mhurhangee/ep-ind-claims huggingface dataset:
Method for operating an actuator for manoeuvring a mobile windable closure, privacy or solar protection element, the mobile element comprising slats (2, 3, 3') that can be stacked and that are linked together by openwork parts, the actuator being provided with a means for measuring a parameter linked to the movement of the mobile element, the method comprising the following steps: - analysis of the variations of the parameter during a displacement of the mobile element; - determination of a reference position from this analysis; characterized in that it comprises a step of use of this reference position in the execution of an action of adjustment of a means for determining the position of the mobile closure, privacy or solar protection element and/or in the execution of an action of definition of a position of the mobile element provoking a change in speed of the actuator. - analysis of the variations of the parameter during a displacement of the mobile element; - determination of a reference position from this analysis;
A composition comprising substantially animal protein-free recombinant furin (rFurin) having a specific activity of at least 300 U/μg protein, wherein the composition comprises host cell DNA in a concentration between about 0 to 0.4 pg DNA/U furin activity, wherein the rFurin activity is measured on a short synthetic peptide containing the dibasic recognition sequence attached to a fluorescent amino-methyl coumarin group, that is released after cleavage (BOC-RVRR-AMC), whereby one activity unit is defined as the release of 1 pMol of AMC per minute at 30°C.
A method for producing seamless pipes of heated massive metal blocks by means of a mandrel, which is fastened on a rolling rod, in the case of which a coating material preventing the appearance of scale is applied onto the inner side of the hollow block during the forming process by means of the influence of the rolling rod from the massive metal block to a hollow block, which is created during the forming.
Method for producing a housing for a drill motor, which comprises a tubular steel casing with a spiral inner surface and a lining, following the spiral inner surface and made from an anti-friction alloy in order to receive a spiral rotor, wherein a casing pipe is forged over a mandrel, characterised in that the lining, in the form of a prefabricated lining pipe, is inserted into the casing pipe, and that the casing pipe and the lining pipe are jointly forged over the mandrel, which determines the spiral inner surface of the housing, to form the housing forming a composite body.
Polyurea system comprising as component A) isocyanate-functional prepolymers obtainable from reacting aliphatic isocyanates A1) with polyols A2), as component B) amino-functional compounds of general formula wherein X represents an organic group containing a tertiary amino functionality that does not contain a Zerewitinoff-active hydrogen, R 1 represents a CH 2 -COOR 3 group wherein R3 represents an organic group that does not contain a Zerewitinoff active hydrogen, a linear or branched C 1 to C 4 alkyl, a cyclopentyl, a cyclohexyl group or H, R 2 represents an organic group that does not contain a Zerewitinoff active hydrogen, n represents an integer of 2 or 3 as component A) isocyanate-functional prepolymers obtainable from reacting aliphatic isocyanates A1) with polyols A2), as component B) amino-functional compounds of general formula wherein X represents an organic group containing a tertiary amino functionality that does not contain a Zerewitinoff-active hydrogen, R 1 represents a CH 2 -COOR 3 group wherein R3 represents an organic group that does not contain a Zerewitinoff active hydrogen, a linear or branched C 1 to C 4 alkyl, a cyclopentyl, a cyclohexyl group or H, R 2 represents an organic group that does not contain a Zerewitinoff active hydrogen, n represents an integer of 2 or 3 X represents an organic group containing a tertiary amino functionality that does not contain a Zerewitinoff-active hydrogen, R 1 represents a CH 2 -COOR 3 group wherein R3 represents an organic group that does not contain a Zerewitinoff active hydrogen, a linear or branched C 1 to C 4 alkyl, a cyclopentyl, a cyclohexyl group or H, R 2 represents an organic group that does not contain a Zerewitinoff active hydrogen, n represents an integer of 2 or 3
Method of controlling a brake-by-wire system in a vehicle comprising both a brake-by-wire system and an Electrical-Power-Assisted-Steering system (EPAS), the method comprising the steps of: - obtaining a braking value (Breq) indicative of an actual brake request; - obtaining a steering value of the vehicle; - testing in a first test (test1) if the braking value (Breq) is larger than a first predetermined threshold value and testing in a second test (test2) if an absolute value of the steering value is larger than a second predetermined threshold value, and if the outcome of at least one of the first and second test (test1, test2) is false, applying a brake pressure corresponding to the requested braking value (Breq) using a predefined standard ramp rate; and if the outcome of both the first and second test (test1, test2) is true, applying a brake pressure corresponding to the requested braking value (Breq) but using a modified ramp rate lower than the standard ramp rate. - obtaining a braking value (Breq) indicative of an actual brake request; - obtaining a steering value of the vehicle; - testing in a first test (test1) if the braking value (Breq) is larger than a first predetermined threshold value and testing in a second test (test2) if an absolute value of the steering value is larger than a second predetermined threshold value,
