mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling an output signal to be delivered to a load, the method comprising: generating a nonsinusoidal signal waveform, to be delivered to the load, with a pulse width modulation duty width; characterised by sampling the nonsinusoidal signal waveform, on a cycle-to-cycle basis and at multiple instants within a given cycle, to collect output signal samples; determining, based on the output signal samples, whether the load is demanding more or less power over time; adjusting the duty width, in compensation for the load's demanding more or less power, to control the nonsinusoidal signal waveform as a function of the output signal samples in order to deliver a desired signal characteristic to the load. generating a nonsinusoidal signal waveform, to be delivered to the load, with a pulse width modulation duty width; characterised by sampling the nonsinusoidal signal waveform, on a cycle-to-cycle basis and at multiple instants within a given cycle, to collect output signal samples; determining, based on the output signal samples, whether the load is demanding more or less power over time; adjusting the duty width, in compensation for the load's demanding more or less power, to control the nonsinusoidal signal waveform as a function of the output signal samples in order to deliver a desired signal characteristic to the load.
A digital certificate server comprising: (a) input logic adapted to receive, from a requestor, data representing a digitally signed request for a pseudo-public digital certificate, the request including: (i) a pseudo-public key to be certified, and (ii) an identifying attribute of the requestor; (b) cryptographic logic adapted to verify the digitally signed request using the pseudo-public key; (c) logic adapted to create the pseudo-public certificate after the digitally signed request is verified, wherein the pseudo-public certificate comprises the pseudo-public key encrypted in a manner which is readable only by an authorized verifier; and (d) output logic adapted to provide the pseudo-public certificate for the requestor. (a) input logic adapted to receive, from a requestor, data representing a digitally signed request for a pseudo-public digital certificate, the request including: (i) a pseudo-public key to be certified, and (ii) an identifying attribute of the requestor; (i) a pseudo-public key to be certified, and (ii) an identifying attribute of the requestor; (b) cryptographic logic adapted to verify the digitally signed request using the pseudo-public key; (c) logic adapted to create the pseudo-public certificate after the digitally signed request is verified, wherein the pseudo-public certificate comprises the pseudo-public key encrypted in a manner which is readable only by an authorized verifier; and (d) output logic adapted to provide the pseudo-public certificate for the requestor.
A microencapsulated delivery vehicle comprising an aqueous core composition surrounded by an encapsulation layer, the aqueous core composition comprising an encapsulating activator, a matrix material, and an active agent, wherein the active agent is surrounded by a hydrophobic wax material selected from glyceryl tristearate, glyceryl distearate, canola wax, hydrogenated cottonseed oil, hydrogenated soybean oil, castor wax, rapeseed wax, beeswax, carnauba wax, candelilla wax, microwax, polyethylene, polypropylene, epoxies, long chain alcohols, long chain esters, long chain fatty acids such as stearic acid, behenic acid, hydrogenated plant and animal oils such as fish oil, tallow oil, and soy oil, microcrystalline waxes, metal stearates and metal fatty acids, and wherein the microencapsulated delivery vehicle has a diameter of from about 5 micrometers to about 5000 micrometers, wherein the encapsulation activator is selected from polyvalent ions of calcium, polyvalent ions of copper, polyvalent ions of barium, silanes, aluminum, titanates, chelators, acids, and combinations thereof.
Double-lock cylinder comprising a cylinder housing and comprising a cylinder core, the cylinder housing comprising an inner housing part and an outer housing part, the housing parts (16, 18) being interconnected by means of a multipart connection device that extends in parallel with the cylinder core, the connection device comprising a fastening portion for a forend screw, characterised in that a first assembly is provided, which comprises the outer housing part and a first connection element that is connected to the outer housing part and supports the fastening portion, in that a second assembly is provided, which comprises the inner housing part and at least one second connection element for connecting the first connection element to the inner housing part, and in that the first assembly and the second assembly are designed such that the first assembly withstands higher tensile loads than the second assembly.
A method of increasing an Avenanthramide concentration in an oat fraction, without treatment of the oat fraction with enzymes and without exposure of the oat fraction to a fungus, the method comprising the steps of: selecting an oat fraction derived from the species Avena Sativa selected from oat flour, oat trichomes, and oat hulls; and exposing the selected oat fraction to infrared energy to increase an Avenanthramide concentration in the selected oat fraction, wherein the step of exposing includes exposing the selected oat fraction to from 2 to 10 KJ/g of infrared energy. selecting an oat fraction derived from the species Avena Sativa selected from oat flour, oat trichomes, and oat hulls; and exposing the selected oat fraction to infrared energy to increase an Avenanthramide concentration in the selected oat fraction, wherein the step of exposing includes exposing the selected oat fraction to from 2 to 10 KJ/g of infrared energy.
