mhurhangee/ep-ind-claims huggingface dataset:
A method for clarifying a free-flowing product with a separator that discontinuously automatically empties solid matter, wherein as the starting product a pre-clarified beer is processed to which hops have been added, which are removed from the beer as the solid matter, wherein the separator comprises a rotating system having a drum which can be rotated by a drive spindle and has an inlet for the product to be clarified and at least one liquid discharge for the continuous discharge of at least one clarified liquid phase and solid-matter discharge openings that are to be opened discontinuously for the discontinuous discharge of the solid-matter phase, characterized by the following steps: a. determining one or more parameter(s) associated with the vibration behavior of the rotary system with the aid of at least one vibration sensor; and b. initiating a time-limited solid-matter discharge when or after a limiting value for the measured parameter(s) is exceeded. a. determining one or more parameter(s) associated with the vibration behavior of the rotary system with the aid of at least one vibration sensor; and b. initiating a time-limited solid-matter discharge when or after a limiting value for the measured parameter(s) is exceeded.
A power generation system, comprising: a power generating unit; a predictive control unit comprising: a memory storing an enhancer configured to simulate operation of the power generating unit based on at least one lifing model indicative of part life of the power generating unit and at least one forecast relating to predicted conditions affecting operation of the power generating unit; and a controller configured to generate at least one setpoint indicative of operating conditions for the power generating unit via the enhancer; and a regulatory unit coupled to the power generating unit, wherein the regulatory unit is configured to receive the at least one setpoint from the controller and adjust operating conditions for the power generating unit based on the at least one setpoint. a power generating unit; a predictive control unit comprising: a memory storing an enhancer configured to simulate operation of the power generating unit based on at least one lifing model indicative of part life of the power generating unit and at least one forecast relating to predicted conditions affecting operation of the power generating unit; and a controller configured to generate at least one setpoint indicative of operating conditions for the power generating unit via the enhancer; and a memory storing an enhancer configured to simulate operation of the power generating unit based on at least one lifing model indicative of part life of the power generating unit and at least one forecast relating to predicted conditions affecting operation of the power generating unit; and a controller configured to generate at least one setpoint indicative of operating conditions for the power generating unit via the enhancer; and a regulatory unit coupled to the power generating unit, wherein the regulatory unit is configured to receive the at least one setpoint from the controller and adjust operating conditions for the power generating unit based on the at least one setpoint.
A recovery method for a terminal device startup failure, comprising: determining that a failure indication event occurs in a startup process, wherein the failure indication event is used to indicate a startup failure; determining a startup stage at which the failure indication event occurs; determining at least one recovery policy based on a type of the failure indication event and/or a cause of the failure indication event; and performing startup recovery based on the at least one recovery policy, characterized by: saving in a table a mapping relationship between the at least one recovery policy and each type of the failure indication event and/or cause of the failure indication event, a startup stage at which the failure indication event occurs, and a quantity of current recovery times, wherein the determining at least one recovery policy is based on the type of the failure indication event and/or the cause of the failure indication event, the startup stage, the quantity of current recovery times, and the mapping relationship. determining that a failure indication event occurs in a startup process, wherein the failure indication event is used to indicate a startup failure; determining a startup stage at which the failure indication event occurs; determining at least one recovery policy based on a type of the failure indication event and/or a cause of the failure indication event; and performing startup recovery based on the at least one recovery policy, characterized by: saving in a table a mapping relationship between the at least one recovery policy and each type of the failure indication event and/or cause of the failure indication event, a startup stage at which the failure indication event occurs, and a quantity of current recovery times, wherein the determining at least one recovery policy is based on the type of the failure indication event and/or the cause of the failure indication event, the startup stage, the quantity of current recovery times, and the mapping relationship. saving in a table a mapping relationship between the at least one recovery policy and each type of the failure indication event and/or cause of the failure indication event, a startup stage at which the failure indication event occurs, and a quantity of current recovery times, wherein the determining at least one recovery policy is based on the type of the failure indication event and/or the cause of the failure indication event, the startup stage, the quantity of current recovery times, and the mapping relationship.
An article of manufacture that exhibits an average Soil Adsorption Value of 90 mg soil/g article of manufacture or greater as measured according to the Soil Adsorption Test Method described herein, wherein said article of manufacture is a paper towel, said article of manufacture comprises a soil adsorbing agent, said soil adsorbing agent exhibits a charge density of less than 10 meq/g as measured according to the Charge Density Test Method described herein, wherein the soil adsorbing agent comprises a polymer, wherein the polymer comprises a monomeric unit derived from a quaternary ammonium compound, an amine compound, an acrylamide compound, and combinations thereof, and wherein the soil adsorbing agent is present in the article of manufacture at a level of from 0.005% to 5 % by weight of the article of manufacture.