Device for clamping an effector on a skin, comprising a support for said effector and at least one clamping module (14 1 -14 2) having a plurality of suction pads and means for distributing a predetermined pressure controlling said suction pads, characterized in that said suction pads are able to move translationally along their longitudinal axis independently of one another with respect to a structural element of said module (14 1 -14 2), in that said clamping module (14 1 -14 2) comprises blocking means (39, 28) for blocking said plurality of suction pads in a locked position on said skin, said blocking means (39, 28) acting simultaneously on all of the suction pads, said module (14 1 -14 2) carrying one or more blocking parts that are able to move translationally perpendicularly to rods carrying said suction pads, said blocking part(s) being able to assume a release position, in which said rods are able to move translationally, and a blocking position, in which said rods are blocked against moving translationally, said blocking part acting on a set of locking jaws that each come into contact with one of said rods in the blocking position. in that said clamping module (14 1 -14 2) comprises blocking means (39, 28) for blocking said plurality of suction pads in a locked position on said skin, said blocking means (39, 28) acting simultaneously on all of the suction pads, said module (14 1 -14 2) carrying one or more blocking parts that are able to move translationally perpendicularly to rods carrying said suction pads, said blocking part(s) being able to assume a release position, in which said rods are able to move translationally, and a blocking position, in which said rods are blocked against moving translationally, said blocking part acting on a set of locking jaws that each come into contact with one of said rods in the blocking position.
A set for taking pictures of a user, the set comprising: - a portable electronic device, for instance a smartphone, comprising an electronic device application configured to control a drone, and - a drone configured to communicate with the portable electronic device and being further adapted to take pictures or videos of a user, the drone being an accessory of the electronic device, the drone being movable between a first configuration secured to the electronic device and a second configuration detached from the electronic device, the drone being equipped with a camera, the drone comprising a body equipped with elevation motors for elevating the drone in the air when the drone is in the second configuration and a camera holder attached to the body and movable with regards to the body, the camera holder holding the camera, the elevation motors being movable between a third configuration folded up inside the body and a fourth configuration deployed outside the body, the body comprising a motor for moving the elevation motors between the third configuration and the fourth configuration, the portable electronic device being a smartphone, the drone having a weight and dimensions inferior or equal to respectively the weight and the dimensions of the electronic device. - a portable electronic device, for instance a smartphone, comprising an electronic device application configured to control a drone, and - a drone configured to communicate with the portable electronic device and being further adapted to take pictures or videos of a user, the drone being an accessory of the electronic device, the drone being movable between a first configuration secured to the electronic device and a second configuration detached from the electronic device, the drone being equipped with a camera, the drone comprising a body equipped with elevation motors for elevating the drone in the air when the drone is in the second configuration and a camera holder attached to the body and movable with regards to the body, the camera holder holding the camera, the elevation motors being movable between a third configuration folded up inside the body and a fourth configuration deployed outside the body, the body comprising a motor for moving the elevation motors between the third configuration and the fourth configuration,
A flow path assembly for a gas turbine engine, the flow path assembly comprising: an annular inner wall; and an annular unitary outer wall including an annular combustor portion extending through a combustion section of the gas turbine engine and a turbine portion extending through at least a first turbine stage of a turbine section of the gas turbine engine, the first stage turbine comprising a nozzle portion and a blade portion, the combustor portion and the turbine portion being integrally formed as a single unitary structure, wherein the inner wall and the unitary outer wall define a combustor of the combustion section. an annular inner wall; and an annular unitary outer wall including an annular combustor portion extending through a combustion section of the gas turbine engine and a turbine portion extending through at least a first turbine stage of a turbine section of the gas turbine engine, the first stage turbine comprising a nozzle portion and a blade portion, the combustor portion and the turbine portion being integrally formed as a single unitary structure, wherein the inner wall and the unitary outer wall define a combustor of the combustion section.
