mhurhangee/ep-ind-claims huggingface dataset:
A method for determining or quantifying the amount and/or activity of a recombinant luciferase in a sample, the method comprising: (a) contacting the luciferase in the sample with an effective amount of a reagent composition that facilitates folding of the luciferase into its active form comprising one or more of bromide ion, a chelator, an oxidizing agent or redox buffer, and a buffer with a pH greater than 8.0; (b) contacting the luciferase in the sample with a substrate of the luciferase enzyme; and (c) determining or quantifying bioluminescence in the sample; wherein the recombinant luciferase is a non-secreted derivative of a luciferase that is secreted in its native form. (a) contacting the luciferase in the sample with an effective amount of a reagent composition that facilitates folding of the luciferase into its active form comprising one or more of bromide ion, a chelator, an oxidizing agent or redox buffer, and a buffer with a pH greater than 8.0; (b) contacting the luciferase in the sample with a substrate of the luciferase enzyme; and (c) determining or quantifying bioluminescence in the sample;
A subsea DC switchgear comprising: at least one power semiconductor controllable to break a circuit; at least one capacitor respectively associated with each one of the at least one power semiconductor; and a pressure housing (10a-b) arranged to prevent surrounding hydrostatic pressure from pressurising an interior of the pressure housing; wherein the at least one capacitor is provided inside the pressure housing (10a-b) and the at least one power semiconductor is provided external to the pressure housing (10a-b). at least one power semiconductor controllable to break a circuit; at least one capacitor respectively associated with each one of the at least one power semiconductor; and a pressure housing (10a-b) arranged to prevent surrounding hydrostatic pressure from pressurising an interior of the pressure housing; wherein the at least one capacitor is provided inside the pressure housing (10a-b) and the at least one power semiconductor is provided external to the pressure housing (10a-b).
A method of selecting nodes in a serving cell in a distributed multi-node system, DMNS, the method performed by a user equipment, UE, and comprising: receiving channel state information reference signals, CSI-RS, for nodes in the serving cell from a base station, BS; measuring signal intensities or interference levels for the nodes through the received CSI-RSs; determining at least one valid node among the nodes based on the measurement results; and feeding back valid node information on the determined valid nodes or the measurement results to the BS, wherein the signal intensities or the interference levels are expressed as one of channel state information reference signal received power, CSI-RSRP, channel state information reference signal received quality, CSI-RSRQ, and channel state information reference signal's signal intensity, CSI-RSSI, wherein determining the valid nodes comprises calculating a received reference signal to interference plus noise ratio, RxRSINR, based on the signal intensities or the interference levels measured for the nodes, and wherein the RxRSINR is defined as the sum of reference signal received powers of selected nodes in the serving cell and the sum of interference of non-selected nodes in the serving cell and stream noise. receiving channel state information reference signals, CSI-RS, for nodes in the serving cell from a base station, BS; measuring signal intensities or interference levels for the nodes through the received CSI-RSs; determining at least one valid node among the nodes based on the measurement results; and feeding back valid node information on the determined valid nodes or the measurement results to the BS, wherein the signal intensities or the interference levels are expressed as one of channel state information reference signal received power, CSI-RSRP, channel state information reference signal received quality, CSI-RSRQ, and channel state information reference signal's signal intensity, CSI-RSSI, wherein determining the valid nodes comprises calculating a received reference signal to interference plus noise ratio, RxRSINR, based on the signal intensities or the interference levels measured for the nodes, and wherein the RxRSINR is defined as the sum of reference signal received powers of selected nodes in the serving cell and the sum of interference of non-selected nodes in the serving cell and stream noise.
A flight control system for an aircraft, comprising: at least one flight control computer that carries out a ground lift dump function that selectively extends a spoiler (14, 16-22) located on a wing of the aircraft into an airflow passing over the wing; wherein the at least one flight control computer includes arming logic that is responsive to an input signal indicative of an aircraft parameter to automatically arm the ground lift dump function during certain phases of operation of the aircraft; and wherein the at least one flight control computer includes spoiler deployment logic that is responsive to an arming signal from the arming logic which indicates that the ground lift dump function is armed to deploy the spoiler (14, 16-22) into its extended position within the airflow passing over the wing of the aircraft to assist in stopping the aircraft while the aircraft is on the ground; characterized in that the input signal comprises an aircraft altitude signal indicative of the height of the aircraft above ground, a weight on wheel signal indicative of a weight of the aircraft, and a wheel speed signal indicative of a speed of one or more wheels of the aircraft; and wherein when the aircraft altitude signal is invalid and the weight on wheel signal does not give an indication of the weight of the aircraft, the spoiler deployment logic is operable to deploy the spoiler (14, 16-22) located on the wing in response to the wheel speed signal having a predetermined characteristic. at least one flight control computer that carries out a ground lift dump function that selectively extends a spoiler (14, 16-22) located on a wing of the aircraft into an airflow passing over the wing; wherein the at least one flight control computer includes arming logic that is responsive to an input signal indicative of an aircraft parameter to automatically arm the ground lift dump function during certain phases of operation of the aircraft; and wherein the at least one flight control computer includes spoiler deployment logic that is responsive to an arming signal from the arming logic which indicates that the ground lift dump function is armed to deploy the spoiler (14, 16-22) into its extended position within the airflow passing over the wing of the aircraft to assist in stopping the aircraft while the aircraft is on the ground; characterized in that the input signal comprises an aircraft altitude signal indicative of the height of the aircraft above ground, a weight on wheel signal indicative of a weight of the aircraft, and a wheel speed signal indicative of a speed of one or more wheels of the aircraft; and wherein when the aircraft altitude signal is invalid and the weight on wheel signal does not give an indication of the weight of the aircraft, the spoiler deployment logic is operable to deploy the spoiler (14, 16-22) located on the wing in response to the wheel speed signal having a predetermined characteristic.
