mhurhangee/patent-ind-claim-en huggingface dataset:
A method of controlling a power unit comprising a plurality of converter modules coupled to operate in parallel, each converter module being configured to convert a DC voltage into AC voltages or AC voltages into a DC voltage, the method comprising receiving a control value for each phase of a plurality of phases of each converter module, obtaining a set of phase current values for each converter module, generating a compensation value for each phase of each converter module based on the set of phase current values and a set of data stored in a memory, generating a compensated control value for each phase of each converter module based on the corresponding control value and the corresponding compensation value, and supplying the compensated control values to the respective converter modules, wherein the set of data is representative of non-linearity characteristics of the converter modules as functions of phase current value and control value, and wherein generating the compensation value for each phase of each converter module is further based on the received control value.
A copolymer containing at least an ethylene unit, a C 4-10 non-conjugated olefin unit and a conjugated diene unit, wherein a content of 3,4 or 1,2-vinyl bond in the conjugated diene unit is equal to or larger than 30 mol %; a content of the ethylene unit therein is in the range of 80 to 96 mol %, a content of the non-conjugated olefin unit therein is in the range of 3 to 19 mol %, and a content of the conjugated diene unit therein is in the range of 1 to 17 mol %; the melting point of the copolymer measured by differential scanning calorimetry (DSC) is 115 °C or lower, the melting point being measured according to JIS K 7121-1987 by using a differential scanning calorimeter; a main chain of the copolymer is constituted of only acyclic structures; and said contents of the monomer units and the vinyl bond are determined based on integration ratios of peaks in the 1 H-NMR spectrum thereof, respectively, and the acyclic structures of the main chain of the copolymer is confirmed by measurement of 13C-NMR spectrum of the copolymer. wherein a content of 3,4 or 1,2-vinyl bond in the conjugated diene unit is equal to or larger than 30 mol %; a content of the ethylene unit therein is in the range of 80 to 96 mol %, a content of the non-conjugated olefin unit therein is in the range of 3 to 19 mol %, and a content of the conjugated diene unit therein is in the range of 1 to 17 mol %; the melting point of the copolymer measured by differential scanning calorimetry (DSC) is 115 °C or lower, the melting point being measured according to JIS K 7121-1987 by using a differential scanning calorimeter; a main chain of the copolymer is constituted of only acyclic structures; and said contents of the monomer units and the vinyl bond are determined based on integration ratios of peaks in the 1 H-NMR spectrum thereof, respectively, and the acyclic structures of the main chain of the copolymer is confirmed by measurement of 13C-NMR spectrum of the copolymer.
A housing, comprising: a substrate made of metal; at least one slot penetrating through the substrate in a thickness direction of the substrate; and a filling layer received in the at least one slot and comprising an insulating sub-layer and a printed sub-layer located on the insulating sub-layer, characterised in that : the printed sub-layer is formed of a transparent polymer film subjected to a printing process, wherein the transparent polymer film is formed of polyethylene terephthalate, PET, having a high gloss surface and a matte surface, wherein the high gloss surface is subjected to the printing process and is in contact with the insulating sub-layer. and wherein the matte surface is exposed outside. a substrate made of metal; at least one slot penetrating through the substrate in a thickness direction of the substrate; and a filling layer received in the at least one slot and comprising an insulating sub-layer and a printed sub-layer located on the insulating sub-layer, characterised in that : the printed sub-layer is formed of a transparent polymer film subjected to a printing process, wherein the transparent polymer film is formed of polyethylene terephthalate, PET, having a high gloss surface and a matte surface, wherein the high gloss surface is subjected to the printing process and is in contact with the insulating sub-layer. and wherein the matte surface is exposed outside.
