mhurhangee/ep-ind-claims huggingface dataset:
A method for identifying a faulted DC power transmission medium in a multi-terminal DC electrical network, the DC electrical network including a plurality of terminals, each terminal being connected to at least one other terminal via a respective one of a plurality of DC power transmission media, the method comprising the steps of: (a) detecting a fault occuring in the plurality of DC power transmission media; (b) after detecting the fault, measuring a surge arrival time at each terminal, each surge arrival time being the difference between the time of detecting the fault and the time of arrival of an electrical wave surge at the corresponding terminal, the electrical wave surge being generated by the fault; (c) comparing the surge arrival time at each terminal with the surge arrival time at at least one other terminal to identify the or each DC power transmission medium in which the fault is not located; (d) allocating a healthy status to the or each DC power transmission medium in which the fault is not located; (e) identifying the faulted DC power transmission medium as being the DC power transmission medium without a healthy status or among a plurality of DC power transmission media without a healthy status. (a) detecting a fault occuring in the plurality of DC power transmission media; (b) after detecting the fault, measuring a surge arrival time at each terminal, each surge arrival time being the difference between the time of detecting the fault and the time of arrival of an electrical wave surge at the corresponding terminal, the electrical wave surge being generated by the fault; (c) comparing the surge arrival time at each terminal with the surge arrival time at at least one other terminal to identify the or each DC power transmission medium in which the fault is not located; (d) allocating a healthy status to the or each DC power transmission medium in which the fault is not located; (e) identifying the faulted DC power transmission medium as being the DC power transmission medium without a healthy status or among a plurality of DC power transmission media without a healthy status.
A measurement free system for building a demountable and reassemblable building structure comprising: - a plurality of prefabricated building components comprising a plurality of posts and joists, each having a plurality of regularly spaced apart attachment receiving elements (12, 14, 22, 24); - a plurality of removable attachments for engaging into the regularly spaced apart attachment receiving elements (12, 14, 22, 24) for demountably joining the plurality of posts and joists, wherein the regularly spaced apart attachment receiving elements (12, 14, 22, 24) allow for assembling measurement free building structures which are demountable and re-assemblable in different configurations; and a demountable ceiling anchor system comprising: o at least two joists, each of said joists comprising receiving elements located at a predetermined position along the joist for receiving a ceiling furring strip receiving element; o at least one ceiling furring strip receiving element comprising a gripping member and adapted to receive at least one furring strip within the gripping member; said at least one ceiling furring strip receiving element having a first end for attaching to a first receiving element of a first joist and a second end for attaching for attaching to a second receiving element of a second joist, and being disposed perpendicular to the first joist and the second joist; o at least one furring strip to be inserted into the gripping member of the ceiling furring strip receiving element; wherein when two or more furring strips are inserted in said ceiling furring strip receiving element they form a planar surface to receive a ceiling surface. - a plurality of prefabricated building components comprising a plurality of posts and joists, each having a plurality of regularly spaced apart attachment receiving elements (12, 14, 22, 24); - a plurality of removable attachments for engaging into the regularly spaced apart attachment receiving elements (12, 14, 22, 24) for demountably joining the plurality of posts and joists, o at least two joists, each of said joists comprising receiving elements located at a predetermined position along the joist for receiving a ceiling furring strip receiving element; o at least one ceiling furring strip receiving element comprising a gripping member and adapted to receive at least one furring strip within the gripping member; said at least one ceiling furring strip receiving element having a first end for attaching to a first receiving element of a first joist and a second end for attaching for attaching to a second receiving element of a second joist, and being disposed perpendicular to the first joist and the second joist; o at least one furring strip to be inserted into the gripping member of the ceiling furring strip receiving element; wherein when two or more furring strips are inserted in said ceiling furring strip receiving element they form a planar surface to receive a ceiling surface.
A method of communication for an apparatus, the apparatus being a requestor, comprising: determining at least one attribute for a request for sensor information; sending the request including the at least one attribute, wherein the at least one attribute specifies that an object that has already been reported is not to be reported; receiving a first response to the request; receiving at least one other response to the request; identifying at least one object in a vicinity of the apparatus based on the response and the at least one other response; sending a first acknowledgment to a first responder that sent the first response; and sending at least one second acknowledgment to at least one second responder that sent the at least one other response. determining at least one attribute for a request for sensor information; sending the request including the at least one attribute, wherein the at least one attribute specifies that an object that has already been reported is not to be reported; receiving a first response to the request; receiving at least one other response to the request; identifying at least one object in a vicinity of the apparatus based on the response and the at least one other response; sending a first acknowledgment to a first responder that sent the first response; and sending at least one second acknowledgment to at least one second responder that sent the at least one other response.