An installation for following up the evolution of the basicity of a lubricant circulating in a piece of equipment, this installation comprising: - at least one conduit for circulating the lubricant, this conduit being connected upstream to the piece of equipment and downstream to a recovery pan, - at least one sensor for determining the basicity index of the lubricant, - a tank for accumulating the lubricant, a first bypass line connected to the conduit, on the one hand, and to the tank, on the other hand, a second line for discharging the lubricant, from the tank to the recovery pan, this second line being positioned downstream from the first bypass line, - a first controlled valve for interrupting the circulation of the lubricant in the conduit, - a second controlled valve for interrupting the circulation of the lubricant in the first bypass line, wherein the at least one sensor is positioned on the second line for discharging the installation being characterized in that: - the tank is a buffer tank for accumulating the lubricant, -- a third controlled valve for interrupting the circulation of the lubricant is comprised in the second line for discharging - the sensor allows determining the basicity index of the lubricant at the outlet of the buffer tank - the first bypass line is connected to the conduit upstream of the first valve. - at least one conduit for circulating the lubricant, this conduit being connected upstream to the piece of equipment and downstream to a recovery pan, - at least one sensor for determining the basicity index of the lubricant, - a tank for accumulating the lubricant, a first bypass line connected to the conduit, on the one hand, and to the tank, on the other hand, a second line for discharging the lubricant, from the tank to the recovery pan, this second line being positioned downstream from the first bypass line, a first bypass line connected to the conduit, on the one hand, and to the tank, on the other hand, a second line for discharging the lubricant, from the tank to the recovery pan, this second line being positioned downstream from the first bypass line, - a first controlled valve for interrupting the circulation of the lubricant in the conduit, - a second controlled valve for interrupting the circulation of the lubricant in the first bypass line, - the tank is a buffer tank for accumulating the lubricant, -- a third controlled valve for interrupting the circulation of the lubricant is comprised in the second line for discharging -- a third controlled valve for interrupting the circulation of the lubricant is comprised in the second line for discharging - the sensor allows determining the basicity index of the lubricant at the outlet of the buffer tank - the first bypass line is connected to the conduit upstream of the first valve.
A method for improving dewatering efficiency during a papermaking process comprising: adding a dewatering agent solution consisting of from 0.023 kg/t (0.05 Ib/ton) to 9.1 kg/t (20 Ib/ton) of soy protein or soy flour in water to a paper machine
An accelerating or braking device for furniture or household appliances, comprising a guide track, an activator and a catch that can be moved along the guide track and has a receiving means into which a section (23, 40) of the activator (21, 21') can be inserted in order to move the catch along the guide track against the force of a damper (18, 19), wherein the activator (21, 21') is applied to a contact surface of the catch when impinging on the catch, characterized in that the contact surface is oriented in an inclined manner at least in some sections in relation to a direction perpendicular to the direction of movement of the catch and the section (23, 40) of the activator (21, 21') is pivoted into the receiving means when impinging on the contact surface.
