mhurhangee/ep-ind-claims huggingface dataset:
A communication method, comprising: obtaining, by a first transceiver, a communication performance parameter when communicating with a second transceiver using a current table; calculating, by the first transceiver, a first table including a parameter of bit allocation for sub-carriers in a multiple carrier communication and saving the first table, wherein the parameter of bit allocation within the first table is calculated at the first transceiver by subtracting a corresponding bit number from the current table including a parameter of bit allocation for sub-carriers; when the communication performance parameter reaches or exceeds a predetermined value, transmitting, from the first transceiver to the second transceiver, a switch message for requesting the second transceiver to switch to the first table, wherein the first table at the second transceiver is calculated at the second transceiver based on a calculation rule to keep the parameter of bit allocation for sub-carriers within the first table calculated at the second transceiver as same as the parameter of bit allocation for sub-carriers within the first table calculated at the first transceiver; from a certain symbol, communicating, by the first transceiver, with the second transceiver using the first table. obtaining, by a first transceiver, a communication performance parameter when communicating with a second transceiver using a current table; calculating, by the first transceiver, a first table including a parameter of bit allocation for sub-carriers in a multiple carrier communication and saving the first table, wherein the parameter of bit allocation within the first table is calculated at the first transceiver by subtracting a corresponding bit number from the current table including a parameter of bit allocation for sub-carriers; when the communication performance parameter reaches or exceeds a predetermined value, transmitting, from the first transceiver to the second transceiver, a switch message for requesting the second transceiver to switch to the first table, wherein the first table at the second transceiver is calculated at the second transceiver based on a calculation rule to keep the parameter of bit allocation for sub-carriers within the first table calculated at the second transceiver as same as the parameter of bit allocation for sub-carriers within the first table calculated at the first transceiver; from a certain symbol, communicating, by the first transceiver, with the second transceiver using the first table.
A polishing composition comprising an abrasive, a water-soluble polymer and water, the composition comprising, as the water-soluble polymer, a polymer A having an adsorption ratio of lower than 5 % and a polymer B having an adsorption ratio of 5 % or higher, but lower than 95 % based on an adsorption ratio measurement as follows: a test solution L0 is obtained, comprising 0.018 % by mass of a measured polymer and 0.01 % by mass of ammonia with the rest being water; a test solution L1 is obtained, comprising 0.18 % by mass of the abrasive as well as 0.018 % by mass of the measured polymer and 0.01 % by mass of ammonia with the rest being water; the test solution L1 is centrifuged to precipitate the abrasive; and the measured polymer in the test solution L0 has a mass W0, the measured polymer in the supernatant of the centrifuged test solution L1 has a mass W1, and the measured polymer has an adsorption ratio determined by the next equation: Adsorption ratio % = W0 − W1 / W0 × 100; wherein the polymer A is a nonionic polymer selected from a vinyl alcohol-based polymer and an oxyalkylene unit-containing polymer, and the polymer B is selected from nitrogen atom-containing polymers excluding hydroxyethyl celluloses, and wherein the abrasive is silica grains. a polymer A having an adsorption ratio of lower than 5 % and a polymer B having an adsorption ratio of 5 % or higher, but lower than 95 % based on an adsorption ratio measurement as follows: a test solution L0 is obtained, comprising 0.018 % by mass of a measured polymer and 0.01 % by mass of ammonia with the rest being water; a test solution L1 is obtained, comprising 0.18 % by mass of the abrasive as well as 0.018 % by mass of the measured polymer and 0.01 % by mass of ammonia with the rest being water; the test solution L1 is centrifuged to precipitate the abrasive; and the measured polymer in the test solution L0 has a mass W0, the measured polymer in the supernatant of the centrifuged test solution L1 has a mass W1, and the measured polymer has an adsorption ratio determined by the next equation: Adsorption ratio % = W0 − W1 / W0 × 100; a test solution L0 is obtained, comprising 0.018 % by mass of a measured polymer and 0.01 % by mass of ammonia with the rest being water; a test solution L1 is obtained, comprising 0.18 % by mass of the abrasive as well as 0.018 % by mass of the measured polymer and 0.01 % by mass of ammonia with the rest being water; the test solution L1 is centrifuged to precipitate the abrasive; and the measured polymer in the test solution L0 has a mass W0, the measured polymer in the supernatant of the centrifuged test solution L1 has a mass W1, and the measured polymer has an adsorption ratio determined by the next equation: Adsorption ratio % = W0 − W1 / W0 × 100; wherein the polymer A is a nonionic polymer selected from a vinyl alcohol-based polymer and an oxyalkylene unit-containing polymer, and the polymer B is selected from nitrogen atom-containing polymers excluding hydroxyethyl celluloses, and wherein the abrasive is silica grains.