An aqueous dispersion obtained by a process comprising the steps of: (a) preparing an acidic copolymer) having an acid value when contacted with water of at least 140 mg KOH/g by radical copolymerization of monomers comprising: at least one unsaturated fatty acid, at least one ethylenically unsaturated monomer containing at least one acid group or group capable of forming an acid group when contacted with water, at least one other ethylenically unsaturated monomer different from and, (b) neutralizing all or at least part of the acid groups of copolymer and dissolving it in water to form a totally or partially neutralized copolymer, (c) copolymerizing in the solution obtained at step (b) at least one monomer mixture different from the monomer mixture of step (a) to form a copolymer. (a) preparing an acidic copolymer) having an acid value when contacted with water of at least 140 mg KOH/g by radical copolymerization of monomers comprising: at least one unsaturated fatty acid, at least one ethylenically unsaturated monomer containing at least one acid group or group capable of forming an acid group when contacted with water, at least one other ethylenically unsaturated monomer different from and, at least one unsaturated fatty acid, at least one ethylenically unsaturated monomer containing at least one acid group or group capable of forming an acid group when contacted with water, at least one other ethylenically unsaturated monomer different from and, (b) neutralizing all or at least part of the acid groups of copolymer and dissolving it in water to form a totally or partially neutralized copolymer, (c) copolymerizing in the solution obtained at step (b) at least one monomer mixture different from the monomer mixture of step (a) to form a copolymer.
A vertical take-off and landing, VTOL, aircraft comprising: a fuselage; first and second forward wings (20, 22) mounted to opposing sides of the fuselage; first and second rearward wings (30, 32) mounted to opposing sides of the fuselage; each wing (20, 22, 30, 32) having a fixed leading edge (25, 35) and a trailing control surface which is pivotal about a generally horizontal axis; a plurality of electric motors having rotors mounted to the wings (20, 22, 30, 32), the motors and rotors being secured to and pivotal with the trailing control surface between a first position in which each rotor has a generally vertical axis of rotation, and a second position in which each rotor has a generally horizontal axis of rotation; characterised in that at least one of the wings (20, 22, 30, 32) has a first electric motor having a first rotor and a second electric motor having a second rotor which are each mounted having non-parallel axes of rotation so that thrust lines of the first and second rotors are different. a fuselage; first and second forward wings (20, 22) mounted to opposing sides of the fuselage; first and second rearward wings (30, 32) mounted to opposing sides of the fuselage; each wing (20, 22, 30, 32) having a fixed leading edge (25, 35) and a trailing control surface which is pivotal about a generally horizontal axis; a plurality of electric motors having rotors mounted to the wings (20, 22, 30, 32), the motors and rotors being secured to and pivotal with the trailing control surface between a first position in which each rotor has a generally vertical axis of rotation, and a second position in which each rotor has a generally horizontal axis of rotation; characterised in that at least one of the wings (20, 22, 30, 32) has a first electric motor having a first rotor and a second electric motor having a second rotor which are each mounted having non-parallel axes of rotation so that thrust lines of the first and second rotors are different. each wing (20, 22, 30, 32) having a fixed leading edge (25, 35) and a trailing control surface which is pivotal about a generally horizontal axis; a plurality of electric motors having rotors mounted to the wings (20, 22, 30, 32), the motors and rotors being secured to and pivotal with the trailing control surface between a first position in which each rotor has a generally vertical axis of rotation, and a second position in which each rotor has a generally horizontal axis of rotation; characterised in that at least one of the wings (20, 22, 30, 32) has a first electric motor having a first rotor and a second electric motor having a second rotor which are each mounted having non-parallel axes of rotation so that thrust lines of the first and second rotors are different.
A method of operating a multilevel phase change memory cell of an array (100, 600) of phase change memory cells, each multilevel phase change memory cell being configured to be programmable to one of a set state, a reset state, and a number of intermediate states, the method further comprising: a programming operation of applying a programming signal to the multilevel phase change memory cell to program the multilevel phase change memory cell to a target state; a subsequent intermediate operation of applying a pre-read signal (222; 322-1; 322-2; 322-3; 322-4) determined based on the target state to the programmed multilevel phase change memory cell to accelerate a drift of a resistance of the programmed multilevel phase change memory cell without performing an anneal process; and a reading operation subsequent to the intermediate operation, of applying a read signal (220; 320-1; 320-2; 320-3; 320-4) to the multilevel phase change memory cell after a time interval (323-1; 323-2; 323-3) following application of the pre-read signal (222; 322-1; 322-2; 322-3; 322-4). a programming operation of applying a programming signal to the multilevel phase change memory cell to program the multilevel phase change memory cell to a target state; a subsequent intermediate operation of applying a pre-read signal (222; 322-1; 322-2; 322-3; 322-4) determined based on the target state to the programmed multilevel phase change memory cell to accelerate a drift of a resistance of the programmed multilevel phase change memory cell without performing an anneal process; and a reading operation subsequent to the intermediate operation, of applying a read signal (220; 320-1; 320-2; 320-3; 320-4) to the multilevel phase change memory cell after a time interval (323-1; 323-2; 323-3) following application of the pre-read signal (222; 322-1; 322-2; 322-3; 322-4).
