Patent ID: 9557269
Date: 2017-01-31
CPC Classifications: B01L,C12Q,G01N

Claim:
1. An instrument for the automated thermal treatment of liquid samples, comprising: a temperature-controlled receptacle for loading with a plurality of vessels for containing said samples, said receptacle being configured to form a thermal communication with said loaded vessels; a detection module equipped with a detection arrangement provided with one or more detectors for detecting light emitted from said samples and a coupling arrangement provided with a plurality of optical fibers for transmitting said emitted light to said detection arrangement, said optical fibers including emission fibers for transmitting said emitted light to said detection arrangement and excitation fibers for transmitting excitation light to said samples wherein said optical fibers have first and second end portions, said first end portion and said second end portion of each optical fiber being fixed with respect to each other, said first end portions of said excitation and emission fibers are fixed by at least one plate-like fixing element comprising a planar portion with projections projecting toward the plurality of vessels and said second end portions of said excitation and emission fibers being fixed by at least one other plate-like fixing element, the at least one plate-like fixing element and at least one other plate-like fixing element being fixed relative to each other; and a moving mechanism for moving at least one of said coupling arrangement and said receptacle in a manner to vary an inter-distance between said coupling arrangement and said receptacle so as to allow the vessels to be loaded to or unloaded from said receptacle and to allow detection of light from samples contained in said one or more receptacle-loaded vessels; wherein the second end portions have a stochastic lateral position and wherein a mapping between said first end portion and said second end portion of individual optical fibers is being stored in a data storage.