A polymer film comprising at least one polyamide composition which comprises the following components: 2 to 30% by weight of at least one amorphous polyamide produced by polymerization of the following components: at least one dicarboxylic acid and at least one diamine; and 70 to 98% by weight of at least one semicrystalline polyamide; where component comprises isophthalic acid and component comprises 2-methyl-1,5-diaminopentane, and where the percentages by weight are in each case based on the sum of the percentages by weight of components and. 2 to 30% by weight of at least one amorphous polyamide produced by polymerization of the following components: at least one dicarboxylic acid and at least one diamine; and at least one dicarboxylic acid and at least one diamine; and 70 to 98% by weight of at least one semicrystalline polyamide; where component comprises isophthalic acid and component comprises 2-methyl-1,5-diaminopentane, and where the percentages by weight are in each case based on the sum of the percentages by weight of components and.
Connector for connecting at least one fluid line with another fluid line or to a unit connection, the connector comprising a housing with a through-channel, one end of the housing being formed as a sleeve section for receiving a mating connector and having latching means (10, 12) for releasably attaching the mating connector, the latching means (10, 12) being a component of an adapter sleeve which can be inserted into the sleeve section which is held in the sleeve section by means of positive-locking elements, and has a through-opening for a plug shank of the mating connector, in which the latching means are formed from at least two latching arms which are radially elastic with respect to a longitudinal central axis (X-X) of the adapter sleeve, the latching arms being integrally formed on the end of the adapter sleeve which is located inside the sleeve section in the inserted state, and the latching arms having first latching cams at their free end which run radially in the direction of the longitudinal central axis (X-X), wherein the positive-locking elements are formed from radially elastically bendable arms each extending parallel to the longitudinal central axis (X-X), which arms are diametrically opposite and offset by 90° relative to the latching arms and have second latching cams projecting radially outwardly at their free ends pointing in the insertion direction, characterized in that the latching arms run parallel to the longitudinal central axis (X-X) and are formed on the circumference of the adapter sleeve by slot-shaped cutouts in the sleeve wall thereof, the arms being separated from the wall of the adapter sleeve by a U-shaped slot and being integrally connected to the wall of the adapter sleeve with its end pointing against the insertion direction.
A method carried out by a broadband gateway, for networking: said broadband gateway being adapted to communicate content with a plurality of devices in a network, wherein said broadband gateway is operable to handle at least one physical layer connection to at least one network access service provider, the method comprising: obtaining profile information comprising network profile information and device power information, the network profile information being obtained as corresponding to the content, the device power information comprising, for each device of one or more of the plurality of devices, both information on the device and information on energy for the device, said profile information being information based on which the power consumption of the network may be managed; the method being characterized in that it further comprises: for each of said one or more of said plurality of devices, selecting a content delivery mechanism for delivery of said content from said broadband gateway to the respective device based on said information on the device and said information on energy for the device and power savings incentive information, said power savings incentive information comprising power information on the network; and for each of said one or more of said plurality of devices, communicating said content to the respective device based on said corresponding selected content delivery mechanism. obtaining profile information comprising network profile information and device power information, the network profile information being obtained as corresponding to the content, the device power information comprising, for each device of one or more of the plurality of devices, both information on the device and information on energy for the device, said profile information being information based on which the power consumption of the network may be managed; the method being characterized in that it further comprises: for each of said one or more of said plurality of devices, selecting a content delivery mechanism for delivery of said content from said broadband gateway to the respective device based on said information on the device and said information on energy for the device and power savings incentive information, said power savings incentive information comprising power information on the network; and for each of said one or more of said plurality of devices, communicating said content to the respective device based on said corresponding selected content delivery mechanism. for each of said one or more of said plurality of devices, selecting a content delivery mechanism for delivery of said content from said broadband gateway to the respective device based on said information on the device and said information on energy for the device and power savings incentive information, said power savings incentive information comprising power information on the network; and for each of said one or more of said plurality of devices, communicating said content to the respective device based on said corresponding selected content delivery mechanism.
