mhurhangee/patent-ind-claim-en huggingface dataset:
A dispersed material, comprising a dispersion medium, a dispersant, an object to be dispersed, and one selected from the group consisting of an inorganic base, an inorganic metal salt, and an organic base, wherein the dispersant is a polymer containing a (meth)acrylonitrile-derived unit and a unit derived from one or more monomers selected from the group consisting of an active hydrogen group-containing monomer, a basic monomer, and a (meth)acrylic acid alkyl ester, wherein the polymer contains 65 to 99% by mass of a (meth)acrylonitrile-derived unit, has a weight average molecular weight of 5,000 to 100,000, and the active hydrogen group-containing monomer is selected from the group consisting of a hydroxy group-containing monomer (a1) and a carboxyl group-containing monomer (a2), wherein the carboxyl-group containing monomer (a2) is (meth)acrylic acid, the (meth)acrylic acid-derived unit is 1 to 35% by mass, the dispersion medium is water alone or a mixed solvent containing water and a water-soluble solvent, and the object to be dispersed is a conductive carbon material. wherein the dispersant is a polymer containing a (meth)acrylonitrile-derived unit and a unit derived from one or more monomers selected from the group consisting of an active hydrogen group-containing monomer, a basic monomer, and a (meth)acrylic acid alkyl ester, wherein the polymer contains 65 to 99% by mass of a (meth)acrylonitrile-derived unit, has a weight average molecular weight of 5,000 to 100,000, and the active hydrogen group-containing monomer is selected from the group consisting of a hydroxy group-containing monomer (a1) and a carboxyl group-containing monomer (a2), wherein the polymer contains 65 to 99% by mass of a (meth)acrylonitrile-derived unit, has a weight average molecular weight of 5,000 to 100,000, and the active hydrogen group-containing monomer is selected from the group consisting of a hydroxy group-containing monomer (a1) and a carboxyl group-containing monomer (a2), wherein the carboxyl-group containing monomer (a2) is (meth)acrylic acid, the (meth)acrylic acid-derived unit is 1 to 35% by mass, the dispersion medium is water alone or a mixed solvent containing water and a water-soluble solvent, and the object to be dispersed is a conductive carbon material.
Method for transferring, in a predefined transfer time (Tt), the electrical power supply of an electrical distribution line , from a first source to a second source , without overlap of the two sources, a first switch , connected on the one hand to the first source and on the other hand to the distribution line , being commanded to close or to open in order to connect or disconnect the first source to or from the distribution line , a second switch , connected on the one hand to the second source and on the other hand to the distribution line , being commanded to open or to close in order to connect or disconnect the second source to or from said distribution line , this method being characterized in that : - either a first delay (Tr1) is applied before a command to open the first switch when a second manoeuvre time (Tmc2) taken to connect the second source is longer than the sum of a third manoeuvre time (Tmd1) taken to disconnect the first source and of the transfer time (Tt), - or a second delay (Tr2) is applied before a command to close the second switch when the second manoeuvre time (Tmc2) taken to connect the second source is shorter than the sum of the third manoeuvre time (Tmd1) taken to disconnect the first source and of the transfer time (Tt), the first delay (Tr1) or second delay (Tr2) being computed so that the time interval between a disconnection of the first source and a connection of the second source is equal to the transfer time (Tt). - either a first delay (Tr1) is applied before a command to open the first switch when a second manoeuvre time (Tmc2) taken to connect the second source is longer than the sum of a third manoeuvre time (Tmd1) taken to disconnect the first source and of the transfer time (Tt), - or a second delay (Tr2) is applied before a command to close the second switch when the second manoeuvre time (Tmc2) taken to connect the second source is shorter than the sum of the third manoeuvre time (Tmd1) taken to disconnect the first source and of the transfer time (Tt),
A hydraulic power generating apparatus , the apparatus comprising: a horizontal rotor supporting housing having a rotor ; a holding body erected on an upper surface of the rotor supporting housing ; a support ring in which the rotor supporting housing is fixed; and a power generator , the rotor supporting housing is integrally fixed within the support ring by the holding body , the power generator is disposed on the upper part of the holding body protruding from the support ring , the support ring is formed with attachment portions for fixing the rotor supporting housing in a water channel (R), characterized in that the holding body is a cylindrical body, and includes a transmission shaft for transmitting a rotational force of a rotor shaft to the power generator , a connecting portion is formed on an upper surface of the holding body , and a removable auxiliary holding body that is used when the water surface of the water channel (R) is low, and is not used unless the water surface is low is attached to the connecting portion . a horizontal rotor supporting housing having a rotor ; a holding body erected on an upper surface of the rotor supporting housing ; a support ring in which the rotor supporting housing is fixed; and a power generator , the rotor supporting housing is integrally fixed within the support ring by the holding body , the power generator is disposed on the upper part of the holding body protruding from the support ring , the support ring is formed with attachment portions for fixing the rotor supporting housing in a water channel (R), characterized in that the holding body is a cylindrical body, and includes a transmission shaft for transmitting a rotational force of a rotor shaft to the power generator , a connecting portion is formed on an upper surface of the holding body , and a removable auxiliary holding body that is used when the water surface of the water channel (R) is low, and is not used unless the water surface is low is attached to the connecting portion .