A composition capable of swelling in salt water comprising: (i) 5 wt. % to 25 wt. % of a partially cross-linked acrylamide/partially neutralized acrylic acid copolymer containing 5 mole % to 95 mole % acrylamide; (ii) 30 wt. % to 60 wt. % of a smectite clay; (iii) 3 wt. % to 15 wt. % of at least one elastomeric resin; (iv) 0.5 wt. % to 25 wt. % of at least one primary plasticizing agent for the elastomeric resin, wherein the primary plasticizing agent is a straight chain or branched polyolefin selected from the group consisting of (C 3 H 6) m, wherein m is 7 to 60; (C 4 H 8) n, wherein n is 6 to 45; (C 5 H 8) x, wherein x is 100 to 1100; and (C 4 H 6) y, wherein y is 100 to 1100 and combinations thereof; and (v) 5 wt. % to 30 wt. % of a cationic flocculant. (i) 5 wt. % to 25 wt. % of a partially cross-linked acrylamide/partially neutralized acrylic acid copolymer containing 5 mole % to 95 mole % acrylamide; (ii) 30 wt. % to 60 wt. % of a smectite clay; (iii) 3 wt. % to 15 wt. % of at least one elastomeric resin; (iv) 0.5 wt. % to 25 wt. % of at least one primary plasticizing agent for the elastomeric resin, wherein the primary plasticizing agent is a straight chain or branched polyolefin selected from the group consisting of (C 3 H 6) m, wherein m is 7 to 60; (C 4 H 8) n, wherein n is 6 to 45; (C 5 H 8) x, wherein x is 100 to 1100; and (C 4 H 6) y, wherein y is 100 to 1100 and combinations thereof; and (v) 5 wt. % to 30 wt. % of a cationic flocculant.
A catheter comprising: an elongated flexible tubular catheter body having proximal and distal ends; an intermediate section attached to the distal end of the catheter body, wherein the intermediate section is deflectable in a first plane to approximate a generally convex region of the heart; a tip assembly; and a flexible section connecting the tip assembly to the intermediate section at a preset off-plane angle such that the tip assembly extends in a second plane that is different from the first plane, the flexible section adapted to permit displacement of the tip assembly from the preset angle without displacing the intermediate section; a puller wire having proximal and distal ends extending through the catheter body, the distal end of the puller wire being fixedly attached within a distal end of the intermediate section; a control handle connected to the proximal ends of the catheter body and puller wire for moving the puller wire longitudinally relative to the catheter body, whereby longitudinal movement of the puller wire relative to the catheter body results in deflection of the intermediate section; wherein the intermediate section is more flexible than the catheter body and the flexible section is more flexible than the intermediate section; and the durometer measurement of the flexible section is no greater than approximately 1⁄2 to 1⁄2 of the durometer measurement of the intermediate section. an elongated flexible tubular catheter body having proximal and distal ends; an intermediate section attached to the distal end of the catheter body, wherein the intermediate section is deflectable in a first plane to approximate a generally convex region of the heart; a tip assembly; and a flexible section connecting the tip assembly to the intermediate section at a preset off-plane angle such that the tip assembly extends in a second plane that is different from the first plane, the flexible section adapted to permit displacement of the tip assembly from the preset angle without displacing the intermediate section; a puller wire having proximal and distal ends extending through the catheter body, the distal end of the puller wire being fixedly attached within a distal end of the intermediate section; a control handle connected to the proximal ends of the catheter body and puller wire for moving the puller wire longitudinally relative to the catheter body, whereby longitudinal movement of the puller wire relative to the catheter body results in deflection of the intermediate section; wherein the intermediate section is more flexible than the catheter body and the flexible section is more flexible than the intermediate section; and the durometer measurement of the flexible section is no greater than approximately 1⁄2 to 1⁄2 of the durometer measurement of the intermediate section.
A dual cure polymerization process comprising steps of: (i) reacting an electrophile monomer having the structure or: wherein: R 1 represents H, methyl or CN; R 2 represents H or, when EWG 1 represents -C(=O)NHR A, R 2 and R A together represent an oxo moiety -C(=O)-; EWG 1 and EWG 2 independently represent an electron withdrawing group optionally containing one or more additional Michael acceptor double-bonds and/or radically polymerizable double bonds; with a nucleophile monomer, R 3 -NH 2, bearing a primary amine functional group wherein R 3 represents the nucleophile monomer radical; wherein the Michael acceptor double-bonds of the electrophile monomer are in stoichiometric excess relative to the primary amine functional groups of the nucleophile monomer; thereby forming a secondary amine Michael adduct (I A) or (II A) having the structure: subjecting the product obtained in step i) to a suitable light source to effect photopolymerization of residual unreacted Michael acceptor double-bonds and/or radically polymerizable double bonds; and allowing the Michael adduct secondary amine functional groups to further undergo Michael addition with residual unreacted Michael acceptor double-bonds. (i) reacting an electrophile monomer having the structure or: wherein: R 1 represents H, methyl or CN; R 2 represents H or, when EWG 1 represents -C(=O)NHR A, R 2 and R A together represent an oxo moiety -C(=O)-; EWG 1 and EWG 2 independently represent an electron withdrawing group optionally containing one or more additional Michael acceptor double-bonds and/or radically polymerizable double bonds; with a nucleophile monomer, R 3 -NH 2, bearing a primary amine functional group wherein R 3 represents the nucleophile monomer radical; wherein the Michael acceptor double-bonds of the electrophile monomer are in stoichiometric excess relative to the primary amine functional groups of the nucleophile monomer; thereby forming a secondary amine Michael adduct (I A) or (II A) having the structure: R 1 represents H, methyl or CN; R 2 represents H or, when EWG 1 represents -C(=O)NHR A, R 2 and R A together represent an oxo moiety -C(=O)-; EWG 1 and EWG 2 independently represent an electron withdrawing group optionally containing one or more additional Michael acceptor double-bonds and/or radically polymerizable double bonds; subjecting the product obtained in step i) to a suitable light source to effect photopolymerization of residual unreacted Michael acceptor double-bonds and/or radically polymerizable double bonds; and allowing the Michael adduct secondary amine functional groups to further undergo Michael addition with residual unreacted Michael acceptor double-bonds.
