mhurhangee/ep-ind-claims huggingface dataset:
A method for encoding and decoding a block of video data using palette coding for a video coding system, the method comprising: receiving input data associated with a current coding unit; determining a maximum index value or a palette size for a current palette; and encoding or decoding the current coding unit using palette coding according to the current palette, wherein whether the current palette is transposed is indicated by the palette transpose flag, characterized in that if the maximum index value or the palette size is equal to or greater than a threshold size, signaling a palette transpose flag at an encoder side or parsing the palette transpose flag at a decoder side; wherein the maximum index value or the palette size is derived based on one or more other syntax element, or signaled explicitly in a syntax table, wherein the palette transpose flag is signaled in a location of a syntax table after the maximum index value or the palette size. receiving input data associated with a current coding unit; determining a maximum index value or a palette size for a current palette; and encoding or decoding the current coding unit using palette coding according to the current palette, wherein whether the current palette is transposed is indicated by the palette transpose flag,
An axial flow turbomachine for producing thrust to propel an aircraft, comprising: an inner duct and an outer duct, both of which are annular and concentric with one another; an inner fan located in the inner duct, the inner fan being configured to produce a primary pressurised flow; an outer fan located in the outer duct, the outer fan being configured to produce a secondary pressurised flow and having a hollow hub through which the inner duct passes; a trailing edge of the outer duct being located axially downstream of the inner duct for mixing of the first and second pressurised flows; characterised in that the inner fan is driven by a first electric machine (209, 210) and the outer fan is driven by a second electric machine (211, 212); the second electric machine (211, 212) having a rotor integral with the hub of the outer fan and a stator located radially inward of the rotor and radially outward of the inner duct; and wherein the outer fan has a diameter of from 2.5 to 3.5 times a diameter of the inner fan. an inner duct and an outer duct, both of which are annular and concentric with one another; an inner fan located in the inner duct, the inner fan being configured to produce a primary pressurised flow; an outer fan located in the outer duct, the outer fan being configured to produce a secondary pressurised flow and having a hollow hub through which the inner duct passes; a trailing edge of the outer duct being located axially downstream of the inner duct for mixing of the first and second pressurised flows; characterised in that the inner fan is driven by a first electric machine (209, 210) and the outer fan is driven by a second electric machine (211, 212); the second electric machine (211, 212) having a rotor integral with the hub of the outer fan and a stator located radially inward of the rotor and radially outward of the inner duct; and wherein the outer fan has a diameter of from 2.5 to 3.5 times a diameter of the inner fan.
A method for operating a memory (110-1,..., 110-N, 210, 310), the method comprising: encoding data using a linear error correcting code to obtain binary encoded data; modulating the binary encoded data by expanding a binary signal set of the binary encoded data; writing the modulated data to the memory (110-1,..., 110-N, 210, 310); reading the modulated data from the memory (110-1,..., 110-N, 310); and decoding the read modulated data using a Viterbi algorithm and a linear error correcting code decoder; characterised in that: modulating the binary encoded data includes: precoding the binary encoded data using a 1/(1 xor D) precoder operation; performing a 1 + D operation on the binary precoded encoded data, wherein 1 corresponds to a sample in a present time instant and D corresponds to a delay of one unit to convert the binary precoded encoded data to a three-level data constituting the modulated data. encoding data using a linear error correcting code to obtain binary encoded data; modulating the binary encoded data by expanding a binary signal set of the binary encoded data; writing the modulated data to the memory (110-1,..., 110-N, 210, 310); reading the modulated data from the memory (110-1,..., 110-N, 310); and decoding the read modulated data using a Viterbi algorithm and a linear error correcting code decoder; characterised in that: modulating the binary encoded data includes: precoding the binary encoded data using a 1/(1 xor D) precoder operation; performing a 1 + D operation on the binary precoded encoded data, wherein 1 corresponds to a sample in a present time instant and D corresponds to a delay of one unit to convert the binary precoded encoded data to a three-level data constituting the modulated data. modulating the binary encoded data includes: precoding the binary encoded data using a 1/(1 xor D) precoder operation; performing a 1 + D operation on the binary precoded encoded data, wherein 1 corresponds to a sample in a present time instant and D corresponds to a delay of one unit to convert the binary precoded encoded data to a three-level data constituting the modulated data. precoding the binary encoded data using a 1/(1 xor D) precoder operation; performing a 1 + D operation on the binary precoded encoded data, wherein 1 corresponds to a sample in a present time instant and D corresponds to a delay of one unit to convert the binary precoded encoded data to a three-level data constituting the modulated data.