Soil cultivating device for agricultural machines with a support which has an upper end and a lower end on which an exchangeable share point is fitted and is secured against displacement against a fitting direction by means of at least one positive locking element, wherein the positive locking element is resiliently formed in the direction of a securing position, characterized in that the positive locking element is formed as a spring tongue bent out of the support and formed from the support.
A multijunction solar cell comprising: an upper solar subcell having a first band gap; an upper barrier layer, composed of n-type InGa(Al)P, below the upper solar subcell, which upper barrier layer is intended to prevent threading dislocations from propagating; a first graded interlayer, which is a compositionally step-graded series of InGaAlAs layers, below and adjacent to said upper barrier layer; said first graded interlayer having a second band gap greater than said first band gap; a n+ type GaInP lower barrier layer below and adjacent the first graded interlayer, the lower barrier layer having a different composition than that of the upper barrier layer and being intended to prevent threading dislocations from propagating; a middle solar subcell below and adjacent to said first graded interlayer, said middle subcell having a third band gap smaller than said first band gap such that said middle subcell is lattice mismatched with respect to said upper subcell; a second graded interlayer, which is a compositionally step-graded series of InGaAlAs layers, below and adjacent to said middle solar subcell, said second graded interlayer having a fourth band gap greater than said third band gap; and a lower solar subcell below and adjacent to said second graded interlayer, said lower subcell having a fifth band gap smaller than said third band gap such that said lower subcell is lattice mismatched with respect to said middle subcell. an upper solar subcell having a first band gap; an upper barrier layer, composed of n-type InGa(Al)P, below the upper solar subcell, which upper barrier layer is intended to prevent threading dislocations from propagating; a first graded interlayer, which is a compositionally step-graded series of InGaAlAs layers, below and adjacent to said upper barrier layer; said first graded interlayer having a second band gap greater than said first band gap; a n+ type GaInP lower barrier layer below and adjacent the first graded interlayer, the lower barrier layer having a different composition than that of the upper barrier layer and being intended to prevent threading dislocations from propagating; a middle solar subcell below and adjacent to said first graded interlayer, said middle subcell having a third band gap smaller than said first band gap such that said middle subcell is lattice mismatched with respect to said upper subcell; a second graded interlayer, which is a compositionally step-graded series of InGaAlAs layers, below and adjacent to said middle solar subcell, said second graded interlayer having a fourth band gap greater than said third band gap; and a lower solar subcell below and adjacent to said second graded interlayer, said lower subcell having a fifth band gap smaller than said third band gap such that said lower subcell is lattice mismatched with respect to said middle subcell.
A digital license plate (11, 202) having a display and supporting multiple power states, comprising: multiple sensors providing status data to a processor in the digital license plate; a power path control module to initiate power state changes and adjust power depending on system state as determined by at least one of the multiple sensors; and a temperature control module connected to a temperature sensor and configured to modify heat relevant display parameters as critical temperatures are approached; wherein the heat relevant display parameters includes a displayed pattern to modify reflectivity, with the displayed pattern being modified by the temperature control module to increase heat absorption as critical low temperatures are approached and modified to decrease heat absorption as critical high temperatures are approached. multiple sensors providing status data to a processor in the digital license plate; a power path control module to initiate power state changes and adjust power depending on system state as determined by at least one of the multiple sensors; and a temperature control module connected to a temperature sensor and configured to modify heat relevant display parameters as critical temperatures are approached; wherein the heat relevant display parameters includes a displayed pattern to modify reflectivity, with the displayed pattern being modified by the temperature control module to increase heat absorption as critical low temperatures are approached and modified to decrease heat absorption as critical high temperatures are approached.