A method comprising: receiving notification, by a router (8, 9, 11, 13, 100) coupled to an access network (14, 16), that a wireless device is no longer attached to the access network; setting, by the router in response to receiving the notification, a timer of the router with a withdraw wait interval; by the router when the timer expires without the router having received a reverse path host route withdraw message for a host route to the wireless device, removing the host route from the router and sending a host route withdraw message to an upstream router that is on a path to the access network from a mobile virtual private network, VPN, to withdraw the host route from the upstream router; and by the router in response to receiving the reverse path host route withdraw message for the host route to the wireless device prior to the timer expiring, removing the host route from the router and not sending the host route withdraw message to the upstream router receiving notification, by a router (8, 9, 11, 13, 100) coupled to an access network (14, 16), that a wireless device is no longer attached to the access network; setting, by the router in response to receiving the notification, a timer of the router with a withdraw wait interval; by the router when the timer expires without the router having received a reverse path host route withdraw message for a host route to the wireless device, removing the host route from the router and sending a host route withdraw message to an upstream router that is on a path to the access network from a mobile virtual private network, VPN, to withdraw the host route from the upstream router; and by the router in response to receiving the reverse path host route withdraw message for the host route to the wireless device prior to the timer expiring, removing the host route from the router and not sending the host route withdraw message to the upstream router
A polypeptide for the enzymatic detoxification of zearalenone, characterized in that the polypeptide is a monooxygenase converting the keto group in position 7 of zearalenone into an ester group, and that the polypeptide comprises an amino acid sequence selected from the group consisting of SEQ ID Nos. 1, 2 and 3 or a functional variant thereof, the functional variant and at least one of the amino acid sequences having a sequence identity of at least 60%, preferably at least 70%, more preferably at least 80%, and most preferably at least 90%.
An ostomy appliance comprising a wafer having an adhesive proximal side configured to be attached to a skin surface around an ostomy of a user and a distal side, a backing layer located on the distal side of the adhesive layer, a hole for accommodating a stoma, the proximal adhesive side of the wafer comprises a central portion encirculating the hole and a peripheral portion encirculating the central portion and defining an outer rim of the wafer, a collection bag adapted to collect stomal output, a release liner covering the proximal adhesive side, wherein the release liner comprises one or more frangible connections which defines individual segments (7,8,9) of the liner, wherein a major part of the frangible connections is in the form of weakened lines and a minor part of the frangible connections is in the form of an unweakened lines characterized in that an unweakened line extends from a weakened line to the rim of the release liner and the frangible connections can be ruptured by application of a force when starting from the weakened line, but not when starting from the unweakened line.
A lubricating oil composition comprising: a base oil; a first succinimide dispersant comprising a reaction product of a hydrocarbyl succinimide and an aromatic glycidyl ether having a Structure I: wherein R 1 is an aryl or alkaryl group having 4 to 20 carbon atoms, and R 2 and R 3 are independently a hydrogen atom, an alkyl group, or an aryl group; and a second succinimide dispersant. a base oil; a first succinimide dispersant comprising a reaction product of a hydrocarbyl succinimide and an aromatic glycidyl ether having a Structure I: wherein R 1 is an aryl or alkaryl group having 4 to 20 carbon atoms, and R 2 and R 3 are independently a hydrogen atom, an alkyl group, or an aryl group; and a second succinimide dispersant.
A semiconductor epitaxial substrate comprising: a single crystal substrate; an epitaxial AIN layer on said single crystal substrate; and an epitaxial nitride semiconductor layer on said AIN layer, wherein an interface between said AIN layer and said nitride semiconductor layer has a larger roughness than an interface between said single crystal substrate and said AIN layer, characterized in that a skewness Rsk of an upper surface of said AIN layer is not smaller than 0.5. a single crystal substrate; an epitaxial AIN layer on said single crystal substrate; and an epitaxial nitride semiconductor layer on said AIN layer, wherein an interface between said AIN layer and said nitride semiconductor layer has a larger roughness than an interface between said single crystal substrate and said AIN layer, characterized in that a skewness Rsk of an upper surface of said AIN layer is not smaller than 0.5.