A pharmaceutical composition for use in a method of (i) providing hematopoietic stem cells to a subject; (ii) reducing the time to engraftment following reinfusion of stem cells in a subject; (iii) reducing the incidence of delayed primary engraftment; (iv) reducing the incidence of secondary failure of platelet production; or (v) reducing the time of platelet and/or neutrophil engraftment following reinfusion of stem cells in a subject, wherein the method comprises the steps of: administering the pharmaceutical composition to a subject; enhancing the expansion of a stem cell population within bone marrow and/or mobilizing stem cells in peripheral circulation; harvesting one or more of the bone marrow stem cells or the stem cells in the peripheral circulation; and transplanting the harvested stem cells into the subject, wherein the pharmaceutical composition comprises a thrombopoietin (TPO) mimetic compound of structure: wherein X 10 is a sarcosine or alanine residue; and a pharmaceutically acceptable carrier. (i) providing hematopoietic stem cells to a subject; (ii) reducing the time to engraftment following reinfusion of stem cells in a subject; (iii) reducing the incidence of delayed primary engraftment; (iv) reducing the incidence of secondary failure of platelet production; or (v) reducing the time of platelet and/or neutrophil engraftment following reinfusion of stem cells in a subject, administering the pharmaceutical composition to a subject; enhancing the expansion of a stem cell population within bone marrow and/or mobilizing stem cells in peripheral circulation; harvesting one or more of the bone marrow stem cells or the stem cells in the peripheral circulation; and transplanting the harvested stem cells into the subject, wherein the pharmaceutical composition comprises a thrombopoietin (TPO) mimetic compound of structure:
A device for individualized tracking of the consumption index of poultry comprising: - a weighing station , said weighing station including lateral walls and a front wall defining an available internal volume able to contain a poultry, - a means for identifying a poultry, able to identify a poultry positioned in the available internal volume of the weighing station and to supply information identifying the poultry, - a means for weighing a poultry, said poultry weighing means being able to measure the weight of a poultry positioned in the available internal volume of the weighing station and to supply poultry weight information, - a feeder containing poultry feed, coupled to a feed weighing means , the feed weighing means being able to measure the weight of feed contained in the feeder and to supply feed weight information, said feeder comprising a distribution zone , said distribution zone being accessible to only one poultry positioned in the available internal volume of the weighing station , and - a data processing module coupled with the poultry weighing means and to the feed weighing means , able to generate a consumption index based on the weight information supplied by the weighing means and by the feed weighing means , for the poultry identified based on the identification information supplied, said device being characterized in that the feeder is coupled with at least one means of movement able to move the feeder along a horizontal axis and a vertical axis, so as to adjust the distance between the feed distribution zone of the feeder and the weighing station , to the size of the poultry, and in that the weighing station does not include a door. - a weighing station , said weighing station including lateral walls and a front wall defining an available internal volume able to contain a poultry, - a means for identifying a poultry, able to identify a poultry positioned in the available internal volume of the weighing station and to supply information identifying the poultry, - a means for weighing a poultry, said poultry weighing means being able to measure the weight of a poultry positioned in the available internal volume of the weighing station and to supply poultry weight information, - a feeder containing poultry feed, coupled to a feed weighing means , the feed weighing means being able to measure the weight of feed contained in the feeder and to supply feed weight information, said feeder comprising a distribution zone , said distribution zone being accessible to only one poultry positioned in the available internal volume of the weighing station , and - a data processing module coupled with the poultry weighing means and to the feed weighing means , able to generate a consumption index based on the weight information supplied by the weighing means and by the feed weighing means , for the poultry identified based on the identification information supplied,
A method for determining a position of a fifth wheel on a vehicle, the method comprising the following steps: - receiving , at a processor aboard the vehicle, input features associated with ongoing movement of the vehicle during a period of time; - executing , via the processor, a first reinforcement learning model (RL1), wherein inputs to the first reinforcement learning model (RL1) comprise the input features (IF) and at least one feedback from the driver (FFD), the at least one feedback from the driver (FFD) indicating if a previous output of the first reinforcement learning model (RL1) was correct, the outputs of the first reinforcement learning model (RL1) comprising a current driving cycle (DC) of the vehicle; and a current driving application (DA) of the vehicle, - executing , via the processor, a second reinforcement learning model (RL2), wherein inputs to the second reinforcement learning model (RL2) comprise, the outputs of the first reinforcement learning model (RL1) and the input features (IF), output of the second reinforcement learning model (RL2) comprising a desired fifth wheel position (FWP). - receiving , at a processor aboard the vehicle, input features associated with ongoing movement of the vehicle during a period of time; - executing , via the processor, a first reinforcement learning model (RL1), wherein inputs to the first reinforcement learning model (RL1) comprise the input features (IF) and at least one feedback from the driver (FFD), the at least one feedback from the driver (FFD) indicating if a previous output of the first reinforcement learning model (RL1) was correct, the outputs of the first reinforcement learning model (RL1) comprising a current driving cycle (DC) of the vehicle; and a current driving application (DA) of the vehicle, - executing , via the processor, a second reinforcement learning model (RL2), wherein inputs to the second reinforcement learning model (RL2) comprise, the outputs of the first reinforcement learning model (RL1) and the input features (IF), output of the second reinforcement learning model (RL2) comprising a desired fifth wheel position (FWP).
The use of a sheet or film as top layer of a plate in an extrusion-based additive manufacturing system, said sheet of film comprising 1-butene based copolymer containing from from 0 to 50 wt% of ethylene, propylene, 1-hexene or 1-octene as comonomers.
