mhurhangee/patent-ind-claim-en huggingface dataset:
An indicia reading device , comprising: an imaging subsystem comprising a stereoscopic imager ; a memory in communication with the stereoscopic imager capable of storing frames of image data representing light incident on the stereoscopic imager ; a processor in communication with said memory , wherein said processor is operative to decode a decodable indicia represented in at least one of the frames of image data; characterized in that the stereoscopic imager is configured to capture images at a baseline distance apart to create three-dimensional images that comprise depth information of the decodable indicia; and the processor is further operative to decode decodable indicia including geometrical distortions, specular reflections, direct part markings, dot peen, laser etch, electronic displays, and combinations thereof of the decodable indicia using the three-dimensional images from the stereoscopic imager with depth information of the decodable indicia. an imaging subsystem comprising a stereoscopic imager ; a memory in communication with the stereoscopic imager capable of storing frames of image data representing light incident on the stereoscopic imager ; a processor in communication with said memory , wherein said processor is operative to decode a decodable indicia represented in at least one of the frames of image data; characterized in that the stereoscopic imager is configured to capture images at a baseline distance apart to create three-dimensional images that comprise depth information of the decodable indicia; and the processor is further operative to decode decodable indicia including geometrical distortions, specular reflections, direct part markings, dot peen, laser etch, electronic displays, and combinations thereof of the decodable indicia using the three-dimensional images from the stereoscopic imager with depth information of the decodable indicia.
A method for transmitting media data in a transmitter, the method comprising: identifying a media fragment unit, MFU, comprising the media data in a package of multimedia content, wherein the package includes a plurality of assets, composition information providing information for spatial relationship and temporal relationship of the plurality of assets, and transport characteristic information providing information for transport characteristic of the plurality of assets, and wherein the MFU is included in a media processing unit, MPU, belonging to an asset of the plurality of assets; identifying the composition information in the package; identifying the transport characteristic information in the package, wherein the transport characteristic information includes information indicating whether or not lossy delivery for the assets is allowed; and transmitting the MFU, the composition information, and the transport characteristic information, and characterized in, that : a type of the composition information is one of a first type indicating that the composition information is complete composition information or a second type indicating that the composition information is partial composition information for updating the composition information, and the method further comprises transmitting information including information used for indicating the type of the composition information. identifying a media fragment unit, MFU, comprising the media data in a package of multimedia content, wherein the package includes a plurality of assets, composition information providing information for spatial relationship and temporal relationship of the plurality of assets, and transport characteristic information providing information for transport characteristic of the plurality of assets, and wherein the MFU is included in a media processing unit, MPU, belonging to an asset of the plurality of assets; identifying the composition information in the package; identifying the transport characteristic information in the package, wherein the transport characteristic information includes information indicating whether or not lossy delivery for the assets is allowed; and transmitting the MFU, the composition information, and the transport characteristic information, and characterized in, that : a type of the composition information is one of a first type indicating that the composition information is complete composition information or a second type indicating that the composition information is partial composition information for updating the composition information, and the method further comprises transmitting information including information used for indicating the type of the composition information. a type of the composition information is one of a first type indicating that the composition information is complete composition information or a second type indicating that the composition information is partial composition information for updating the composition information, and the method further comprises transmitting information including information used for indicating the type of the composition information.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving configuration information comprising information regarding a reference positioning reference signal, PRS, resource among a plurality of PRS resources related to a plurality of beams; determining, by the UE , a first PRS resource as a reference signal time difference, RSTD, measurement reference; performing a RSTD measurement based on the first PRS resource determined as the RSTD measurement reference; and reporting a result of the RSTD measurement, when the first PRS resource determined by the UE being different from the reference PRS resource in the received configuration information, the UE is configured to report the first PRS resource determined as the RSTD measurement reference, along with the result of the RSTD measurement. receiving configuration information comprising information regarding a reference positioning reference signal, PRS, resource among a plurality of PRS resources related to a plurality of beams; determining, by the UE , a first PRS resource as a reference signal time difference, RSTD, measurement reference; performing a RSTD measurement based on the first PRS resource determined as the RSTD measurement reference; and reporting a result of the RSTD measurement, when the first PRS resource determined by the UE being different from the reference PRS resource in the received configuration information, the UE is configured to report the first PRS resource determined as the RSTD measurement reference, along with the result of the RSTD measurement.
