mhurhangee/ep-ind-claims huggingface dataset:
Method for determination of a location of a short circuit fault in a generator arrangement, wherein the generator arrangement comprises an electrical machine and at least one channel (3, 4), wherein the or each channel (3, 4) comprises a breaker (6, 8), a converter unit (5, 7) and a set (9, 10) of stator windings of the electrical machine connected to the converter unit (5, 7) via the breaker (6, 8), wherein upon an occurrence of a short circuit in a channel (3, 4), the connection between the set (9, 10) of stator windings and the converter unit (5, 7 is interrupted by opening the breaker (6, 8), characterized in that depending on at least one measured signal of a measurand, wherein the measured signal is measured by at least one sensor of the electric machine, wherein as the at least one sensor of the electrical machine, a sensor measuring a vibration and/or an acceleration of at least one component of the electrical machine is used, and wherein the measurand describes a torque ripple of the electrical machine, either the electrical machine or the converter unit (5, 7) of the channel (3, 4) is determined as location of the short circuit fault by evaluation of the torque ripple of the electrical machine, wherein a physical quantity, which is influenced by the torque ripple of the electrical machine, is used as measurand.
Lock arrangement for securing a battery of a vehicle which is operable by muscle power and/or motor power, in particular an electric bicycle, comprising: - a locking catch which is pivotable about a catch axis, - a lock cylinder which is configured to actuate the locking catch, and - a lifting element which is coupled to the lock cylinder, - wherein the lock cylinder is movable into a retaining position and into a release position, wherein the lock cylinder, in the retaining position, prevents removal of the battery in a removal direction and, in the release position, permits removal of the battery, and - wherein the lifting element is configured to move the battery in the removal direction when the locking catch is moved from the retaining position into the release position, characterized in that the lifting element is directly or indirectly actuatable by means of the lock cylinder. - a locking catch which is pivotable about a catch axis, - a lock cylinder which is configured to actuate the locking catch, and - a lifting element which is coupled to the lock cylinder, - wherein the lock cylinder is movable into a retaining position and into a release position, wherein the lock cylinder, in the retaining position, prevents removal of the battery in a removal direction and, in the release position, permits removal of the battery, and - wherein the lifting element is configured to move the battery in the removal direction when the locking catch is moved from the retaining position into the release position, characterized in that the lifting element is directly or indirectly actuatable by means of the lock cylinder.
A relay communication device (830, 930, 1030) comprising: a relay loop antenna (12-1; 31) configured to communicate through electromagnetic induction or electromagnetic coupling; and a pair of electrically conductive plates (832A, 832B, 932A, 932B, 1032A, 1032B, 1132A-1, 1132B-1) one plate of the pair of electrically conductive plates (21-1; 32A, 32B; 832A, 832B; 932A, 932B; 1032A, 1032B; 1032A-1, 1032B-1) being connected to a beginning end of the relay loop antenna (12-1; 31), and the other plate of the pair of electrically conductive plates (21-1; 32A, 32B; 832A, 832B; 932A, 932B; 1032A, 1032B; 1032A-1, 1032B-1) being connected to a terminal end of the relay loop antenna (12-1; 31), characterized in that the pair of electrically conductive plates are disposed so as to be able to face a pair of electrically conductive plates of a brought close information recording medium including an IC card or an IC label such that the relay communication device (830, 930, 1030) is configured to be communicable with an information recording medium via the pair of electrically conductive plates (832A, 832B, 932A, 932B, 1032A, 1032B, 1132A-1, 1132B-1) through electrostatic coupling. a relay loop antenna (12-1; 31) configured to communicate through electromagnetic induction or electromagnetic coupling; and a pair of electrically conductive plates (832A, 832B, 932A, 932B, 1032A, 1032B, 1132A-1, 1132B-1) one plate of the pair of electrically conductive plates (21-1; 32A, 32B; 832A, 832B; 932A, 932B; 1032A, 1032B; 1032A-1, 1032B-1) being connected to a beginning end of the relay loop antenna (12-1; 31), and the other plate of the pair of electrically conductive plates (21-1; 32A, 32B; 832A, 832B; 932A, 932B; 1032A, 1032B; 1032A-1, 1032B-1) being connected to a terminal end of the relay loop antenna (12-1; 31), characterized in that the pair of electrically conductive plates are disposed so as to be able to face a pair of electrically conductive plates of a brought close information recording medium including an IC card or an IC label such that the relay communication device (830, 930, 1030) is configured to be communicable with an information recording medium via the pair of electrically conductive plates (832A, 832B, 932A, 932B, 1032A, 1032B, 1132A-1, 1132B-1) through electrostatic coupling.
