mhurhangee/ep-ind-claims huggingface dataset:
A method for determining an amount of ascorbic acid in a sample by tandem mass spectrometry, comprising: (a) generating a fragment ion from the ascorbic acid with a mass to charge ratio (m/z) of about 115 by in-source fragmentation; (b) generating one or more product ions of the ascorbic acid fragment ion by tandem mass spectrometry; (c) detecting the amount of one or more of the ascorbic acid fragment ion generated in step (a) and the one or more product ions of step (b), or the one or more product ions of step (b); and (d) relating the detected ions to the amount of the ascorbic acid in the sample. (a) generating a fragment ion from the ascorbic acid with a mass to charge ratio (m/z) of about 115 by in-source fragmentation; (b) generating one or more product ions of the ascorbic acid fragment ion by tandem mass spectrometry; (c) detecting the amount of one or more of the ascorbic acid fragment ion generated in step (a) and the one or more product ions of step (b), or the one or more product ions of step (b); and (d) relating the detected ions to the amount of the ascorbic acid in the sample.
An aerosol delivery device (800; 900), comprising: a control body (802; 902); a cartridge (804; 904) comprising a reservoir (820; 922) at least partially filled with an aerosol precursor composition (832; 932), the cartridge (804; 904) being configured to receive an airflow; an atomizer (823; 913) comprising a heating element (824; 914); characterised by a pressure controller configured to control dispensing of the aerosol precursor composition (832; 932) from the reservoir (820; 922) based on a pressure differential between a first pressure within the reservoir (820; 922) and a second pressure proximate the atomizer (823; 913), the atomizer (823; 913) being configured to heat the aerosol precursor composition (832; 932) received from the reservoir (820; 922) to add an aerosol to the airflow. a control body (802; 902); a cartridge (804; 904) comprising a reservoir (820; 922) at least partially filled with an aerosol precursor composition (832; 932), the cartridge (804; 904) being configured to receive an airflow; an atomizer (823; 913) comprising a heating element (824; 914); characterised by a pressure controller configured to control dispensing of the aerosol precursor composition (832; 932) from the reservoir (820; 922) based on a pressure differential between a first pressure within the reservoir (820; 922) and a second pressure proximate the atomizer (823; 913), the atomizer (823; 913) being configured to heat the aerosol precursor composition (832; 932) received from the reservoir (820; 922) to add an aerosol to the airflow.
An outlet valve for a toilet cistern with: - an outlet opening; - an overflow tube that can be moved between an open position and a closed position in order to open and close the outlet opening; - a throttle that is arranged downstream of the overflow tube, characterized in that the throttle is designed for adjusting the volumetric flow of flushing water flowing through the outlet valve when the outlet valve is opened, wherein the throttle comprises an actuating means, which can be actuated for adjusting the throttle in the mounted state of the outlet valve. - an outlet opening; - an overflow tube that can be moved between an open position and a closed position in order to open and close the outlet opening; - a throttle that is arranged downstream of the overflow tube,
A packaging sheet comprising: a heat seal layer for thermally welding by heating; a heat-sensitive layer including a color developing material that develops a color by heating, wherein: the heat-sensitive layer includes a first component for suppressing diffused reflection in the heat-sensitive layer, functioning as a first diffused reflection suppression component; an intermediate layer in contact with the heat-sensitive layer, wherein: the intermediate layer includes a second component for suppressing diffused reflection in the packaging sheet, functioning as a second diffused reflection suppression component; and the second component for suppressing diffused reflection includes hydrophilic resin or water-soluble resin; and a base material layer that secures a strength and protects the heat-sensitive layer, wherein: the base material layer is at least one selected from the group consisting of polyolefin resin, styrene resin, polyester resin, and carbonate resin, the heat seal layer, the intermediate layer, the heat-sensitive layer, and the base material layer are provided in this order from a back surface side in a thickness direction; and the packaging sheet is transparent before the heat-sensitive layer develops the color. a heat seal layer for thermally welding by heating; a heat-sensitive layer including a color developing material that develops a color by heating, wherein: the heat-sensitive layer includes a first component for suppressing diffused reflection in the heat-sensitive layer, functioning as a first diffused reflection suppression component; an intermediate layer in contact with the heat-sensitive layer, wherein: the intermediate layer includes a second component for suppressing diffused reflection in the packaging sheet, functioning as a second diffused reflection suppression component; and the second component for suppressing diffused reflection includes hydrophilic resin or water-soluble resin; and the intermediate layer includes a second component for suppressing diffused reflection in the packaging sheet, functioning as a second diffused reflection suppression component; and the second component for suppressing diffused reflection includes hydrophilic resin or water-soluble resin; and a base material layer that secures a strength and protects the heat-sensitive layer, wherein: the base material layer is at least one selected from the group consisting of polyolefin resin, styrene resin, polyester resin, and carbonate resin, the heat seal layer, the intermediate layer, the heat-sensitive layer, and the base material layer are provided in this order from a back surface side in a thickness direction; and the packaging sheet is transparent before the heat-sensitive layer develops the color. the base material layer is at least one selected from the group consisting of polyolefin resin, styrene resin, polyester resin, and carbonate resin, the heat seal layer, the intermediate layer, the heat-sensitive layer, and the base material layer are provided in this order from a back surface side in a thickness direction; and the packaging sheet is transparent before the heat-sensitive layer develops the color.
