mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: maintaining a remote autonomous system table that associates index numbers with remote autonomous systems; maintaining a forwarding table that associates labels with a type of spoof check and spoof check information, and correlates labels associated with incoming packets with next hops within the network; maintaining an interface table that associates interface index numbers with virtual routers and remote autonomous system index numbers; outputting a message advertising a label for a label switched path -LSP- within a network, wherein the message is output on an interface (16A, 22) of a first label switch router (LSR, 12B, 20); after advertising the label, receiving a packet from a second label switch router (LSR, 12A) that is upstream from the first label switch router along the LSP, wherein the packet includes the advertised label; and verifying that the packet was received on the interface of the first label switch router from which the message was output and the label was advertised, wherein said verifying comprises: determining a type of spoof check to be performed based on the forwarding table; and performing the determined type of spoof check on the packet. maintaining a remote autonomous system table that associates index numbers with remote autonomous systems; maintaining a forwarding table that associates labels with a type of spoof check and spoof check information, and correlates labels associated with incoming packets with next hops within the network; maintaining an interface table that associates interface index numbers with virtual routers and remote autonomous system index numbers; outputting a message advertising a label for a label switched path -LSP- within a network, wherein the message is output on an interface (16A, 22) of a first label switch router (LSR, 12B, 20); after advertising the label, receiving a packet from a second label switch router (LSR, 12A) that is upstream from the first label switch router along the LSP, wherein the packet includes the advertised label; and verifying that the packet was received on the interface of the first label switch router from which the message was output and the label was advertised, wherein said verifying comprises: determining a type of spoof check to be performed based on the forwarding table; and performing the determined type of spoof check on the packet. determining a type of spoof check to be performed based on the forwarding table; and performing the determined type of spoof check on the packet.
A wave activated power generating device, comprising: a platform; a buoy vertically positioned to rise and fall relative to motion of waves impacting the buoy and the platform, wherein the buoy includes a plurality of heatproof plastic tubes as internal pressure pillars, each of the plastic tubes having four walls and being square shaped in cross section, a hollow interior of each of the plastic tubes is filled with plastic foam particles, wherein the external surface of each foamed particle filled tube is wrapped in soft FRP material and wherein the plurality of foamed plastic tubes are assembled together and wrapped with soft FRP prepreg material; the device further comprising: a rack and pinion structure (24, 25) operatively connected between the buoy and the platform such that a pinion element of the rack and pinion structure (24, 25) generates rotating torque by moving along the rack element in response to the buoy rising and falling by the wave motion; and a power generator unit operative connected to the rack and pinion structure (24, 25) to generate electricity in response to rotating torque generated by the pinion element. a platform; a buoy vertically positioned to rise and fall relative to motion of waves impacting the buoy and the platform, wherein the buoy includes a plurality of heatproof plastic tubes as internal pressure pillars, each of the plastic tubes having four walls and being square shaped in cross section, a hollow interior of each of the plastic tubes is filled with plastic foam particles, wherein the external surface of each foamed particle filled tube is wrapped in soft FRP material and wherein the plurality of foamed plastic tubes are assembled together and wrapped with soft FRP prepreg material; the device further comprising: a rack and pinion structure (24, 25) operatively connected between the buoy and the platform such that a pinion element of the rack and pinion structure (24, 25) generates rotating torque by moving along the rack element in response to the buoy rising and falling by the wave motion; and a power generator unit operative connected to the rack and pinion structure (24, 25) to generate electricity in response to rotating torque generated by the pinion element. a rack and pinion structure (24, 25) operatively connected between the buoy and the platform such that a pinion element of the rack and pinion structure (24, 25) generates rotating torque by moving along the rack element in response to the buoy rising and falling by the wave motion; and a power generator unit operative connected to the rack and pinion structure (24, 25) to generate electricity in response to rotating torque generated by the pinion element.
Vessel for e.g. well intervention or deep sea lowering, comprising a moon pool and a hoisting arrangement for lowering and retrieving items, in particular equipment, tools, and/or supplies or modules comprising the same, through the moon pool, into respectively from the sea and onto respectively from the seabed or an installation on the seabed wherein one or more guides are present for laterally retaining items inside the moon pool, preferably at least two guides positioned on opposite sides or corners of the moon pool, and comprising a tower for supporting and/or receiving one or more of the items, which tower is translatingly mounted between the guides, characterized in that the tower has an open side to allow items to be entered into the tower.