A cleaning device for cleaning a probe , comprising: an upper body defining an inner chamber , the upper body comprising an opening proximate an upper end of the cleaning device , the opening allowing the probe to enter the inner chamber ; an air intake connected to at least one air channel formed within the upper body , the at least one air channel being configured to allow air from the air intake to flow into the inner chamber ; a liquid intake connected to at least one liquid channel formed within the upper body , the at least one liquid channel being configured to allow liquid from the liquid intake to flow into the inner chamber ; a waste outlet ; a lower body mechanically connected to the upper body , wherein the lower body is positioned between the upper body and the waste outlet , the lower body defining a lower chamber around an axis; and an air path provided by a separation distance between the upper body and the lower body for air to exit the cleaning device. an upper body defining an inner chamber , the upper body comprising an opening proximate an upper end of the cleaning device , the opening allowing the probe to enter the inner chamber ; an air intake connected to at least one air channel formed within the upper body , the at least one air channel being configured to allow air from the air intake to flow into the inner chamber ; a liquid intake connected to at least one liquid channel formed within the upper body , the at least one liquid channel being configured to allow liquid from the liquid intake to flow into the inner chamber ; a waste outlet ; a lower body mechanically connected to the upper body , wherein the lower body is positioned between the upper body and the waste outlet , the lower body defining a lower chamber around an axis; and an air path provided by a separation distance between the upper body and the lower body for air to exit the cleaning device.
A method for execution by a domain manager associated with a domain within a network, wherein the domain supports a plurality of slices, each slice managed by a slice operations manager , and the slice is an aggregation of resources from different domains; the method comprising: receiving, at the domain manager, from a plurality of network components within the domain, flow-based performance data; transmitting, from the domain manager towards a network manager , aggregated performance data comprising performance data aggregated over flows associated with services; wherein receiving the flow-based performance data includes receiving flow-based performance data associated with a plurality of services and wherein transmitting the aggregated performance data comprises transmitting service differentiated aggregations such that the performance is aggregated on a per-service basis for the entire domain; wherein transmitting the aggregated performance data comprises transmitting the service differentiated aggregations on a per-service basis but segregated on a slice basis to each slice operations manager. receiving, at the domain manager, from a plurality of network components within the domain, flow-based performance data; transmitting, from the domain manager towards a network manager , aggregated performance data comprising performance data aggregated over flows associated with services; wherein receiving the flow-based performance data includes receiving flow-based performance data associated with a plurality of services and wherein transmitting the aggregated performance data comprises transmitting service differentiated aggregations such that the performance is aggregated on a per-service basis for the entire domain; wherein transmitting the aggregated performance data comprises transmitting the service differentiated aggregations on a per-service basis but segregated on a slice basis to each slice operations manager.
