mhurhangee/patent-ind-claim-en huggingface dataset:
A method of encoding bits of information, comprising: obtaining a payload and non-payload bits comprising redundant bits generated from the payload to be transmitted; determining , in a polar decoding tree associated with a code size and a coding rate, the polar decoding tree comprising leaf nodes associated with polar information bits, a set of internal nodes to distribute one or more non-payload bits to based, at least in part, on a target maximum likelihood, ML, search space size for internal nodes in the polar decoding tree, a search space size of each of the internal nodes in the set of internal nodes corresponding to the number of polar information bits of the respective internal node, and an available number of the non-payload bits left to distribute; forming an information stream by interleaving at least one or more of the non-payload bits with bits of the payload , wherein interleaving comprises, for each internal node in the set of internal nodes, assigning one or more non-payload bits to one or more the leaf nodes associated with polar information bits in a subtree rooted at that internal node in the set of internal nodes such that for each internal node the ML search space size is within the target ML search space size; and generating a codeword by encoding the information stream using a Polar code. obtaining a payload and non-payload bits comprising redundant bits generated from the payload to be transmitted; determining , in a polar decoding tree associated with a code size and a coding rate, the polar decoding tree comprising leaf nodes associated with polar information bits, a set of internal nodes to distribute one or more non-payload bits to based, at least in part, on a target maximum likelihood, ML, search space size for internal nodes in the polar decoding tree, a search space size of each of the internal nodes in the set of internal nodes corresponding to the number of polar information bits of the respective internal node, and an available number of the non-payload bits left to distribute; forming an information stream by interleaving at least one or more of the non-payload bits with bits of the payload , wherein interleaving comprises, for each internal node in the set of internal nodes, assigning one or more non-payload bits to one or more the leaf nodes associated with polar information bits in a subtree rooted at that internal node in the set of internal nodes such that for each internal node the ML search space size is within the target ML search space size; and generating a codeword by encoding the information stream using a Polar code.
An air-conditioning device comprising: a casing ; an imaging device that acquires image data of at least one predetermined object to be imaged inside the casing ; characterized in that the air conditioning device furthermore comprising: a control unit arranged to control a timing of the acquiring of the image data by the imaging device such that the imaging device captures an image at a point in time when at least one predetermined component of the air-conditioning device is at rest. a casing ; an imaging device that acquires image data of at least one predetermined object to be imaged inside the casing ; characterized in that the air conditioning device furthermore comprising: a control unit arranged to control a timing of the acquiring of the image data by the imaging device such that the imaging device captures an image at a point in time when at least one predetermined component of the air-conditioning device is at rest.
Windscreen with an adjustable height for a motorcycle, which windscreen can be associated with a front part of the vehicle, said windscreen comprising a support portion which is secured on this front part , a transparent portion which is movable relative to the support portion, and movement means which can allow the height of this transparent portion to be varied relative to the support portion , the movement means comprising a body which is integral with the transparent portion and is movable in a guided manner along the support portion , this movable body comprising movable unlocking/locking elements which protrude from said movable body and are subjected to resilient thrust elements , said unlocking/locking elements being connected to a control element which can move in said movable body if activated manually, said unlocking/locking elements cooperating with consecutive and adjacent seats or recesses placed along the support portion in which said movable body can be displaced, the manual activation of said control element moving said unlocking/locking elements relative to the movable body such as to separate them from the corresponding seats of the support portion , and making it possible to move the movable body and thus the transparent portion relative to the support portion , the release of said control element making said unlocking/locking elements cooperate with other seats, such as to lock said transparent portion in different positions relative to said support portion , whereby the support portion comprises a seat in which there moves in a guided manner the movable body which is integral with the transparent portion , characterised in that the unlocking/locking elements protruding laterally from said movable body and cooperating with the consecutive and adjacent seats or recesses placed at the sides of said seat of the support portion , said movable body being a box-shaped body with two shells which are connected to one another, the unlocking/locking elements being inserted in said box-shaped body, and having lateral projections which are movable relative to a corresponding opening provided laterally in said box-shaped body.
