mhurhangee/ep-ind-claims huggingface dataset:
A method for identifying a replay transaction based on a blockchain integrated station, wherein the blockchain integrated station comprises a central processing unit, CPU, and an intelligent network card, and the blockchain integrated station is a node of a blockchain network; the method comprises: when the blockchain integrated station receives (S6oo) a transaction through the intelligent network card, writing, by the intelligent network card, each received transaction into a transaction identification pool in a network card cache; and identifying, by the intelligent network card, a currently received transaction, which comprises: taking historically received transactions with a reception time length greater than a designated time length from the transaction identification pool, wherein the reception time length is a time length between a reception time point and a current time point; comparing the currently received transaction with the historically received transactions in the transaction identification pool in the network card cache; and when a comparison result indicates that there is a historically received transaction the same as the currently received transaction, determining the currently received transaction as the replay transaction; and classifying, by the intelligent network card, the replay transaction into a replay transaction set, wherein the replay transaction set is not sent to the CPU. when the blockchain integrated station receives (S6oo) a transaction through the intelligent network card, writing, by the intelligent network card, each received transaction into a transaction identification pool in a network card cache; and identifying, by the intelligent network card, a currently received transaction, which comprises: taking historically received transactions with a reception time length greater than a designated time length from the transaction identification pool, wherein the reception time length is a time length between a reception time point and a current time point; comparing the currently received transaction with the historically received transactions in the transaction identification pool in the network card cache; and when a comparison result indicates that there is a historically received transaction the same as the currently received transaction, determining the currently received transaction as the replay transaction; and taking historically received transactions with a reception time length greater than a designated time length from the transaction identification pool, wherein the reception time length is a time length between a reception time point and a current time point; comparing the currently received transaction with the historically received transactions in the transaction identification pool in the network card cache; and when a comparison result indicates that there is a historically received transaction the same as the currently received transaction, determining the currently received transaction as the replay transaction; and classifying, by the intelligent network card, the replay transaction into a replay transaction set, wherein the replay transaction set is not sent to the CPU.
An organic electroluminescent device, comprising an anode, a plurality of organic layers, and a cathode laminated on a substrate, wherein the organic electroluminescent device contains a carbazole compound represented by the general formula in at least one layer selected from the group consisting of an emitting layer, a hole-transporting layer, and an electron-blocking layer: where L represents an m-valent aromatic hydrocarbon group having 6 to 30 carbon atoms in total or an aromatic heterocyclic group having 3 to 30 carbon atoms in total, but does not represent a carbazole ring-containing group, R's each independently represent hydrogen, an alkyl group having 1 to 10 carbon atoms, or a cycloalkyl group having 3 to 11 carbon atoms, m represents an integer of 1 to 3, and n's each independently represent an integer of 1 to 4, provided that at least one n represents an integer of 2 to 4, and at least one specific structure represented by the formula is present in the formula: where R's each have the same meaning as that in the general formula; with the proviso that if the carbazole compound represented by the general formula is not present in the electron-blocking layer, then the compound having the formula is not present in the emitting layer and/or hole-transporting layer:
A structure configured for use with a humidification system comprising a humidification chamber, the structure comprising: a sensor; a shroud configured to cover the sensor, the sensor being configured to determine a characteristic of a gases flow, and a hood comprising an opening, wherein the structure is configured to at least partially enclose the humidification chamber, and the opening is configured to allow heat loss from the humidification chamber. a sensor; a shroud configured to cover the sensor, the sensor being configured to determine a characteristic of a gases flow, and a hood comprising an opening, wherein the structure is configured to at least partially enclose the humidification chamber, and the opening is configured to allow heat loss from the humidification chamber.
