Device for transportation, separation and orientation of cuvettes

1. A device for transportation, separation and orientation of cuvettes in a head up position, the device comprising a motor connected to and for rotating, a vertical orientated auger located inside a pipe with a guiding plate that is arranged parallel to the auger, wherein the rotating auger comprises a core diameter and a thread flank diameter and the thread flank diameter is larger than the core diameter, and wherein a centre of gravity of a cuvette in a head up or head down position which is to be hold and thereby transported by the auger lies within the thread flank diameter and a slide rail with two parallel rails with a distance to one another being smaller than the outer width of a head part of the cuvette is arranged in the upper area of the pipe for taking up the cuvettes in a head up position.

2. A system for transportation, separation and orientation of cuvettes in a head up position, the system comprising the device according to claim 1 and further comprising at least one cuvette, wherein the cuvette comprises a head part and a bottom part and the head part of the cuvette comprises an opening and a rim at least partially surrounding the opening, wherein the rim extends over the opening at least on two opposite sides of the opening so that the head part of the cuvette has a greater outer width than the bottom part of the cuvette, and wherein the rotating auger comprises at least one pitch and at least one coil and the length of the at least one pitch is at least the length of the cuvette.

3. The system according to claim 2 , wherein the at least one pitch is angled with respect to the at least one coil.

4. The system according to claim 2 , wherein the opening of the cuvette has a rectangular shape.

5. The system according to claim 2 , wherein the system further comprises at least one of a filling funnel and a sub module.

6. The device of claim 1 , wherein the rotating auger comprises at least one pitch and at least one coil and the length of the at least one pitch is at least the length of the cuvette.

7. The device of claim 6 , wherein the at least one pitch is angled with respect to the at least one coil.

8. The device of claim 1 , wherein the head part of the cuvette comprises an opening and a rim at least partially surrounding the opening, wherein the rim extends over the opening at least on two opposite sides of the opening so that the head part of the cuvette has a greater outer width than the bottom part of the cuvette.

9. The device of claim 8 , wherein the opening of the cuvette has a rectangular shape.

10. A method for transportation, separation and orientation of cuvettes in a head up position, the method comprising the following steps:

picking up at least one cuvette by a vertical orientated rotating auger located inside a pipe with a guiding plate that is arranged parallel to the rotating auger that is connected to a motor for rotating it, wherein said rotating auger comprises a core diameter and a thread flank diameter and the thread flank diameter is larger than the core diameter, and wherein a centre of gravity of a cuvette in a head up or head down position which is to be hold and thereby transported by the auger lies within the within the thread flank diameter from a multitude of cuvettes,

separating the at least one cuvette that was picked up from the multitude of cuvettes; and

transporting the at least one cuvette in a head up or head down position along a longitudinal axis of the rotating auger to a slide rail,

wherein while rotating with the rotating auger the cuvettes are pushed towards a guiding plate, and

passing the cuvettes from the rotating auger to the slide rail; and

orientating the at least one cuvette in a head up position in the slide rail with two parallel rails with a distance to one another being smaller than the outer width of a head part of the cuvette is arranged in the upper area of the pipe for taking up the cuvettes in a head up position.

11. The method according to claim 10 , wherein the at least one cuvette is transported through a pipe from the rotating auger to the slide rail.

12. The method according to claim 10 , wherein the at least one cuvette is further transported from the slide rail to a sub module.

13. The method according to claim 10 , wherein cuvettes, which are not transported in a head up or head down position fall back into the multitude of cuvettes.

14. The method according to claim 13 , wherein cuvettes, which are not transported in a head up or head down position fall back by the use of wipers or compressed air.

15. The method according to claim 10 , wherein the multitude of cuvettes is present in a filling funnel.

16. A method for transportation, separation and orientation of cuvettes in a head up position comprising the step of

using a device comprising a motor connected to and for rotating a vertical orientated auger located inside a pipe with a guiding plate that is arranged parallel to the auger, wherein the rotating auger comprises a core diameter and a thread flank diameter and the thread flank diameter is larger than the core diameter, and wherein a centre of gravity of a cuvette in a head up or head down position which is to be hold and thereby transported by the auger lies within the within the thread flank diameter and a slide rail with two parallel rails with a distance to one another being smaller than the outer width of a head part of the cuvette is arranged in the upper area of the pipe for taking up the cuvettes in a head up position.

17. A method for transportation, separation and orientation in a head up position of cuvettes comprising the step of

using a system for transportation, separation and orientation of cuvettes in a head up position, the system comprising a device a device comprising a motor connected to and for rotating a vertical orientated auger located inside a pipe with a guiding plate that is arranged parallel to the auger, wherein the rotating auger comprises a core diameter and a thread flank diameter and the thread flank diameter is larger than the core diameter, and wherein a centre of gravity of a cuvette in a head up or head down position which is to be hold and thereby transported by the auger lies within the within the thread flank diameter and a slide rail with two parallel rails with a distance to one another being smaller than the outer width of a head part of the cuvette is arranged in the upper area of the pipe for taking up the cuvettes in a head up position; and at least one cuvette, wherein the cuvette comprises a head part and a bottom part and the head part of the cuvette comprises an opening and a rim at least partially surrounding the opening, wherein the rim extends over the opening at least on two opposite sides of the opening so that the head part of the cuvette has a greater outer width than the bottom part of the cuvette, and wherein the rotating auger comprises at least one pitch and at least one coil and the length of the at least one pitch is at least the length of the cuvette.