A method for prioritizing frequencies by a user equipment, UE, in a wireless communication system, the method comprising: receiving from a network a priority list of a plurality of frequencies for cell selection or cell reselection, each frequency having a corresponding priority; and considering a specific frequency to have the highest priority among the plurality of frequencies, wherein the specific frequency is for a MBMS, Multimedia Broadcast Multicast Service, service, and wherein the specific frequency is considered to have the highest priority if the UE is interested in receiving the MBMS service; and changing a priority of the specific frequency and performing cell selection or cell reselection based on the received priority list, if the UE is not located in an area in which the MBMS service is provided. receiving from a network a priority list of a plurality of frequencies for cell selection or cell reselection, each frequency having a corresponding priority; and considering a specific frequency to have the highest priority among the plurality of frequencies, wherein the specific frequency is for a MBMS, Multimedia Broadcast Multicast Service, service, and wherein the specific frequency is considered to have the highest priority if the UE is interested in receiving the MBMS service; and changing a priority of the specific frequency and performing cell selection or cell reselection based on the received priority list, if the UE is not located in an area in which the MBMS service is provided.
Stator of an electric machine, comprising a laminated stator core, which has a stator axis, comprises a plurality of stator teeth and a plurality of stator slots formed between the stator teeth, and is formed by a plurality of stacked stator laminations; and comprising electrical conductor elements, which run through the stator slots of the laminated stator core and are provided in order to form an electrical winding, in particular a plugin winding, wherein a slot insulation, in particular a slot insulation paper, is provided in each of the stator slots in order to electrically insulate the conductor elements from the laminated stator core, wherein the stator laminations each have a plurality of lamination teeth and a lamination yoke, which connects the lamination teeth, wherein the stator teeth of the laminated stator core are each formed by stacked lamination teeth of the stator laminations, wherein a plurality of stator laminations are provided in the laminated stator core and are rotated relative to other stator laminations of the laminated stator core in the same direction of rotation in the peripheral direction with respect to the stator axis in such a way that, in each stator slot of the laminated stator core, they each protrude by way of a lamination tooth portion of one of the lamination teeth into the respective stator slot, wherein the plurality of rotated stator laminations in the laminated stator core are arranged in a plurality of spaced-apart groups of stator laminations which bear against each other, wherein one or more non-rotated stator laminations are situated between in each case two groups of rotated stator laminations, characterized in that the plurality of rotated stator laminations of the laminated stator core are all rotated through the same angle of rotation.
A drying air filter for a laundry dryer, wherein: - the drying air filter comprises an outer shell and an inner shell, - the outer shell encloses the inner shell in a closed state of the drying air filter, - the outer shell includes a first outer part and a second outer part, - the inner shell includes a first inner part and a second inner part, - the first outer part and the second outer part are pivoted by an outer hinge in order to open and close the outer shell, - the first inner part and the second inner part are pivoted by an inner hinge in order to open and close the inner shell, - the inner hinge is arranged inside the outer shell, characterized in that at least one of the first outer part and second outer part includes cam surfaces (30, 32) for interacting with the first inner part and/or the second inner part of the inner shell, so that the first inner part and/or the second inner part are guided by the cam surfaces (30, 32), while the outer shell is closed. - the drying air filter comprises an outer shell and an inner shell, - the outer shell encloses the inner shell in a closed state of the drying air filter, - the outer shell includes a first outer part and a second outer part, - the inner shell includes a first inner part and a second inner part, - the first outer part and the second outer part are pivoted by an outer hinge in order to open and close the outer shell, - the first inner part and the second inner part are pivoted by an inner hinge in order to open and close the inner shell, - the inner hinge is arranged inside the outer shell,
A battery (600', 700, 800, 800') comprising: a first electrode collector layer and a second electrode collector layer which face each other; a plurality of first active material layers electrically contacting the first electrode collector layer and perpendicular to the first electrode collector layer; an electrolyte layer provided in a zigzag shape along surfaces of the plurality of first active material layers and a surface of the first electrode collector layer, and including a first surface contacting the plurality of first active material layers and the first electrode collector layer and a second surface at a side opposite to the first surface; and a second active material layer electrically contacting the second electrode collector layer and disposed along the second surface of the electrolyte layer, wherein the electrolyte layer does not directly contact the second electrode collector layer, and characterised in that the plurality of first active material layers have a flat plate shape. a first electrode collector layer and a second electrode collector layer which face each other; a plurality of first active material layers electrically contacting the first electrode collector layer and perpendicular to the first electrode collector layer; an electrolyte layer provided in a zigzag shape along surfaces of the plurality of first active material layers and a surface of the first electrode collector layer, and including a first surface contacting the plurality of first active material layers and the first electrode collector layer and a second surface at a side opposite to the first surface; and a second active material layer electrically contacting the second electrode collector layer and disposed along the second surface of the electrolyte layer, wherein the electrolyte layer does not directly contact the second electrode collector layer, and characterised in that the plurality of first active material layers have a flat plate shape.