A method of manufacture of a bisphenol of chemical structure: the method comprising: heating 2,6-dimethylphenol to a first temperature sufficient to melt the 2,6-dimethylphenol; adding acetone to 2.0 to 2.5 molar equivalents, based on the moles of acetone, of the 2,6-dimethylphenol below a surface of the molten 2,6-dimethylphenol in the presence of catalytic amounts of an organosulfonic acid catalyst and a reaction promoter at a second temperature sufficient to maintain unreacted 2,6-dimethylphenol in a molten state; increasing the temperature to a third temperature higher than the second temperature, and mixing for a time sufficient to produce the bisphenol in a yield of 80 to 100%, based on the amount of acetone; wherein mineral acids, Lewis acids, and ion exchange resins are not used. heating 2,6-dimethylphenol to a first temperature sufficient to melt the 2,6-dimethylphenol; adding acetone to 2.0 to 2.5 molar equivalents, based on the moles of acetone, of the 2,6-dimethylphenol below a surface of the molten 2,6-dimethylphenol in the presence of catalytic amounts of an organosulfonic acid catalyst and a reaction promoter at a second temperature sufficient to maintain unreacted 2,6-dimethylphenol in a molten state; increasing the temperature to a third temperature higher than the second temperature, and mixing for a time sufficient to produce the bisphenol in a yield of 80 to 100%, based on the amount of acetone; wherein mineral acids, Lewis acids, and ion exchange resins are not used.
A smoking machine incorporating a smoke trap characterised in that the smoking machine , the smoke trap and/or a component of the smoke trap comprises at least one identity element which contains information specific to the smoke trap and/or the smoke trap component and from which or into which items of information are readable and/or are insertible which are the results of measurements from laboratory instruments such as balances, humidity measuring instruments, length and diameter measuring instruments, such as barometers, hygrometers, extraction devices, sample preparation devices, gas chromatographs and/or smoking parameters.
A cut ring assembly for an anvil assembly for a surgical stapling device comprising: a backup member , an intermediate member , and a cutting ring body located proximally of the intermediate member , wherein each of the cutting ring body and intermediate member defines a central opening, and the backup member defines a platform which is received within the openings of the cutting ring body and the intermediate member, the intermediate member being sandwiched between the backup member and the cutting ring body , wherein the intermediate member is formed of a thin, rigid material having a hardness less than the hardness of the backup member and greater than the hardness of the cutting ring body . a backup member , an intermediate member , and a cutting ring body located proximally of the intermediate member , wherein each of the cutting ring body and intermediate member defines a central opening, and the backup member defines a platform which is received within the openings of the cutting ring body and the intermediate member, the intermediate member being sandwiched between the backup member and the cutting ring body , wherein the intermediate member is formed of a thin, rigid material having a hardness less than the hardness of the backup member and greater than the hardness of the cutting ring body .
A method for producing cardiomyocytes from pluripotent stem cells, said method comprising: a step of forming an embryoid body/bodies from pluripotent stem cells; a step of culturing said embryoid body/bodies obtained in the step in a medium containing activin A, BMP4, and bFGF; a step of dissociating said embryoid body/bodies obtained in the step ; and a step of culturing the cells obtained in the step in a medium containing VEGF and a Wnt inhibitor, to allow reaggregation of said cells into an embryoid body/bodies; wherein said embryoid body/bodies is/are cultured for 1 day to 5 days in the step , and wherein said cells are cultured for not less than 4 days in said step , the method further comprising: a step of culturing said embryoid body/bodies obtained in the step in a medium containing VEGF and bFGF, wherein said embryoid body/bodies is/are cultured for not less than 12 days in the step , and wherein said culture is carried out under hypoxic conditions in the steps , , and . a step of forming an embryoid body/bodies from pluripotent stem cells; a step of culturing said embryoid body/bodies obtained in the step in a medium containing activin A, BMP4, and bFGF; a step of dissociating said embryoid body/bodies obtained in the step ; and a step of culturing the cells obtained in the step in a medium containing VEGF and a Wnt inhibitor, to allow reaggregation of said cells into an embryoid body/bodies; wherein said embryoid body/bodies is/are cultured for 1 day to 5 days in the step , and wherein said cells are cultured for not less than 4 days in said step , the method
