mhurhangee/ep-ind-claims huggingface dataset:
A transformer arrangement comprising: a transformer tank for a liquid-filled electrical transformer; an expansion tank; and piping, connecting the transformer tank with the expansion tank for enabling liquid of the liquid-filled transformer to flow between the transformer tank and the expansion tank via the piping, the piping comprising a valve; wherein the valve is configured for allowing the liquid to flow from the transformer tank to the expansion tank when the pressure of the liquid in the transformer tank is above a predefined first threshold and for preventing the liquid to flow from the transformer tank to the expansion tank when the pressure of the liquid in the transformer tank is below the predefined first threshold; and wherein the valve is configured for allowing the liquid to flow from the expansion tank to the transformer tank when the pressure of the liquid in the transformer tank is below a predefined second threshold and for preventing the liquid to flow from the expansion tank to the transformer tank when the pressure of the liquid in the transformer tank is above the predefined second threshold; characterized in that the expansion tank is positioned relative to the transformer tank such as to allow a top surface of the liquid in the expansion tank to be lower than a top surface of the liquid in the transformer tank. a transformer tank for a liquid-filled electrical transformer; an expansion tank; and piping, connecting the transformer tank with the expansion tank for enabling liquid of the liquid-filled transformer to flow between the transformer tank and the expansion tank via the piping, the piping comprising a valve; wherein the valve is configured for allowing the liquid to flow from the transformer tank to the expansion tank when the pressure of the liquid in the transformer tank is above a predefined first threshold and for preventing the liquid to flow from the transformer tank to the expansion tank when the pressure of the liquid in the transformer tank is below the predefined first threshold; and wherein the valve is configured for allowing the liquid to flow from the expansion tank to the transformer tank when the pressure of the liquid in the transformer tank is below a predefined second threshold and for preventing the liquid to flow from the expansion tank to the transformer tank when the pressure of the liquid in the transformer tank is above the predefined second threshold; characterized in that the expansion tank is positioned relative to the transformer tank such as to allow a top surface of the liquid in the expansion tank to be lower than a top surface of the liquid in the transformer tank.
A tablet comprising: (i) not less than 25 mass % of N-(4-(1-(2,6-difluorobenzyl)-5-((dimethylamino)methyl)-3-(6-methoxy-3-pyridazinyl)-2,4-dioxo-1,2,3,4-tetrahydrothieno[2,3-d]pyrimidin-6-yl)phenyl)-N'-methoxyurea or a salt thereof; and (ii) D-mannitol particles having an average particle size of 60 - 500 μm. (i) not less than 25 mass % of N-(4-(1-(2,6-difluorobenzyl)-5-((dimethylamino)methyl)-3-(6-methoxy-3-pyridazinyl)-2,4-dioxo-1,2,3,4-tetrahydrothieno[2,3-d]pyrimidin-6-yl)phenyl)-N'-methoxyurea or a salt thereof; and (ii) D-mannitol particles having an average particle size of 60 - 500 μm.
Resonance testing machine for testing the vibration resistance of a test body clamped between a crossmember and a vibrating head, the vibrating head, the test body and the crossmember being part of a second sub-vibration system which can vibrate in an axis x and in which the test body and a resonator containing the vibrating head, a vibrating spring and a vibrating body are arranged successively in series along the axis x, characterised in that there is a first sub-vibration system which is in series with respect to the second sub-vibration system and the resonator and which can also vibrate along the axis x, said first sub-vibration system containing the vibrating body, spring elements and a seismic mass and electromagnetic vibration generators.
A bacterial macromolecular complex produced by bacteria belonging to the Bifidobacterium longum strain deposited according to the treaty of Budapest under number CNCM I-3994, on May 23, 2008, with the Collection Nationale de Cultures de Microorganismes (CNCM) [National Collection of Microorganism Cultures], consisting of chains combining a lipoprotein and an oligosaccharide, characaterized in that: - the lipoprotein has a molecular weight of from 30 kDa to 60 kDa; - the oligosaccharide has a molecular weight of less than 15 kDa, - the lipoprotein component, which consists of all the lipoproteins of each of the chains, represents from 75 to 99% by weight of the total weight of the complex, and the oligosaccharide component, which consists of all the oligosaccharides combined with each of the chains, represents from 1 to 25% of the total weight of the complex. - the lipoprotein has a molecular weight of from 30 kDa to 60 kDa; - the oligosaccharide has a molecular weight of less than 15 kDa, - the lipoprotein component, which consists of all the lipoproteins of each of the chains, represents from 75 to 99% by weight of the total weight of the complex, and the oligosaccharide component, which consists of all the oligosaccharides combined with each of the chains, represents from 1 to 25% of the total weight of the complex.