A retractable covering comprising: a head rail; a bottom rail; a covering material, connected to the bottom rail; at least two lift cords (22, 24) extending downwardly from the head rail to the bottom rail for supporting the bottom rail; a covering operating system (14, 15) for enabling raising and lowering of the bottom rail; and an adjuster connected to at least two of the lift cords, the adjuster being mounted in the bottom rail; characterized in that an individual cord tensioner is provided for at least one of the lift cords, the individual cord tensioner being operable independently of the adjuster. a head rail; a bottom rail; a covering material, connected to the bottom rail; at least two lift cords (22, 24) extending downwardly from the head rail to the bottom rail for supporting the bottom rail; a covering operating system (14, 15) for enabling raising and lowering of the bottom rail; and an adjuster connected to at least two of the lift cords, the adjuster being mounted in the bottom rail; characterized in that an individual cord tensioner is provided for at least one of the lift cords, the individual cord tensioner being operable independently of the adjuster.
Sterilization and anti-bacterialization equipment for creating active oxygen species, comprising an anode electrode, a cathode electrode, wherein the capability of creating active oxygen species is provided to the cathode electrode by means that polyaniline is in contact with the surface of the cathode electrode; water to be treated intervening between said both electrodes, the water between said both electrodes being electrically energized to create active oxygen species, wherein: said anode electrode is made of a polymeric material without electrical conductivity and an electrically conductive carbon filler,wherein said anode electrode and said cathode electrode are disposed such that a part of said anode electrode and a part of said cathode electrode are immersed in water and other part of said anode electrode and other part of said cathode electrode are projected to air from the surface of the water.
A barrier connector arrangement for a multi-pipe pipeline for use in a subsea environment, the pipeline comprising at least one inner pipe and an outer pipe around the or each inner pipe and having a dry annulus thereinbetween, and at least one cable (15, 16) extending along the annulus, the barrier connector arrangement comprising: an outer housing comprising one or more end walls and an intermediate wall, and configured to be joined to the outer pipe to define a dry interior housing in communication with the annulus; characterised in that the barrier connector arrangement further comprises at least one dry barrier chamber extending through and welded to an end wall of the outer housing for connecting at least one cable in the pipeline with at least one external cable in the subsea environment. an outer housing comprising one or more end walls and an intermediate wall, and configured to be joined to the outer pipe to define a dry interior housing in communication with the annulus; characterised in that the barrier connector arrangement further comprises at least one dry barrier chamber extending through and welded to an end wall of the outer housing for connecting at least one cable in the pipeline with at least one external cable in the subsea environment.
A method for obtaining a radionuclide, comprising the following steps: (a) providing an absorption column (14, 15) containing the radionuclide; (b) eluting the absorption column with an eluent, the eluent flowing through the absorption column (14, 15) in a first flow direction; and (c) eluting the absorption column (14, 15) with the eluent in a second flow direction, which is opposite to the first flow direction. (a) providing an absorption column (14, 15) containing the radionuclide; (b) eluting the absorption column with an eluent, the eluent flowing through the absorption column (14, 15) in a first flow direction; and (c) eluting the absorption column (14, 15) with the eluent in a second flow direction, which is opposite to the first flow direction.
A PI3K inhibitor for use in a method of treating, managing, or preventing a cancer, wherein said method further comprises administering a second therapeutic agent, wherein the second therapeutic agent is a checkpoint molecule modulator: wherein the PI3K inhibitor is Compound 1 of the following structure: or a pharmaceutically acceptable form thereof; wherein the checkpoint molecule modulator is an anti-PD-1 antibody; and wherein the cancer is of hematopoietic origin. or a pharmaceutically acceptable form thereof; wherein the checkpoint molecule modulator is an anti-PD-1 antibody; and wherein the cancer is of hematopoietic origin.