Phthalonitrile-based resin comprising repeat units formed by the reaction of a phthalonitrile compound and a curing agent, wherein the phthalonitrile compound comprises 4,4'-bis(3,4-dicyanophenoxy)diphenyloxide represented by the following Chemical Formula 1 and 4,4'-bis(3,4-dicyanophenoxy)biphenyl represented by the following Chemical Formula 2 at a weight ratio of 30:70 to 90:10:
A computing system, comprising: one or more processors; memory; and one or more programming modules stored on the memory and executable by the one or more processors to perform acts comprising: monitoring and providing policies to a plurality of virtual resources (108, 114) in a network; determining that at least two or more of the plurality of virtual resources are duplicates of each other; in response to the determining, selecting a selected virtual resource from the at least two or more of the plurality of virtual resources to provide networking connectivity within the network based at least in part on port versions of the at least two or more of the plurality of virtual resources and/or on statuses of the at least two or more of the plurality of virtual resources; and providing network configuration updates to one or more networking resources (108, 114) in the network, the network configuration updates providing the networking connectivity to the selected virtual resource. one or more processors; memory; and one or more programming modules stored on the memory and executable by the one or more processors to perform acts comprising: monitoring and providing policies to a plurality of virtual resources (108, 114) in a network; determining that at least two or more of the plurality of virtual resources are duplicates of each other; in response to the determining, selecting a selected virtual resource from the at least two or more of the plurality of virtual resources to provide networking connectivity within the network based at least in part on port versions of the at least two or more of the plurality of virtual resources and/or on statuses of the at least two or more of the plurality of virtual resources; and providing network configuration updates to one or more networking resources (108, 114) in the network, the network configuration updates providing the networking connectivity to the selected virtual resource. monitoring and providing policies to a plurality of virtual resources (108, 114) in a network; determining that at least two or more of the plurality of virtual resources are duplicates of each other; in response to the determining, selecting a selected virtual resource from the at least two or more of the plurality of virtual resources to provide networking connectivity within the network based at least in part on port versions of the at least two or more of the plurality of virtual resources and/or on statuses of the at least two or more of the plurality of virtual resources; and providing network configuration updates to one or more networking resources (108, 114) in the network, the network configuration updates providing the networking connectivity to the selected virtual resource.
Chondroitinase ABC for use in a method of treating disc herniation in a human, the method comprising administering the chondroitinase ABC in a single dose into an affected disc in an amount of 1-3 units per disc, one unit of chondroitinase ABC being the amount liberating 1 μmol of unsaturated disaccharide per minute when allowed to react with chondroitin sulfate C as a substrate at a pH of 8.0 and a temperature of 37°C.
A carbamate compound which is carbamic acid -1-(2-chlorophenyl)-2-tetrazol-2-yl-ethyl ester of the following Formula 2, or a pharmaceutically acceptable salt, solvate or hydrate thereof for use in the prevention, alleviation or treatment of pruritus:
A luminaire comprising - at least one LED module, - a reflector for influencing the light emitted by the LED module and - motion detection means comprising at least one sensor having a detection surface, wherein the luminaire further comprises guiding means for guiding infrared radiation arriving at or in the reflector to the detection surface of the sensor, wherein the guiding means are at least partly integrated in the reflector characterized in that the reflector (2, 9) has at least one reflective element and/or a reflective surface for reflecting the infrared radiation to the guiding means (3, 8). - at least one LED module, - a reflector for influencing the light emitted by the LED module and - motion detection means comprising at least one sensor having a detection surface,
A method of controlling a distributed computing infrastructure, comprising a plurality of client systems (A - K), and a plurality of physical datacentres (X, Y, Z) having physical data-processing resources organised to operate as a plurality of virtual datacentres (2X, 2Y, 2Z), each virtual datacentre being configured with a respective set of service capabilities, the method comprising the steps of analysing a demand profile for each client system and allocating each client system to be handled by one of the virtual datacentres according to the service capabilities of the respective physical datacentres so that each client system is allocated to a single physical datacentre for the set of all its service capabilities currently comprised in its demand profile, wherein the demand profile specifies the type and capacity of each virtual datacentre component to be included in the datacentre service to be delivered and wherein in the event of changes to the demand profiles of one or more client systems, the client system allocations are re-mapped to existing service capabilities of the virtual datacentres so that each client system is allocated to a single physical datacentre for the set of all its service capabilities currently comprised in its demand profile, and routing and signalling instructions are transmitted to elements of the distributed infrastructure to configure interactions between the client systems and the virtual datacentres.