An adapter for fastening a wiper blade mount on an articulated wiper blade arm, the adapter comprising: - a cover configured to be removably fastened to a main cross-bar of the wiper blade mount , the cover comprising a central opening delimited laterally by two lateral sides , at least one of the two lateral sides of the cover comprising a groove formed on one face of the lateral side or sides located on the side of the central opening , the groove extending from a lower edge toward an upper edge , the groove being blocked at an upper end by a rim ; - a removable attachment system for removably attaching the articulated wiper blade arm to the adapter comprisingtemporary fastening means for temporarily fastening said removable attachment system to the cover , the removable attachment system comprising at least one mounting member extending transversely through the central opening between the two lateral sides of the cover , each mounting member comprising temporary fastening means for temporary fastening to the cover , the at least one mounting member comprising a pivot connection rod extending transversely through the central opening between the two lateral sides of the cover , the pivot connection rod being delimited laterally by two lateral flanks , characterized in that the groove is blocked at an upper end by a rim permitting the insertion of the corresponding mounting member by the lower edge of the cover , the mounting member being inserted until coming into abutment against the rim so as to define a vertical position of the mounting member relative to the cover. - a cover configured to be removably fastened to a main cross-bar of the wiper blade mount , the cover comprising a central opening delimited laterally by two lateral sides , at least one of the two lateral sides of the cover comprising a groove formed on one face of the lateral side or sides located on the side of the central opening , the groove extending from a lower edge toward an upper edge , the groove being blocked at an upper end by a rim ; - a removable attachment system for removably attaching the articulated wiper blade arm to the adapter comprisingtemporary fastening means for temporarily fastening said removable attachment system to the cover , the removable attachment system comprising at least one mounting member extending transversely through the central opening between the two lateral sides of the cover , each mounting member comprising temporary fastening means for temporary fastening to the cover , the at least one mounting member comprising a pivot connection rod extending transversely through the central opening between the two lateral sides of the cover , the pivot connection rod being delimited laterally by two lateral flanks ,
A solder joint life predictor comprising: a temperature sensor to measure temperature of a solder joint on an electronic circuit board that drives a load ; and a storage to store a reference acceleration factor (AO), the reference acceleration factor (AO) being an acceleration factor based on a test condition of a thermal shock test of an electrical appliance including the electronic circuit board and a reference condition in an environment in which the electrical appliance is used; characterized in that the solder joint life predictor further comprises: a calculator to calculate an actual acceleration factor (A1) on the basis of a temperature variation range and a maximum reached temperature (T1) of the solder joint during one cycle from start to end of driving of the load , and to integrate acceleration factor ratios (A1/A0) each obtained by dividing the actual acceleration factor (A1) by the reference acceleration factor (AO) for each one cycle from start to end of driving of the load to obtain an integrated value of the acceleration factor ratios (Σ(A1/A0)); and a determiner to predict life of the solder joint by comparing the integrated value of the acceleration factor ratios (Σ(A1/A0)) with a threshold. a temperature sensor to measure temperature of a solder joint on an electronic circuit board that drives a load ; and a storage to store a reference acceleration factor (AO), the reference acceleration factor (AO) being an acceleration factor based on a test condition of a thermal shock test of an electrical appliance including the electronic circuit board and a reference condition in an environment in which the electrical appliance is used; characterized in that the solder joint life predictor further comprises: a calculator to calculate an actual acceleration factor (A1) on the basis of a temperature variation range and a maximum reached temperature (T1) of the solder joint during one cycle from start to end of driving of the load , and to integrate acceleration factor ratios (A1/A0) each obtained by dividing the actual acceleration factor (A1) by the reference acceleration factor (AO) for each one cycle from start to end of driving of the load to obtain an integrated value of the acceleration factor ratios (Σ(A1/A0)); and a determiner to predict life of the solder joint by comparing the integrated value of the acceleration factor ratios (Σ(A1/A0)) with a threshold. a calculator to calculate an actual acceleration factor (A1) on the basis of a temperature variation range and a maximum reached temperature (T1) of the solder joint during one cycle from start to end of driving of the load , and to integrate acceleration factor ratios (A1/A0) each obtained by dividing the actual acceleration factor (A1) by the reference acceleration factor (AO) for each one cycle from start to end of driving of the load to obtain an integrated value of the acceleration factor ratios (Σ(A1/A0)); and a determiner to predict life of the solder joint by comparing the integrated value of the acceleration factor ratios (Σ(A1/A0)) with a threshold.