A method for removing halogens generated during preparation of polybutene, the method comprising: preparing a reaction product by supplying a catalyst and a reaction raw material to a reactor and polymerizing; removing a catalyst component from the reaction product and neutralizing; separating the reaction product into an organic compound and impurities comprising the catalyst component; heating the organic compound to distill an unreacted material; and removing a halogen component from a remaining polymerization mixture after the distillation using a halogen removing catalyst, or removing a halogen component in polybutene and light polymers obtained from the polymerization mixture using the halogen removing catalyst; wherein the reaction with the halogen removing catalyst is at 100 to 250°C and wherein a halogen content of the polymerization mixture or the light polymers after reaction with the halogen removing catalyst at 100 to 250°C is less than 50 ppm; wherein the halogen removing catalyst is iron halide selected from a group of ferrous chloride (FeCl 2 ), ferric chloride (FeCl 3 ), ferrous fluoride (FeF 2 ) and ferric fluoride (FeF 3 ); wherein the light polymers having a number average molecular weight (Mn) of from 100 to less than 300; and wherein the halogen content is measured by an ion selective electrode method. preparing a reaction product by supplying a catalyst and a reaction raw material to a reactor and polymerizing; removing a catalyst component from the reaction product and neutralizing; separating the reaction product into an organic compound and impurities comprising the catalyst component; heating the organic compound to distill an unreacted material; and removing a halogen component from a remaining polymerization mixture after the distillation using a halogen removing catalyst, or removing a halogen component in polybutene and light polymers obtained from the polymerization mixture using the halogen removing catalyst; wherein the reaction with the halogen removing catalyst is at 100 to 250°C and wherein a halogen content of the polymerization mixture or the light polymers after reaction with the halogen removing catalyst at 100 to 250°C is less than 50 ppm;
A nucleic acid consisting of: (a) a nucleic acid sequence having at least 90% sequence identity to SEQ ID 17, wherein the nucleic acid encodes at least one polypeptide having a glucoamylase activity; (b) a nucleic acid sequence encoding a polypeptide having the sequence of SEQ ID NO:18; (c) a nucleic acid sequence as set forth in SEQ ID NO: 17; or (d) a nucleic acid sequence fully complementary to (a), (b) or (c) over its entire length. (a) a nucleic acid sequence having at least 90% sequence identity to SEQ ID 17, wherein the nucleic acid encodes at least one polypeptide having a glucoamylase activity; (b) a nucleic acid sequence encoding a polypeptide having the sequence of SEQ ID NO:18; (c) a nucleic acid sequence as set forth in SEQ ID NO: 17; or (d) a nucleic acid sequence fully complementary to (a), (b) or (c) over its entire length.
A process for obtaining a target chemical species from seaweed, said process comprising the steps of: (i) providing a seaweed portion comprising a stipe; (ii) removing at least a portion of an outwardly facing surface layer of the stipe comprising an epidermis layer and a meristoderm layer; (iii) dividing the stipe into a plurality of portions by: (i) cutting, followed by (ii) milling; and (iv) extracting the target chemical species from the plurality of stipe portions. (i) providing a seaweed portion comprising a stipe; (ii) removing at least a portion of an outwardly facing surface layer of the stipe comprising an epidermis layer and a meristoderm layer; (iii) dividing the stipe into a plurality of portions by: (i) cutting, followed by (ii) milling; and (iv) extracting the target chemical species from the plurality of stipe portions.
A surface treatment method comprising: an anti-static treatment step of coating a treatment target with an anti-static agent consisting essentially of an electrolyte (e1), a hydrophilic polymer (a) and water, and having electrical conductivity of 15 mS/m or more to obtain a coated film (A), and drying the coated film (A) to obtain an anti-static layer, the hydrophilic polymer (a) having at least one selected from the group consisting of an amide bond and an anion that may form a salt, the anion being a sulfonic acid anion (-SO 3 - ) ; and a hydrophilizing treatment step of coating the anti-static layer with a hydrophilizing treatment agent consisting essentially of a hydrophilic polymer (b) and an alcohol to obtain a coated film (B), and drying the coated film (B), followed by rinsing thereof, the hydrophilic polymer (b) having at least one selected from the group consisting of an amide bond and an anion that may form a salt, the anion being a sulfonic acid anion (-SO 3 - ). an anti-static treatment step of coating a treatment target with an anti-static agent consisting essentially of an electrolyte (e1), a hydrophilic polymer (a) and water, and having electrical conductivity of 15 mS/m or more to obtain a coated film (A), and drying the coated film (A) to obtain an anti-static layer, the hydrophilic polymer (a) having at least one selected from the group consisting of an amide bond and an anion that may form a salt, the anion being a sulfonic acid anion (-SO 3 - ) ; and a hydrophilizing treatment step of coating the anti-static layer with a hydrophilizing treatment agent consisting essentially of a hydrophilic polymer (b) and an alcohol to obtain a coated film (B), and drying the coated film (B), followed by rinsing thereof, the hydrophilic polymer (b) having at least one selected from the group consisting of an amide bond and an anion that may form a salt, the anion being a sulfonic acid anion (-SO 3 - ).