An ink jet recording ink, comprising: a pigment; water; and water-soluble compounds, wherein the pigment comprises a resin-dispersed pigment dispersed with a (meth)acrylate-based random copolymer having an acid value of 100 mgKOH/g or more and 160 mgKOH/g or less, wherein the water-soluble compounds include at least ethylene urea and a water-soluble compound having a hydrophilicity-hydrophobicity coefficient defined by the following equation of 0.37 or less, wherein a total content of the water-soluble compounds is 22 mass% or more and 50 mass% or less with respect to a total amount of the ink, and wherein a content of the ethylene urea is 11.0 mass% or more with respect to the total amount of the ink, and a proportion of an amount of the ethylene urea in a total amount of the water-soluble compounds is 50% by mass or less, Hydrophilicity − hydrophobicity coefficient = water activity value of 20 % aqueous solution − molar fraction of water in 20 % aqueous solution 1 − molar fraction of water in 20 % aqueous solution wherein the water activity value in the equation is represented by the equation "water activity value=(water vapor pressure of aqueous solution)/(water vapor pressure of pure water)". a pigment; water; and water-soluble compounds, wherein the pigment comprises a resin-dispersed pigment dispersed with a (meth)acrylate-based random copolymer having an acid value of 100 mgKOH/g or more and 160 mgKOH/g or less, wherein the water-soluble compounds include at least ethylene urea and a water-soluble compound having a hydrophilicity-hydrophobicity coefficient defined by the following equation of 0.37 or less, wherein a total content of the water-soluble compounds is 22 mass% or more and 50 mass% or less with respect to a total amount of the ink, and wherein a content of the ethylene urea is 11.0 mass% or more with respect to the total amount of the ink, and a proportion of an amount of the ethylene urea in a total amount of the water-soluble compounds is 50% by mass or less, Hydrophilicity − hydrophobicity coefficient = water activity value of 20 % aqueous solution − molar fraction of water in 20 % aqueous solution 1 − molar fraction of water in 20 % aqueous solution wherein the water activity value in the equation is represented by the equation "water activity value=(water vapor pressure of aqueous solution)/(water vapor pressure of pure water)".
A communication network device comprising at least one processor adapted for configuring a Wireless Area Network (WLAN) access point adapted to use at least one operational frequency channel to transmit or receive data when said access point is in an operational mode, said configuring comprising: - checking an availability of at least one restricted frequency channel, a use of said restricted frequency channel being restricted by said availability; - choosing said operational frequency channel from a set of frequency channels including said checked frequency channel, according to said checked availability; a first configuring, performed before said WLAN access point enters into said operational mode, comprising a first checking of restricted frequency channels belonging to a first proper sub-set of said set; at least one second checking of at least one restricted frequency channel of said set, that has not been checked as available, being performed after said first configuring; said at least one processor being adapted for storing localization information related to a current location of said WLAN access point at the time of said first and/or second checking and characterized by said first configuring being performed when a localization information deduced from a current location of the WLAN access point is different from said stored localization information. - checking an availability of at least one restricted frequency channel, a use of said restricted frequency channel being restricted by said availability; - choosing said operational frequency channel from a set of frequency channels including said checked frequency channel, according to said checked availability;
A method of supplying a first fuel composition and a second fuel composition for use in a machine to achieve a fuel supply requirement, where the first fuel composition is different to the second fuel composition, the method comprising the steps of: i) identifying a period of operation corresponding to the fuel supply requirement; ii) determining at least one ambient air condition in which the machine will operate during the period of operation; iii) referring to a policy database to determine a duration of time in which, whilst in the ambient air condition, it is required to achieve a predetermined vapour trail characteristic, where the said duration may be equal to or less than the period of operation; iv) determining a resultant fuel composition for use by the machine in the ambient air condition to achieve the predetermined vapour trail characteristic, where the resultant fuel composition comprises the first fuel composition and the second fuel composition, the resultant fuel composition being calculated as a function of desired soot emission index determined by a soot requirement generator, and the desired soot emission index being determined as a function of one or more measured, forecast and/or inferred values of the ambient air condition including one or more of ambient temperature, ambient pressure and/or ambient humidity; v) determining the ratio of the first fuel composition and the second fuel composition required for sufficient resultant fuel composition for the duration of time determined in step iii); and vi) producing a first signal indicative of the ratio of the first and the second fuel compositions required for the duration of time determined in step iii). i) identifying a period of operation corresponding to the fuel supply requirement; ii) determining at least one ambient air condition in which the machine will operate during the period of operation; iii) referring to a policy database to determine a duration of time in which, whilst in the ambient air condition, it is required to achieve a predetermined vapour trail characteristic, where the said duration may be equal to or less than the period of operation; iv) determining a resultant fuel composition for use by the machine in the ambient air condition to achieve the predetermined vapour trail characteristic, where the resultant fuel composition comprises the first fuel composition and the second fuel composition, the resultant fuel composition being calculated as a function of desired soot emission index determined by a soot requirement generator, and the desired soot emission index being determined as a function of one or more measured, forecast and/or inferred values of the ambient air condition including one or more of ambient temperature, ambient pressure and/or ambient humidity; v) determining the ratio of the first fuel composition and the second fuel composition required for sufficient resultant fuel composition for the duration of time determined in step iii); and vi) producing a first signal indicative of the ratio of the first and the second fuel compositions required for the duration of time determined in step iii).
