mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling an active clearance control for a gas turbine engine, the method comprising: receiving operating state parameters associated with an operative state of an aircraft; determining a clearance value between a first structure (22;324) of an engine and a second structure (21;330) of the engine , wherein the clearance value is determined based on the operating state parameters and a passive clearance model that includes a specification of an uncertainty in the clearance value; determining whether the clearance value deviates from a clearance target in an amount that is greater than a threshold; and engaging an active clearance control (ACC) mechanism when the deviation is greater than the threshold, wherein the passive clearance model is based on a passive clearance that would be obtained between the first structure (22; 324) and the second structure (21; 330) in the absence of the ACC mechanism, and wherein the operating state parameters include at least one of a rotor speed or a spool speed, characterised in that : the clearance target is adjusted based on the uncertainty in the clearance value; and in that the uncertainty specified in the passive clearance model increases as the at least one of a rotor speed or a spool speed increases. receiving operating state parameters associated with an operative state of an aircraft; determining a clearance value between a first structure (22;324) of an engine and a second structure (21;330) of the engine , wherein the clearance value is determined based on the operating state parameters and a passive clearance model that includes a specification of an uncertainty in the clearance value; determining whether the clearance value deviates from a clearance target in an amount that is greater than a threshold; and engaging an active clearance control (ACC) mechanism when the deviation is greater than the threshold, wherein the passive clearance model is based on a passive clearance that would be obtained between the first structure (22; 324) and the second structure (21; 330) in the absence of the ACC mechanism, and wherein the operating state parameters include at least one of a rotor speed or a spool speed, characterised in that : the clearance target is adjusted based on the uncertainty in the clearance value; and in that the uncertainty specified in the passive clearance model increases as the at least one of a rotor speed or a spool speed increases.
A method of preparing a bone implant composite, the method comprising: dispersing biopolymeric fibers in an aqueous solution, to form a suspension, the biopolymeric fibers being free of soluble collagen; homogenizing the suspension; mixing the homogenized suspension with a plurality of calcium- or silicate-based mineral particles having a particle size ranging from 0.1 mm to 1.5 mm to form a mixture; freeze-drying the mixture; crosslinking the freeze-dried mixture to form a crosslinked composite; and hydrating the crosslinked composite; compressing the hydrated crosslinked composite; and freeze-drying the compressed composite, wherein the biopolymeric fibers constitute 4 to 80% by weight of the composite, the calcium- or silicate-based mineral particles constitute 20 to 96% by weight of the composite, and the composite is free of soluble collagen and is self-expandable to a volume 2 to 100 times of its compressed volume upon absorption of an aqueous fluid. dispersing biopolymeric fibers in an aqueous solution, to form a suspension, the biopolymeric fibers being free of soluble collagen; homogenizing the suspension; mixing the homogenized suspension with a plurality of calcium- or silicate-based mineral particles having a particle size ranging from 0.1 mm to 1.5 mm to form a mixture; freeze-drying the mixture; crosslinking the freeze-dried mixture to form a crosslinked composite; and hydrating the crosslinked composite; compressing the hydrated crosslinked composite; and freeze-drying the compressed composite,
A pre-filled syringe comprising a glass container and a stainless steel needle , wherein the container is filled with a pharmaceutical composition comprising epinephrine, a buffer and water; wherein the buffer is configured to buffer in a pH range between 3 and 4, characterised in that wherein the needle is adhered to the container by means of a urethane acrylate or urethane methacrylate acrylic light cure adhesive, and wherein the urethane acrylate or urethane methacrylate acrylic light cure adhesive is configured to provide a pull out resistance of the needle relative to the container which is between 30 N to 100 N, preferably between 50 N to 70 N, more preferably greater than 60 N after 90 days exposure to the pharmaceutical composition at 40°C and 75% RH.