An intraluminal device, comprising: a body having a wall defining a surface, said surface configured to a portion of a lumen; and an anchor system, said anchor system configured to fix said body to an inner wall of the lumen in a manner that said surface is adapted to apply at least intermittent pressure to the inner wall of the lumen; wherein said anchor system is configured so that a tissue fold that is adjacent the wall is capable of transmitting a force between the inner wall of the lumen and said body; wherein said anchor system comprises a plurality of anchors, each comprising a fastener that is adapted to retain said wall with the tissue fold of the lumen that is adjacent the wall; characterised in that each of said anchors comprises an opening traversed by a crossbar, wherein each of said anchors is configured so that the tissue fold of the lumen is capable of extending into the opening on opposite sides of the crossbar and wherein said fastener is adapted to couple the tissue folds in a manner that retains the crossbar between the tissue folds. a body having a wall defining a surface, said surface configured to a portion of a lumen; and an anchor system, said anchor system configured to fix said body to an inner wall of the lumen in a manner that said surface is adapted to apply at least intermittent pressure to the inner wall of the lumen; wherein said anchor system is configured so that a tissue fold that is adjacent the wall is capable of transmitting a force between the inner wall of the lumen and said body; wherein said anchor system comprises a plurality of anchors, each comprising a fastener that is adapted to retain said wall with the tissue fold of the lumen that is adjacent the wall; characterised in that each of said anchors comprises an opening traversed by a crossbar, wherein each of said anchors is configured so that the tissue fold of the lumen is capable of extending into the opening on opposite sides of the crossbar and wherein said fastener is adapted to couple the tissue folds in a manner that retains the crossbar between the tissue folds.
A controller for performing control to supply driving electricity to a secondary winding of a variable-speed generator-motor from a secondary exciter and thereby start up the variable-speed generator-motor and a pump turbine in a variable-speed pumped storage system from a standstill state to a rotating speed that enables synchronous parallel connection to a grid system, wherein the variable-speed generator-motor is a doubly-fed generator motor, the controller comprising: a setting change unit configured to change, for starting the variable-speed generator-motor and the pump turbine, at least one of a setting of a direct-current circuit voltage of the secondary exciter to a value higher than a value set during an ordinary operation and settings of control or protection preset for the direct-current circuit voltage or an output voltage of the secondary exciter, characterised in that the setting change unit is configured to, for connecting the variable-speed generator-motor to a grid system in parallel, return to an original state where the setting of the direct-current circuit voltage of the secondary exciter and the settings of the control or protection preset for the direct-current circuit voltage or the output voltage of the secondary exciter are originally set, from a state where the at least one of the setting of the direct-current circuit voltage of the secondary exciter and the settings of the control or protection preset for the direct-current circuit voltage or the output voltage of the secondary exciter are changed. a setting change unit configured to change, for starting the variable-speed generator-motor and the pump turbine, at least one of a setting of a direct-current circuit voltage of the secondary exciter to a value higher than a value set during an ordinary operation and settings of control or protection preset for the direct-current circuit voltage or an output voltage of the secondary exciter, characterised in that the setting change unit is configured to, for connecting the variable-speed generator-motor to a grid system in parallel, return to an original state where the setting of the direct-current circuit voltage of the secondary exciter and the settings of the control or protection preset for the direct-current circuit voltage or the output voltage of the secondary exciter are originally set, from a state where the at least one of the setting of the direct-current circuit voltage of the secondary exciter and the settings of the control or protection preset for the direct-current circuit voltage or the output voltage of the secondary exciter are changed.
Therapy and training device for the back, the device comprising, two elastically deformable bodies which are spaced at a distance from each other an elastically deformable spacer which is arranged between the two bodies, characterized in that the two spherical bodies have a diameter between 50mm and 140mm and are comprised of foamed material, and the spacer is a helical spring, the ends of which are fixed within the spherical bodies wherein the helical spring connects the bodies at a distance of 20mm. two elastically deformable bodies which are spaced at a distance from each other an elastically deformable spacer which is arranged between the two bodies, the two spherical bodies have a diameter between 50mm and 140mm and are comprised of foamed material, and the spacer is a helical spring, the ends of which are fixed within the spherical bodies wherein the helical spring connects the bodies at a distance of 20mm.
A method for producing a polyphenol composition comprising a step of subjecting: a hardly water-soluble polyphenol and one or more selected from catechins, chlorogenic acids and methylated compounds of hardly water-soluble polyphenols, wherein a hardly water-soluble polyphenol is one or more selected from hesperidin, quercetin, resveratrol, naringin, curcumin, rutin, caffeic acid and ferulic acid, to a heat treatment at from 100 to 180°C in the presence of an aqueous medium, and a step of cooling the reaction solution obtained by the heat treatment to 90°C or lower at a cooling rate of 1°C/s or more and 100°C/s or less. a hardly water-soluble polyphenol and one or more selected from catechins, chlorogenic acids and methylated compounds of hardly water-soluble polyphenols, wherein a hardly water-soluble polyphenol is one or more selected from hesperidin, quercetin, resveratrol, naringin, curcumin, rutin, caffeic acid and ferulic acid,