mhurhangee/ep-ind-claims huggingface dataset:
An alarm processing method, adapted to a communication system comprising a logic function module (U1, U2, U3, U4), an alarm generation module, an alarm (A11, A21, A31, A41) associated information storage module and an alarm memory module, wherein the method comprises: the logic function module sending an alarm generation request to the alarm generation module when detecting an event which can trigger an alarm; the alarm generation module determining an alarm type, an alarm path and a level of the alarm which is triggered by the event according to the alarm associated information stored in the alarm associated information storage module; if the determined alarm type is a correlated alarm, first inquiring the alarm memory module and judging whether a next level of alarm on the alarm path to which the correlated alarm belongs is reported, if not reported, generating and reporting the alarm; if reported, not generating or reporting the alarm; wherein a sequence consisting of alarms hierarchically numbered and caused by a same alarm reason is called the alarm path, the alarm generation module determining the alarm path and level of the alarm comprises determining the alarm paths on which the alarm is and the level of the alarm on each alarm path respectively; wherein the correlated alarm refers to an alarm triggered by an event caused by an influence of other logic function units on a local logic function unit. the logic function module sending an alarm generation request to the alarm generation module when detecting an event which can trigger an alarm; the alarm generation module determining an alarm type, an alarm path and a level of the alarm which is triggered by the event according to the alarm associated information stored in the alarm associated information storage module; if the determined alarm type is a correlated alarm, first inquiring the alarm memory module and judging whether a next level of alarm on the alarm path to which the correlated alarm belongs is reported, if not reported, generating and reporting the alarm; if reported, not generating or reporting the alarm; wherein a sequence consisting of alarms hierarchically numbered and caused by a same alarm reason is called the alarm path, the alarm generation module determining the alarm path and level of the alarm comprises determining the alarm paths on which the alarm is and the level of the alarm on each alarm path respectively; wherein the correlated alarm refers to an alarm triggered by an event caused by an influence of other logic function units on a local logic function unit.
A transport system for the transport of combustion waste or other loose materials, comprising: - a belt conveyor for transporting the material, suitable to be arranged at a material outlet opening, in particular from a combustion chamber, to receive from the chamber the material and apt to transport such material on a transport surface of the conveyor movable along a longitudinal direction of advancement; - a containment casing enclosing said belt conveyor; and - containment means for containing the material in a transport region, said containment means comprising at least one pair of side boards (81, 82), extending above said transport surface each at a respective side thereof and along said direction of advancement, and at least one abutment member (811, 812), preferably a sliding block, made of a wearable material, associated with each of said boards (81, 82) and apt to abut in a sliding manner on said movable transport surface or on elements associated with said surface, so that the transported material be confined in said transport region defined bottomwise by said movable transport surface and laterally by said containment means, wherein said belt conveyor comprises a pair of longitudinal partitions, or fins, (312, 313) rising each at one side of said transport surface and each fixed to the latter, and wherein said abutment members (811, 812) are apt to abut each on one of said longitudinal partitions or fins (312, 313), characterized in that each of said abutment members (811, 812) is suitable to permit the formation of a groove therein by the action of said longitudinal partitions, or fins (312, 313), of said transport surface as a result of repeated working cycles, and wherein said containment means comprise adjustment means for adjusting the angular position of said abutment members (811, 812) with respect to said partitions, or fins (312, 313), of said transport surface. - a belt conveyor for transporting the material, suitable to be arranged at a material outlet opening, in particular from a combustion chamber, to receive from the chamber the material and apt to transport such material on a transport surface of the conveyor movable along a longitudinal direction of advancement; - a containment casing enclosing said belt conveyor; and - containment means for containing the material in a transport region, said containment means comprising at least one pair of side boards (81, 82), extending above said transport surface each at a respective side thereof and along said direction of advancement, and at least one abutment member (811, 812), preferably a sliding block, made of a wearable material, associated with each of said boards (81, 82) and apt to abut in a sliding manner on said movable transport surface or on elements associated with said surface,
An apparatus comprising means for performing: - receiving an input ordered set of transactions of a set of uncompressed blocks after a genesis block or a preceding compressed block in a chain of blocks, - generating a compressed block on the basis of the input ordered set of transactions, wherein the compressed block comprises less transactions than the input set of transactions and processing of transactions of the compressed block results to an equivalent final state as processing of the input ordered set of transactions, and - providing the compressed block to a distributed network for establishing a new chain epoch and for replacing the set of uncompressed blocks in the chain. - receiving an input ordered set of transactions of a set of uncompressed blocks after a genesis block or a preceding compressed block in a chain of blocks, - generating a compressed block on the basis of the input ordered set of transactions, wherein the compressed block comprises less transactions than the input set of transactions and processing of transactions of the compressed block results to an equivalent final state as processing of the input ordered set of transactions, and - providing the compressed block to a distributed network for establishing a new chain epoch and for replacing the set of uncompressed blocks in the chain.