An isolated Leukocidin E (LukE) antibody, or an antibody fragment thereof having antigen binding activity, wherein said antibody or binding fragment thereof, binds an epitope within a region of LukE corresponding to amino acid residues 182-196 of SEQ ID NO:4.
A pressure regulating bypass valve, comprising: - a hollow element internally defining a chamber, said chamber having an inlet section, a delivery section and a discharge section; - an interception member housed inside said chamber and that is slidably movable between a discharge position, in which it defines a fluid connection between the inlet section and the discharge section, occluding a fluid connection between the inlet section and the delivery section, and a delivery position, in which it defines a fluid connection between the inlet section and the delivery section, occluding a fluid connection between the inlet section and the discharge section; - elastic means configured to exert an elastic force on said interception member so as to push said interception member towards the discharge position, said elastic means determining a positioning and/or movement of the interception member between the discharge position and the delivery position as a function of an inlet pressure of a fluid at the inlet section and of a delivery pressure of a fluid at the delivery section, wherein said interception member can additionally be positioned in an intermediate position between the discharge and delivery positions, in which said interception member obstructs the fluid connection between the inlet section and the discharge section, characterized in that said elastic means comprises a first elastic element and a second elastic element having greater rigidity with respect to the first elastic element, said first and second elastic elements (31, 32) being arranged in series so that said interception member can reach said intermediate position by means of a deformation of at least said first elastic element and in such a manner that a subsequent passage of the interception member from the intermediate position to the delivery position is determined at least partly by an at least partial compression of the second elastic element. - a hollow element internally defining a chamber, said chamber having an inlet section, a delivery section and a discharge section; - an interception member housed inside said chamber and that is slidably movable between a discharge position, in which it defines a fluid connection between the inlet section and the discharge section, occluding a fluid connection between the inlet section and the delivery section, and a delivery position, in which it defines a fluid connection between the inlet section and the delivery section, occluding a fluid connection between the inlet section and the discharge section; - elastic means configured to exert an elastic force on said interception member so as to push said interception member towards the discharge position, said elastic means determining a positioning and/or movement of the interception member between the discharge position and the delivery position as a function of an inlet pressure of a fluid at the inlet section and of a delivery pressure of a fluid at the delivery section,
An in vitro method for predicting suicide ideation and/or suicide attempt comprising the steps of: a. measuring DNA methylation level at a CpG dinucleotide located in the 3' untranslated region of SKA2 on the minus strand of chromosome 17, at position 57187729, from DNA isolated from a sample collected from the subject; b. identifying the genotype at the SNP rs7208505, from DNA isolated from a sample collected from the subject; and c. predicting suicide attempt and/or suicide ideation by the subject using a linear model that incorporates the measured DNA methylation level and genotype, wherein measured DNA hypermethylation and a cytosine at the SNP rs7208505 correlate to a prediction of suicide attempt and/or suicide ideation by the subject. a. measuring DNA methylation level at a CpG dinucleotide located in the 3' untranslated region of SKA2 on the minus strand of chromosome 17, at position 57187729, from DNA isolated from a sample collected from the subject; b. identifying the genotype at the SNP rs7208505, from DNA isolated from a sample collected from the subject; and c. predicting suicide attempt and/or suicide ideation by the subject using a linear model that incorporates the measured DNA methylation level and genotype, wherein measured DNA hypermethylation and a cytosine at the SNP rs7208505 correlate to a prediction of suicide attempt and/or suicide ideation by the subject.
A methacrylic resin, the methacrylic resin having a cyclic structure in a main chain thereof, the methacrylic resin having a glass transition temperature of higher than 120 °C and 160 °C or lower, wherein a sign of an orientational birefringence when being oriented so as to have a degree of orientation of 0.03 is different from the sign of the orientational birefringence when being oriented so as to have a degree of orientation of 0.08; wherein the methacrylic resin comprises an N-substituted maleimide monomer-derived structural unit or a glutarimide structural unit, wherein the glass transition temperature is determined in accordance with JIS-K7121; wherein the sign of the orientational birefringence is determined in accordance with the method mentioned in the specification. the methacrylic resin having a cyclic structure in a main chain thereof, the methacrylic resin having a glass transition temperature of higher than 120 °C and 160 °C or lower, wherein a sign of an orientational birefringence when being oriented so as to have a degree of orientation of 0.03 is different from the sign of the orientational birefringence when being oriented so as to have a degree of orientation of 0.08; wherein the methacrylic resin comprises an N-substituted maleimide monomer-derived structural unit or a glutarimide structural unit, wherein the glass transition temperature is determined in accordance with JIS-K7121; wherein the sign of the orientational birefringence is determined in accordance with the method mentioned in the specification.