A switching structure of water dispensing apparatus, wherein a main body of said water dispensing apparatus has an inlet channel and an outlet channel , wherein said inlet channel and said outlet channel has a lateral channel therebetween, wherein said lateral channel has an inlet opening formed by said inlet channel , wherein said lateral channel is pivotingly assembled with a pivot valve , wherein said pivot valve is mounted through said lateral channel , wherein said pivot valve has a water sealing portion , wherein the shape of said inlet opening has a longitudinal width larger than a transverse width thereof with the longitudinal width being parallel to a pivoting axis of the pivot valve and the transverse width being perpendicular to the longitudinal width, wherein said lateral channel has an outlet opening formed by said outlet channel , wherein said pivot valve is column shaped and is transversely passing through said lateral channel of said main body of water dispensing apparatus, wherein said pivot valve is mounted through said lateral channel and assembled with an actuation member to adjust the radial angle of the pivoting of said pivot valve by operating said actuation member to control to open and close said inlet channel , characterized in that said water sealing portion is to seal said inlet opening , wherein the shape of said water sealing portion matches the shape of said inlet opening , wherein said water sealing portion is to open or close said inlet opening , wherein a side of said water sealing portion surroundingly has a groove , wherein said groove accommodates a sealing element , wherein when said sealing element is put in said groove , the sleeving between said sealing element and said groove still leaves a minor gap to allow water flow to flush therefrom, so as to allow water flow to flush back to push against said sealing element and make said sealing element press on the outer periphery of said inlet opening , which makes said sealing element close said inlet opening more securely.
A method of designing and/or controlling a heat transfer system comprising a distributor , a plurality of parallel circuits of flow channels and a collector , the distributor arranged for distributing an incoming substance flow over the plurality of parallel circuits and the parallel circuits being combined in the collector for combining an output substance flow of each of the parallel circuits , the method comprising, for at least one of the circuits of the plurality of parallel circuits, - obtaining a void fraction dependent parameter of a substance flowing through the at least one circuit, and - controlling a valve in at least one circuit of the plurality of parallel circuits so as to induce a flow in the at least one circuit that only has an evaporated fraction of the substance in the circuit at the position where the at least one circuit is combined with other parallel circuits or so as to obtain an identical evaporation state in more or each of the parallel circuits or so as to obtain a variable evaporation state of more or each of the parallel circuits, the controlling taking into account the obtained void fraction dependent parameter or a void fraction determined based thereon. - obtaining a void fraction dependent parameter of a substance flowing through the at least one circuit, and - controlling a valve in at least one circuit of the plurality of parallel circuits so as to induce a flow in the at least one circuit that only has an evaporated fraction of the substance in the circuit at the position where the at least one circuit is combined with other parallel circuits or so as to obtain an identical evaporation state in more or each of the parallel circuits or so as to obtain a variable evaporation state of more or each of the parallel circuits,
Method for preparing an aromatic urea derived nitrocellulose stabilizer, comprising preparing a carbamate derivative according to formula I comprising reacting an amine according to formula II and a carbonate or carbamate according to formula III, in the presence of a catalyst wherein Ar 1 is an aryl that is optionally substituted with one or more halide, alkoxy, alkyl, nitro, sulfonate, ester, amide and/or carboxylate; Ar 2 is an aryl or an alkyl that is optionally substituted with one or more halide, alkoxy, alkyl, nitro, sulfonate, ester, amide and/or carboxylate; X is an alkoxy or an aryloxy and is optionally substituted with one or more halide, alkoxy, alkyl, nitro, sulfonate, ester, amide and/or carboxylate; LG is a leaving group that is an alkoxy, an aryloxy, an amine that is optionally substituted with one or two C 1 -C 4 alkyl groups, an amide, a sulfonate such as tosylate, mesylate or nosylate, a halide, a nitrate, a phosphate or a carboxylate; and further converting the carbamate derivative according to formula I into the aromatic urea derived nitrocellulose stabilizer, typically by reacting the carbamate derivative according to formula I with ammonia or methylamine. Ar 1 is an aryl that is optionally substituted with one or more halide, alkoxy, alkyl, nitro, sulfonate, ester, amide and/or carboxylate; Ar 2 is an aryl or an alkyl that is optionally substituted with one or more halide, alkoxy, alkyl, nitro, sulfonate, ester, amide and/or carboxylate; X is an alkoxy or an aryloxy and is optionally substituted with one or more halide, alkoxy, alkyl, nitro, sulfonate, ester, amide and/or carboxylate; LG is a leaving group that is an alkoxy, an aryloxy, an amine that is optionally substituted with one or two C 1 -C 4 alkyl groups, an amide, a sulfonate such as tosylate, mesylate or nosylate, a halide, a nitrate, a phosphate or a carboxylate;