A method for detecting fetal DNA in a plasma or serum sample from a pregnant woman, comprising the steps of: (a) treating the sample with an agent that differentially modifies methylated and unmethylated DNA; and (b) detecting methylated DNA sequence of SCGB3A1 in the sample, wherein the presence of the methylated DNA sequence indicates the presence of fetal DNA in the sample, and the absence of the methylated DNA sequence indicates the absence of fetal DNA in the sample. (a) treating the sample with an agent that differentially modifies methylated and unmethylated DNA; and (b) detecting methylated DNA sequence of SCGB3A1 in the sample, wherein the presence of the methylated DNA sequence indicates the presence of fetal DNA in the sample, and the absence of the methylated DNA sequence indicates the absence of fetal DNA in the sample.
A voltage measuring system with an optical fibre cable comprising: a first electric terminal (11, 17, 24); and a second electric terminal (11, 17, 22); an optical fibre cable (10, 20) positioned in the electric field formed between said first (11, 17, 24) and said second terminal (11, 17, 22); a laser source which provides an optical signal to said optical fibre cable (10, 20); means (15, 28) for rotating the state of polarization of the optical signal passing through said optical fibre cable (10, 20); a coherent receiver (41, 42) to receive a reflected optical signal coming from said optical fibre cable (10, 20) and measure the electric voltage present between said first terminal (11, 17, 24) and said second terminal (11, 17, 22), by measuring the phase shift Δφ induced in said optical fibre cable (10, 20) due to electro-optic Kerr effect by the voltage applied between said first electric terminal (11, 17, 24) and said second electric terminal (11, 17, 22); characterized in that it comprises means for measuring the temperature of said optical fibre cable(10, 20), wherein the measured temperature is used to compensate in real time the dependence of the Kerr effect on temperature variations. a first electric terminal (11, 17, 24); and a second electric terminal (11, 17, 22); an optical fibre cable (10, 20) positioned in the electric field formed between said first (11, 17, 24) and said second terminal (11, 17, 22); a laser source which provides an optical signal to said optical fibre cable (10, 20); means (15, 28) for rotating the state of polarization of the optical signal passing through said optical fibre cable (10, 20); a coherent receiver (41, 42) to receive a reflected optical signal coming from said optical fibre cable (10, 20) and measure the electric voltage present between said first terminal (11, 17, 24) and said second terminal (11, 17, 22), by measuring the phase shift Δφ induced in said optical fibre cable (10, 20) due to electro-optic Kerr effect by the voltage applied between said first electric terminal (11, 17, 24) and said second electric terminal (11, 17, 22); characterized in that it comprises means for measuring the temperature of said optical fibre cable(10, 20), wherein the measured temperature is used to compensate in real time the dependence of the Kerr effect on temperature variations.