A lane information recording method for recording lane information for travel path planning using a processor, comprising: acquiring road map information and information on a plurality of travel histories that are represented by travel trajectories on a road map; the method characterized by extracting a terminated line of a lane connected to an intersection where two or more cars enter the intersection in the lane; calculating, using the terminated line and the travel trajectories, points at which the terminated line intersects with respective travel trajectories as lateral positions of the two or more cars within an area including the terminated line; clustering the lateral positions into two or more position sets; when a distance or distances between the two or more position sets are not less than a predetermined value that is no less than 1m, determining that the two or more cars in the lane form different lines in a lateral direction of the cars on a single lane and that the lane including the area is in a state of the multiple lane form; specifying the lane information to be recorded using a lane ID, the lane ID being given to each lane represented by the road map information; and recording a result of determination of a multiple lane form associated with the specified lane information in a database. acquiring road map information and information on a plurality of travel histories that are represented by travel trajectories on a road map; the method characterized by extracting a terminated line of a lane connected to an intersection where two or more cars enter the intersection in the lane; calculating, using the terminated line and the travel trajectories, points at which the terminated line intersects with respective travel trajectories as lateral positions of the two or more cars within an area including the terminated line; clustering the lateral positions into two or more position sets; when a distance or distances between the two or more position sets are not less than a predetermined value that is no less than 1m, determining that the two or more cars in the lane form different lines in a lateral direction of the cars on a single lane and that the lane including the area is in a state of the multiple lane form; specifying the lane information to be recorded using a lane ID, the lane ID being given to each lane represented by the road map information; and recording a result of determination of a multiple lane form associated with the specified lane information in a database.
Current transducer including a housing comprising a coil support, a magnetic core extending between a first end and a second end, and a coil comprising a plurality of windings formed around the coil support, the coil support comprising a core receiving channel within which the magnetic core is inserted, the coil support comprising a radially inner support portion and a radially outer support portion between which the core receiving channel is disposed, characterized in that the radially inner support portion is slidably movable with respect to the radially outer support portion.
A method of testing a valve body of an injector valve for a combustion engine, which valve body holds a plunger piston chamber for forming a compression chamber, a suction valve with a suction piston, one or more fuel fluid channels, a nozzle valve with a nozzle piston, one or more nozzle openings, and a control oil channel, wherein the fuel fluid channels provide a fluid connection from the plunger piston chamber to the nozzle openings when the suction valve is open by a pressure on the suction piston provided by a fluid pressure in the plunger piston chamber and when the nozzle valve is open by a pressure on the nozzle piston provided by a control oil pressure supplied via the control oil channel; characterized in that the method comprises: supplying control oil to the nozzle piston via the control oil channel at a first control oil pressure, said first control oil pressure being higher than or equal to a predetermined control oil opening pressure for which the nozzle valve is configured to open; supplying a test gas to the suction piston via the plunger piston chamber at a first test gas pressure being lower than a predetermined test gas opening pressure for which the suction valve is configured to open; and checking whether any of the supplied test gas is reaching out through the nozzle openings. a plunger piston chamber for forming a compression chamber, a suction valve with a suction piston, one or more fuel fluid channels, a nozzle valve with a nozzle piston, one or more nozzle openings, and a control oil channel, wherein the fuel fluid channels provide a fluid connection from the plunger piston chamber to the nozzle openings when the suction valve is open by a pressure on the suction piston provided by a fluid pressure in the plunger piston chamber and when the nozzle valve is open by a pressure on the nozzle piston provided by a control oil pressure supplied via the control oil channel; characterized in that the method comprises: supplying control oil to the nozzle piston via the control oil channel at a first control oil pressure, said first control oil pressure being higher than or equal to a predetermined control oil opening pressure for which the nozzle valve is configured to open; supplying a test gas to the suction piston via the plunger piston chamber at a first test gas pressure being lower than a predetermined test gas opening pressure for which the suction valve is configured to open; and checking whether any of the supplied test gas is reaching out through the nozzle openings.
