NEPHELOMETRIC TURBIDIMETER VIAL ARRANGEMENT
The invention is directed to a nephelometric turbidimeter vial arrangement (8) including a vial (10) and a separate vial cap (60), wherein the vial (10) comprises a transparent cylindrical vial body (14) enclosing a vial interior (26), a bottom inlet window (16) and a circular top vial opening (13),...
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Main Authors | , , , , |
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Format | Patent |
Language | English French |
Published |
05.03.2024
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Abstract | The invention is directed to a nephelometric turbidimeter vial arrangement (8) including a vial (10) and a separate vial cap (60), wherein the vial (10) comprises a transparent cylindrical vial body (14) enclosing a vial interior (26), a bottom inlet window (16) and a circular top vial opening (13), and the vial cap (60;61) closes the top vial opening (13) and comprises a light trap cavity (70;71) which is open to the vial interior (26), wherein the inner surface (81,82,81',82') of the light trap cavity (70; 71) is a light absorbing surface.
Linvention concerne un ensemble de cuvette de mesure pour turbidimètre néphélométrique (8) comprenant une fiole (10) et un bouchon de flacon séparé (60), dans lequel la fiole (10) comprend un corps de fiole cylindrique transparent (14) renfermant un intérieur de fiole (26), une fenêtre dentrée de fond (16) et une ouverture de fiole supérieure circulaire (13). Le bouchon de flacon (60;61) ferme louverture de fiole supérieure circulaire (13) et comprend une cavité de piège lumineux (70;71) ouverte à lintérieur de la fiole (26). La surface interne (81,82,81',82') de la cavité de piège lumineux (70;71) est une surface dabsorption de lumière. |
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AbstractList | The invention is directed to a nephelometric turbidimeter vial arrangement (8) including a vial (10) and a separate vial cap (60), wherein the vial (10) comprises a transparent cylindrical vial body (14) enclosing a vial interior (26), a bottom inlet window (16) and a circular top vial opening (13), and the vial cap (60;61) closes the top vial opening (13) and comprises a light trap cavity (70;71) which is open to the vial interior (26), wherein the inner surface (81,82,81',82') of the light trap cavity (70; 71) is a light absorbing surface.
Linvention concerne un ensemble de cuvette de mesure pour turbidimètre néphélométrique (8) comprenant une fiole (10) et un bouchon de flacon séparé (60), dans lequel la fiole (10) comprend un corps de fiole cylindrique transparent (14) renfermant un intérieur de fiole (26), une fenêtre dentrée de fond (16) et une ouverture de fiole supérieure circulaire (13). Le bouchon de flacon (60;61) ferme louverture de fiole supérieure circulaire (13) et comprend une cavité de piège lumineux (70;71) ouverte à lintérieur de la fiole (26). La surface interne (81,82,81',82') de la cavité de piège lumineux (70;71) est une surface dabsorption de lumière. |
Author | BATTEFELD, MANFRED DE HEIJ, BAS KUMPCH, HANS-JOACHIM MITREITER, ANDREAS GOLITZ, ANDREAS |
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DocumentTitleAlternate | DISPOSITION DE FIOLE DE TURBIDIMETRE NEPHELEMETRIQUE |
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Snippet | The invention is directed to a nephelometric turbidimeter vial arrangement (8) including a vial (10) and a separate vial cap (60), wherein the vial (10)... |
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Title | NEPHELOMETRIC TURBIDIMETER VIAL ARRANGEMENT |
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