A method for providing optimized binding support function, BSF, packet data unit, PDU, session binding discovery responses, the method comprising: at a BSF including at least one processor : maintaining a database of packet data unit, PDU, session binding records; subscribing with a network function, NF, repository function, NRF , to receive notification of changes to NF profiles of Policy Control Function, PCF, instances for NF sets identified in the PDU session binding records, wherein subscribing with the NRF includes subscribing with the NRF to monitor all PCF instances in a PCF NF set that are registered with the NRF in response to one of the PCF instances in the PCF NF set creating a first PDU session binding in the BSF; obtaining, from the NRF, lists of NF profiles for the PCF instances for the NF sets identified in the PDU session binding records; receiving, from the NRF and in response to the subscribing, at least one notification of changes in at least some of the NF profiles in the NF sets identified in the PDU session binding records; receiving a PDU session binding discovery request from a consumer NF; identifying, in the database of PDU session binding records and based on at least one query parameter in the PDU session binding discovery request, a matching PDU session binding record matching; and generating, using the matching PDU session binding record, one of the lists of NF profiles received from the NRF, and at least one notification of changes in at least some of the NF profiles, a PDU session binding discovery response; and transmitting the PDU session binding response to the consumer NF. maintaining a database of packet data unit, PDU, session binding records; subscribing with a network function, NF, repository function, NRF , to receive notification of changes to NF profiles of Policy Control Function, PCF, instances for NF sets identified in the PDU session binding records, wherein subscribing with the NRF includes subscribing with the NRF to monitor all PCF instances in a PCF NF set that are registered with the NRF in response to one of the PCF instances in the PCF NF set creating a first PDU session binding in the BSF; obtaining, from the NRF, lists of NF profiles for the PCF instances for the NF sets identified in the PDU session binding records; receiving, from the NRF and in response to the subscribing, at least one notification of changes in at least some of the NF profiles in the NF sets identified in the PDU session binding records; receiving a PDU session binding discovery request from a consumer NF; identifying, in the database of PDU session binding records and based on at least one query parameter in the PDU session binding discovery request, a matching PDU session binding record matching; and generating, using the matching PDU session binding record, one of the lists of NF profiles received from the NRF, and at least one notification of changes in at least some of the NF profiles, a PDU session binding discovery response; and transmitting the PDU session binding response to the consumer NF.
A method for controlling a gas concentration inside a crisper drawer , comprising the following steps: S1: judging whether a storage chamber for storing food is in a closed state; S2: if yes, acquiring the current concentration of freshness-preserving gas inside the storage chamber and comparing the current concentration with a preset threshold; if not, returning to S1; characterized by the step S3: if the current concentration of the freshness-preserving gas inside the storage chamber is less than the preset threshold, charging freshness-preserving gas into the storage chamber ; if the current concentration of the freshness-preserving gas inside the storage chamber is greater than or equal to the preset threshold, stopping charging freshness-preserving gas into the storage chamber wherein a pressure balancing mechanism for a balancing gas pressure inside the storage chamber is connected to the storage chamber ; a gas discharge passage and a gas suction passage which are unidirectionally opened and have opposite opening directions are provided in the pressure balance mechanism ; a gas inlet end of the gas discharge passage is communicated with an inside of the storage chamber , and a gas outlet end of the gas discharge passage is communicated with an outside of the storage chamber ; a gas outlet end of the gas suction passage is communicated with the inside of the storage chamber , and a gas inlet end of the gas suction passage is communicated with the outside of the storage chamber, wherein the pressure balancing mechanism comprises a base and check valves ; wherein the base is used for mounting the check valve ; the check valve in the gas discharge passage is provided to be opened outwards from the inside of the storage chamber ; the check valve in the gas suction passage is provided to be opened inwards from the outside of the storage chamber , and wherein the gas inlet end of the gas discharge passage is communicated with an inside of the storage chamber , and the gas outlet end of the gas discharge passage is communicated with an outside of the storage chamber , when gas pressure inside the storage chamber is too high, gas inside the storage chamber is discharged to the outside via the gas discharge passage, such that gas pressure inside the storage chamber drops, the gas outlet end of the gas suction passage is communicated with the inside of the storage chamber , and a gas inlet end of the gas suction passage is communicated with the outside of the storage chamber , when gas pressure inside the storage chamber is too low, external gas enters the storage chamber via the gas suction passage, such that gas pressure inside the storage chamber rises. S1: judging whether a storage chamber for storing food is in a closed state; S2: if yes, acquiring the current concentration of freshness-preserving gas inside the storage chamber and comparing the current concentration with a preset threshold; if not, returning to S1; characterized by the step S3: if the current concentration of the freshness-preserving gas inside the storage chamber is less than the preset threshold, charging freshness-preserving gas into the storage chamber ;