System for monitoring a lifestyle of a person in a living space, which system comprises sensors (8,9,10,11,18) to be located in the living space, outside a bedroom, for detecting a presence of the person and/or an activity of the person, and processing means comprising: - means, coupled to the sensors (8,9,10,11,18), for deriving events (E1,...,E10) caused by the person and times when the corresponding events occur, - means for detecting event-free periods of a first predetermined length in which no events of a predetermined group occur (E1,...,E8), and - means for deriving an estimate of an in-bed time on the basis of the event-free period of at least the first length detected in a first observation period beginning before an usual in-bed time, whereby the estimate of the in-bed time is indicative for the actual time that the person has gone to bed, and whereby the usual in-bed time is representative for a time that the person usually goes to bed. - means, coupled to the sensors (8,9,10,11,18), for deriving events (E1,...,E10) caused by the person and times when the corresponding events occur, - means for detecting event-free periods of a first predetermined length in which no events of a predetermined group occur (E1,...,E8), and - means for deriving an estimate of an in-bed time on the basis of the event-free period of at least the first length detected in a first observation period beginning before an usual in-bed time, whereby the estimate of the in-bed time is indicative for the actual time that the person has gone to bed, and whereby the usual in-bed time is representative for a time that the person usually goes to bed.
A vessel configured to contain a volume of liquid comprising: a container able to contain the volume of liquid, wherein the container is a collapsible bag; a reusable support structure surrounding and containing the collapsible bag; and a magnetically-driven antifoaming device, which is positioned in a head space of the container when the container contains the volume of liquid, the antifoaming device being configured and arranged to break up foam in the head space during rotation of at least a portion of the antifoaming device, wherein the antifoaming device comprises an impeller that is magnetically rotated about a single axis. a container able to contain the volume of liquid, wherein the container is a collapsible bag; a reusable support structure surrounding and containing the collapsible bag; and a magnetically-driven antifoaming device, which is positioned in a head space of the container when the container contains the volume of liquid, the antifoaming device being configured and arranged to break up foam in the head space during rotation of at least a portion of the antifoaming device, wherein the antifoaming device comprises an impeller that is magnetically rotated about a single axis.
An embolisation device for promoting clot formation in a lumen, the embolisation device comprising at least two segments, each segment comprising a stem and a plurality of flexible bristles extending outwardly from the stem, the bristles having a contracted delivery configuration when placed in a delivery catheter, and a deployed configuration in which the bristles extend generally radially outwardly from the stem to anchor the device in a lumen, comprising a proximal bristle segment and at least one distal bristle segment, wherein in the deployed configuration, bristles of the proximal segment extend partially in a proximal longitudinal direction and bristles of the at least one distal segment extend partially in a distal longitudinal direction; the device further comprising an intermediate radiopaque marker band between two segments.