A method of disinfecting a room comprising a surface, the method comprising: - moving an irradiating unit to a first position in the room, - emitting radiation from the irradiating unit toward the surface, during a period of time, while determining an intensity of emitted radiation emitted to the surface, - determining a dose of radiation launched on the surface from the determined intensity and the period of time, - outputting information relating to the position and the determined dose, characterized in that the intensity delivered to the surface is determined from an intensity output from the emitter, a distance to the surface, and an angle between the radiation and the surface. - moving an irradiating unit to a first position in the room, - emitting radiation from the irradiating unit toward the surface, during a period of time, while determining an intensity of emitted radiation emitted to the surface, - determining a dose of radiation launched on the surface from the determined intensity and the period of time, - outputting information relating to the position and the determined dose,
A waste disposer assembly comprising: a waste disposer configured to be supported in relation to a sink ; a sprayer mechanism configured to be supportable in relation to the sink , and coupled at least indirectly to the sink by way of an extendable and retractable linkage , a switching system supported in relation to the sink and coupled at least indirectly to each of the sprayer mechanism and the waste disposer , characterized in that : the sprayer mechanism includes an actuator mechanism that, upon being actuated, causes generation of a control signal; and wherein the switching system is configured to operate so that, upon receiving the control signal from the actuator mechanism , a related signal is provided to the waste disposer causing the waste disposer to change or take on an operational status. a waste disposer configured to be supported in relation to a sink ; a sprayer mechanism configured to be supportable in relation to the sink , and coupled at least indirectly to the sink by way of an extendable and retractable linkage , a switching system supported in relation to the sink and coupled at least indirectly to each of the sprayer mechanism and the waste disposer , characterized in that : the sprayer mechanism includes an actuator mechanism that, upon being actuated, causes generation of a control signal; and wherein the switching system is configured to operate so that, upon receiving the control signal from the actuator mechanism , a related signal is provided to the waste disposer causing the waste disposer to change or take on an operational status. the sprayer mechanism includes an actuator mechanism that, upon being actuated, causes generation of a control signal; and wherein the switching system is configured to operate so that, upon receiving the control signal from the actuator mechanism , a related signal is provided to the waste disposer causing the waste disposer to change or take on an operational status.
A driving tool for driving jackset screws into a connector for a circuit card assembly, the driving tool comprising: an input shaft configured to receive torque; a first output shaft operably connected to the input shaft ; a second output shaft operably connected to the input shaft ; a gearbox in operable communication with the input shaft and with the first and second output shafts , such that the gearbox mechanically couples the input shaft to the first and second output shafts, wherein the gearbox comprises: a gearbox housing; and a gear assembly disposed in the gearbox housing, wherein the gear assembly is rotatably engaged with the input shaft; a first driver head attached to the first output shaft ; a second driver head attached to the second output shaft ; and characterized by a yoke connected to and extending between the first and second output shafts, wherein the yoke defines a position of the distal ends of the first and second shafts relative to each other, wherein the yoke comprises: a first end with a first thread; a second end with a second thread, the second end opposite the first end, wherein the second thread is in an opposite direction than the first thread; and a nut disposed between the first and second ends; and wherein the yoke is configured to adjust a distance between the first and second driver heads . an input shaft configured to receive torque; a first output shaft operably connected to the input shaft ; a second output shaft operably connected to the input shaft ; a gearbox in operable communication with the input shaft and with the first and second output shafts , such that the gearbox mechanically couples the input shaft to the first and second output shafts, wherein the gearbox comprises: a gearbox housing; and a gear assembly disposed in the gearbox housing, wherein the gear assembly is rotatably engaged with the input shaft; a gearbox housing; and a gear assembly disposed in the gearbox housing, wherein the gear assembly is rotatably engaged with the input shaft; a first driver head attached to the first output shaft ; a second driver head attached to the second output shaft ; and characterized by a yoke connected to and extending between the first and second output shafts, wherein the yoke defines a position of the distal ends of the first and second shafts relative to each other, wherein the yoke comprises: a first end with a first thread; a second end with a second thread, the second end opposite the first end, wherein the second thread is in an opposite direction than the first thread; and a nut disposed between the first and second ends; and wherein the yoke is configured to adjust a distance between the first and second driver heads . a first end with a first thread; a second end with a second thread, the second end opposite the first end, wherein the second thread is in an opposite direction than the first thread; and a nut disposed between the first and second ends; and wherein the yoke is configured to adjust a distance between the first and second driver heads .
A method for conversion of water into hydrogen peroxide (H 2 O 2 ), the method comprising: generating a corona discharge zone between a first electrode and a second electrode one of which is insulated and another of which is not insulated and wherein a respective surface of each of the electrodes face one another; rotating the first electrode so as to induce relative rotation between the first electrode and the second electrode; and conveying liquid water on to a surface of the first electrode facing the second electrode close to the axis of rotation of the first electrode whereby the liquid water advances outward through the corona discharge zone towards a periphery of the first electrode under the action of centrifugal force caused by rotation of the first electrode. generating a corona discharge zone between a first electrode and a second electrode one of which is insulated and another of which is not insulated and wherein a respective surface of each of the electrodes face one another; rotating the first electrode so as to induce relative rotation between the first electrode and the second electrode; and conveying liquid water on to a surface of the first electrode facing the second electrode close to the axis of rotation of the first electrode whereby the liquid water advances outward through the corona discharge zone towards a periphery of the first electrode under the action of centrifugal force caused by rotation of the first electrode.