A method performed by a receiving station, STA, in a wireless local area network, WLAN, system, the method comprising: receiving a physical protocol data unit, PPDU, comprising a legacy-signal, L-SIG, field, a repeated L-SIG, RL-SIG, field, and an indication symbol, wherein the RL-SIG field is contiguous to the L-SIG field, and the indication symbol is contiguous to the RL-SIG field; determining a type of the PPDU based on the L-SIG field, a "modulo 3 operation" with respect to a value of a length field of the L-SIG field, and packet indication information having a length of 3 bits, wherein the packet indication information is included in the indication symbol, wherein the type of the PPDU is determined as an extreme high throughput, EHT, type based on the L-SIG field being repeated in the RL-SIG field, a result of the "modulo 3 operation" being "0", and the packet indication information; and decoding the PPDU. receiving a physical protocol data unit, PPDU, comprising a legacy-signal, L-SIG, field, a repeated L-SIG, RL-SIG, field, and an indication symbol, wherein the RL-SIG field is contiguous to the L-SIG field, and the indication symbol is contiguous to the RL-SIG field; determining a type of the PPDU based on the L-SIG field, a "modulo 3 operation" with respect to a value of a length field of the L-SIG field, and packet indication information having a length of 3 bits, wherein the packet indication information is included in the indication symbol, wherein the type of the PPDU is determined as an extreme high throughput, EHT, type based on the L-SIG field being repeated in the RL-SIG field, a result of the "modulo 3 operation" being "0", and the packet indication information; and decoding the PPDU.
A method comprising: in a computer having multiple non-loopback network addresses, receiving a request to store data; directing the data to a memory location associated with a first non-loopback network address available to receive the data; continuously forwarding the data from the memory location associated with the first non-loopback network address to a memory location associated with another non-loopback network address in the computer without storing on any non-volatile, physical storage device in the computer, the continuously forwarding comprising: detecting a presence of the data in a memory location associated with a specific non-loopback network address; and forwarding the data to another memory location of another non-loopback network address in the computer without storing on any non-volatile, physical storage device, the forwarded data being available for retrieval in response to a request to retrieve the data. in a computer having multiple non-loopback network addresses, receiving a request to store data; directing the data to a memory location associated with a first non-loopback network address available to receive the data; continuously forwarding the data from the memory location associated with the first non-loopback network address to a memory location associated with another non-loopback network address in the computer without storing on any non-volatile, physical storage device in the computer, the continuously forwarding comprising: detecting a presence of the data in a memory location associated with a specific non-loopback network address; and forwarding the data to another memory location of another non-loopback network address in the computer without storing on any non-volatile, physical storage device, the forwarded data being available for retrieval in response to a request to retrieve the data. detecting a presence of the data in a memory location associated with a specific non-loopback network address; and forwarding the data to another memory location of another non-loopback network address in the computer without storing on any non-volatile, physical storage device, the forwarded data being available for retrieval in response to a request to retrieve the data.
Height adjustable table with a table top having a first and a second end and two long sides and with at least one table leg at each end, said table leg comprising i) a linear actuator with a substantial box shaped rectangular motor housing with a front end, a rear end, a first side and a second side (24,25), a top and a bottom, an electric motor and a gear located in the housing and a spindle unit, which with an upper end is mounted in an opening in the bottom of the motor housing and connected to the gear, said opening being located at the rear end of the housing and ii) a telescopic guide with a fixed member and at least one telescopic member (19,20), said telescopic guide surrounds the spindle unit of the actuator and is with one end connected to the bottom of the motor housing, and where the linear actuator with the motor housing is secured to the table top characterized in that it comprises an adaptor unit for securing the motor housing of the linear actuator to the table top such that the motor housing with its rear end faces towards a long side of the table top and with its front end faces towards the other long side of the table top.
A lightning protection structure of a blade for wind power generation, comprising: a conductive lightning receptor configured to be attached to a portion of the blade for wind power generation, and a ceramic member configured to be interposed between at least surface-layer portions of the lightning receptor and the blade; wherein the lightning receptor comprises an anchor part, which is configured to be positioned in the blade by passing through an insertion/penetration hole formed in the ceramic member, which is configured to be fixed to the blade and which protrudes from a flat end face of the lightning receptor in a longitudinal direction of the blade; being characterized in that the ceramic member has a flat tube shape, and an outer surface of the tube shaped ceramic member is flush with an outer surface of the lightning receptor and an outer surface of the blade. a conductive lightning receptor configured to be attached to a portion of the blade for wind power generation, and a ceramic member configured to be interposed between at least surface-layer portions of the lightning receptor and the blade; wherein the lightning receptor comprises an anchor part, which is configured to be positioned in the blade by passing through an insertion/penetration hole formed in the ceramic member, which is configured to be fixed to the blade and which protrudes from a flat end face of the lightning receptor in a longitudinal direction of the blade; being characterized in that the ceramic member has a flat tube shape, and an outer surface of the tube shaped ceramic member is flush with an outer surface of the lightning receptor and an outer surface of the blade.