Caps and closures comprising high density polyethylene, polyolefin elastomer and polypropylene wherein the amount of high density polyethylene is more than 50% by weight of the total amount of high density polyethylene, polyolefin elastomer and polypropylene and wherein the total amount of high density polyethylene, polyolefin elastomer and polypropylene is 100 % by weight.
Use of a mixture of a triglyceride oil having a solid fat content at ambient to body temperature and an emulsifier for the preparation of a pharmacologically active composition for increasing energy expenditure such as resting energy expenditure to maintain weight for a period of at least 18 months after weight loss wherein the triglyceride oil is selected from the group consisting of palm oil, cocoa butter, illipe butter, shea butter, kokum butter, sal butter, hydrogenated or partly hydrogenated soybean oil, rapeseed oil, cotton oil, sunflower oil or fractions thereof.
A method of preparing a CO 2 reforming catalyst comprising: immersing a porous carrier comprising alumina in a precursor solution of at least one catalyst metal to obtain an immersed carrier, the at least one catalyst metal including a transition metal selected from a Group 6-12 element; drying the immersed carrier to obtain a catalyst-carrier complex in which at least one catalyst metal particle is supported by the porous carrier; firing the catalyst-carrier complex at a temperature of 450 °C to 900 °C under a nitrogen (N 2) gas atmosphere to obtain a fired complex; purging the fired complex with inert gas to obtain a purged complex; reducing the purged complex at a temperature of 500 °C to 900 °C under a hydrogen gas atmosphere to obtain a reduced complex; immersing the reduced complex in water to obtain a water-immersed complex; and reducing the obtained water-immersed complex at a temperature of 800 °C to 900 °C under a hydrogen gas atmosphere to obtain the CO 2 reforming catalyst; the Group 6-12 element is Ni. immersing a porous carrier comprising alumina in a precursor solution of at least one catalyst metal to obtain an immersed carrier, the at least one catalyst metal including a transition metal selected from a Group 6-12 element; drying the immersed carrier to obtain a catalyst-carrier complex in which at least one catalyst metal particle is supported by the porous carrier; firing the catalyst-carrier complex at a temperature of 450 °C to 900 °C under a nitrogen (N 2) gas atmosphere to obtain a fired complex; purging the fired complex with inert gas to obtain a purged complex; reducing the purged complex at a temperature of 500 °C to 900 °C under a hydrogen gas atmosphere to obtain a reduced complex; immersing the reduced complex in water to obtain a water-immersed complex; and reducing the obtained water-immersed complex at a temperature of 800 °C to 900 °C under a hydrogen gas atmosphere to obtain the CO 2 reforming catalyst; the Group 6-12 element is Ni.