A capacitive fingerprint sensing device for sensing a fingerprint pattern of a finger , said capacitive fingerprint sensing device comprising: a protective dielectric top layer to be touched by said finger; a two-dimensional array of electrically conductive sensing structures (504a-b) arranged underneath said top layer; readout circuitry comprising a plurality of signal amplifiers arranged underneath said array of electrically conductive sensing structures, wherein a number of signal amplifiers is lower than a number of sensing structures; selection circuitry configured to selectively connect each of said sensing structures to ground; and a plurality of sensing plates arranged underneath said sensing structures and between said sensing structures and said signal amplifiers, and connected to a corresponding signal amplifier, such that each sensing structure is capacitively coupled to an underlying sensing plate, each of said sensing structures being individually connectable to ground via said selection circuitry such that a sensing structure coupled to ground acts as a shielding structure preventing a capacitive coupling between a finger and the underlying sensing plate, and each of said sensing plates being connected to at least one signal amplifier, wherein said readout circuitry is capacitively coupled to each of said electrically conductive sensing structures, via a capacitive coupling between a sensing structure not connected to ground and an underlying sensing plate, to receive a sensing signal indicative of a distance between said finger and said sensing structure. a protective dielectric top layer to be touched by said finger; a two-dimensional array of electrically conductive sensing structures (504a-b) arranged underneath said top layer; readout circuitry comprising a plurality of signal amplifiers arranged underneath said array of electrically conductive sensing structures, wherein a number of signal amplifiers is lower than a number of sensing structures; selection circuitry configured to selectively connect each of said sensing structures to ground; and a plurality of sensing plates arranged underneath said sensing structures and between said sensing structures and said signal amplifiers, and connected to a corresponding signal amplifier, such that each sensing structure is capacitively coupled to an underlying sensing plate, each of said sensing structures being individually connectable to ground via said selection circuitry such that a sensing structure coupled to ground acts as a shielding structure preventing a capacitive coupling between a finger and the underlying sensing plate, and each of said sensing plates being connected to at least one signal amplifier, wherein said readout circuitry is capacitively coupled to each of said electrically conductive sensing structures, via a capacitive coupling between a sensing structure not connected to ground and an underlying sensing plate, to receive a sensing signal indicative of a distance between said finger and said sensing structure.
A conductive circuit comprising one or more electrodes for delivering an electromagnetic signal to a human or animal body, the conductive circuit comprising a base and a plurality of printed layers supported by the base , the plurality of printed layers including a first printed non-conductive layer at least partially defined by a first perimeter edge, and a second printed non-conductive layer at least partially defined by a second perimeter edge and overlaying the first printed non-conductive layer , wherein at least a portion of the second perimeter edge is offset from the first perimeter edge such that the second printed non-conductive layer overhangs the first printed non-conductive layer , one or more connection tracks , each connection track providing an electrically conductive path between a respective one of the one or more electrodes and an electrical contact configured to enable connection to a controller arranged to supply an electromagnetic signal to the one or more electrodes , characterised in that the first perimeter edge and/or the second perimeter edge are offset from an interface between each of the one or more connection tracks and a respective one of the one or more electrodes .
Stand mixer comprising a main body , provided with a mobile element rotating about a first rotation axis (O1), and at least one ice cream maker fitting ; the stand mixer comprising a base ; an upright which protrudes vertically from the base , to which the main body is hinged; at least one motor; and at least one gear coupled to the shaft of the motor and configured to rotate the mobile element of the main body about the first rotation axis (O1) and to rotate an attack pin about a second rotation axis (O2); the attack pin being fixed to the rotating element ; the first rotation axis (O1) and the second rotation axis (O2) being parallel; the fitting comprising at least one adapter element , which is provided with a coupling element configured to be coupled to a blade for processing ingredients; wherein the adapter element is configured to cause a rotation of the blade about a third rotation axis (O3) and is provided with a through hole arranged so as to be engaged by the attack pin of the stand mixer when the adapter element is coupled to the mobile element of the main body of the stand mixer; the third rotation axis (O3) and the first rotation axis (O1) being coincident; the adapter element comprises a plate provided with an inner face and with an outer face ; wherein the inner face is coupled to the mobile element by a magnetic coupling and the outer face is provided with the coupling element .