Rubber composition based on at least one elastomer, a reinforcing filler, a crosslinking system and an optionally hydrogenated hydrocarbon-based resin, predominantly composed of units selected from the group consisting of cyclopentadiene, dicyclopentadiene, methylcyclopentadiene and mixtures thereof, said hydrocarbon-based resin having an average molecular weight Mz of less than 2000 g/mol and a glass transition temperature Tg, expressed in °C, such that: Tg ≥ 80 − 2 * % HA wherein %HA represents the content of aromatic protons of said resin, the content of said hydrocarbon-based resin is within a range extending from 15 to 150 phr, the method for measuring by size exclusion chromatography being disclosed in the description.
A gluten-free flour composition comprising a microalgal flour and at least one other gluten-free flour other than microalgal flour, wherein the microalgal flour comprises a homogenate of microalgal biomass containing predominantly or completely lysed cells in the form of a powder and contains at least 16% by dry weight triglyceride oil, wherein: the at least one other gluten-free flour is selected from the group consisting of amaranth flour, arrow root flour, buckwheat flour, rice flour, chickpea flour, cornmeal, maize flour, millet flour, potato flour, potato starch flour, quinoa flour, sorghum flour, soy flour, bean flour, legume flour, tapioca (cassava) flour, teff flour, artichoke flour, almond flour, acorn flour, coconut flour, chestnut flour, com flour and taro flour; the chlorophyll content of the microalgal biomass is less than 200 ppm; and the microalgal biomass is derived from Chlorella protothecoides. the at least one other gluten-free flour is selected from the group consisting of amaranth flour, arrow root flour, buckwheat flour, rice flour, chickpea flour, cornmeal, maize flour, millet flour, potato flour, potato starch flour, quinoa flour, sorghum flour, soy flour, bean flour, legume flour, tapioca (cassava) flour, teff flour, artichoke flour, almond flour, acorn flour, coconut flour, chestnut flour, com flour and taro flour; the chlorophyll content of the microalgal biomass is less than 200 ppm; and the microalgal biomass is derived from Chlorella protothecoides.
A method for producing a composite web for making composite security devices, the method comprising: (a) providing a first polymer film in the form of a first continuous web, wherein the first polymer film constitutes or embodies one or more first security features in the form of at least one high value material; (b) providing a second polymer film in the form of a second continuous web, wherein the second polymer film constitutes, embodies, or is coated with one or more second security features; (c) optionally applying one or more additional security features and/or one or more adhesives to one or opposing surfaces of the first and second continuous webs; (d) in-line slitting the first continuous web into a number of relatively narrow width high value threads or strips; (e) introducing separation between these relatively narrow width high value threads or strips; (f) positioning and attaching the separated high value threads or strips to a surface of the second continuous web to form a continuous composite web; and optionally, (g) laminating one or more protective layers to one or opposing surfaces of the continuous composite web. (a) providing a first polymer film in the form of a first continuous web, wherein the first polymer film constitutes or embodies one or more first security features in the form of at least one high value material; (b) providing a second polymer film in the form of a second continuous web, wherein the second polymer film constitutes, embodies, or is coated with one or more second security features; (c) optionally applying one or more additional security features and/or one or more adhesives to one or opposing surfaces of the first and second continuous webs; (d) in-line slitting the first continuous web into a number of relatively narrow width high value threads or strips; (e) introducing separation between these relatively narrow width high value threads or strips; (f) positioning and attaching the separated high value threads or strips to a surface of the second continuous web to form a continuous composite web; and optionally, (g) laminating one or more protective layers to one or opposing surfaces of the continuous composite web.