A method of reducing shear recovery time of a viscosifying surfactant fluid system comprising introducing a viscosifying surfactant fluid system into a subterranean formation, wherein the fluid comprises a major portion of a surfactant and a hydrophobically-modified associative polymer in a concentration of from 0.005 wt% to 5 wt%, sufficient to shorten the shear recovery time of the fluid system compared to the shear recovery time of the fluid system without the polymer, wherein the hydrophobically-modified associative polymer comprises: at least one water-soluble part selected from the group consisting of acrylamide, methacrylamide, acrylic acid, methacrylic acid, 2-acrylamidomethylpropanesulfonic acid, N-vinyl pyrrolidone, N-vinyl formamide, and mixtures thereof; and at least one water-insoluble part selected from the group consisting of straight or branched alkyl or alkylaryl alcohol esters of acrylic or methacrylic acid, straight or branched alkyl or alkylaryl amides of acrylamide or methacrylamide, styrene, butadiene, 1-vinylnaphthalene, and mixtures thereof. at least one water-soluble part selected from the group consisting of acrylamide, methacrylamide, acrylic acid, methacrylic acid, 2-acrylamidomethylpropanesulfonic acid, N-vinyl pyrrolidone, N-vinyl formamide, and mixtures thereof; and at least one water-insoluble part selected from the group consisting of straight or branched alkyl or alkylaryl alcohol esters of acrylic or methacrylic acid, straight or branched alkyl or alkylaryl amides of acrylamide or methacrylamide, styrene, butadiene, 1-vinylnaphthalene, and mixtures thereof.
A method comprising: receiving a new virtual message object signal comprising a new virtual message object (706, 806) with a messaging device (102, 502, 602, 702, 802b); the new virtual message object signal being received from a remote device; determining an interaction between the new virtual message object and a virtual message environment (204, 504, 604, 704, 804), the interaction based at least in part on a virtual physical parameter of the new virtual message object; determining a haptic effect based at least in part on the interaction; and, generating a haptic signal configured to cause an actuator to output the haptic effect; characterised in that: the virtual physical parameter of the new virtual message object (706, 806) comprises a transitory virtual physical parameter set by the remote device. receiving a new virtual message object signal comprising a new virtual message object (706, 806) with a messaging device (102, 502, 602, 702, 802b); the new virtual message object signal being received from a remote device; determining an interaction between the new virtual message object and a virtual message environment (204, 504, 604, 704, 804), the interaction based at least in part on a virtual physical parameter of the new virtual message object; determining a haptic effect based at least in part on the interaction; and, generating a haptic signal configured to cause an actuator to output the haptic effect; characterised in that: the virtual physical parameter of the new virtual message object (706, 806) comprises a transitory virtual physical parameter set by the remote device. the virtual physical parameter of the new virtual message object (706, 806) comprises a transitory virtual physical parameter set by the remote device.
A coated detergent particle having perpendicular dimensions x, y and z, wherein x is from 1 to 2 mm, y is from 2 to 8mm, and z is from 2 to 8 mm, wherein the particle comprises: (i) from 40 to 90 wt % surfactant selected from: anionic surfactant; and, non-ionic surfactant; (ii) from 1 to 40 wt % water soluble inorganic salts; and, (iii) from 0.0001 to 0.5 wt % pigment, wherein the pigment is selected: from organic and inorganic pigments, wherein the inorganic salts and the pigment are present on the detergent particle as a coating and the surfactant is present as a core. (i) from 40 to 90 wt % surfactant selected from: anionic surfactant; and, non-ionic surfactant; (ii) from 1 to 40 wt % water soluble inorganic salts; and, (iii) from 0.0001 to 0.5 wt % pigment, wherein the pigment is selected: from organic and inorganic pigments,
A heat-shrinkable polyester film, having an ethylene terephthalate unit, and containing a constituent unit derived from butanediol in a content of 1 to 25% by mole, a constituent unit derived from ε-caprolactone in a content of 1 to 25% by mole, and a constituent unit derived from one or more monomers capable of forming an amorphous component other than the constituent units derived from butanediol and ε-caprolactone in a content not less than 18% by mole in 100% by mole of the whole polyester resin component, the heat-shrinkable polyester film satisfying the following requirements to: the film has a ratio A1/A2 (absorbancy ratio) of an absorbancy A1 at 1340 cm -1 to an absorbancy A2 at 1410 cm -1 measured by a polarized ATR-FTIR method of not less than 0.45 and not more than 0.75 in either of the width direction and longitudinal direction of the film; the film has a ratio (shrinkage stress after 30 seconds/maximum shrinkage stress) of a shrinkage stress after 30 seconds when the film is heat shrunk in hot air of 90°C for 30 seconds (shrinkage stress after 30 seconds) to the maximum shrinkage stress of not less than 75% and not more than 100%; and the film has a hot-water heat shrinkage in the width