An apparatus for forming a groove in a single- or multiple-leaf sheet or in a length of paper, plastic or metal running through an annular gap between two circular scoring elements which rotate in opposite directions about parallel axes (3, 4), wherein one scoring element takes the form of a scoring blade with a peripheral region which tapers towards its periphery in the form of a ridge, and the opposite scoring element takes the form of a scoring anvil, and wherein the periphery of the scoring blade is formed by an intermediate space which divides the peripheral region into two blade edges located a distance apart, characterized in that the scoring anvil has at its periphery a recess which is directed towards the scoring blade and in which the two blade edges engage, the blade edges being at an axial distance from one another of 0.2 to 1 mm.
A tub for a humidifier comprising: a container made of a first material, a heating element provided on at least the base of the container, and a lining comprising a second material different from the first material; wherein the container comprises a base and a side wall defining a reservoir for a supply of liquid to be evaporated, the heating element is provided on an inner surface of the container, and the lining directly covers the heating element, wherein the lining is molded over the heating element and a substantial portion of the inner surface of the sidewall of the container, and wherein lining provides a water and/or vapor sealed protection layer across a heating surface of the heating element. a container made of a first material, a heating element provided on at least the base of the container, and a lining comprising a second material different from the first material; wherein the container comprises a base and a side wall defining a reservoir for a supply of liquid to be evaporated, the heating element is provided on an inner surface of the container, and the lining directly covers the heating element, wherein the lining is molded over the heating element and a substantial portion of the inner surface of the sidewall of the container, and wherein lining provides a water and/or vapor sealed protection layer across a heating surface of the heating element.
A method for operating a display device wearable on the head while the display device wearable on the head is located in an interior of a motor vehicle, wherein the display device is configured to output a preset output content describing an entertainment offer, wherein a control device: - receives a sensor signal from a sensor device, wherein the received sensor signal describes at least one image of the current interior situation of the motor vehicle, - generates an overlay signal, which describes overlay of the at least one image of the current interior situation during the output of the preset output content, and - transfers the generated overlay signal to a display element of the display device and thereby causes the display device to overlay the at least one image of the current interior situation during the output of the preset output content, wherein the control device generates or transfers the overlay signal only if the control device: a) determines speaking of an occupant; and/or b) determines approach of the motor vehicle to a drive destination. - receives a sensor signal from a sensor device, wherein the received sensor signal describes at least one image of the current interior situation of the motor vehicle, - generates an overlay signal, which describes overlay of the at least one image of the current interior situation during the output of the preset output content, and - transfers the generated overlay signal to a display element of the display device and thereby causes the display device to overlay the at least one image of the current interior situation during the output of the preset output content, a) determines speaking of an occupant; and/or b) determines approach of the motor vehicle to a drive destination.
A compound of general formula any of its stereoisomers or any mixture of its stereoisomers or a pharmaceutically acceptable salt thereof, wherein R is branched butyl.
An irregular-surface forming method using a plasma-etching process, which forms irregular-surface pattern on a substrate, which is a substrate provided with a resin layer on a base, and which uses a partially oxidized metal salt film having irregular-surface as a resist when the plasma-etching process is carried out, wherein the method is comprising the following first process to third process; in the first process, a metal salt film is formed on the substrate by coating a liquid material containing a metal salt, in the second process, a fine irregular-surface is formed on the metal salt film, and the metal salt film is converted into the resist by the partial oxidization, and in the third process, the predetermined irregular-surface is formed on the substrate by carrying out the plasma-etching process to the substrate with the resist. in the first process, a metal salt film is formed on the substrate by coating a liquid material containing a metal salt, in the second process, a fine irregular-surface is formed on the metal salt film, and the metal salt film is converted into the resist by the partial oxidization, and in the third process, the predetermined irregular-surface is formed on the substrate by carrying out the plasma-etching process to the substrate with the resist.
Shade apparatus comprising at least two rails (1, 2) which extend in parallel with one another and can be fastened on or under a substructure that is in particular located in the horizontal plane or so as to be inclined with respect to the horizontal, comprising a hanging which performs a sunshade function and is movably fastened to the rails (1, 2) by means of fastening elements (5, 6), the fastening elements (5, 6) being fastened to rods (7, 28) which extend transversely to the extension direction of the rails (1, 2), at least one of the rods being formed by a profiled body which has an adhesive tape on its side that faces away from the rails (1, 2), which adhesive tape can be brought into adhesive connection with a counter adhesive tape fastened to the hanging, particularly resiliently bendable small hooks engaging in loops, the at least one rod having a profiled opening in its side that faces the rails (1, 2), characterised in that the profiled opening is a C-shaped profiled groove in which a plurality of hook elements are each fastened to a base, the hook elements comprising hooks which engage in openings in the fastening elements (5, 6).