A terminal apparatus for performing ACK/NACK feedback in TDD system involving carrier aggregation, the terminal apparatus comprising: a receiving section configured to receive a downlink data transmitted using a plurality of component carriers including a Primary Cell and a Secondary Cell, wherein the Primary Cell and the Secondary Cell have different UL/DL configuration patterns defining transmission timings of one or more uplink subframes, one or more downlink subframes and one or more special subframes within a frame; a response signal generating section configured to perform error detection of the downlink data for each of the Primary Cell and the Secondary Cell and to generate a response signal indicating error detection results of the downlink data; and a transmitting section configured to transmit the response signal on an uplink subframe of the Primary Cell, the uplink subframe being defined at a same timing as a transmission timing of the one or more uplink subframes defined by the configuration pattern for the Secondary Cell, characterized in that transmission timings of all one or more uplink subframes defined by the configuration pattern for the Secondary Cell are within a set of transmission timings of one or more uplink subframes defined by the configuration pattern for the Primary Cell. a receiving section configured to receive a downlink data transmitted using a plurality of component carriers including a Primary Cell and a Secondary Cell, wherein the Primary Cell and the Secondary Cell have different UL/DL configuration patterns defining transmission timings of one or more uplink subframes, one or more downlink subframes and one or more special subframes within a frame; a response signal generating section configured to perform error detection of the downlink data for each of the Primary Cell and the Secondary Cell and to generate a response signal indicating error detection results of the downlink data; and a transmitting section configured to transmit the response signal on an uplink subframe of the Primary Cell, the uplink subframe being defined at a same timing as a transmission timing of the one or more uplink subframes defined by the configuration pattern for the Secondary Cell,
A multispecific antibody, comprising: a) two modified heavy chains; wherein each heavy chain comprises in C-terminal to N-terminal direction heavy chain constant domains 3, 2 and 1 (CH3, CH2 and CH1) and a light chain variable domain, wherein the light chain variable domain is the variable domain of a common light chain; b) one modified light chain, wherein the modified light chain comprises in C-terminal to N-terminal direction a constant light chain domain of kappa isotype and a variable heavy chain domain (VH 1) derived from an antibody, which specifically binds to a first antigen; and c) one modified light chain, wherein the modified light chain comprises in C-terminal to N-terminal direction a constant light chain domain of lambda isotype and a variable heavy chain domain (VH 2) derived from an antibody, which specifically binds to a second antigen; wherein the variable domains VH 1 and VL form a first antigen binding site which specifically binds to a first antigen, and wherein the variable domains VH 2 and VL form a second antigen binding site which specifically binds to second antigen. a) two modified heavy chains; wherein each heavy chain comprises in C-terminal to N-terminal direction heavy chain constant domains 3, 2 and 1 (CH3, CH2 and CH1) and a light chain variable domain, wherein the light chain variable domain is the variable domain of a common light chain; b) one modified light chain, wherein the modified light chain comprises in C-terminal to N-terminal direction a constant light chain domain of kappa isotype and a variable heavy chain domain (VH 1) derived from an antibody, which specifically binds to a first antigen; and c) one modified light chain, wherein the modified light chain comprises in C-terminal to N-terminal direction a constant light chain domain of lambda isotype and a variable heavy chain domain (VH 2) derived from an antibody, which specifically binds to a second antigen;
An article comprising: an underlayer colored fluorescent film comprising at least one first fluorescent dye within an underlayer polymer matrix, wherein said underlayer polymer matrix has a polymer structure selected from the group consisting of an acrylic resin, a polystyrene, a polyvinyl chloride, a polyester, a polyarylate, a styrene-acrylonitrile copolymer, a polyurethane, and combinations and copolymers thereof; an overlayer colored fluorescent film having at least one second fluorescent dye within an overlayer polymer matrix, said overlayer colored fluorescent film has better fluorescent color stability than said underlayer colored film, wherein said overlayer polymer matrix has a polymer structure selected from the group consisting of a polycarbonate and copolymers thereof; the article has said overlayer colored fluorescent film over said underlayer colored fluorescent film; and said article has a selected fluorescent coloration different from both said underlayer colored fluorescent film and said overlayer colored fluorescent film. an underlayer colored fluorescent film comprising at least one first fluorescent dye within an underlayer polymer matrix, wherein said underlayer polymer matrix has a polymer structure selected from the group consisting of an acrylic resin, a polystyrene, a polyvinyl chloride, a polyester, a polyarylate, a styrene-acrylonitrile copolymer, a polyurethane, and combinations and copolymers thereof; an overlayer colored fluorescent film having at least one second fluorescent dye within an overlayer polymer matrix, said overlayer colored fluorescent film has better fluorescent color stability than said underlayer colored film, wherein said overlayer polymer matrix has a polymer structure selected from the group consisting of a polycarbonate and copolymers thereof; the article has said overlayer colored fluorescent film over said underlayer colored fluorescent film; and said article has a selected fluorescent coloration different from both said underlayer colored fluorescent film and said overlayer colored fluorescent film.
A bandage for use in the delivery of one or more agents of interest to a wound, said bandage comprising: a first electrospun dextran fiber layer that comprises electrospun dextran fibers; thrombin and fibrinogen associated with said first electrospun dextran fiber layer; and a second outermost electrospun dextran fiber layer formed on top of the thrombin and fibrinogen associated with said first electrospun dextran fiber layer to form said bandage; and wherein said electrospun dextran fibers dissolve in liquid at said wound, thereby to release said thrombin and fibrinogen into said liquid. a first electrospun dextran fiber layer that comprises electrospun dextran fibers; thrombin and fibrinogen associated with said first electrospun dextran fiber layer; and a second outermost electrospun dextran fiber layer formed on top of the thrombin and fibrinogen associated with said first electrospun dextran fiber layer to form said bandage; and wherein said electrospun dextran fibers dissolve in liquid at said wound, thereby to release said thrombin and fibrinogen into said liquid.
