Search results for "Interrupt"
showing 10 items of 61 documents
Arrêt des poursuites individuelles. Conditions de la reprise d'une instance interrompue
2021
International audience; (Com. 3 févr. 2021, n° 19-19.010, arrêt n° 97 F-D, GAEC des Linières et a. c/ Sté Aliteams, Gaz. Pal. 13 avr. 2021, p. 69, note K. Lafaurie)
Reprise d'une instance en cours, interrompue par le jugement d'ouverture, impossible faute de déclaration de la créance. Compensation de dettes antér…
2022
(Com. 20 oct. 2021, no 20-13.829, arrêt no 674 F-B, M. et Mme L. c/ Sté Eurobarrère et a., D. 2021. 1917 ; Rev. sociétés 2021. 733, obs. L. C. Henry ; JurisData no 2021-016971 ; JCP 2021. 1162 ; RPC 2021. Comm. 154, note C. Lebel)
Déclaration et vérification des créances. Effet interruptif de la prescription à l'égard du garant hypothécaire jusqu'à la clôture de la liquidation …
2021
International audience; (Com. 1er juill. 2020, n° 18-24.979, arrêt n° 322 F-P+B, Fonds commun de titrisation Hugo créances I c/ Sté 53 boulevard John F. Kennedy, D. 2020. 1457 ; ibid. 1857, obs. F.-X. Lucas et P. Cagnoli ; ibid. 1917, obs. J.-J. Ansault et C. Gijsbers ; Rev. prat. rec. 2020. 25, chron. P. Roussel Galle et F. Reille)
Déclaration et vérification des créances. Instance en cours interrompue et conditions de la reprise d'instance
2017
International audience; (Com. 27 sept. 2016, n° 14-24.107, arrêt n° 787 F-D, Sté Fonderies Collignon c/ Mme Annie G. et a.)
Fractal Dimension Logarithmic Differences Method for Low Voltage Series Arc Fault Detection
2021
Series arc faults introduce singularities in the current signal and changes over time. Fractal dimension can be used to characterize the dynamic behaviour of the current signal by providing a degree of signal chaos. This measure of irregularity exhibits changes in signal behaviour that can suitably be used as a basis for series arc fault detection. In this paper, an efficient low voltage series arc fault detection method based on the logarithmic differences of the estimate of the fractal dimension of the current signal using the multiresolution length-based method is presented. The discrete wavelet transform and the hard thresholding denoising with the universal threshold are also used. Exp…
Operation management in reconfigurable manufacturing systems: Reconfiguration for error handling
2006
Abstract Reconfigurable manufacturing systems offer quick adjustment of production capacity and functionality in response to unpredictable market changes as being systems designed at the outset for rapid change in system configuration, its machines and controls. During the production process, out-of-ordinary events occur dynamically and unpredictably both at the system (machine breakdowns, change in job's priorities, etc.) and at the cell level (tool failures, robot collisions, etc.). Such exceptions interrupt the production process by causing errors in the schedule plan (system level) or in the task plan (cell level). Error handling is the policy meant for reacting to errors caused by the …
A device for spike train sampling with built-in memory.
1987
Abstract The described interface to a digital computer measures interspike interval durations with a resolution of 10 μs. A built-in first-in first-out (FIFO) memory relieves the host computer from frequent I/O intensive tasks. The internal FIFO buffer can store up to 512 data words (wordlength is 16 bit) and works on the dual-port principle. This way the acquisition of a neuronal spike train is completely independent of the computer's simultaneously ongoing data access. A simple handshake protocol between the interface and the computer prevents any overhead communication. The buffer architecture of the instrument releases the host computer from high speed I/O handling schemes like real-tim…
A set of indicators for arc faults detection based on low frequency harmonic analysis
2016
In this paper a novel set of indicators is presented for arc faults detection in electrical circuits. The indicators are defined starting from an experimental characterization of the arc fault phenomenon and the study of the arcing current in several test conditions, which were chosen in accordance with the UL 1699 Standard requirements. The proposed parameters are measured by means of a high resolution low frequency spectral analysis of the arcing current, which allows to achieve a good spectral resolution even with short observation windows.
An execution, monitoring and replanning approach for optimal energy management in microgrids
2011
abstract This work develops a new approach for optimal energy management of electrical distribution ‘smart-grids’. Optimality aims at improving sustainability through the minimization of carbon emissions and atreducing production costs and maximizing quality. Input data are the forecasted loads and productionsfrom renewable generation units, output data are a set of control actions for the actuators. Theconsidered electrical distribution system includes storage units that must be considered over a 24 h timeinterval, to consider an entire charge and discharge cycle. The objectives for the optimal management ofdistributed (renewables and not) generation are technical, economical and environme…
Arc Fault Detection Method Based on CZT Low-Frequency Harmonic Current Analysis
2017
This paper presents a method for the detection of series arc faults in electrical circuits, which has been developed starting from an experimental characterization of the arc fault phenomenon and an arcing current study in several test conditions. Starting from this, the authors have found that is it possible to suitably detect arc faults by means of a high-resolution low-frequency harmonic analysis of current signal, based on chirp zeta transform, and a proper set of indicators. The proposed method effectiveness is shown by means of experimental tests, which were carried in both arcing and nonarcing conditions and in the presence of different loads, chosen according to the UL 1699 standard…