An automotive lighting apparatus comprising: a rear body adapted to be fixed to the vehicle; a front half-shell arranged to close the mouth of said rear body; and at least one lighting assembly which is located inside the rear body and is adapted to backlight, on command, a corresponding transparent or semi-transparent sector of the front half-shell; said lighting assembly comprising: a radially emitting optical fibre of given length; an electrically-powered, collimated light source which is located in front of a proximal end of the optical fibre, and is adapted to direct, towards the same proximal end, a collimated light beam (r) which enters and travels inside the optical fibre; and at least one distal photometric sensor that is arranged in front of the distal end of the optical fibre and is adapted to capture/detect the light coming out of the distal end of the optical fibre; the lighting apparatus being characterized in that the said lighting assembly moreover comprises: at least one proximal photometric sensor that is arranged beside the collimated light source and/or the proximal end of the optical fibre, so as to capture/detect the light reflected/scattered on entering into the optical fibre; and an electronic control unit adapted to command the collimated light source on the basis of the signals coming from said proximal and distal photometric sensors. said lighting assembly comprising: a radially emitting optical fibre of given length; an electrically-powered, collimated light source which is located in front of a proximal end of the optical fibre, and is adapted to direct, towards the same proximal end, a collimated light beam (r) which enters and travels inside the optical fibre; and at least one distal photometric sensor that is arranged in front of the distal end of the optical fibre and is adapted to capture/detect the light coming out of the distal end of the optical fibre; the lighting apparatus being characterized in that the said lighting assembly moreover comprises: at least one proximal photometric sensor that is arranged beside the collimated light source and/or the proximal end of the optical fibre, so as to capture/detect the light reflected/scattered on entering into the optical fibre; and an electronic control unit adapted to command the collimated light source on the basis of the signals coming from said proximal and distal photometric sensors.
A method of producing a transgenic plant having one copy of a trait gene expression cassette comprising: (a) contacting a plant cell: (i) simultaneously with a T-DNA containing a trait gene expression cassette in a first bacterial strain and a T-DNA containing a morphogenic gene expression cassette in a second bacterial strain; or (ii) with one bacterial strain containing a plasmid that comprises a trait gene expression cassette within the T-DNA and a morphogenic gene expression cassette outside of the T-DNA; (b) selecting a plant cell containing the trait gene expression cassette and no morphogenic gene expression cassette; and (c) regenerating a transgenic plant from the plant cell. (a) contacting a plant cell: (i) simultaneously with a T-DNA containing a trait gene expression cassette in a first bacterial strain and a T-DNA containing a morphogenic gene expression cassette in a second bacterial strain; or (ii) with one bacterial strain containing a plasmid that comprises a trait gene expression cassette within the T-DNA and a morphogenic gene expression cassette outside of the T-DNA; (i) simultaneously with a T-DNA containing a trait gene expression cassette in a first bacterial strain and a T-DNA containing a morphogenic gene expression cassette in a second bacterial strain; or (ii) with one bacterial strain containing a plasmid that comprises a trait gene expression cassette within the T-DNA and a morphogenic gene expression cassette outside of the T-DNA; (b) selecting a plant cell containing the trait gene expression cassette and no morphogenic gene expression cassette; and (c) regenerating a transgenic plant from the plant cell.
A method of automated noninvasive determining the sex of an embryo of a bird's egg, comprising the following steps: conveying a plurality of bird eggs sequentially or in parallel into an NMR apparatus, subjecting the bird eggs to an NMR measurement and determining, for each of said eggs, one or more NMR parameter value images of a region of said egg, in which NMR parameter values are associated with corresponding pixels or voxels of the image, wherein said one or more NMR parameters are selected from the group consisting of a T1 relaxation time, a T2 relaxation time and a diffusion coefficient, forwarding said one or more NMR parameter value images, or images of parameters derived therefrom, to a classification module, said classification module configured for determining, based on said one or more NMR parameter value images, or images of parameters derived therefrom, a prediction of the sex of the embryo of the associated egg, and conveying said plurality of bird eggs out of said NMR apparatus and sorting the eggs according to the sex prediction provided by said classification module. conveying a plurality of bird eggs sequentially or in parallel into an NMR apparatus, subjecting the bird eggs to an NMR measurement and determining, for each of said eggs, one or more NMR parameter value images of a region of said egg, in which NMR parameter values are associated with corresponding pixels or voxels of the image, wherein said one or more NMR parameters are selected from the group consisting of a T1 relaxation time, a T2 relaxation time and a diffusion coefficient, forwarding said one or more NMR parameter value images, or images of parameters derived therefrom, to a classification module, said classification module configured for determining, based on said one or more NMR parameter value images, or images of parameters derived therefrom, a prediction of the sex of the embryo of the associated egg, and conveying said plurality of bird eggs out of said NMR apparatus and sorting the eggs according to the sex prediction provided by said classification module.