A containment device comprising a curtain that can be deployed from a wound or folded first position into an unwound second position, comprising a storage box for storing the curtain in the first position, characterized in that the box is made up of a plurality of juxtaposed modules (2a, 2b, 2c, 2d), the plurality of modules comprising active modules which are provided with means for retaining and releasing the curtain and passive modules (2a, 2c, 2d) which do not have said means for retaining and releasing the curtain.
A method for measuring the speed of an aircraft equipped with a coherent detection LIDAR and a unit for processing the detected signal, which method comprises the following steps: - the LIDAR emitting a laser beam; - the LIDAR receiving a signal backscattered by particles present on the path of the emitted beam and obtaining the corresponding heterodyne signal; - the processing unit processing the heterodyne signal, which processing comprises the following sub-steps: - time-frequency analysing the heterodyne signal in order to obtain a time frequency representation of said heterodyne signal; - estimating the speed of the aircraft on the basis of the time-frequency analysis, characterised in that the step of processing the heterodyne signal comprises a substep of statistical testing involving: e- estimating a statistical function of the amplitude of the RTF of the heterodyne signal in a range of values corresponding to a predetermined range of speeds of the aircraft; - estimating, with a measurement noise being associated with the heterodyne signal, a statistical reference function of the RTF of this noise; - computing a deviation between the statistical function of the RTF of the heterodyne signal and the statistical reference function of the RTF of the noise, the speed of the aircraft also being estimated on the basis of this deviation. - the LIDAR emitting a laser beam; - the LIDAR receiving a signal backscattered by particles present on the path of the emitted beam and obtaining the corresponding heterodyne signal; - the processing unit processing the heterodyne signal, which processing comprises the following sub-steps: - time-frequency analysing the heterodyne signal in order to obtain a time frequency representation of said heterodyne signal; - estimating the speed of the aircraft on the basis of the time-frequency analysis, e- estimating a statistical function of the amplitude of the RTF of the heterodyne signal in a range of values corresponding to a predetermined range of speeds of the aircraft; - estimating, with a measurement noise being associated with the heterodyne signal, a statistical reference function of the RTF of this noise; - computing a deviation between the statistical function of the RTF of the heterodyne signal and the statistical reference function of the RTF of the noise, the speed of the aircraft also being estimated on the basis of this deviation.
Method for manufacturing a print product wherein multiple work steps are carried out within a workflow for preparing the print product, every work step comprises at least one work task, the work tasks comprise at least one task of the set of selecting and inputting data, a graphical user interface is displayed on a display device to display the work steps, a work step is selected by means of an input tool (7, 8) the at least one work task comprised by the selected work step is displayed on the display device, the at least one work task is completed by means of an input tool (7, 8), a printing process and/or a print product is at least partly described on the basis of the selected and/or input data and the data are used in the further course of the production process to manufacture the print product, the work steps being represented on the display device by a first graphic representation, characterized in that a respective state is assigned to every work step as a function of a completion of the work tasks thereof, the functional dependency between a first and a second work step is determined, a function indicator is allocated to the second work step the beginning of whose completion process depends on the full completion of work tasks of a previous first work step, and the state of the two work steps is represented by a second graphic representation and, as a function of a recognized functional dependency, by a third graphic representation, and the function indicator is represented by a fourth graphic representation on the display device, wherein the function indicator changes its colour when all required work tasks of the first work step have been completed.
A thermoplastic polyurethane composition comprising the reaction product of (a) a polyisocyanate, (b) a chain extender component comprising hydroquinone bis (2-hydroxyethyl) ether, and (c) a polyol component comprising a spiroglycol-initiated polycaprolactone polyol and a polysiloxane polyol, wherein the spiroglycol-initiated polycaprolactone polyol is the reaction product of a caprolactone monomer with an alkylene substituted spirocyclic compound, wherein the alkylene substituted spirocyclic compound contains two rings containing from 5 to 7 atoms per ring, and where each ring is substituted with an alkylene group that contains from 1 to 4 carbon atoms, terminated by a hydroxy group or an amine where the amine is a primary or secondary amine and the polysiloxane polyol comprises dihydroxypolydimethyl siloxane, and wherein the thermoplastic polyurethane composition has a hard segment content of 20 wt % to 50 wt % based on the total weight of all reactants, wherein (a) and (b) make up the hard segment.