A method of fabricating an organic light emitting device, comprising: a. providing a first electrode; b. depositing a first organic layer over the first electrode, the first organic layer further comprising: i. an organic host material of the first organic layer; ii. a first organic emitting material of the first organic layer; iii. a second organic emitting material of the first organic layer; c. depositing a second organic layer over and in direct contact with the first organic layer, the second organic layer comprising an organic host and an organic emitting material of the second organic layer; d. depositing a second electrode over the second organic layer; wherein the second organic layer is deposited by vapor deposition; and wherein the organic host of the second organic layer and the organic emitting material of the second organic layer are co-deposited, characterised by the first organic layer being deposited via solution processing. a. providing a first electrode; b. depositing a first organic layer over the first electrode, the first organic layer further comprising: i. an organic host material of the first organic layer; ii. a first organic emitting material of the first organic layer; iii. a second organic emitting material of the first organic layer; i. an organic host material of the first organic layer; ii. a first organic emitting material of the first organic layer; iii. a second organic emitting material of the first organic layer; c. depositing a second organic layer over and in direct contact with the first organic layer, the second organic layer comprising an organic host and an organic emitting material of the second organic layer; d. depositing a second electrode over the second organic layer;
A composition comprising: isolated opsonized PGG soluble β-glucan comprising an opsonin covalently coupled to the β-glucan; wherein the β-glucan is derived from yeast.
A semiconductor device , comprising: an n-type cladding layer ; an n-type waveguide layer formed adjacent to the n-type cladding layer ; a delta doped active region formed adjacent to the n-type waveguide layer ; a p-type waveguide layer formed adjacent to the delta doped active region ; and a p-type cladding layer formed adjacent to the p-type waveguide layer ; wherein the device is doped in such a way that at least one of a p-type dopant concentration across the delta doped active region increases from a minimum concentration at a first position to a maximum concentration at a second position and an n-type dopant concentration across the delta doped active region decreases from a maximum concentration at a third position to a minimum concentration at a fourth position, characterized in that the first position is within the n-type waveguide layer or within the n-type cladding layer and the second position is within the p-type waveguide layer or within the p-type cladding layer , and the third position is within the n-type waveguide layer or within the n-type cladding layer and the fourth position is within the p-type waveguide layer or within the p-type cladding layer . an n-type cladding layer ; an n-type waveguide layer formed adjacent to the n-type cladding layer ; a delta doped active region formed adjacent to the n-type waveguide layer ; a p-type waveguide layer formed adjacent to the delta doped active region ; and a p-type cladding layer formed adjacent to the p-type waveguide layer ; wherein the device is doped in such a way that at least one of a p-type dopant concentration across the delta doped active region increases from a minimum concentration at a first position to a maximum concentration at a second position and an n-type dopant concentration across the delta doped active region decreases from a maximum concentration at a third position to a minimum concentration at a fourth position, wherein the device is doped in such a way that at least one of a p-type dopant concentration across the delta doped active region increases from a minimum concentration at a first position to a maximum concentration at a second position and an n-type dopant concentration across the delta doped active region decreases from a maximum concentration at a third position to a minimum concentration at a fourth position, characterized in that the first position is within the n-type waveguide layer or within the n-type cladding layer and the second position is within the p-type waveguide layer or within the p-type cladding layer , and the third position is within the n-type waveguide layer or within the n-type cladding layer and the fourth position is within the p-type waveguide layer or within the p-type cladding layer .
A multiple layer polymer interlayer comprising: a polymer sheet comprising: a first plasticized poly(vinylbutyral) layer; a second plasticized poly(vinylbutyral) layer; a third plasticized poly(vinylbutyral) layer; wherein said second polymer layer is disposed between and in direct contact with said first polymer layer and said third polymer layer; wherein the amount of plasticizer in said plasticized poly(vinylbutyral) of said first polymer layer is at least 2 phr greater than the amount of plasticizer in said plasticized poly(vinylbutyral) of said second polymer layer; and wherein the amount of plasticizer in said plasticized poly(vinylbutyral) of said third polymer layer is at least 2 phr greater than the amount of plasticizer in said plasticized poly(vinylbutyral) of said second polymer layer; characterized in that said second polymer layer has a residual hydroxyl content by weight according to ASTM 1396 that is at least 0.5% greater than the residual hydroxyl content by weight in each of said plasticized poly(vinylbutyral) of said first polymer layer and said plasticized poly(vinylbutyral) of said third polymer layer; and said polymer sheet is a single coextruded polymer sheet. a first plasticized poly(vinylbutyral) layer; a second plasticized poly(vinylbutyral) layer; a third plasticized poly(vinylbutyral) layer; wherein said second polymer layer is disposed between and in direct contact with said first polymer layer and said third polymer layer; wherein the amount of plasticizer in said plasticized poly(vinylbutyral) of said first polymer layer is at least 2 phr greater than the amount of plasticizer in said plasticized poly(vinylbutyral) of said second polymer layer; and wherein the amount of plasticizer in said plasticized poly(vinylbutyral) of said third polymer layer is at least 2 phr greater than the amount of plasticizer in said plasticized poly(vinylbutyral) of said second polymer layer; characterized in that said second polymer layer has a residual hydroxyl content by weight according to ASTM 1396 that is at least 0.5% greater than the residual hydroxyl content by weight in each of said plasticized poly(vinylbutyral) of said first polymer layer and said plasticized poly(vinylbutyral) of said third polymer layer; and said polymer sheet is a single coextruded polymer sheet.