A decoding method comprising: decoding a plurality of reference blocks, wherein a single transform is applied to samples of each reference block of the plurality of reference blocks, wherein each of the plurality of reference blocks is a transform block on which a same transform is applied, and wherein edges of the plurality of reference blocks are adjacent to a current block of a picture; obtaining a plurality of filtered reference blocks by filtering with a deblocking filter along the top and left edges of each of the plurality of decoded reference blocks; and decoding the current block by intra prediction from the plurality of filtered reference blocks, wherein the single transform is applied to samples of the current block. decoding a plurality of reference blocks, wherein a single transform is applied to samples of each reference block of the plurality of reference blocks, wherein each of the plurality of reference blocks is a transform block on which a same transform is applied, and wherein edges of the plurality of reference blocks are adjacent to a current block of a picture; obtaining a plurality of filtered reference blocks by filtering with a deblocking filter along the top and left edges of each of the plurality of decoded reference blocks; and decoding the current block by intra prediction from the plurality of filtered reference blocks, wherein the single transform is applied to samples of the current block.
A method for prognosing or classifying a subject with non-small cell lung cancer (NSCLC) and optionally selecting adjuvant therapy comprising: a. determining the relative expression levels of biomarkers in a tumor sample from the subject, the biomarkers comprising FAM64A, MB, EDN3, ZNF236, FOSL2, MYT1L, MLANA, L1CAM, TRIM14, STMN2, UMPS, ATP1B1, HEXIM1, IKBKAP, and MDM2, b. calculating a combined score from relative expression levels of at least 15 different biomarkers in a sample from the subject, wherein the at least 15 biomarkers comprise the biomarkers defined in step a., c. classifying the subject into a high or low risk group based on the combined score, and d. selecting adjuvant therapy if the subject is in the high risk group. a. determining the relative expression levels of biomarkers in a tumor sample from the subject, the biomarkers comprising FAM64A, MB, EDN3, ZNF236, FOSL2, MYT1L, MLANA, L1CAM, TRIM14, STMN2, UMPS, ATP1B1, HEXIM1, IKBKAP, and MDM2, b. calculating a combined score from relative expression levels of at least 15 different biomarkers in a sample from the subject, wherein the at least 15 biomarkers comprise the biomarkers defined in step a., c. classifying the subject into a high or low risk group based on the combined score, and d. selecting adjuvant therapy if the subject is in the high risk group.
A method for aggregating electric power flow between the electric grid and electric vehicle equipment of electric vehicles connected to electric vehicle station equipment (EVSE), the method comprising: receiving by an aggregation server EVE operational parameters from each of a plurality of EVEs; calculating the power capacity in Watts of each EVE, based on the received EVE operational parameters; calculating total available power capacity in Watts based on the EVE operational parameters, and the power capacity for each EVE; and characterised by: receiving EVSE attributes from each of a plurality of EVSEs, and in that: the calculating of the calculating the power capacity in Watts of each EVE is further based on the EVSE attributes; the calculating of the total available power capacity in Watts is further based on the EVSE attributes, the EVSE attributes include grid location including one or more of substations, distribution feeders, transformers and building circuits, and dispatching the aggregated amount of power in Watts to the grid that is less than or equal to the calculated total available power capacity. receiving by an aggregation server EVE operational parameters from each of a plurality of EVEs; calculating the power capacity in Watts of each EVE, based on the received EVE operational parameters; calculating total available power capacity in Watts based on the EVE operational parameters, and the power capacity for each EVE; and characterised by: receiving EVSE attributes from each of a plurality of EVSEs, and in that: the calculating of the calculating the power capacity in Watts of each EVE is further based on the EVSE attributes; the calculating of the total available power capacity in Watts is further based on the EVSE attributes, the EVSE attributes include grid location including one or more of substations, distribution feeders, transformers and building circuits, and the calculating of the calculating the power capacity in Watts of each EVE is further based on the EVSE attributes; the calculating of the total available power capacity in Watts is further based on the EVSE attributes, the EVSE attributes include grid location including one or more of substations, distribution feeders, transformers and building circuits, and dispatching the aggregated amount of power in Watts to the grid that is less than or equal to the calculated total available power capacity.
