Sample housing device, sample processing system, and method for controlling same
一种收纳装置、控制方法的技术，应用在贮存装置、运输和包装、分析材料等方向，能够解决不能进行对应等问题
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Embodiment 1
[0077] The structure of the sample storage unit 7 is as follows: image 3 (a) shown.
[0078] image 3 In the sample storage section, the sample storage section has five layers of shelves, and two sample trays can be accommodated on one shelf.
[0079] In the sample storage section 7 , the cooling air cooled by the cooling unit 8 is circulated by the blower fan 9 , whereby the temperature in the sample storage section 7 is kept uniformly cold. The flow of cooling air in the sample storage unit 7 is as follows: image 3 Arrow 13 in (a). As a result, even if the sample is stored in any position in the sample storage section configured in multiple layers, it can be uniformly kept cold and stored.
[0080] In addition, since the inside of the sample storage unit is kept cold, the inside of the sample tray may be dewed due to the opening and closing of the shutter mechanism or the like. If dew accumulates in the sample storage portion, not only bacteria may multiply, but also ...
Embodiment 2
[0101] The structure of the sample storage unit 7 is as follows: image 3 (b) shown.
[0102] image 3 In the sample storage section, the sample storage section has five layers of shelves, and two sample trays can be accommodated on one shelf.
[0103] A cooling unit is disposed on the lower surface of the specimen storage unit 7 , and the cooling surface of the cooling unit is configured to be in close contact with the bottom surface of the specimen storage unit. Simultaneously with the operation of the sample storage device, the cooling unit operates to cool the bottom surface of the sample storage unit. By using a material with good heat conductivity such as aluminum or copper for the bottom surface and the wall surface of the specimen storage unit, cool air is conducted from the bottom surface to the wall surface, thereby cooling the entire wall surface of the storage unit. The interior of the storage room is kept cold by the heat protection of the cooled wall surface. ...
Embodiment 3
[0119] The box is constructed as Figure 9 as well as Figure 10 shown.
[0120] The specimen tray can be expanded by using the cassette.
[0121] Such as Figure 9 as well as Figure 10 In that way, there are six protrusions 81 on the upper surface in the case 80 . With respect to the cassette 80 , there are six recesses 91 a on the bottom surface of the tray 90 a at positions facing the protrusions 81 , and the operator fits into the recesses 91 a of the tray 90 a in cooperation with the protrusions 81 of the cassette 80 . By using the recess, the position of the tray 90a to be erected can be erected without deviation every time. In addition, if the orientation of the tray 90a is in the wrong direction at this time, the positions of the protrusions 81 and the recesses 91a will not match, and the tray 90a cannot be erected.
[0122] In addition, here, for example, when the tray 90b capable of carrying 50 specimens is intended to be erected, the three recesses 91b on the...
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