A driving assistance device that provides a driver with various pieces of information from a result of capturing images around an own vehicle, comprising: an image capturing unit mounted on the own vehicle to capture images behind a side of the own vehicle; a detection region setter (33, 34) that sets a detection region (A1, A2) for detecting, from image data captured by the image capturing unit, existence of an adjacent vehicle in an adjacent lane and detects, from the image capturing region (A1, A2), a high-brightness region in which brightness is equal to or higher than a first predetermined threshold value; a candidate light projecting object detector that detects a candidate light projecting object which projects light with brightness equal to or higher than a second predetermined threshold value at a position separated from the own vehicle by a predetermined distance, wherein the position, which is separated from the own vehicle by a predetermined distance, is located in a straight-line direction linking a position of the high-brightness region and the image capturing unit, in a state of viewing the vehicle from above; a cause determiner that calculates the difference between the brightness value of the high-brightness region and the brightness value at the position separated from the own vehicle by the predetermined distance and detects an adjacent vehicle from a brightness difference, wherein the cause determiner determines that there exists an adjacent vehicle in an adjacent lane if the difference of brightness values is smaller or equal than a third threshold value. an image capturing unit mounted on the own vehicle to capture images behind a side of the own vehicle; a detection region setter (33, 34) that sets a detection region (A1, A2) for detecting, from image data captured by the image capturing unit, existence of an adjacent vehicle in an adjacent lane and detects, from the image capturing region (A1, A2), a high-brightness region in which brightness is equal to or higher than a first predetermined threshold value; a candidate light projecting object detector that detects a candidate light projecting object which projects light with brightness equal to or higher than a second predetermined threshold value at a position separated from the own vehicle by a predetermined distance, wherein the position, which is separated from the own vehicle by a predetermined distance, is located in a straight-line direction linking a position of the high-brightness region and the image capturing unit, in a state of viewing the vehicle from above; a cause determiner that calculates the difference between the brightness value of the high-brightness region and the brightness value at the position separated from the own vehicle by the predetermined distance and detects an adjacent vehicle from a brightness difference, wherein the cause determiner determines that there exists an adjacent vehicle in an adjacent lane if the difference of brightness values is smaller or equal than a third threshold value.
A radiography system for executing long-length imaging using a plurality of radiation imaging apparatuses comprising: an acquisition means configured to acquire state information for each of the plurality of radiation imaging apparatuses, wherein the state information includes information indicating whether or not each radiation imaging apparatus is in a state able to execute imaging; a state control means configured to control a change of state of at least one of the plurality of radiation imaging apparatus to a same state as that of another radiation imaging apparatus from among the plurality of radiation imaging apparatuses based on the state information acquired by the acquisition means in the case that the at least one of the plurality of radiation imaging apparatuses is in a state where power consumption is higher than that of the another radiation imaging apparatus having a different state; and in the case that at least one radiation imaging apparatus from among the plurality of radiation imaging apparatuses is in a state where imaging is not executable, the state control means is configured to change the state of each of the plurality of radiation imaging apparatuses into a state where imaging is not executable based on the state information acquired by the acquisition means. an acquisition means configured to acquire state information for each of the plurality of radiation imaging apparatuses, wherein the state information includes information indicating whether or not each radiation imaging apparatus is in a state able to execute imaging; a state control means configured to control a change of state of at least one of the plurality of radiation imaging apparatus to a same state as that of another radiation imaging apparatus from among the plurality of radiation imaging apparatuses based on the state information acquired by the acquisition means in the case that the at least one of the plurality of radiation imaging apparatuses is in a state where power consumption is higher than that of the another radiation imaging apparatus having a different state; and in the case that at least one radiation imaging apparatus from among the plurality of radiation imaging apparatuses is in a state where imaging is not executable, the state control means is configured to change the state of each of the plurality of radiation imaging apparatuses into a state where imaging is not executable based on the state information acquired by the acquisition means.
A biological preparation suitable for use in biological plant protection against pests containing a carrier of a biologically active organism and a biologically active organism, wherein the carrier of the biologically active organism contains a mixture of dry component and eggs characterized in that the dry component is a blend of middlings and flour or only middlings or only flour and the amount of eggs relative to the amount of dry component is from 60% by weight to 84% by weight and the biologically active organism are entomopathogenic fungi, whose mycelium is located on the surface and inside the carrier and is capable of producing spores, the carrier is in the shape of a spatial arrangements with diameter at least 0.5 cm; intended for application in the terrain by freely throwing.