mhurhangee/patent-ind-claim-en huggingface dataset:
Process for applying a foamable reaction mixture onto a moving outerlayer , wherein the reaction mixture is applied onto the outerlayer from discharge openings and the outerlayer moves at a speed of ≥ 15 metres per minute relative to the discharge openings , wherein the reaction mixture is applied onto the outerlayer from ≥ 7 discharge openings simultaneously, further comprising the steps of: - providing a plurality of mixing heads , wherein each mixing head is configured for mixing two or more reactant streams to afford one product stream; - providing a distributor , wherein the distributor comprises one or more discharge conduits , the distributor is connected to the product streams from the mixing heads and the distributor is configured for combining the product streams from the mixing heads and distributing them to the one or more discharge conduits in homogeneous material composition; - providing one or more rake applicators , wherein the number of rake applicators corresponds to the number of discharge conduits of the distributor , each rake applicator is connected to a discharge conduit and each rake applicator has ≥ 4 discharge openings ; - mixing two or more reactant streams in each of the mixing heads to obtain a product stream exiting each of the mixing heads, wherein the product stream comprises a foamable reaction mixture; - combining the product streams in the distributor ; - distributing the combined product streams to the one or more discharge conduits of the distributor ; - applying the reaction mixture from the discharge openings of the one or more rake applicators onto the outerlayer . - providing a plurality of mixing heads , wherein each mixing head is configured for mixing two or more reactant streams to afford one product stream; - providing a distributor , wherein the distributor comprises one or more discharge conduits , the distributor is connected to the product streams from the mixing heads and the distributor is configured for combining the product streams from the mixing heads and distributing them to the one or more discharge conduits in homogeneous material composition; - providing one or more rake applicators , wherein the number of rake applicators corresponds to the number of discharge conduits of the distributor , each rake applicator is connected to a discharge conduit and each rake applicator has ≥ 4 discharge openings ; - mixing two or more reactant streams in each of the mixing heads to obtain a product stream exiting each of the mixing heads, wherein the product stream comprises a foamable reaction mixture; - combining the product streams in the distributor ; - distributing the combined product streams to the one or more discharge conduits of the distributor ; - applying the reaction mixture from the discharge openings of the one or more rake applicators onto the outerlayer .
A method of producing a compound represented by the formula wherein R 1 is an optionally substituted hydrocarbon group or an optionally substituted heterocyclic group, R 7 is a cyano group or a substituted carboxyl group, and R 8 is a hydrogen atom, an optionally substituted hydrocarbon group, an optionally substituted heterocyclic group, a chlorine atom or a fluorine atom, or a salt thereof, comprising reducing a compound represented by the formula wherein each symbol is as defined above, or a salt thereof, and cyclizing the reduced product.
A method for delivering the same supplemental content within streamed media to a plurality of currently connected clients, the method comprising: receiving a request at a client for a media segment, the media segment including a plurality of video frames; obtaining a stream of the media segment at the client as directed by a media server; receiving, from a supplemental content (SC) server, SC and SC instructions for insertion of the SC in the media segment at the plurality of clients, where the SC instructions include a predetermined time period for displaying the same SC; determining a place for inserting the SC in the media segment based on the predetermined time period; combining the media segment with the SC at the client according to the SC instructions, the combining including inserting the SC at the place to add or augment video frames of the media segment; and displaying the combination of media segment and SC. receiving a request at a client for a media segment, the media segment including a plurality of video frames; obtaining a stream of the media segment at the client as directed by a media server; receiving, from a supplemental content (SC) server, SC and SC instructions for insertion of the SC in the media segment at the plurality of clients, where the SC instructions include a predetermined time period for displaying the same SC; determining a place for inserting the SC in the media segment based on the predetermined time period; combining the media segment with the SC at the client according to the SC instructions, the combining including inserting the SC at the place to add or augment video frames of the media segment; and displaying the combination of media segment and SC.