Prefabricated concrete step comprising a foundation section and a step section, wherein the foundation section comprises - a foundation section base surface (Fg) provided to rest on the subsoil, and - a foundation section shell surface, wherein the step section comprises: - a step section cover surface (Sd) provided as a tread surface, - a step section base surface (Sg) opposite the step section cover surface (Sd), and - a step section shell surface, wherein the foundation section is designed and configured for anchoring the prefabricated concrete step in the subsoil, wherein the step section, at least in a partial area of its step section shell surface, projects beyond the foundation section in a partial area of the foundation section shell surface thereof, wherein the prefabricated concrete step comprises elongated reinforcing elements, wherein at least one of the elongated reinforcing elements comprises a foundation reinforcing section arranged in the foundation section and a step reinforcing section arranged in the step section, characterized in that the vertical extent (vAF) of the foundation section extending from the foundation section base surface (Fg) to the step section base surface (Sg) is at least 40 cm. wherein the foundation section comprises - a foundation section base surface (Fg) provided to rest on the subsoil, and - a foundation section shell surface, - a foundation section base surface (Fg) provided to rest on the subsoil, and - a foundation section shell surface, wherein the step section comprises: - a step section cover surface (Sd) provided as a tread surface, - a step section base surface (Sg) opposite the step section cover surface (Sd), and - a step section shell surface, - a step section cover surface (Sd) provided as a tread surface, - a step section base surface (Sg) opposite the step section cover surface (Sd), and - a step section shell surface, wherein the foundation section is designed and configured for anchoring the prefabricated concrete step in the subsoil, wherein the step section, at least in a partial area of its step section shell surface, projects beyond the foundation section in a partial area of the foundation section shell surface thereof, wherein the prefabricated concrete step comprises elongated reinforcing elements, wherein at least one of the elongated reinforcing elements comprises a foundation reinforcing section arranged in the foundation section and a step reinforcing section arranged in the step section, characterized in that the vertical extent (vAF) of the foundation section extending from the foundation section base surface (Fg) to the step section base surface (Sg) is at least 40 cm.
A seat unit, in particular for an aircraft cabin, comprising: - a seat equipped with a sitting surface and backrest kinematics, and - a low seat structure on which the seat is mounted, said low seat structure comprising a frame with a tubular structure comprising: - a first lower tube and a second lower tube, the first lower tube and the second lower tube each carrying at least one lock for the fixation to rails, and - two fixing feet of the sitting surface and backrest kinematics, a fixing foot being formed by a tube connected at one of its ends to the first lower tube of the frame and at its other end to the second lower tube of the frame, - the seat unit further comprising a privacy shell, characterized in that the low seat structure further comprises a reinforcing belt formed by a plurality of tubes (53, 54) mechanically connected to the lower tubes (43, 44), at least a portion of the privacy shell being fixed to said reinforcing belt. - a seat equipped with a sitting surface and backrest kinematics, and - a low seat structure on which the seat is mounted, said low seat structure comprising a frame with a tubular structure comprising: - a first lower tube and a second lower tube, the first lower tube and the second lower tube each carrying at least one lock for the fixation to rails, and - two fixing feet of the sitting surface and backrest kinematics, a fixing foot being formed by a tube connected at one of its ends to the first lower tube of the frame and at its other end to the second lower tube of the frame, - the seat unit further comprising a privacy shell,