Hydraulic actuating device (10, 10') for actuation of clutches (12, 12') in, in particular, a multi-clutch transmission for motor vehicles, comprising: a multi-circuit pump (14, 14') having a pump inlet, at least two pump outlets (30, 30', 30") and an electric pump drive, at least two pressure circuits (16, 16', 16") hydraulically connected with the pump outlets (30, 30', 30") of the pump (14, 14') and a reservoir for hydraulic fluid connected with the pump inlet, from which reservoir the hydraulic fluid can be conveyed by the pump (14, 14') via the pump outlets (30, 30', 30") to the pressure circuits (16, 16', 16''), wherein each pressure circuit (16, 16', 16") starting from the pump (14, 14') comprises a non-return valve (20, 20', 20") blocking in the direction of the pump (14, 14'), an electromagnetically actuable proportional throttle valve (22, 22', 22") by way of which the respective pressure circuit (16, 16', 16") can be the subject of defined hydraulic relief in direction towards the reservoir, and at the outlet side a slave cylinder (24, 24', 24") operatively connected with an associated clutch (12, 12'), and wherein the pump drive and the proportional throttle valves (22, 22', 22") are electrically connected with a control unit which co-ordinates the electrical activation of the pump drive and the proportional throttle valves (22, 22', 22"). a multi-circuit pump (14, 14') having a pump inlet, at least two pump outlets (30, 30', 30") and an electric pump drive, at least two pressure circuits (16, 16', 16") hydraulically connected with the pump outlets (30, 30', 30") of the pump (14, 14') and a reservoir for hydraulic fluid connected with the pump inlet, from which reservoir the hydraulic fluid can be conveyed by the pump (14, 14') via the pump outlets (30, 30', 30") to the pressure circuits (16, 16', 16''), wherein each pressure circuit (16, 16', 16") starting from the pump (14, 14') comprises a non-return valve (20, 20', 20") blocking in the direction of the pump (14, 14'), an electromagnetically actuable proportional throttle valve (22, 22', 22") by way of which the respective pressure circuit (16, 16', 16") can be the subject of defined hydraulic relief in direction towards the reservoir, and at the outlet side a slave cylinder (24, 24', 24") operatively connected with an associated clutch (12, 12'), and a non-return valve (20, 20', 20") blocking in the direction of the pump (14, 14'), an electromagnetically actuable proportional throttle valve (22, 22', 22") by way of which the respective pressure circuit (16, 16', 16") can be the subject of defined hydraulic relief in direction towards the reservoir, and at the outlet side a slave cylinder (24, 24', 24") operatively connected with an associated clutch (12, 12'), and wherein the pump drive and the proportional throttle valves (22, 22', 22") are electrically connected with a control unit which co-ordinates the electrical activation of the pump drive and the proportional throttle valves (22, 22', 22").
A production control system for an underwater well, comprising: first electrically operated means for supplying first hydraulic fluid, for opening a first control valve of the well; second electrically operated means, for supplying second hydraulic fluid at a higher pressure than said first fluid, for opening a further control valve of the well; electronic circuitry (1 or 2) for providing electrical power for operating said first and second means; and means for controlling the sequence of closing said control valves (18,23) as a result of a loss of electrical power from said electronic circuitry, said controlling means comprising: electrical power storage means; detection means responsive to said loss of power from said electronic circuitry; and means (7, 8) coupled with said detection means for using electrical power from said storage means to keep said further control valve open for a period after closure of said first control valve and close it after said period, characterised in that said electronic circuitry comprises at least one subsea electronics module in a subsea control module at a tree of the well, and the electrical power storage means and said means (7,8) coupled with said detection means are in said subsea control module. first electrically operated means for supplying first hydraulic fluid, for opening a first control valve of the well; second electrically operated means, for supplying second hydraulic fluid at a higher pressure than said first fluid, for opening a further control valve of the well; electronic circuitry (1 or 2) for providing electrical power for operating said first and second means; and means for controlling the sequence of closing said control valves (18,23) as a result of a loss of electrical power from said electronic circuitry, said controlling means comprising: electrical power storage means; detection means responsive to said loss of power from said electronic circuitry; and means (7, 8) coupled with said detection means for using electrical power from said storage means to keep said further control valve open for a period after closure of said first control valve and close it after said period,
An article comprising: a) a first cured, liquid-impervious polymeric shell substantially free from defects; b) a first liner comprising a woven textile fabric, a knitted textile fabric, or combinations thereof; and c) a first non-tacky, thermoplastic adhesive bond located between the shell and the liner; whereby the liner supports and limits stretchability of the shell, thereby preventing adhesive delamination between the adhesive bond and either of the shell and/or the liner. a) a first cured, liquid-impervious polymeric shell substantially free from defects; b) a first liner comprising a woven textile fabric, a knitted textile fabric, or combinations thereof; and c) a first non-tacky, thermoplastic adhesive bond located between the shell and the liner;
A method for charging a traction battery, the method being executed by a battery management system BMS for the traction battery, the method comprising: obtaining a battery parameter of the traction battery, the battery parameter comprising a state of charge SOC and/or an open-circuit voltage OCV; and during a charging process of the traction battery, controlling the traction battery to discharge or stop being charged when the battery parameter of the traction battery changes by a parameter gap value, characterized in that when the battery parameter of the traction battery is in a first parameter interval, the parameter gap value is a first preset parameter gap value; and when the battery parameter of the traction battery is in a second parameter interval, the parameter gap value is a second preset parameter gap value, wherein the first preset parameter gap value is greater than the second preset parameter gap value, and the battery parameter in the first parameter interval is less than that in the second parameter interval. obtaining a battery parameter of the traction battery, the battery parameter comprising a state of charge SOC and/or an open-circuit voltage OCV; and during a charging process of the traction battery, controlling the traction battery to discharge or stop being charged when the battery parameter of the traction battery changes by a parameter gap value, characterized in that when the battery parameter of the traction battery is in a first parameter interval, the parameter gap value is a first preset parameter gap value; and when the battery parameter of the traction battery is in a second parameter interval, the parameter gap value is a second preset parameter gap value, wherein the first preset parameter gap value is greater than the second preset parameter gap value, and the battery parameter in the first parameter interval is less than that in the second parameter interval.