A dispensing group for an espresso coffee machine , wherein said group comprises: a coffee boiler configured to contain pressurized hot water; a supply conduct for feeding hot water under pressure towards a puck of coffee powder; and a filter-holder support comprising guides forming at least one sliding surface for slidably supporting a filter holder , wherein said filter-holder support is rotatable between a first position for inserting the filter holder and a second dispensing position, wherein said dispensing group comprises a mechanical locking device for locking said filter-holder support in said second dispensing position characterized in that the filter-holder support is hinged together with the coffee boiler and rotatable relative thereto between said first and second positions. a coffee boiler configured to contain pressurized hot water; a supply conduct for feeding hot water under pressure towards a puck of coffee powder; and a filter-holder support comprising guides forming at least one sliding surface for slidably supporting a filter holder , wherein said filter-holder support is rotatable between a first position for inserting the filter holder and a second dispensing position, wherein said dispensing group comprises a mechanical locking device for locking said filter-holder support in said second dispensing position characterized in that the filter-holder support is hinged together with the coffee boiler and rotatable relative thereto between said first and second positions.
A method for wind turbine power distribution, comprising: providing a main power circuit, the main circuit comprising a generator , a main power transformer and a first current interrupter ; providing an auxiliary circuit, the auxiliary circuit comprising a second current interrupter , an auxiliary transformer , and at least one auxiliary component , whereby the auxiliary transformer is the sole source of power for the auxiliary component ; coupling the main power circuit and the auxiliary circuit at a junction ; and coupling the junction to the power grid ; providing, when the main power transformer is coupled to the power grid via the first current interrupter, electrical power from the generator to the power grid and to the at least one auxiliary component, and wherein the method comprises further steps of: isolating the main power transformer from the power grid by uncoupling the first current interrupter for maintenance operations, and back feeding, when the main power transformer is isolated from the power grid by uncoupling the first current interrupter , electrical power from the power grid to the auxiliary transformer and to the at least one auxiliary component via the second current interrupter . providing a main power circuit, the main circuit comprising a generator , a main power transformer and a first current interrupter ; providing an auxiliary circuit, the auxiliary circuit comprising a second current interrupter , an auxiliary transformer , and at least one auxiliary component , whereby the auxiliary transformer is the sole source of power for the auxiliary component ; coupling the main power circuit and the auxiliary circuit at a junction ; and coupling the junction to the power grid ; providing, when the main power transformer is coupled to the power grid via the first current interrupter, electrical power from the generator to the power grid and to the at least one auxiliary component, and wherein the method comprises further steps of: isolating the main power transformer from the power grid by uncoupling the first current interrupter for maintenance operations, and back feeding, when the main power transformer is isolated from the power grid by uncoupling the first current interrupter , electrical power from the power grid to the auxiliary transformer and to the at least one auxiliary component via the second current interrupter . isolating the main power transformer from the power grid by uncoupling the first current interrupter for maintenance operations, and back feeding, when the main power transformer is isolated from the power grid by uncoupling the first current interrupter , electrical power from the power grid to the auxiliary transformer and to the at least one auxiliary component via the second current interrupter .
A sample preparation saw , comprising: - a base ; - a housing ; - a saw assembly mounted to the base , the saw assembly including: - a blade assembly having a rotating blade , the blade assembly movable in directions along a y-axis and a z-axis, and - at least two drives for moving the blade assembly along the y-axis and the z-axis; - a sample clamping assembly mounted to the base ; and - a reservoir system operable to recirculate a rinse fluid sprayed on the rotating blade of the blade assembly , characterized in that the blade assembly is also movable along an x-axis, in that the at least two drives are also configured for moving the blade assembly along the x-axis, and in that the sample preparation saw further comprises a dressing assembly operable to dress the rotating blade of the blade assembly . - a base ; - a housing ; - a saw assembly mounted to the base , the saw assembly including: - a blade assembly having a rotating blade , the blade assembly movable in directions along a y-axis and a z-axis, and - at least two drives for moving the blade assembly along the y-axis and the z-axis; - a blade assembly having a rotating blade , the blade assembly movable in directions along a y-axis and a z-axis, and - at least two drives for moving the blade assembly along the y-axis and the z-axis; - a sample clamping assembly mounted to the base ; and - a reservoir system operable to recirculate a rinse fluid sprayed on the rotating blade of the blade assembly ,