A multilevel voltage source converter comprising a first DC terminal (T1) and a second DC terminal (T2) for providing a first pole voltage V DC1 at the first DC terminal (T1) and a second pole voltage V DC2 at the second DC terminal (T2) and cells connected in cascade in a phase leg, and an AC terminal (T3) is provided in the middle of the phase leg for providing an AC voltage V AC , wherein the cells in the phase leg comprise a first group of cells between the first pole and the AC terminal (T3) and a second group of cells between the second DC terminal (T2) and the AC terminal (T3), each cell having a first and a second cell terminal (CT1, CT2), a cell capacitor (C1), a first switch (S1) between a first end of the cell capacitor (C1) and the first cell terminal (CT1), a second switch (S2) between a second end of the cell capacitor (C1) and said first cell terminal, where the second cell terminal (CT2) is provided via the first or the second end of the cell capacitor, a first gate control unit (G1) configured to control the first switch (S1) and a second gate control unit (G2) configured to control the second switch (S2), a first chargeable power supply unit (PS1) configured to supply power to the first gate control unit (G1) and being connected in parallel with the first switch, and a second chargeable power supply unit (PS2) configured to supply power to the second gate control unit (G2) and being connected in parallel with the second switch, each chargeable power supply unit comprising an energy storage element configured to be charged by a voltage applied over the corresponding switch, characterised by a black start control unit configured to energize the chargeable power supply units of the cells when black starting the converter and configured to perform, after the initial application of a DC voltage to a cell terminal (CT2, CT1) of a cell and the subsequent initial charging of the chargeable power supply unit (PS1) of one of the switches (S1), charging of an uncharged power supply unit (PS2) of the other switch (S2) through repeatedly turning on and off the switch (S1) with initially charged power supply unit, wherein the black start control unit is configured to perform charging of uncharged chargeable power supply units in one group of cells before the other group of cells.
A thermal transfer image-receiving sheet comprising a first extrusion resin layer , a substrate , a second extrusion resin layer , a porous layer , and a receiving layer in this order, characterized in that : the ratio of the total of the thickness of the second extrusion resin layer and the thickness of the porous layer to the thickness of the first extrusion resin layer (the total of the thickness of the second extrusion resin layer and the thickness of the porous layer / the thickness of the first extrusion resin layer ) is 1.05 or more and 1.40 or less, and the substrate has a bending resistance of 1800 mg or more and 2300 mg or less, the bending resistance referring to the total of the bending resistance of the substrate in the machine direction and the bending resistance of the substrate in the transverse direction, wherein the bending resistance is measured using a Gurley stiffness tester in an environment having a temperature of 25 °C and a humidity of 50% in accordance with the method described in JIS L 1085. the ratio of the total of the thickness of the second extrusion resin layer and the thickness of the porous layer to the thickness of the first extrusion resin layer (the total of the thickness of the second extrusion resin layer and the thickness of the porous layer / the thickness of the first extrusion resin layer ) is 1.05 or more and 1.40 or less, and the substrate has a bending resistance of 1800 mg or more and 2300 mg or less, the bending resistance referring to the total of the bending resistance of the substrate in the machine direction and the bending resistance of the substrate in the transverse direction,
A method for video decoding, comprising: determining , for bi-prediction of a block in a picture, a first motion vector candidate for a first reference picture in a first reference picture list, a second motion vector candidate for a second reference picture in a second reference picture list, and corresponding first and second matching cost values; selecting one of the first motion vector candidate and the second motion vector candidate based on a criterion, wherein said criterion is based on the matching cost values of the first motion vector candidate and the second motion vector candidate; including the selected one of the first motion vector candidate and the second motion vector candidate in a list of motion vector candidates for the block, wherein the other one of the first motion vector candidate and the second motion vector candidate is discarded; determining a motion vector for the block based on the list of motion vector candidates; and decoding the block based on the determined motion vector. determining , for bi-prediction of a block in a picture, a first motion vector candidate for a first reference picture in a first reference picture list, a second motion vector candidate for a second reference picture in a second reference picture list, and corresponding first and second matching cost values; selecting one of the first motion vector candidate and the second motion vector candidate based on a criterion, wherein said criterion is based on the matching cost values of the first motion vector candidate and the second motion vector candidate; including the selected one of the first motion vector candidate and the second motion vector candidate in a list of motion vector candidates for the block, wherein the other one of the first motion vector candidate and the second motion vector candidate is discarded; determining a motion vector for the block based on the list of motion vector candidates; and decoding the block based on the determined motion vector.