A support jack comprising a support foot and a force measuring element, wherein the support jack has an outer tube and an inner tube movably mounted therein, and the support foot is pivotably secured to the inner tube by means of a foot receiving element, wherein the force measuring element is attached to the foot receiving element, characterized in that, a force is determined by means of the force measuring element as a function of the deformation of the foot receiving element.
A method of improving the emulsification performance of nonionic alkoxylated surfactants in a fuel additive composition, said method comprising the steps of: a) providing a composition comprising at least one nonionic alkoxylated surfactant; and b) thermally cycling said composition by (i) chilling the composition from a first temperature to a second temperature that causes metal ions and associated ions contained therein to precipitate as ionic salts; (ii) filtering the chilled composition to remove the precipitated ionic salts; and (iii) heating the filtered composition to the first temperature. a) providing a composition comprising at least one nonionic alkoxylated surfactant; and b) thermally cycling said composition by (i) chilling the composition from a first temperature to a second temperature that causes metal ions and associated ions contained therein to precipitate as ionic salts; (ii) filtering the chilled composition to remove the precipitated ionic salts; and (iii) heating the filtered composition to the first temperature.
A filter for a hydronic heating system, the filter comprising: a cylindrical housing, having a central longitudinal axis and first and second ports for ingress and egress of fluid into and out of the housing; and at least one separation chamber for separating solid particles from the fluid, the first and second ports being arranged in parallel and extending in the same direction, perpendicularly from the cylindrical wall of the cylindrical housing, characterized in that at least one deflector is provided in at least one of the first and second ports, the or each deflector being angled to direct flow towards an end of the housing closest to its respective port, for setting up a flow of fluid in circular motion about the central longitudinal axis. a cylindrical housing, having a central longitudinal axis and first and second ports for ingress and egress of fluid into and out of the housing; and at least one separation chamber for separating solid particles from the fluid,
A reclining seat comprising: • a fixed supporting frame; • a sitting portion; • a reclining backrest having a backrest frame with two vertical frame elements, arranged each one at a respective side edge of the reclining backrest, and each one thereof is provided with a joint, revolvingly connecting it to the fixed supporting frame, and a lower end movable between positions depending upon the erected or reclined state of the backrest; • a stiffening mechanism comprising, at each lower end, a respective lever hinged thereto, which can rotate around an axis implemented by a pin forming a respective hinge integral with the fixed supporting frame, and implementing a rocker arm, projecting from said hinge, which rotates by a prefixed angle from a first position, corresponding to the reclining backrest in erected position, to a second position, corresponding to the reclining backrest in reclined position, wherein each rocker arm has a respective distal end, a stiff tie-rod being provided joined to the respective distal ends of the rocker arms, thereby the rotation of one of the rocker arms causes the rotation by an angle having the same width of the other rocker arm. • a fixed supporting frame; • a sitting portion; • a reclining backrest having a backrest frame with two vertical frame elements, arranged each one at a respective side edge of the reclining backrest, and each one thereof is provided with a joint, revolvingly connecting it to the fixed supporting frame, and a lower end movable between positions depending upon the erected or reclined state of the backrest; • a stiffening mechanism comprising, at each lower end, a respective lever hinged thereto, which can rotate around an axis implemented by a pin forming a respective hinge integral with the fixed supporting frame, and implementing a rocker arm, projecting from said hinge, which rotates by a prefixed angle from a first position, corresponding to the reclining backrest in erected position, to a second position, corresponding to the reclining backrest in reclined position,