A packed member of sheet-like food such as chewing gum or chocolate, wherein a packaging container material is formed of a base sheet in which a frame plate is formed continuously to a lower edge of a main plate via a bottom plate, a lid plate is formed continuously to an upper edge of the main plate via a joining plate, a supporting plate is formed continuously to a left edge of the main plate via a side plate, and a supporting plate is formed continuously to a right edge of the main plate via a side plate, and a sheet-like food unit is held in a holding part surrounded by the main plate, the side plates (13, 15), the supporting plates (14, 16), the bottom plate, and the frame plate while it is fixed to an inner surface on the bottom plate side of the holding part at a joining base sheet, specifically to the inner surface on the bottom plate side of at least one of the main plate, the side plates (13, 15), the supporting plates (14, 16), the bottom plate and the frame plate at the joining base sheet, characterised in that plural pieces of sheet-like food are wrapped respectively with a picking part, a fixing part, and a fragile part of a wrapping sheet, wherein the fragile part is between the picking part and the fixing part, and is openable by cutting the fragile part and taking out the picking part, and the sheet-like food unit formed by joining the plural pieces of wrapped sheet-like food by joining the base sheet at the fixing parts of the wrapping sheets is held while fixed to a packaging container material at the joining base sheet, wherein the sheet-like food unit is formed by fixing, on an upper surface and/or lower surface of the fixing parts of the wrapping sheets of the adjacently aligned plural pieces of sheet-like food, the joining base sheet while it is continuously abutted with the plural pieces of sheet-like food and while it is in a state folded along its longitudinal center line in which about 1/2 length part on the fixing part side of the longitudinal direction of each wrapping sheet is covered on the both surfaces with the joining base sheet, and the both ends of the joining base sheet protrude outside from the both ends in the width direction of the connected plural pieces of sheet-like food, and the protruding parts are folded back inside, and wherein a plurality of sheet-like food units are held in an overlaying manner.
A method for removing a scale in a steam generation facility, wherein in the steam generation facility, during the operation of a boiler, a scale deposited on the inside of the boiler vessel is removed by the following step: the pH of the boiler water is adjusted to a pH of 11.3 or more, and a polyacrylic acid, having a weight average molecular weight that is 0.70 to 2.00 times a reference weight average molecular weight, wherein said reference weight average molecular weight is calculated from the following calculation formula, or a salt thereof, is added in accordance with the pH value of the boiler water during the operation of the boiler: Reference weight average molecular weight = − 8462 × pH value − 11.3 + 61538
Passenger seating (210, 310, 410) comprising a plurality of rows of at least one seat, the rows being spaced apart to define a gap between adjacent rows, and at least one respective door assembly located at a side of a respective seat, said the respective door assembly comprising a base portion (232, 332, 432) and a door (234, 334, 434) that, in a primary mode of operation, is movable with respect to the base portion between an open state and a closed state, wherein the respective door of the respective door assembly of the respective row, when in said closed state, closes the gap between the respective row and the row in front, and wherein said door is configured to support a second mode of opening that is different from said primary mode, said door being configured to support said second mode by being shaped to define a hatchway (223, 323, 423) that is exposed from the base portion when the door is in the closed state and is dimensioned to allow a person to pass therethrough, and further includes means (235, 335, 435) for closing said hatchway, characterised in that the, or each, door assembly further includes a first user-operable latch operable to selectively prevent the respective door (234, 334, 434) opening in said second mode, said first user-operable latch being configured not to prevent operation of said door in said primary mode.
A rotor blade heating assembly for a wind turbine generator, the assembly comprising: a heat reservoir mounted within said blade of the wind turbine generator; a heat source for supplying heat to the heat reservoir; a plurality of thermal conductors projecting from said heat reservoir to a surface of said blade. a heat reservoir mounted within said blade of the wind turbine generator; a heat source for supplying heat to the heat reservoir; a plurality of thermal conductors projecting from said heat reservoir to a surface of said blade.