An AC voltage output apparatus, comprising: a first poly-phase AC electric motor (MG1) including a star-connected first poly-phase winding as a stator winding; a second poly-phase AC electric motor (MG2) including a star-connected second poly-phase winding as a stator winding; first and second inverters respectively connected to said first and second poly-phase windings ; inverter control means for controlling said first and second inverters ; and AC command voltage generating means for generating an AC command voltage for generating an AC voltage across a first neutral point (N1) of said first poly-phase winding and a second neutral point (N2) of said second poly-phase winding ; characterized in that said AC command voltage generating means includes distributing means for distributing said AC command voltage to first and second AC command voltages based on a voltage burden ratio indicating ratio of voltage burdens to be borne by the first and second inverters for generating said AC voltage, said voltage burden ratio is set in accordance with driving load on said first and second poly-phase AC electric motors (MG1, MG2); and said inverter control means controls said first inverter based on a command voltage obtained by superposing said first AC command voltage on a command voltage of each phase for said first poly-phase AC electric motor (MG1), and controls said second inverter based on a command voltage obtained by superposing said second AC command voltage on a command voltage of each phase for said second poly-phase AC electric motor (MG2). a first poly-phase AC electric motor (MG1) including a star-connected first poly-phase winding as a stator winding; a second poly-phase AC electric motor (MG2) including a star-connected second poly-phase winding as a stator winding; first and second inverters respectively connected to said first and second poly-phase windings ; inverter control means for controlling said first and second inverters ; and AC command voltage generating means for generating an AC command voltage for generating an AC voltage across a first neutral point (N1) of said first poly-phase winding and a second neutral point (N2) of said second poly-phase winding ; characterized in that said AC command voltage generating means includes distributing means for distributing said AC command voltage to first and second AC command voltages based on a voltage burden ratio indicating ratio of voltage burdens to be borne by the first and second inverters for generating said AC voltage, said voltage burden ratio is set in accordance with driving load on said first and second poly-phase AC electric motors (MG1, MG2); and said inverter control means controls said first inverter based on a command voltage obtained by superposing said first AC command voltage on a command voltage of each phase for said first poly-phase AC electric motor (MG1), and controls said second inverter based on a command voltage obtained by superposing said second AC command voltage on a command voltage of each phase for said second poly-phase AC electric motor (MG2).
A method of determining a metabolic potential of a cell sample, the method comprising the steps of: measuring an initial oxygen consumption rate and an initial extracellular acidification rate of the cell sample; thereafter, simultaneously administering to the cell sample a mitochondrial uncoupling agent and an ATP synthase inhibitor; thereafter, simultaneously measuring a subsequent oxygen consumption rate and a subsequent extracellular acidification rate of the cell sample; and determining the metabolic potential of the cell sample. measuring an initial oxygen consumption rate and an initial extracellular acidification rate of the cell sample; thereafter, simultaneously administering to the cell sample a mitochondrial uncoupling agent and an ATP synthase inhibitor; thereafter, simultaneously measuring a subsequent oxygen consumption rate and a subsequent extracellular acidification rate of the cell sample; and determining the metabolic potential of the cell sample.
An integrated device package comprising: a die ; and a package substrate coupled to the die, the package substrate comprising: at least one dielectric layer ; a magnetic core in the at least one dielectric layer; a first protective ring ; and a first inductor comprising a plurality of first interconnects (230-236; 271-276), the first inductor positioned in the package substrate to at least partially surround the magnetic core, wherein the first protective ring comprises at least one interconnect from the plurality of first interconnects of the first inductor, wherein the first protective ring surrounds the magnetic core and wherein the first protective ring is more resistant to laser light than the at least one dielectric. a die ; and a package substrate coupled to the die, the package substrate comprising: at least one dielectric layer ; a magnetic core in the at least one dielectric layer; a first protective ring ; and a first inductor comprising a plurality of first interconnects (230-236; 271-276), the first inductor positioned in the package substrate to at least partially surround the magnetic core, wherein the first protective ring comprises at least one interconnect from the plurality of first interconnects of the first inductor, wherein the first protective ring surrounds the magnetic core and wherein the first protective ring is more resistant to laser light than the at least one dielectric. at least one dielectric layer ; a magnetic core in the at least one dielectric layer; a first protective ring ; and a first inductor comprising a plurality of first interconnects (230-236; 271-276), the first inductor positioned in the package substrate to at least partially surround the magnetic core, wherein the first protective ring comprises at least one interconnect from the plurality of first interconnects of the first inductor, wherein the first protective ring surrounds the magnetic core and wherein the first protective ring is more resistant to laser light than the at least one dielectric.
