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Pyrometer with high spatial resolution (Machine-translation by Google Translate, not legally binding)CM Patents

Índice de la ficha

Updated at
24/07/2026
Numero publicacion
EP.4328555.A1
Fecha publicacion
28/02/2024
Numero solicitud
EP20220791174
Fecha presentacion
19/04/2022

En detalle

Resumen

Pyrometer with high spatial resolution provided with at least one multicore fiber (2), and a spatial filter (4), where said multicore fiber has a number N=>2 of cores (3) that are transformed into at least two fibers of output (5) by means of said spatial filter (4), said output fibers (5) being connected to a temperature measurement system (6), where the temperature measurement system comprises a wavelength-sensitive demultiplexer (8) with at least two outputs to spatially separate the spectrum of the signal collected by each of the cores (3). (Machine-translation by Google Translate, not legally binding)

Reivindicaciones

1. High spatial resolution pyrometer characterized in that it is provided with at least one multi-core fiber (2) and a spatial filter (4), wherein said multi-core fiber has a number N=>2 of cores (3) that are transformed into at least two output fibers (5) by means of said spatial filter (4), said output fibers (5) being connected to a temperature measurement system (6), wherein the temperature measurement system comprises a wavelength-sensitive demultiplexer (8) with at least two outputs to spatially separate the spectrum of the signal collected by each of the cores (3). 2. Pyrometer according to claim 1 characterized in that each output fiber (5) of the spatial filter (4) is connected to a conditioning block (6a) formed by a photodetector (9) and an amplifier (10). 3. Pyrometer according to claim 1 characterized in that the temperature measurement system (6) comprises a wavelength-sensitive demultiplexer (8) with N outputs and a photodetector (9) and an amplifier (10) for each of the outputs. 4. Pyrometer according to claim 2 characterized in that the temperature measurement system (6) is provided with a single conditioning block (6a) and an M:1 switch that connects each of the output fibers (5) of the spatial filter (4) with the input of the wavelength-sensitive demultiplexer (8) of the conditioning block (6a) of the temperature measurement system (6). 5. Pyrometer according to claims 3 or 4 characterized in that at least two output fibers (5) of the spatial filter (4) are combined with a M:1 switch whose output is connected to the wavelength-sensitive demultiplexer (8) of the conditioning block (6a) of the temperature measurement system (6). 6. Pyrometer according to any of the previous claims characterized in that it is provided with a calibration system (7a,7b,13, 14,15, 16, 20). 7. Pyrometer according to claim 6 characterized in that the calibration system comprises a light source (16) and a fluorescent sample (20) for fluorescence calibration. 8. Pyrometer according to claim 6 characterized in that the calibration system comprises a light source (16) and a reflector element (14) for in-situ calibration. 9. Pyrometer according to claim 6 characterized in that the calibration system comprises a light source (16) and a reference system (15). 10. Pyrometer according to any of the previous claims characterized in that one of the cores has a pointing function (18). 11. Pyrometer according to any of the previous claims characterized in that the cores (3) of the multi-core fiber (2) have different sizes so that their measurement capacity has different spatial resolutions and different temperature ranges depending on the size of each of said cores.

Etiquetas

Inventores
Vazquez Garcia María del CarmenContreras Lallana PedroNúñez Cascajero ArantzazuVazquez Garcia Maria del CarmenNunez Cascajero Arantzazu
Solicitantes
Universidad Carlos III de Madrid
Clasificacion ipc
G01J 5/ 0801 A IG01J 5/ 0821 A IG01J 5/ 08 A IG01J 5/ 48 A IG01J 5/ 52 A IG01J 5/ 60 A IH02S 20/ 10 A IH02S 20/ 32 A I
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