A particle-optical arrangement, comprising: at least one charged-particle source configured to generate a beam of charged particles; at least one multi-aperture plate having a plurality of apertures formed in the multi-aperture plate, wherein the arrangement is configured such that a plurality of charged-particle beamlets is formed from the beam of charged particles downstream of the multi-aperture plate, and such that each of the charged-particle beamlets has a focus in a focusing region of the multi-aperture plate; and an objective lens for imaging substantially the focusing region of the multi-aperture plate onto an object positionable in an object plane of the particle-optical arrangement; characterized by a field lens configured to generate a focusing field and arranged such that a location of the focusing field of the field lens coincides with the focusing region where the foci of the charged-particle beamlets are formed. at least one charged-particle source configured to generate a beam of charged particles; at least one multi-aperture plate having a plurality of apertures formed in the multi-aperture plate, wherein the arrangement is configured such that a plurality of charged-particle beamlets is formed from the beam of charged particles downstream of the multi-aperture plate, and such that each of the charged-particle beamlets has a focus in a focusing region of the multi-aperture plate; and an objective lens for imaging substantially the focusing region of the multi-aperture plate onto an object positionable in an object plane of the particle-optical arrangement; characterized by a field lens configured to generate a focusing field and arranged such that a location of the focusing field of the field lens coincides with the focusing region where the foci of the charged-particle beamlets are formed.
A method of manufacturing a heat-shrinkable polyester-based single-layer film by extruding and stretching a polyester-based resin, comprising: compounding particles having an average particle size of 0.1 ∼ 5 μm and a 2,2-dimethyl(-1,3-propane)diol copolyester resin having an intrinsic viscosity of at least 0.6 dl/g, thus manufacturing a polyester-based resin master batch containing particles, wherein the particles are included in an amount of 10 ∼ 70 wt% based on a total weight of the master batch; mixing and extruding the polyester-based resin master batch containing particles and a 2,2-dimethyl(-1,3-propane)diol copolyester resin, thus manufacturing an unstretched polyester-based sheet, wherein the particles are included in an amount of 2 ∼ 10 wt% based on a total weight of the film; preheating the extruded polyester-based sheet; and stretching the sheet in a transverse direction at 65 ∼ 100°C., wherein the manufacturing of the master batch comprises mixing the 2,2-dimethyl(-1,3-propane)diol copolyester and the particles to create a mixture; placing the mixture in a twin-screw extruder or a kneader so that the mixture is melted and mixed, thus obtaining polyester-based master batch chips containing particles; rubbing the master batch chips with each other to form minute roughness on at least a portion of a surface thereof; and drying the master batch chips having minute roughness on at least the portion of the surface thereof. compounding particles having an average particle size of 0.1 ∼ 5 μm and a 2,2-dimethyl(-1,3-propane)diol copolyester resin having an intrinsic viscosity of at least 0.6 dl/g, thus manufacturing a polyester-based resin master batch containing particles, wherein the particles are included in an amount of 10 ∼ 70 wt% based on a total weight of the master batch; mixing and extruding the polyester-based resin master batch containing particles and a 2,2-dimethyl(-1,3-propane)diol copolyester resin, thus manufacturing an unstretched polyester-based sheet, wherein the particles are included in an amount of 2 ∼ 10 wt% based on a total weight of the film; preheating the extruded polyester-based sheet; and stretching the sheet in a transverse direction at 65 ∼ 100°C., wherein the manufacturing of the master batch comprises mixing the 2,2-dimethyl(-1,3-propane)diol copolyester and the particles to create a mixture; placing the mixture in a twin-screw extruder or a kneader so that the mixture is melted and mixed, thus obtaining polyester-based master batch chips containing particles; rubbing the master batch chips with each other to form minute roughness on at least a portion of a surface thereof; and drying the master batch chips having minute roughness on at least the portion of the surface thereof.
