Non-invasive near-infrared quantitative measurement instrument

Radiant energy – Invisible radiant energy responsive electric signalling – Infrared responsive

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250339, G01N 3350

Patent

active

052371786

ABSTRACT:
An improved near-infrared quantitative analysis instrument is disclosed comprising a removable finger insert which facilitates properly aligning and fitting and individual user's finger into the optical system of the analysis instrument. The finger insert according to the present invention also prevents the analysis instrument's optical system from being damaged by foreign matter typically introduced by a user's finger. The finger insert can also be provided with filters which will enable the insert to be used to as an optical standard for the analysis instrument.

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Muller, "In vivo Measurement of Glucose Concentration with Lasers." Hormone and Metabolic Record Supp. Series, vol. 8 1979, Stuttgart, DE.
Copy of European Search Report from EP 90 2878.

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