A pump assembly , comprising: a pump comprising a pump main body that has a length extending in a first direction, a width extending in a second direction, and a height extending in a third direction, and a coupling shaft that protrudes from the pump main body at one side and the other side in the first direction; a first supporter that has a surface intersecting the first direction and is disposed at one side in the first direction of the pump , and is coupled to the coupling shaft provided at one side in the first direction; a second supporter that has a surface intersecting the first direction and is disposed at the other side in the first direction of the first supporter with the pump between the first supporter and the second supporter and is coupled to the coupling shaft provided at the other side in the first direction; and a coupling surface that is connected to the first supporter and the second supporter , respectively, and is configured to be coupled to an installation target surface on which the pump assembly is installed, wherein the pump assembly further comprises a third supporter that is disposed at one side and the other side in the second direction of the pump and is configured to connect the first supporter and the second supporter across the first supporter and the second supporter , at least a portion of the first supporter and the second supporter are disposed between the third supporter and the coupling surface in the third direction, characterized in that at least one of the first supporter , the second supporter , and the third supporter is flexible. a pump comprising a pump main body that has a length extending in a first direction, a width extending in a second direction, and a height extending in a third direction, and a coupling shaft that protrudes from the pump main body at one side and the other side in the first direction; a first supporter that has a surface intersecting the first direction and is disposed at one side in the first direction of the pump , and is coupled to the coupling shaft provided at one side in the first direction; a second supporter that has a surface intersecting the first direction and is disposed at the other side in the first direction of the first supporter with the pump between the first supporter and the second supporter and is coupled to the coupling shaft provided at the other side in the first direction; and a coupling surface that is connected to the first supporter and the second supporter , respectively, and is configured to be coupled to an installation target surface on which the pump assembly is installed, wherein the pump assembly further comprises a third supporter that is disposed at one side and the other side in the second direction of the pump and is configured to connect the first supporter and the second supporter across the first supporter and the second supporter , at least a portion of the first supporter and the second supporter are disposed between the third supporter and the coupling surface in the third direction, characterized in that at least one of the first supporter , the second supporter , and the third supporter is flexible.
A process for the production of structured surfaces on a substrate , where the steps comprise: a) Application of a layer made of moisture-crosslinking reactive hotmelt based on a polyurethane onto at least a portion of a surface of the substrate ; b) Use, for embossing of the surface of the layer applied in a preceding step, of an embossing mold which comprises a negative of a three-dimensional structure to be produced on the substrate ; and a step c) where a lacquer layer is applied to the substrate covered with reactive hotmelt and where the lacquer layer is applied after step a) and before embossing step b) or both, before and after embossing step b). a) Application of a layer made of moisture-crosslinking reactive hotmelt based on a polyurethane onto at least a portion of a surface of the substrate ; b) Use, for embossing of the surface of the layer applied in a preceding step, of an embossing mold which comprises a negative of a three-dimensional structure to be produced on the substrate ; and a step c) where a lacquer layer is applied to the substrate covered with reactive hotmelt and where the lacquer layer is applied after step a) and before embossing step b) or both, before and after embossing step b).
A clamping device for a bone-in limb meat (W), the device comprising: a pair of clamp pieces for holding the bone-in limb meat (W); a support portion openably/closably supporting the pair of clamp pieces at respective base portions of the clamp pieces ; and rotation suppressing portions for suppressing a rotation of the bone-in limb meat (W) when the bone-in limb meat is held by the pair of clamp pieces, characterized in that the rotation suppressing portions are disposed so as to protrude from surfaces of the pair of clamp pieces along a direction perpendicular to a plane including opening/closing directions of the pair of clamp pieces , and in that in an opened state of the pair of clamp pieces , the pair of clamp pieces respectively have tip portions at positions closer to a center line (C) between the pair of clamp pieces than the rotation suppressing portions and positions farther away from the support portion than the rotation suppressing portions in a direction along the center line (C). a pair of clamp pieces for holding the bone-in limb meat (W); a support portion openably/closably supporting the pair of clamp pieces at respective base portions of the clamp pieces ; and rotation suppressing portions for suppressing a rotation of the bone-in limb meat (W) when the bone-in limb meat is held by the pair of clamp pieces, characterized in that the rotation suppressing portions are disposed so as to protrude from surfaces of the pair of clamp pieces along a direction perpendicular to a plane including opening/closing directions of the pair of clamp pieces , and in that in an opened state of the pair of clamp pieces , the pair of clamp pieces respectively have tip portions at positions closer to a center line (C) between the pair of clamp pieces than the rotation suppressing portions and positions farther away from the support portion than the rotation suppressing portions in a direction along the center line (C).