JP2015096833A5 - - Google Patents

Description

An intake line 18a for connecting the sample container holder 2 to the sample container holder storage 18 is connected to the upstream side of the transfer line 16b between the sample container holder stoppers 16d and 16e. withdrawal line 1 8b to take out the container holder 2 from the sample container holder storage box 18 into the transfer line 16b is connected. Specimen container holder branching units 16f and 16g for switching the transport direction of the specimen container holder 2 are arranged at a connection portion between the intake line 18a, the take-out line 18b, and the transfer line 16b.

DESCRIPTION OF SYMBOLS 1 Specimen container 2 Specimen container holder 3 Specimen container conveyance path 4 Specimen container insertion storage part 5, 6 Analysis module 7 Control device 8 Reagent cassette 9 Reagent disk 10 Reaction disk 11 Dispensing nozzle 12, 13 Specimen container holder pull-in line 14 Specimen container tray 15 specimen container tray drawer 16 specimen container holder pull line 17 the sample container transfer mechanism 18 specimen container holder storage case 19 corresponding table 20 operation screen 21 routine operation tab window 22 measurements tab window 23 specimen container tray layout display unit 24 test body container holder layout display unit 25 corresponds information display unit 26 a measurement result display unit 27, 28 sample queue 100 automatic analyzer 200 laboratory network 300 specimen test automation system

Claims (7)

A sample container containing a sample to be analyzed;
A sample container holder for mounting one of the sample containers;
A sample container transport path for transporting the sample container by transporting the sample container holder;
A specimen container loading and storing section that is disposed along the specimen container transport path and installs a plurality of specimen container trays on which the plurality of specimen containers are mounted;
A plurality of analysis modules that are arranged along the sample container transport path and that perform analysis processing of the sample contained in the sample container transported by the sample container transport path;
A sample container transfer mechanism for transferring the sample container between the sample container tray and the sample container holder;
An automatic analysis comprising: a control device that controls the order of the sample containers to be transferred from the sample container tray to the sample container holder based on the state of analysis processing load of the plurality of analysis modules apparatus. The automatic analyzer according to claim 1, wherein
The control device includes:
Based on identification marks provided on each of the plurality of sample container trays, obtain information on analysis items requested in advance for the sample containers;
In order to temporarily hold a plurality of the sample containers mounted on the sample container holder, each analysis is performed based on the number of the sample containers held in the sample container buffers respectively provided in the plurality of analysis modules. Determine the load of module analysis processing,
The analysis items that can be analyzed by the analysis module determined to have a relatively low load of the analysis process are sequentially from the sample container corresponding to the analysis item requested in advance, from the sample container tray. An automatic analyzer which controls the sample container transfer mechanism so as to transfer to a sample container holder. The automatic analyzer according to claim 1 or 2,
Wherein the control device,
Based on identification marks provided on each of the plurality of sample container trays, obtain information on analysis items requested in advance for the sample containers;
The sample container so that the number of analysis items requested in advance is equal to or greater than a preset threshold and the sample container equal to or less than the threshold is alternately conveyed in each of the plurality of analysis modules. An automatic analyzer characterized by controlling a transfer mechanism. The automatic analyzer according to claim 1, wherein
The sample container loading storage unit has a drawer mechanism for carrying in and out of the sample container tray to and from the sample container loading storage unit,
The automatic analysis apparatus, wherein the control device electromagnetically locks the sample container tray to the drawer mechanism until results are determined for all the sample containers mounted on the sample container tray. The automatic analyzer according to claim 1, wherein
The control device transfers the sample container, which has been subjected to the analysis process in the analysis module, from the sample container holder on the sample container transport path to the original position of the original sample container tray. An automatic analyzer characterized by controlling a transfer mechanism. The automatic analyzer according to claim 1, wherein
A retest buffer for temporarily evacuating the sample container from the sample container transport path from the execution of the analysis process in the analysis module until the necessity of retest is determined;
An automatic analyzer comprising: a transfer mechanism for transferring the sample container from the sample container holder on the sample container transport path to the retest buffer. The automatic analyzer according to claim 1, wherein
The sample container determined to be reexamined based on the analysis result in the analysis module is transferred from the sample container holder on the sample container transport path to the original position of the original sample container tray. An automatic analyzer characterized by controlling a specimen container transfer mechanism.