A method of producing an image display device comprising an image display member and a light-transmitting cover member having a principal surface portion and a circumferential edge portion on which a light-shielding layer is arranged and forms a step portion between the principal surface portion and the circumferential edge portion, wherein the image display member and the light-transmitting cover member are laminated through a light-transmitting resin layer formed from a liquid optical resin composition so that a light-shielding layer-formed surface of the light-transmitting cover member is arranged to face the image display member , wherein the light-transmitting cover member has a length in a length direction and a width in a width direction, the method comprising: moving a resin dispenser from one end of the light-shielding layer-formed surface of the light-transmitting cover member toward the other end thereof in the lengthwise direction of the light transmitting cover member to apply the liquid optical resin composition to the principal surface portion and to the light-shielding layer ; laminating the light-shielding layer-formed surface of the light-transmitting cover member to the image display member ; and curing the optical resin composition held between the image display member and the light-transmitting cover member , wherein the resin dispenser applies a different amount of the optical resin composition on the light-shielding layer than on the principal surface portion , and characterized in that the optical resin composition contains an acrylate-based oligomer component, an acrylate-based monomer component, a photopolymerization initiator, a plasticizer component, and a leveling agent and has a surface tension of 28 to 24 mN/m. moving a resin dispenser from one end of the light-shielding layer-formed surface of the light-transmitting cover member toward the other end thereof in the lengthwise direction of the light transmitting cover member to apply the liquid optical resin composition to the principal surface portion and to the light-shielding layer ; laminating the light-shielding layer-formed surface of the light-transmitting cover member to the image display member ; and curing the optical resin composition held between the image display member and the light-transmitting cover member , wherein the resin dispenser applies a different amount of the optical resin composition on the light-shielding layer than on the principal surface portion , and characterized in that the optical resin composition contains an acrylate-based oligomer component, an acrylate-based monomer component, a photopolymerization initiator, a plasticizer component, and a leveling agent and has a surface tension of 28 to 24 mN/m.
A turbomachine casing assembly comprising: a first casing portion for at least partially encasing one or more rotating aerofoil structures of a turbomachine; and a second casing portion , the first casing portion being movable with respect to the second casing portion; one or more resilient elements arranged so as to resist movement of the first casing portion with respect to the second casing portion; wherein the resilient element is an inflatable member ; characterised in that the casing assembly further comprises a housing arranged to house the inflatable member, the housing comprising one or more openings , the openings being disposed such that when the inflatable member is inflated it extends through the one or more openings and contacts one or both of the first and second casing portions. a first casing portion for at least partially encasing one or more rotating aerofoil structures of a turbomachine; and a second casing portion , the first casing portion being movable with respect to the second casing portion; one or more resilient elements arranged so as to resist movement of the first casing portion with respect to the second casing portion; wherein the resilient element is an inflatable member ; characterised in that the casing assembly further comprises a housing arranged to house the inflatable member, the housing comprising one or more openings , the openings being disposed such that when the inflatable member is inflated it extends through the one or more openings and contacts one or both of the first and second casing portions.
A microcapsule suspension formulation comprising: a suspended phase of a plurality of microcapsules having a volume median particle size of from 1 to 10 microns, wherein the microcapsules comprise: a microcapsule wall produced by an interfacial polycondensation reaction between a polymeric isocyanate and a polyamine to form a polyurea shell; at least one organic nitrification inhibiting compound encapsulated within the polyurea shell, wherein the at least one organic nitrification inhibiting compound is not dissolved in an organic solvent; at least one polymeric ultra-hydrophobe compound encapsulated within the polyurea shell; and (b) an aqueous phase including a hydrophobic crystal inhibitor additive. a suspended phase of a plurality of microcapsules having a volume median particle size of from 1 to 10 microns, wherein the microcapsules comprise: a microcapsule wall produced by an interfacial polycondensation reaction between a polymeric isocyanate and a polyamine to form a polyurea shell; at least one organic nitrification inhibiting compound encapsulated within the polyurea shell, wherein the at least one organic nitrification inhibiting compound is not dissolved in an organic solvent; at least one polymeric ultra-hydrophobe compound encapsulated within the polyurea shell; and a microcapsule wall produced by an interfacial polycondensation reaction between a polymeric isocyanate and a polyamine to form a polyurea shell; at least one organic nitrification inhibiting compound encapsulated within the polyurea shell, wherein the at least one organic nitrification inhibiting compound is not dissolved in an organic solvent; at least one polymeric ultra-hydrophobe compound encapsulated within the polyurea shell; and (b) an aqueous phase including a hydrophobic crystal inhibitor additive.