An audio apparatus comprising: a receiver for receiving audio data and audio transducer position data for a plurality of audio transducers; a renderer for rendering the audio data by generating audio transducer drive signals for the plurality of audio transducers from the audio data; and characterized by further comprising: a clusterer for clustering the plurality of audio transducers into a set of audio transducer clusters in response to distances between audio transducers of the plurality of audio transducers in accordance with a spatial distance metric being an angular distance metric reflecting an angular difference between audio transducers relative to a reference position or direction, the distances being determined from the audio transducer position data and the clustering comprising generating the set of audio transducer clusters in response to an iterated inclusion of audio transducers to clusters of a previous iteration, where a first audio transducer is included in a first cluster of the set of audio transducer clusters in response to the first audio transducer meeting a distance criterion with respect to one or more audio transducers of the first cluster; and a render controller arranged to adapt the rendering in response to the clustering; and wherein the clusterer is arranged to generate the set of audio transducer clusters subject to a requirement that in a cluster no two audio transducers being closest neighbors in accordance with the spatial distance metric has a distance exceeding a threshold. a receiver for receiving audio data and audio transducer position data for a plurality of audio transducers; a renderer for rendering the audio data by generating audio transducer drive signals for the plurality of audio transducers from the audio data; a clusterer for clustering the plurality of audio transducers into a set of audio transducer clusters in response to distances between audio transducers of the plurality of audio transducers in accordance with a spatial distance metric being an angular distance metric reflecting an angular difference between audio transducers relative to a reference position or direction, the distances being determined from the audio transducer position data and the clustering comprising generating the set of audio transducer clusters in response to an iterated inclusion of audio transducers to clusters of a previous iteration, where a first audio transducer is included in a first cluster of the set of audio transducer clusters in response to the first audio transducer meeting a distance criterion with respect to one or more audio transducers of the first cluster; and a render controller arranged to adapt the rendering in response to the clustering; and wherein the clusterer is arranged to generate the set of audio transducer clusters subject to a requirement that in a cluster no two audio transducers being closest neighbors in accordance with the spatial distance metric has a distance exceeding a threshold.
A method for storage media programming with adaptive write buffer release, comprising: Storing, to a write buffer, data received from a host interface of a storage system that includes storage media; Determining, with a parity-based encoder, parity information for the data stored to the write buffer; releasing the write buffer as soon as the determining of the parity information for the data is completed; and writing at least a portion of the data to the storage media of the storage system after the write buffer is released from storing the data. Storing, to a write buffer, data received from a host interface of a storage system that includes storage media; Determining, with a parity-based encoder, parity information for the data stored to the write buffer; releasing the write buffer as soon as the determining of the parity information for the data is completed; and writing at least a portion of the data to the storage media of the storage system after the write buffer is released from storing the data.
A compound represented by formula or a pharmaceutically acceptable salt thereof, for use in treating or preventing preterm labor in a human patient, wherein the compound is administered to the patient with an additional tocolytic agent.
A cellular communications antenna mounting apparatus comprising; a central pole having a main pole axis, a pair of mounting brackets (150, 152), each comprising a collar which surrounds and is attached to the pole and spaced apart along the main pole axis, wherein each mounting bracket (150, 152) is connected to a plurality of antenna assemblies, wherein the plurality of antenna assemblies (144, 146, 148) connected to each mounting bracket are spaced around the central pole, and characterised in that each antenna assembly (144, 146, 148) comprises: an intermediate member pivotally attached to one of the pair of mounting brackets (150, 152) to pivot about a first axis, an antenna bracket pivotally attached to the intermediate member to pivot about a second axis substantially parallel to the first axis, a first stepper motor configured to pivot the intermediate member about the first axis relative to the mounting bracket, wherein the first stepper motor comprises a rotary output shaft oriented perpendicular to the first axis, the apparatus comprising a gearbox between the rotary output shaft and the intermediate member to transfer drive from the rotary shaft to the intermediate member, and a second stepper motor configured to pivot the antenna bracket about the second axis relative to the intermediate member. wherein the first axis and the second axis are substantially parallel to the main pole axis. an intermediate member pivotally attached to one of the pair of mounting brackets (150, 152) to pivot about a first axis, an antenna bracket pivotally attached to the intermediate member to pivot about a second axis substantially parallel to the first axis, a first stepper motor configured to pivot the intermediate member about the first axis relative to the mounting bracket, wherein the first stepper motor comprises a rotary output shaft oriented perpendicular to the first axis, the apparatus comprising a gearbox between the rotary output shaft and the intermediate member to transfer drive from the rotary shaft to the intermediate member, and a second stepper motor configured to pivot the antenna bracket about the second axis relative to the intermediate member.
Sanitary article having a rim, in particular a toilet or urinal, which has a connection pipe for supplying flushing water, a bowl and a wall portion with openings, wherein the openings serve for the through-passage of the flushing water into the bowl and the wall portion is arranged in the rear area of the bowl, wherein the wall portion with the openings is a wall element which can be removed upwards from the bowl, characterized in that the wall element is of U-shaped design in that a deflecting plate is arranged as a leg of the U at a right angle at its upper edge to a base of the U, and a further leg (51, 52) of the U is either used to overlap the outside edge of the bowl and to act as an abutment or said further leg (51, 52) is configured in the shape of two individual legs or pins which engage with corresponding vertical bores in the bowl, wherein a form-fitting connection to the bowl is achieved through the U-profile fitted onto the bowl.