Tube sorter and tube sorting system

1. A tube sorter comprising:

a transporting section configured to transport a sample rack along a transport path;

a storage arranged at a higher level than the transporting section, capable of storing a plurality of sample tubes;

a lifting section configured to lift up the sample rack transported by the rack transporting section from a first position in the transport path to a second position directly above the transport path; and

a sample tube transferring section configured to remove a sample tube from the sample rack at the second position lifted up by the lifting section without moving the sample rack from the second position and set the removed sample tube in the storage without moving the sample rack from the second position.

2. The tube sorter of claim 1 , wherein

the lifting section lifts the sample rack upward vertically from the rack transporting section.

3. The tube sorter of claim 1 , wherein

the lifting section lifts the sample rack to a predetermined height and maintains the height until lowering the sample rack, without moving the sample rack to above the storage.

4. The tube sorter of claim 1 , wherein

the sample tube transferring section includes a gripper driven by a drive section; and

the gripper is driven by the drive section so as to remove the sample tube from the sample rack lifted up by the lifting section and set the removed sample tube in the storage by:

gripping the sample tube in the sample rack lifted by the lifting section;

moving upward to remove the gripped sample tube;

moving the gripped sample tube to above the storage; and

lower the gripped sample tube to set the gripped sample tube in a target holder of the storage.

5. The tube sorter of claim 1 , wherein

the lifting section lifts the sample rack to a height at which the sample tube held in the sample rack is approximately the same height as the sample tube held in the storage.

6. The tube sorter of claim 5 , wherein

the lifting section lifts the sample rack so that a height of a bottom of a holding position of the sample rack is substantially the same as a bottom of a holder of the storage.

7. The tube sorter of claim 1 , wherein

the transporting section includes a belt extending along the transport path; and

the lifting section includes a supporting part configured to support a bottom of the sample rack, and a drive unit configured to move the supporting part up and down between an upper end and a lower end;

wherein the transporting section is configured to transport the sample rack by the belt over the supporting part when the supporting part is at the lower end.

8. The tube sorter of claim 1 , further comprising:

an identification information obtaining section for acquiring identification information from the sample tubes held in the sample rack being transported by the transporting section;

wherein the lifting section lifts the sample rack and the tube transferring section removes the sample tube from the sample rack and sets the sample tube in the storage when the sample tube is determined to be sorted based on the identification information acquired by the identification information obtaining section.

9. The tube sorter of claim 1 , wherein

when transferring the sample tube from the storage to the sample rack,

the lifting section lifts the sample rack,

the tube transferring section removes the sample tube from the storage and sets the removed sample tube in the sample rack lifted by the lifting section.

10. The tube sorter of claim 1 , wherein

the transport path includes a first transport path provided with the lifting section at the first position, and a second transport path which is different than the first transport path;

the storage is arranged above the second transport path.

11. The tube sorter of claim 10 , wherein

the storage is divided into multiple sections, and

each of the sections of the storage is configured to be drawn separately in the forward direction.

12. The tube sorter of claim 10 , wherein

the storage includes a plurality of holders each configured to receive the sample tube;

the tube transferring section is configured to set the sample tubes so as to sequentially fill the holders from one nearest the second transport path.

13. The tube sorter of claim 1 , further comprising:

a regulating member disposed above the rack transporting section to regulate a horizontal movement of the sample rack lifted by the lifting section,

wherein the lifting section lifts the sample rack to dispose the sample rack within a regulating region defined by the regulating member.

14. The tube sorter of claim 13 , wherein

the regulating member has a guide part which abuts the sample rack and guides the sample rack to the regulating region when the sample rack is lifted by the lifting section.

15. The tube sorter of claim 1 , further comprising:

a regulating member disposed above the rack transporting section to regulate a movement of the sample rack lifted by the lifting section, the regulating member regulating the movement of the sample rack in an X-axis direction.

16. The tube sorter of claim 13 , wherein

the lifting section is configured to support a bottom of the sample rack and to lift the supported sample rack, and

the regulating member is arranged so as to be abutted with an upper part of the sample rack lifted by the lifting section.

17. The tube sorter of claim 13 , wherein

the regulating member includes a frame having an opening through which the sample rack passes when the sample rack is lifted by the lifting section.

18. The tube sorter of claim 13 , wherein

the regulating member includes a member which regulates an upward movement of the sample rack lifted by the lifting section.

19. A tube sorting system comprising:

the tube sorter of claim 1 as a first tube sorter;

a second tube sorter arranged adjacently to the first tube sorter, the second tube sorter comprising at least:

a transporting section configured to transport a sample rack delivered from the first tube sorter;

a storage capable of storing a plurality of sample tubes; and

a sample tube transferring section configured to remove a sample tube from the sample rack and set the removed sample tube in the storage; and

a controller programmed to control the first tube sorter to pass through a first sample rack by the transporting section while the lifting section of the first tube sorter is lifting a second sample rack and to deliver the first sample rack to the second tube sorter.