An accessory input device configured to be removably connected to an electronic device, the input device comprising an input member comprising an interface configured to control the electronic device, the electronic device comprising a surface, wherein the interface is configured to control the electronic device in response to movement of the input member across the surface of the electronic device for controlling the electronic device, the accessory input device further comprising an elongated element for storing the input member, and wherein the input member is resiliently attached to the elongated element, and the input member is configured to be moved across the surface with one finger of a user.
Microarray device for genotyping and pathotyping the species Pseudomonas aeruginosa, comprising a support element with oligonucleotide probes immobilized thereon on predetermined regions, wherein the microarray device comprises 50 to 100 different species of oligonucleotide probes (all sequences in 5' → 3' direction) from all of the following categories (a) through (e): a) probes that are specific for SNPs, selected from the group consisting of: b) probes that are specific for nucleic acids that are not present in all strains of Pseudomonas aeruginosa, selected from the group consisting of: c) probes that are specific for nucleic acids in pathogenicity islands, selected from the group consisting of: d) probes that are specific for disease associated genes, selected from the group consisting of: e) probes that are specific for genes encoding flagella, selected from the group consisting of: a) probes that are specific for SNPs, selected from the group consisting of: b) probes that are specific for nucleic acids that are not present in all strains of Pseudomonas aeruginosa, selected from the group consisting of: c) probes that are specific for nucleic acids in pathogenicity islands, selected from the group consisting of: d) probes that are specific for disease associated genes, selected from the group consisting of: e) probes that are specific for genes encoding flagella, selected from the group consisting of:
Use of an organic nitrogen compound to reduce heavies formation in a solution comprising one or more aldehydes, the use comprising: providing 0.1 to 5 wt. percent of the organic nitrogen compound based on the total weight of the aldehyde solution, the organic nitrogen compound comprising: wherein each of R 1 -R 5 are independently hydrogen, an alkyl, or an aryl radical; wherein the aldehyde solution is a reaction fluid in a hydroformylation process comprising an olefin, hydrogen, carbon monoxide, and a catalyst comprising at least one of rhodium and cobalt and a hydrolysable organophosphorus ligand; wherein heavies are liquid byproducts that have a normal boiling point that is at least 25 °C above the normal boiling point of the desired product of the hydroformylation process, and wherein heavies comprise dimers and trimers of aldehydes. wherein each of R 1 -R 5 are independently hydrogen, an alkyl, or an aryl radical; wherein the aldehyde solution is a reaction fluid in a hydroformylation process comprising an olefin, hydrogen, carbon monoxide, and a catalyst comprising at least one of rhodium and cobalt and a hydrolysable organophosphorus ligand; wherein heavies are liquid byproducts that have a normal boiling point that is at least 25 °C above the normal boiling point of the desired product of the hydroformylation process, and wherein heavies comprise dimers and trimers of aldehydes.
A method executed on a handheld device for determining motion of the handheld device relative to a stylus, the method comprising: receiving, from the stylus, stylus orientation data comprising data descriptive of an absolute orientation of the stylus; determining handheld device orientation data, descriptive of an absolute orientation of the handheld device, from signals from sensors of the handheld device; sensing local motion of the handheld device to provide local motion data descriptive of handheld device motion in a frame of reference of the handheld device; and determining motion of the handheld device relative to the stylus from the stylus orientation data and the handheld device orientation data, where determining motion of the handheld device relative to the stylus is further dependent upon the local motion data. receiving, from the stylus, stylus orientation data comprising data descriptive of an absolute orientation of the stylus; determining handheld device orientation data, descriptive of an absolute orientation of the handheld device, from signals from sensors of the handheld device; sensing local motion of the handheld device to provide local motion data descriptive of handheld device motion in a frame of reference of the handheld device; and determining motion of the handheld device relative to the stylus from the stylus orientation data and the handheld device orientation data, where determining motion of the handheld device relative to the stylus is further dependent upon the local motion data.
A cutting tool having cutting edges formed by a plurality of side surfaces (21, 22) raised regularly along a rotating direction around a rotation center axis at a side portion along a longitudinal direction, and wherein in the cutting tool a coolant passage pipe is extended around the rotation center axis, characterised in that in a front view of the cutting tool branched coolant passage pipes branched from the extended coolant passage pipe are projected along a direction of a raised side surface on the rotating direction side of the raised side surfaces (21, 22), and wherein a projected portion of each of the branched coolant passage pipes is provided at an end site of a respective one of the raised side surfaces on the rotating direction side or in the vicinity thereof and faces the rotating direction side.