (106, 110, 216, 810, 902, 912) comprising a plurality of segments (1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11) individually and automatically controllable by the computer controller (140, 4030); is in communication with the system for detecting and the system for imaging so as to receive information from the system for detecting and the system for imaging, and is programmed to automatically control the controllable proximal end (106, 110, 216, 810, 902, 912) within the body to minimize contact between the plurality of segments (1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11) and adjacent tissue.
Encoder for encoding a sequence of symbols, comprising an assigner configured to assign a number of parameters to each symbol of the sequence of symbols based on information contained within previous symbols of the sequence of symbols; a plurality of entropy encoders each of which is configured to convert the symbols forwarded to the respective entropy encoder into a respective bitstream; and a selector configured to forward each symbol to a selected one of the plurality of entropy encoders, the selection depending on the number of parameters assigned to the respective symbol, wherein the assigner is configured such that the number of parameters assigned to each symbol comprises, or is, a measure for an estimate of a probability distribution among the possible values the respective symbols may assume, wherein the assigner is configured to assign a context to each symbol of the sequence of symbols based on the information contained within previous symbols of the sequence of symbols with each context having a respective probability distribution estimate associated therewith, and to adapt the probability distribution estimate of each context to an actual symbol statistic based on symbol values of previous symbols to which the respective context is assigned, and to determine the measure for the estimate of the probability distribution for each symbol based on the probability distribution estimate associated with the context assigned to the respective symbol, wherein the assigner is configured to, in determining the measure for the estimate of the probability distribution for each symbol, quantize the probability distribution estimate associated with the context assigned to the respective symbol to one of a plurality of probability distribution estimate representatives in order to obtain the measure for the estimate of the probability distribution characterized in that the selector is configured such that a bijective association is defined between the plurality of entropy encoders and the plurality of probability distribution estimate representatives, and wherein the selector is configured to change a quantization mapping from a range of the probability distribution estimate to the plurality of probability distribution estimate representatives in a predetermined deterministic way depending on previous symbols of the sequence of symbols over time.
A device for ejecting shells and/or connectors from at least one chain or strip of ammunition associated with a primary and/or secondary weapon, the ejection device being mounted in an armored vehicle turret and including a plurality of geometrically and mechanically defined structural elements, making it possible, after shooting ammunition, to guide the movement of the shells and/or connectors from the inside toward the outside of said turret, along a determined path, and including means for vibrating at least part of these structural elements to favor said movement of the shells and/or connectors, said structural elements include at least one chute, characterized in that said vibrating means comprise a motor placed in any location of the chute, provided with an unbalancing mass and intended to be actuated only during shooting.