A projection screen for displaying an image received from a projector, comprising: an anisotropic base diffusion layer; a lens layer provided at a rear surface of the anisotropic base diffusion layer; and a reflective layer provided at a rear surface of the lens layer; characterized in that: a surface protective layer coupled with a front surface of the anisotropic base diffusion layer; fine patterns (14a', 14b') provided on the anisotropic base diffusion layer; wherein the anisotropic base diffusion layer includes a plurality of unit layers (14a, 14b) having the fine patterns (14a', 14b'), wherein the fine patterns (14a', 14b') each comprise a parallel fine pattern with a designated pitch, and wherein the fine pattern formed on one unit layer intersects the fine pattern formed on at least another unit layer. an anisotropic base diffusion layer; a lens layer provided at a rear surface of the anisotropic base diffusion layer; and a reflective layer provided at a rear surface of the lens layer; characterized in that: a surface protective layer coupled with a front surface of the anisotropic base diffusion layer; fine patterns (14a', 14b') provided on the anisotropic base diffusion layer; wherein the anisotropic base diffusion layer includes a plurality of unit layers (14a, 14b) having the fine patterns (14a', 14b'), wherein the fine patterns (14a', 14b') each comprise a parallel fine pattern with a designated pitch, and wherein the fine pattern formed on one unit layer intersects the fine pattern formed on at least another unit layer. a surface protective layer coupled with a front surface of the anisotropic base diffusion layer; fine patterns (14a', 14b') provided on the anisotropic base diffusion layer; wherein the anisotropic base diffusion layer includes a plurality of unit layers (14a, 14b) having the fine patterns (14a', 14b'), wherein the fine patterns (14a', 14b') each comprise a parallel fine pattern with a designated pitch, and wherein the fine pattern formed on one unit layer intersects the fine pattern formed on at least another unit layer.
An apparatus comprising: a first phase-locked loop comprising a loop filter, wherein the first PLL is configured to receive an input clock signal; a control circuit configured to receive one or more reference clock signals and to generate the input clock signal based on the one or more reference clock signals, the control circuit being further configured to control the first PLL to one of a plurality of operating modes comprising a holdover mode and a phase locking mode, wherein the control circuit disables a feedback loop of the first PLL during the holdover mode, and wherein the control circuit enables the feedback loop of the first PLL during the phase locking mode; and a holdover circuit configured to generate a holdover voltage at an output; and characterized by a variable resistor electrically connected in series between the output of the holdover circuit and an input to the loop filter, wherein the control circuit is further configured to generate a resistance control signal to control a resistance of the variable resistor, wherein the control circuit is further configured to gradually increase the resistance of the variable resistor when transitioning from the holdover mode to the phase locking mode to provide a soft transition between the holdover mode and the phase locking mode. a first phase-locked loop comprising a loop filter, wherein the first PLL is configured to receive an input clock signal; a control circuit configured to receive one or more reference clock signals and to generate the input clock signal based on the one or more reference clock signals, the control circuit being further configured to control the first PLL to one of a plurality of operating modes comprising a holdover mode and a phase locking mode, wherein the control circuit disables a feedback loop of the first PLL during the holdover mode, and wherein the control circuit enables the feedback loop of the first PLL during the phase locking mode; and a holdover circuit configured to generate a holdover voltage at an output; and a variable resistor electrically connected in series between the output of the holdover circuit and an input to the loop filter, wherein the control circuit is further configured to generate a resistance control signal to control a resistance of the variable resistor, wherein the control circuit is further configured to gradually increase the resistance of the variable resistor when transitioning from the holdover mode to the phase locking mode to provide a soft transition between the holdover mode and the phase locking mode.