Blockout device for the formwork of a concrete structure fixed on at least one of the two metal formwork panels, consisting of a flexible and inflatable bag , provided with at least one valve , the bag comprising a first chamber and a second chamber fitting into each other, characterized in that the chambers are made of a fibrous and dense material, the first chamber is internally made of a flexible material and resistant to a pressure (P) greater than or equal to a pressure (P1) necessary to resist the impact due to the projection of the concrete onto one of the faces of the bag during the filling of the formwork and to a pressure (P2) necessary to resist the force due to the mass of concrete supported by the different parts of the bag, and the second chamber is externally made of a material that is resistant to friction with damaging external elements, and in that the device is equipped with magnetic means for fixing it to at least one of the two metal formwork panels fixed between the first chamber and the second chamber . consisting of a flexible and inflatable bag , provided with at least one valve , the bag comprising a first chamber and a second chamber fitting into each other, characterized in that the chambers are made of a fibrous and dense material, the first chamber is internally made of a flexible material and resistant to a pressure (P) greater than or equal to a pressure (P1) necessary to resist the impact due to the projection of the concrete onto one of the faces of the bag during the filling of the formwork and to a pressure (P2) necessary to resist the force due to the mass of concrete supported by the different parts of the bag, and the second chamber is externally made of a material that is resistant to friction with damaging external elements, and in that the device is equipped with magnetic means for fixing it to at least one of the two metal formwork panels fixed between the first chamber and the second chamber .
A method of reducing an image artifact in a remanufactured toner cartridge , the method comprising: operating the remanufactured toner cartridge to transfer toner to a position between a developer roller and a metering blade of the remanufactured toner cartridge , the toner having a first formulation; and positioning a material having a second formulation different from the first formulation between the developer roller and the metering blade by back driving the developer roller . operating the remanufactured toner cartridge to transfer toner to a position between a developer roller and a metering blade of the remanufactured toner cartridge , the toner having a first formulation; and positioning a material having a second formulation different from the first formulation between the developer roller and the metering blade by back driving the developer roller .
A method for monitoring and/or controlling the composition of a drilling fluid, comprising: receiving measurements of properties of a drilling fluid; determining a concentration of each of a plurality of components of the drilling fluid, by inputting the measured properties to a fluid model that relates the properties of the drilling fluid to the concentrations of each of the components; determining a desired concentration of each of the plurality of components of the drilling fluid, by inputting desired properties of the drilling fluid to the fluid model; and determining a quantity of one or more additives to be added to the drilling fluid to achieve the desired concentration of each of the plurality of components. receiving measurements of properties of a drilling fluid; determining a concentration of each of a plurality of components of the drilling fluid, by inputting the measured properties to a fluid model that relates the properties of the drilling fluid to the concentrations of each of the components; determining a desired concentration of each of the plurality of components of the drilling fluid, by inputting desired properties of the drilling fluid to the fluid model; and determining a quantity of one or more additives to be added to the drilling fluid to achieve the desired concentration of each of the plurality of components.
A pulverized coal burner , having a core duct , through which air (L) or oxygen flows and emerges at a core duct outlet , having a fuel duct , through which pulverized coal (K) flows and emerges at a fuel duct outlet , and having a plurality of plasma ignition torches , each of which produces a plasma flame that is formed outside the fuel duct and that comes into contact with the pulverized coal (K) downstream of the fuel duct outlet , wherein the plurality of plasma ignition torches are arranged outside a burner center line (A) and the plurality of plasma ignition torches are arranged within the core duct cross section and/or within the fuel duct cross section.