A compound consisting of a conjugate from a glycosaminoglycan and an active compound, wherein the active compound is conjugated by means of a functional group to a carboxylic group of the glycosaminoglycan or a salt thereof to form a covalent conjugation, and the active compound is selected from a group consisting of fexofenadine, budesonide succinate, and prednisolone succinate.
Cassette for storing tubing material , with - a cassette housing , which has a circumferential receiving area for receiving tubing material and an opening connected to the receiving area for removing tubing material arranged within the receiving area; and - a lid foil , which closes the opening of the cassette housing at least in sections; characterized in that the lid foil has one or more predetermined tear lines , in particular perforation lines, which preferably extend at least in sections in the circumferential direction. - a cassette housing , which has a circumferential receiving area for receiving tubing material and an opening connected to the receiving area for removing tubing material arranged within the receiving area; and - a lid foil , which closes the opening of the cassette housing at least in sections;
A ride system, comprising: a personal electronic device (PED) holding system for a ride vehicle , wherein the PED holding system comprises: a lock that is configured to move from an unlocked configuration to a locked configuration to lock a PED of a passenger of the ride vehicle to the ride vehicle during a ride cycle; and a charging system that is configured to charge an energy storage component of the PED during the ride cycle, wherein the PED holding system is configured to enable features of a software application on the PED in response to the PED being locked to the ride vehicle via the lock . a lock that is configured to move from an unlocked configuration to a locked configuration to lock a PED of a passenger of the ride vehicle to the ride vehicle during a ride cycle; and a charging system that is configured to charge an energy storage component of the PED during the ride cycle, wherein the PED holding system is configured to enable features of a software application on the PED in response to the PED being locked to the ride vehicle via the lock .
A method for determining an optimized set of weights for linearly combining alignment data obtained using an alignment sensor system configurable with a value of an operational parameter, the method comprising: obtaining overlay for a plurality of substrates; obtaining alignment data for the plurality of substrates, wherein the alignment data is obtained using the alignment sensor system configured with a plurality of values of the operational parameter; comparing a substrate to substrate variation of the overlay to a substrate to substrate variation of a mapping of the alignment data; and determining the optimized set of weights based on the comparing. obtaining overlay for a plurality of substrates; obtaining alignment data for the plurality of substrates, wherein the alignment data is obtained using the alignment sensor system configured with a plurality of values of the operational parameter; comparing a substrate to substrate variation of the overlay to a substrate to substrate variation of a mapping of the alignment data; and determining the optimized set of weights based on the comparing.
A method of simultaneously forming and filling a container comprising: disposing a heated preform having a coating on an inner surface thereof in a mold cavity, delivering a liquid into the preform thereby expanding the preform and the coating toward an interior surface of the mold cavity to form a resulting container, wherein the coating reduces a loss of heat energy from the heated preform during the delivering step; and wherein the liquid remains within the container as an end product, the method being characterised in the coating having a thermal conductivity less than a thermal conductivity of a material forming the preform. disposing a heated preform having a coating on an inner surface thereof in a mold cavity, delivering a liquid into the preform thereby expanding the preform and the coating toward an interior surface of the mold cavity to form a resulting container, wherein the coating reduces a loss of heat energy from the heated preform during the delivering step; and wherein the liquid remains within the container as an end product, the method being characterised in the coating having a thermal conductivity less than a thermal conductivity of a material forming the preform.
Method for preparing iomeprol, comprising a step of performing N-methylation reaction by adding an N-methylating agent, an inorganic base, an inorganic chloride and a solvent to 5-(2-hydroxyacetamido)-N,N'-bis(2,3-dihydroxypropyl)-2,4,6-triiodoisophthalamide.
An antimicrobial hard surface cleaner composition comprising: (a) 2 wt. % to 20 wt. % of a cationic active ingredient; selected from the group comprising of: a salt of a biguanide, a substituted biguanide derivative, an organic salt of a quaternary ammonium containing compound or an inorganic salt of a quaternary ammonium containing compound (b) 0.2 wt. % to 50 wt.% of a quaternized sugar-derived surfactant; and (c) water or other suitable diluent. (a) 2 wt. % to 20 wt. % of a cationic active ingredient; selected from the group comprising of: a salt of a biguanide, a substituted biguanide derivative, an organic salt of a quaternary ammonium containing compound or an inorganic salt of a quaternary ammonium containing compound (b) 0.2 wt. % to 50 wt.% of a quaternized sugar-derived surfactant; and (c) water or other suitable diluent.