direction of not less than 30% and not more than 55% when the film is aged for 672 hours in an atmosphere of 30°C and 85%RH, and then the aged film is dipped in hot water of 70°C for 10 seconds. the film has a ratio A1/A2 (absorbancy ratio) of an absorbancy A1 at 1340 cm -1 to an absorbancy A2 at 1410 cm -1 measured by a polarized ATR-FTIR method of not less than 0.45 and not more than 0.75 in either of the width direction and longitudinal direction of the film; the film has a ratio (shrinkage stress after 30 seconds/maximum shrinkage stress) of a shrinkage stress after 30 seconds when the film is heat shrunk in hot air of 90°C for 30 seconds (shrinkage stress after 30 seconds) to the maximum shrinkage stress of not less than 75% and not more than 100%; and the film has a hot-water heat shrinkage in the width direction of not less than 30% and not more than 55% when the film is aged for 672 hours in an atmosphere of 30°C and 85%RH, and then the aged film is dipped in hot water of 70°C for 10 seconds.
A valve arrangement for use in an injector, the valve arrangement arranged to be moveable between an open configuration in which the valve arrangement provides a flow path for pressurised fuel from a control chamber of the injector to a low pressure drain and a closed configuration in which the valve arrangement closes the flow path, the valve arrangement comprising: a valve guide located within the injector, the valve guide comprising at least a part of the flow path; a valve head portion arranged to close a first end of the valve guide when the valve arrangement is in the closed configuration; a biasing member arranged to bias the valve arrangement towards the closed configuration; wherein the biasing member comprises an elastic member located within the valve guide and the biasing member defines a volume within the valve guide, the arrangement being arranged to be substantially hydraulically balanced when in the closed configuration. a valve guide located within the injector, the valve guide comprising at least a part of the flow path; a valve head portion arranged to close a first end of the valve guide when the valve arrangement is in the closed configuration; a biasing member arranged to bias the valve arrangement towards the closed configuration; the biasing member comprises an elastic member located within the valve guide and the biasing member defines a volume within the valve guide, the arrangement being arranged to be substantially hydraulically balanced when in the closed configuration.
A cartridge assembly, comprising: a housing (101, 102) including a flow cell chamber to receive a flow cell; a well plate having liquid wells to receive desired amounts of liquids, the well plate including a valve station, a pump station and a fluidics analysis station, the well plate including channels associated with the wells, the valve station, pump station and fluidics analysis station; a pump assembly provided on the well plate at the pump station, the pump assembly to manage fluid flow through the channels between the pump station and the fluidics analysis station; and a rotary valve assembly positioned on the well plate at the valve station, the rotary valve assembly including a rotor shaft and rotor valve positioned to rotate about a rotational axis and to selectively couple the wells to the pump station, the rotor shaft having a distal end exposed through the housing (101, 102), characterized in that the rotor shaft includes a dual spline configuration at the distal end thereof, the dual spline configuration having first and second sets of splines, the first set of splines forming a drive interface, the second set of splines forming a position encoding interface. a housing (101, 102) including a flow cell chamber to receive a flow cell; a well plate having liquid wells to receive desired amounts of liquids, the well plate including a valve station, a pump station and a fluidics analysis station, the well plate including channels associated with the wells, the valve station, pump station and fluidics analysis station; a pump assembly provided on the well plate at the pump station, the pump assembly to manage fluid flow through the channels between the pump station and the fluidics analysis station; and a rotary valve assembly positioned on the well plate at the valve station, the rotary valve assembly including a rotor shaft and rotor valve positioned to rotate about a rotational axis and to selectively couple the wells to the pump station, the rotor shaft having a distal end exposed through the housing (101, 102),
Child seat for attachment to a motor vehicle seat, comprising a seat element and at least one support leg for supporting the child seat on a base surface, in particular footwell of the motor vehicle, wherein a display device is provided which is designed to display a ground contact of the support leg with the base surface, in particular the footwell, wherein the support leg has at least one upper telescopic section and at least one lower telescopic section, which are displaceable against each other for lengthening and shortening of the support leg, wherein an operative connection (12, 20) is present between the lower telescopic section and the display device, which is designed such that a displacement of the lower section in relation to the upper section leads to a triggering of the display device due to a ground contact of a support leg end.