Method for the purification of contaminated air containing CO 2 by means of microorganisms, comprising the steps of: a) reception of air containing CO 2 proceeding from a source of contaminated air; b) physical catalysis, wherein the air containing CO 2 is passed across plates comprising calcium and/or magnesium salts, whereon part of the CO 2 of the air becomes fixed in the form of calcium and/or magnesium carbonates; c) fermentation, wherein the air proceeding from step b) is passed across a culture comprising a biofamily of microorganisms comprising microalgae selected from the classes chlorophyceae cyanophyceae, cryptophyceae, diatomaceae, and/or spores of algae being brown laminariales, red of order gigartinales or green of order ulvales, in any combination thereof, wherein at least part of the remaining CO 2 in the air becomes dissolved; characterised in that the method further comprises the step of: d) maximizing production of O 2, wherein the culture from step c) containing CO 2 in solution and the said biofamily of microorganisms is passed along a circuit wherein it is subjected simultaneously to a series of pressures ranging between 0.01 atm and 5.5 atm in succession and to irradiation with a series of frequencies of the light spectrum of wavelength between 400 and 750 nm and intensity of irradiation between 5 and 50 W/cm 2 also in succession, thereby causing a reduction in the content of CO 2 in the culture through absorption and/or digestion of said CO 2 in the microorganisms and producing O 2. a) reception of air containing CO 2 proceeding from a source of contaminated air; b) physical catalysis, wherein the air containing CO 2 is passed across plates comprising calcium and/or magnesium salts, whereon part of the CO 2 of the air becomes fixed in the form of calcium and/or magnesium carbonates; c) fermentation, wherein the air proceeding from step b) is passed across a culture comprising a biofamily of microorganisms comprising microalgae selected from the classes chlorophyceae cyanophyceae, cryptophyceae, diatomaceae, and/or spores of algae being brown laminariales, red of order gigartinales or green of order ulvales, in any combination thereof, wherein at least part of the remaining CO 2 in the air becomes dissolved; d) maximizing production of O 2, wherein the culture from step c) containing CO 2 in solution and the said biofamily of microorganisms is passed along a circuit wherein it is subjected simultaneously to a series of pressures ranging between 0.01 atm and 5.5 atm in succession and to irradiation with a series of frequencies of the light spectrum of wavelength between 400 and 750 nm and intensity of irradiation between 5 and 50 W/cm 2 also in succession, thereby causing a reduction in the content of CO 2 in the culture through absorption and/or digestion of said CO 2 in the microorganisms and producing O 2.
A fuel injection control apparatus of an internal combustion engine which includes a first fuel injection valve that injects fuel into a cylinder and a second fuel injection valve that injects fuel into an intake port, and which supplies fuel into the cylinder by using both the first fuel injection valve and the second fuel injection valve, and which switches between a first combustion whose combustion air-fuel ratio is near a stoichiometric air-fuel ratio and whose fuel injection proportion between the first fuel injection valve and the second fuel injection valve is a first fuel injection proportion, and a second combustion whose combustion air-fuel ratio is an air-fuel ratio different from the combustion air-fuel ratio of the first combustion and whose fuel injection proportion between the first fuel injection valve and the second fuel injection valve is a second fuel injection proportion, characterized in that a fuel injection correction coefficient (k2n) for the first fuel injection valve and the second fuel injection valve with respect to the second fuel injection proportion in the second combustion is learned in each learning region based on a fuel supply amount supplied into the cylinder, by performing the first combustion whose fuel injection proportion is set to the second fuel injection proportion, in an operation region in which the second combustion is to be performed. a fuel injection correction coefficient (k2n) for the first fuel injection valve and the second fuel injection valve with respect to the second fuel injection proportion in the second combustion is learned in each learning region based on a fuel supply amount supplied into the cylinder, by performing the first combustion whose fuel injection proportion is set to the second fuel injection proportion, in an operation region in which the second combustion is to be performed.
A switch-mode power supply, comprising: at least one input; at least one output; and a power circuit coupled between the at least one input and the at least one output for converting an input voltage or current to an output voltage or current; the power circuit including an electrical component having windings, an adjustable spacer (106, 506) positioned between the windings, and a core magnetically coupling the windings; the adjustable spacer (106, 506) including a thickness that is adjustable, characterized by the adjustable spacer comprising: a first disk (110, 510); a second disk (112, 512); and means for engaging the first and second disks to adjust a spacing between the first and second disks via rotation of the first disk with respect to the second disk to adjust the thickness. at least one input; at least one output; and a power circuit coupled between the at least one input and the at least one output for converting an input voltage or current to an output voltage or current; the power circuit including an electrical component having windings, an adjustable spacer (106, 506) positioned between the windings, and a core magnetically coupling the windings; the adjustable spacer (106, 506) including a thickness that is adjustable, characterized by the adjustable spacer comprising: a first disk (110, 510); a second disk (112, 512); and means for engaging the first and second disks to adjust a spacing between the first and second disks via rotation of the first disk with respect to the second disk to adjust the thickness. a first disk (110, 510); a second disk (112, 512); and means for engaging the first and second disks to adjust a spacing between the first and second disks via rotation of the first disk with respect to the second disk to adjust the thickness.