A method performed by a first Radio Control Node, RCN, for handling radio connections to be established in a second beam controlled by a second RCN for User Equipments, UEs, served in a first beam controlled by the first RCN, the method comprising: obtaining information about expected characteristics of the second beam based on measurements performed when a UE is connected to a first radio node providing the first beam controlled by the first RCN, when the expected characteristics of the second beam fulfils one or more criteria, arranging for the establishment of the radio connection of the UE in the second beam controlled by the second RCN, when the radio connection of the UE served in the first beam controlled by the first RCN has been established in the second beam controlled by the second RCN, obtaining feedback from the second RCN, which feedback relates to information about the characteristics of a radio connection in the second beam resulting from measurements performed when the radio connection has been established between the UE and a second radio node providing the second beam, characterized by: wherein the measurements performed when the radio connection has been established between the UE and the second radio node providing the second beam are obtained by the second RCN according to any one or more out of: received measurement results from the UE, and received results from measurements performed by the second radio node providing the second beam, and adapting a process for radio connections to be established in the second beam controlled by the second RCN for any UE at a later time, served in the first beam controlled by the first RCN based on the obtained feedback. obtaining information about expected characteristics of the second beam based on measurements performed when a UE is connected to a first radio node providing the first beam controlled by the first RCN, when the expected characteristics of the second beam fulfils one or more criteria, arranging for the establishment of the radio connection of the UE in the second beam controlled by the second RCN, when the radio connection of the UE served in the first beam controlled by the first RCN has been established in the second beam controlled by the second RCN, obtaining feedback from the second RCN, which feedback relates to information about the characteristics of a radio connection in the second beam resulting from measurements performed when the radio connection has been established between the UE and a second radio node providing the second beam, received measurement results from the UE, and received results from measurements performed by the second radio node providing the second beam, and adapting a process for radio connections to be established in the second beam controlled by the second RCN for any UE at a later time, served in the first beam controlled by the first RCN based on the obtained feedback.
An organic resin-covered surface-treated metal sheet forming, on at least one surface of a metal sheet, a surface-treatment coating and an organic resin film on said surface-treatment coating, wherein: said surface-treatment coating contains a poly-carboxylic acid type polymer and a polyvalent metal compound; said poly-carboxylic acid type polymer is a polymer containing a constituent unit in an amount of not less than 60 mol%, the constituent unit being derived from at least one kind of polymerizable monomer selected from acrylic acid, maleic acid, methacrylic acid and itaconic acid; said polyvalent metal compound is at least one selected from a zirconium compound, a titanium compound and a zinc compound; the content of said poly-carboxylic acid type polymer in said surface-treatment coating is 12 to 100 mg/m 2 calculated as carbon, and the content of said polyvalent metal is 2 to 80 mg/m 2 calculated as polyvalent metal element; and if said surface-treatment coating is measured for its infrared-ray absorption spectra, a peak height ratio ( β / α) of a maximum absorption peak height ( α) in a wave number range of 1660 to 1760 cm -1 and a maximum absorption peak height (β) in a wave number range of 1490 to 1659 cm -1 is from 0.05 to 2.35. said surface-treatment coating contains a poly-carboxylic acid type polymer and a polyvalent metal compound; said poly-carboxylic acid type polymer is a polymer containing a constituent unit in an amount of not less than 60 mol%, the constituent unit being derived from at least one kind of polymerizable monomer selected from acrylic acid, maleic acid, methacrylic acid and itaconic acid; said polyvalent metal compound is at least one selected from a zirconium compound, a titanium compound and a zinc compound; the content of said poly-carboxylic acid type polymer in said surface-treatment coating is 12 to 100 mg/m 2 calculated as carbon, and the content of said polyvalent metal is 2 to 80 mg/m 2 calculated as polyvalent metal element; and if said surface-treatment coating is measured for its infrared-ray absorption spectra, a peak height ratio ( β / α) of a maximum absorption peak height ( α) in a wave number range of 1660 to 1760 cm -1 and a maximum absorption peak height (β) in a wave number range of 1490 to 1659 cm -1 is from 0.05 to 2.35.
A method for color space mapping, comprising: receiving an RGB input, the RGB input comprising an R component, a G component and a B component; providing a Y channel output comprising a representation of average light intensity of the RGB input; providing a C o channel output comprising a representation of color information of the RGB input across a near orange direction; providing a C g channel output comprising a representation of color information of the RGB input across a near green direction; characterized by providing the Y channel being based, at least in part, upon R + 2G +B; providing the C o channel being based, at least in part, upon 2R - 2B; and, providing the C g channel being based, at least in part, upon -R + 2G -B. receiving an RGB input, the RGB input comprising an R component, a G component and a B component; providing a Y channel output comprising a representation of average light intensity of the RGB input; providing a C o channel output comprising a representation of color information of the RGB input across a near orange direction; providing a C g channel output comprising a representation of color information of the RGB input across a near green direction; characterized by providing the Y channel being based, at least in part, upon R + 2G +B; providing the C o channel being based, at least in part, upon 2R - 2B; and, providing the C g channel being based, at least in part, upon -R + 2G -B.