A robotic system comprising: first and second input devices (41, 42); first and second manipulators (202, 212); and a processor configured to: cause the first and second input devices (41, 42) to be operatively coupled to the first manipulator in a first operating mode, so that concurrent movements of the first and second input devices (41, 42) result in a corresponding movement of the first manipulator; and characterized by the processor further configured to: determine that the first input device has been manipulated alone in a predefined manner, wherein the predefined manner corresponds to a movement of the first input device that results in a corresponding movement of the second manipulator when the first input device is operatively coupled to the second manipulator in a second operating mode; and conditioned upon at least determining that the first input device has been manipulated alone in the predefined manner, cause the first and second input devices (41, 42) to be operatively decoupled from the first manipulator in the first operating mode and cause the first input device to be operatively coupled to the second manipulator in the second operating mode. first and second input devices (41, 42); first and second manipulators (202, 212); and a processor configured to: cause the first and second input devices (41, 42) to be operatively coupled to the first manipulator in a first operating mode, so that concurrent movements of the first and second input devices (41, 42) result in a corresponding movement of the first manipulator; and characterized by the processor further configured to: determine that the first input device has been manipulated alone in a predefined manner, wherein the predefined manner corresponds to a movement of the first input device that results in a corresponding movement of the second manipulator when the first input device is operatively coupled to the second manipulator in a second operating mode; and conditioned upon at least determining that the first input device has been manipulated alone in the predefined manner, cause the first and second input devices (41, 42) to be operatively decoupled from the first manipulator in the first operating mode and cause the first input device to be operatively coupled to the second manipulator in the second operating mode. determine that the first input device has been manipulated alone in a predefined manner, wherein the predefined manner corresponds to a movement of the first input device that results in a corresponding movement of the second manipulator when the first input device is operatively coupled to the second manipulator in a second operating mode; and conditioned upon at least determining that the first input device has been manipulated alone in the predefined manner, cause the first and second input devices (41, 42) to be operatively decoupled from the first manipulator in the first operating mode and cause the first input device to be operatively coupled to the second manipulator in the second operating mode.
An adaptation system for adapting a deformable model comprising a plurality of model segments to an object of interest in an image data set, said system comprising: a propagator for propagating a set of predetermined transformation parameters to the model segments in the plurality of the model segments that have not yet been activated for adaptation to the image; an activator for activating at least one model segment from the plurality of model segments that have not yet been activated for adaptation to the image; and an adapter for adapting the deformable model by optimizing a model energy of the deformable model, said model energy comprising an internal energy of the plurality of model segments and an external energy of at least the latest activated model segment or segments. a propagator for propagating a set of predetermined transformation parameters to the model segments in the plurality of the model segments that have not yet been activated for adaptation to the image; an activator for activating at least one model segment from the plurality of model segments that have not yet been activated for adaptation to the image; and an adapter for adapting the deformable model by optimizing a model energy of the deformable model, said model energy comprising an internal energy of the plurality of model segments and an external energy of at least the latest activated model segment or segments.
A Fe-based shape memory alloy material, containing 25 atom% to 42 atom% of Mn, 9 atom% to 13 atom% of Al, 5 atom% to 12 atom% of Ni, and 5.1 atom% to 15 atom% of Cr, with the balance being Fe and unavoidable impurities.