A method for managing a battery module by means of an integrated battery management system of the battery module, comprising: - receiving data relating to one or more operational parameters of the battery module; - determining whether a first operational parameter of the one or more operational parameters violates a first threshold; and - transitioning the battery module from an operational mode to a sleep mode in response to a determination that the first operational parameter violates the first threshold, wherein transitioning the battery module from the operational mode to the sleep mode comprises controlling an internal switch of the battery module to prevent current flow from the battery module, wherein the method further comprises: - receiving a signal from a state of charge indicator externally coupled to the battery module, wherein the state of charge indicator is configured to send the signal to the battery module in response to a change in state of a reset switch disposed on a housing of the state of charge indicator ; - opening the internal switch of the battery module in response to the received signal if the internal switch is closed; and - closing the internal switch of the battery module in response to the received signal if the internal switch is open. - receiving data relating to one or more operational parameters of the battery module; - determining whether a first operational parameter of the one or more operational parameters violates a first threshold; and - transitioning the battery module from an operational mode to a sleep mode in response to a determination that the first operational parameter violates the first threshold, - receiving a signal from a state of charge indicator externally coupled to the battery module, wherein the state of charge indicator is configured to send the signal to the battery module in response to a change in state of a reset switch disposed on a housing of the state of charge indicator ; - opening the internal switch of the battery module in response to the received signal if the internal switch is closed; and - closing the internal switch of the battery module in response to the received signal if the internal switch is open.
A system for receiving digital information transmitted over four channels of a multichannel communications medium using a balanced vector signaling code derived from the order 4 Hadamard matrix, the system comprising: a line receiver configured to accept physical signals from each of the channels to produce received signals, wherein one of the physical signals was transmitted with an opposite sign and a magnitude three times larger than the each of the other physical signals; multiple mode detectors for producing three analog outputs corresponding to detected transmission modes, each mode detector configured to compare a first sum of received signals from two selected channels and a second sum of received signals from the remaining two channels according to a respective input permutation of a group of input permutations associated with the order 4 Hadamard matrix to produce a respective analog output detected transmission mode; a Decision Feedback Equalizer DFE configured to produce at least one correction signal derived from a previously detected transmission mode, and to sum the correction signal with at least one of the analog outputs produced by the multiple mode detectors; and comparators configured to receive the sum of the correction signal and the analog outputs from the multiple mode detectors and to convert the sum to digital values. a line receiver configured to accept physical signals from each of the channels to produce received signals, wherein one of the physical signals was transmitted with an opposite sign and a magnitude three times larger than the each of the other physical signals; multiple mode detectors for producing three analog outputs corresponding to detected transmission modes, each mode detector configured to compare a first sum of received signals from two selected channels and a second sum of received signals from the remaining two channels according to a respective input permutation of a group of input permutations associated with the order 4 Hadamard matrix to produce a respective analog output detected transmission mode; a Decision Feedback Equalizer DFE configured to produce at least one correction signal derived from a previously detected transmission mode, and to sum the correction signal with at least one of the analog outputs produced by the multiple mode detectors; and comparators configured to receive the sum of the correction signal and the analog outputs from the multiple mode detectors and to convert the sum to digital values.
A method of preparing a mixotrophic Chlorella-based liquid composition for application to plants comprising: heating a composition comprising whole Chlorella cells in a liquid medium; and cooling the heated composition, wherein the heating and cooling steps pasteurize the composition, wherein the whole Chlorella cells are not subjected to a drying process. heating a composition comprising whole Chlorella cells in a liquid medium; and cooling the heated composition, wherein the heating and cooling steps pasteurize the composition, wherein the whole Chlorella cells are not subjected to a drying process.