Method for determining the frequency, amplitude, and attenuation of at least one output oscillation in an electrical energy supply network, in which - a time window having a predefined duration is used, and - instantaneous values of the output detected within the time window are used for determining the frequency, amplitude, and attenuation of the at least one output oscillation, characterized in that - at least one additional time window (5, 6) is used, wherein all time windows (4, 5, 6) each have different durations, and that time window within whose duration a predefined number of oscillation processes of the particular output oscillation falls is used in each case for determining the frequency, amplitude, and attenuation. - a time window having a predefined duration is used, and - instantaneous values of the output detected within the time window are used for determining the frequency, amplitude, and attenuation of the at least one output oscillation, characterized in that - at least one additional time window (5, 6) is used, wherein all time windows (4, 5, 6) each have different durations, and that time window within whose duration a predefined number of oscillation processes of the particular output oscillation falls is used in each case for determining the frequency, amplitude, and attenuation.
Gaseous fluid compression device, comprising: - an inlet for the gaseous fluid to be compressed, - a first enclosure, - a first piston assembled to be movable within the first enclosure and delimiting in a fluid-tight manner a first chamber and a second chamber inside said first enclosure, - an outlet for the compressed gaseous fluid connected to said first chamber, the inlet being connected to said first chamber, - a second enclosure, - a second piston assembled to be movable within the second enclosure and delimiting in a fluid-tight manner a third chamber and a fourth chamber inside said second enclosure, - a first exchange circuit establishing a communication of fluid between the first chamber and the fourth chamber, having a first heat exchanger to convey calories to a heat sink, - a second exchange circuit establishing a communication of fluid between the second chamber and the third chamber, having a second heat exchanger to convey calories from a heat source, - a transfer passage establishing a communication of fluid from the first chamber to the second chamber, with an interposed anti-backflow device, and wherein the first and second pistons are connected by a mechanical connection element, by means of which a back-and-forth movement of the pistons results in a compression of the gaseous fluid in the direction of the outlet. - an inlet for the gaseous fluid to be compressed, - a first enclosure, - a first piston assembled to be movable within the first enclosure and delimiting in a fluid-tight manner a first chamber and a second chamber inside said first enclosure, - an outlet for the compressed gaseous fluid connected to said first chamber, the inlet being connected to said first chamber, - a second enclosure, - a second piston assembled to be movable within the second enclosure and delimiting in a fluid-tight manner a third chamber and a fourth chamber inside said second enclosure, - a first exchange circuit establishing a communication of fluid between the first chamber and the fourth chamber, having a first heat exchanger to convey calories to a heat sink, - a second exchange circuit establishing a communication of fluid between the second chamber and the third chamber, having a second heat exchanger to convey calories from a heat source, - a transfer passage establishing a communication of fluid from the first chamber to the second chamber, with an interposed anti-backflow device,
A linear illumination device, comprising a side-emitting glass fibre cable, wherein said glass fibre cable is disposed in a tube, wherein the tube is dyed colourful, the tube being dyed such that it has a colour which matches the colour of an adjacent receptacle or covering, and wherein said linear illumination device comprises a light source having a wavelength that is matched with the colour of the tube.
A computing environment system for monitoring aircraft engines, said system being connected to a cluster of servers, characterised in that said system includes: - an application interface configured to receive user codes deployed in the cluster of servers for distributed operation on time data of a fleet of aircraft engines and including specifications of input data to be processed in parallel and output data comprising context and health indicators, said user codes specifying calculation of a set of indicators representative of the state of health of an aircraft engine for deployment on a fleet of aircraft engines, - an extraction module configured to extract said indicators by deploying calculations in parallel in the cluster of servers on time flight data from the fleet of aircraft engines and stored in a database distributed on said cluster of servers, - a learning module configured to use said indicators extracted by the extraction module to build in an unsupervised manner from said indicators a monitoring model representative of the indicators by implementing predetermined learning functions, said monitoring model being adapted to identify trends or to classify aircraft engines to determine which are to be maintained as a priority. - an application interface configured to receive user codes deployed in the cluster of servers for distributed operation on time data of a fleet of aircraft engines and including specifications of input data to be processed in parallel and output data comprising context and health indicators, said user codes specifying calculation of a set of indicators representative of the state of health of an aircraft engine for deployment on a fleet of aircraft engines, - an extraction module configured to extract said indicators by deploying calculations in parallel in the cluster of servers on time flight data from the fleet of aircraft engines and stored in a database distributed on said cluster of servers, - a learning module configured to use said indicators extracted by the extraction module to build in an unsupervised manner from said indicators a monitoring model representative of the indicators by implementing predetermined learning functions, said monitoring model being adapted to identify trends or to classify aircraft engines to determine which are to be maintained as a priority.