Transfer apparatus, sample processing system, and conveyance method
In a first transfer station, a second transfer station, and a third transfer station, a plurality of sample containers are transferred while being stored from a transfer source rack to a transfer destination rack row. In this case, for each of the sample containers to be a transfer target, a specific transfer destination rack is selected from the transfer destination rack row based on a content of processing to be applied in the future to a sample within the sample container.
1. A transfer apparatus comprising:
a container transfer mechanism configured to transfer while sorting a plurality of sample containers simultaneously and in parallel from a transfer source rack to a transfer destination rack row prior to processing the sample containers; and
a controller configured to control the container transfer mechanism and select for each of the sample containers a specific transfer destination rack from the transfer destination rack row as a transfer destination of the sample container based on information representing a process to be applied in the future to a sample within the sample container.
2. The transfer apparatus according to claim 1 , wherein
the transfer apparatus is provided between a first section and a second section, the first section being upstream of the second section,
the transfer source rack is arranged to be fed into the transfer apparatus from the first section, and
a transfer completion rack arranged to be fed out of the transfer apparatus to the second section.
3. The transfer apparatus according to claim 2 , further comprising:
a plurality of transfer units provided between the first section and the second section, wherein
each of the transfer units includes the container transfer mechanism, and
a plurality of container transfer mechanisms respectively included in the plurality of transfer units operate in parallel.
4. The transfer apparatus according to claim 2 , wherein
the second section is a pre-analytical processing section that is provided on an upstream side of an inspection section that performs sample inspection and performs sample pre-analytical processing, and
the process to be applied in the future includes at least a content of the sample pre-analytical processing.
5. The transfer apparatus according to claim 4 , wherein
the transfer destination rack row includes:
a plurality of transfer destination racks respectively corresponding to a plurality of sample pre-analytical processing processes in the sample pre-analytical processing, and
a plurality of transfer destination racks respectively corresponding to a plurality of sample inspection processes in the sample inspection, and
the process to be applied in the further includes a content of the sample inspection.
6. The transfer apparatus according to claim 2 , wherein
the first section is a pre-analytical processing section that performs sample pre-analytical processing,
the second section is an inspection section that performs sample inspection, and
the process to be applied in the future includes a content of the sample inspection.
7. The transfer apparatus according to claim 2 , wherein the first section is an inspection section that performs sample inspection,
the second section is a post-analytical processing section that performs sample post-analytical processing, and
the process to be applied in the future includes at least a content of the sample post-analytical processing.
8. A sample processing system comprising:
a plurality of sections provided from a first side to a second side in rack conveyance, the first side being upstream of the second side; and
a plurality of transfer stations provided among the plurality of sections, wherein
each of the transfer stations includes a container transfer mechanism that is configured to transfer while sorting a plurality of sample containers simultaneously and in parallel from a transfer source rack fed in from a first section to a transfer destination rack row prior to processing the sample containers,
a controller configured to select a specific transfer destination rack, for each of the sample containers to be a transfer target, from the transfer destination rack row as a transfer destination of the sample container based on information representing a process to be applied in the future to a sample within the sample container in each of the transfer stations, and
a transfer completion rack arranged to be conveyed from each of the transfer stations to a second section, the second section being downstream to the first section.
9. The sample processing system according to claim 8 , further comprising
a backbone conveyance line to which the plurality of sections and the plurality of transfer stations are connected,
the plurality of sections include a carry-in section into which the plurality of sample containers are carried and a pre-analytical processing section that performs sample pre-analytical processing, and
the plurality of transfer stations include a first transfer station provided between the carry-in section as the first section and the pre-analytical processing section as the second section.
10. The sample processing system according to claim 9 , wherein
the plurality of sections further include an inspection section that performs sample inspection, and
the plurality of transfer stations further include a second transfer station provided between the pre-analytical processing section as the first section and the inspection section as the second section.
11. The sample processing system according to claim 10 , wherein
the plurality of sections further include a post-analytical processing section configured to perform sample post-analytical processing, and
the plurality of transfer stations further include a third transfer station provided between the inspection section as the first section and the post-analytical processing section as the second section.
12. A conveyance method in a sample processing system comprising a plurality of sections provided from a first side to a second side in rack conveyance, the first side being upstream of the second side, the conveyance method comprising:
transferring while sorting a plurality of sample containers simultaneously and in parallel from a transfer source rack fed in from a first section to a transfer destination rack row prior to processing the sample containers in a transfer station provided between at least two of the sections, and
conveying a transfer completion rack from the transfer station to a second section, the second section being downstream of the first section,
wherein in the step of transferring while sorting the sample containers, a specific transfer destination rack is selected, for each of the sample containers to be a transfer target, from the transfer destination rack row as a transfer destination of the sample container based on a process to be applied in the future to a sample within the sample container.