Method for removing an organic compound from an aqueous solution, comprising the steps a) providing the aqueous solution which contains the organic compound, and a hydrophobic organic solution which comprises a liquid cation exchanger, wherein the liquid cation exchanger is hydrophobic, b) contacting the aqueous solution and the organic solution, and c) separating off the organic solution from the aqueous solution, wherein the organic compound is a compound of the formula I NH 3 + -A-COOR 1 wherein R 1 is hydrogen, methyl, ethyl or a negative charge and A is an unsubstituted, straight-chain alkylene group having at least three, preferably at least eight, carbon atoms, and wherein the liquid cation exchanger is an unsaturated fatty acid. a) providing the aqueous solution which contains the organic compound, and a hydrophobic organic solution which comprises a liquid cation exchanger, wherein the liquid cation exchanger is hydrophobic, b) contacting the aqueous solution and the organic solution, and c) separating off the organic solution from the aqueous solution,
Assembly for a windscreen wiper of a vehicle, notably a motor vehicle, comprising a longitudinal body configured to bear a scraper blade, at least one rigidifying spine (6a, 6b) extending along said body to ensure the bending thereof, and a deflector extending above said body and having an aerodynamic profile, said body comprising a flat wall, said at least one spine being in contact, for at least a part of a first face, with a face of said wall, and for at least a part of a second face, with the deflector, said body being positioned entirely on the same side relative to said first face, the body and the deflector being produced in two different materials, characterized in that it comprises two spines (6a, 6b) positioned laterally in the alignment of one another and separated by a partition of the deflector.
A water treatment unit with a housing having a housing interior (2.1) and an oscillation unit mounted oscillatingly in said housing interior (2.1), wherein said oscillation unit is mounted oscillatingly so as to perform an oscillating movement in a direction perpendicular to a oscillation unit center plane, wherein said oscillation unit is oscillated by a coil carrying an electrical alternating signal, wherein a water inlet and a water outlet are provided on said housing, and wherein a flow area is formed between the inner wall of said housing bordering said housing interior (2.1) and said oscillation unit, said flow area being formed such that water flowing from said water inlet to said water outlet flows around said oscillation unit, and wherein said oscillation unit has two projections (3.1, 3.2) protruding towards different sides, namely a first projection (3.1) protruding from said oscillation unit center plane towards said water inlet and a second projection (3.2) protruding towards said water outlet.
A refrigeration system, comprising: a compressor, a condenser, a throttling device, and an evaporator, all of which are connected in sequence to form a cooling circuit, wherein the refrigeration system further comprises an oil recovery system comprising: an operation chamber, which comprises a first port communicating with an oil-containing position in the refrigeration system through a first pipeline, and a second port communicating with a bearing chamber or a bearing lubrication pipeline of the compressor through a second pipeline; and a main piston in the operation chamber, the main piston reciprocating in the operation chamber to perform an extraction stroke and a discharge stroke; wherein in the extraction stroke, an oil-containing refrigerant in the oil-containing position in the refrigeration system is extracted to the operation chamber; and in the discharge stroke, the oil-containing refrigerant in the operation chamber is delivered to the bearing chamber or the bearing lubrication pipeline of the compressor; characterised in that a first one-way valve that only allows a fluid to flow from the oil-containing position to the first port is provided on the first pipeline or on an end cover at an end of the operation chamber, and a second one-way valve that only allows the fluid to flow from the second port to the bearing chamber or the bearing lubrication pipeline of the compressor is provided on the second pipeline or the end cover. an operation chamber, which comprises a first port communicating with an oil-containing position in the refrigeration system through a first pipeline, and a second port communicating with a bearing chamber or a bearing lubrication pipeline of the compressor through a second pipeline; and a main piston in the operation chamber, the main piston reciprocating in the operation chamber to perform an extraction stroke and a discharge stroke; wherein in the extraction stroke, an oil-containing refrigerant in the oil-containing position in the refrigeration system is extracted to the operation chamber; and in the discharge stroke, the oil-containing refrigerant in the operation chamber is delivered to the bearing chamber or the bearing lubrication pipeline of the compressor; characterised in that a first one-way valve that only allows a fluid to flow from the oil-containing position to the first port is provided on the first pipeline or on an end cover at an end of the operation chamber, and a second one-way valve that only allows the fluid to flow from the second port to the bearing chamber or the bearing lubrication pipeline of the compressor is provided on the second pipeline or the end cover.
Method for carrying out a side channel secure authenticity check and decryption on an encrypted message, comprising: - providing a data packet containing the encrypted message together with padding data and check information for the authenticity check on the message; - decrypting the encrypted message together with the padding data; - removing the padding data; and - performing the authenticity check on the decrypted message using the check information independently of a result of the decryption, characterized in that the performance of the authenticity check is applied to at least two subcontents of the data packet, and the two subcontents differ by one unit of length. - providing a data packet containing the encrypted message together with padding data and check information for the authenticity check on the message; - decrypting the encrypted message together with the padding data; - removing the padding data; and - performing the authenticity check on the decrypted message using the check information independently of a result of the decryption, characterized in that the performance of the authenticity check is applied to at least two subcontents of the data packet, and the two subcontents differ by one unit of length.