Biological sample storehouse and storage method thereof
A biological sample and storage method technology, applied in the field of biological sample storage equipment, can solve the problems of biological sample storage that cannot guarantee full cold chain protection, inconvenient transportation of deep and low temperature storage tanks, and inability to guarantee full cold chain protection, etc., to achieve convenience Overall transportation, reliable operation, high efficiency, and convenient installation
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Embodiment 1
[0093] This embodiment provides a biological sample storage library, including a storage box 1, a plurality of cryogenic storage tanks 2 and an automatic transfer mechanism 3; the at least one cryogenic storage tank 1 and the automatic transfer mechanism 3 are all set in the In the storage box 1; the storage box 1 is provided with a transfer window 101, and the automatic transfer mechanism 3 can receive the transfer tank 4 with cryopreservation tubes sent from the outside through the transfer window 101; and the The automatic transfer mechanism 3 can transfer the received cryopreservation tubes in the transfer tank 4 to the cryogenic storage tank 2 .
[0094] One storage box 1 is set, a plurality of cryogenic storage tanks 2 are arranged in the storage box 1, and an automatic operation mechanism 3 is arranged between the plurality of cryogenic storage tanks 2. The automatic operation mechanism 3 can not only operate in multiple deep The low-temperature storage tanks 2 move bet...
Embodiment 2
[0115] This embodiment provides a storage method for a biological sample storage library. In the R step, the transfer tank with the cryopreservation tube is directly put into the storage through the transfer window of the storage box; in the S step, the storage in the storage is The automatic transfer mechanism automatically transfers the received cryopreservation tubes in the transfer tank to the deep and low temperature storage tank. This storage method abandons the risk of environmental damage to the cryopreservation tube caused by manual storage in the prior art, and is convenient, efficient and accurate.
[0116] A preferred further implementation of this embodiment, step S1, the manipulator of the automatic transfer mechanism grabs the transfer tank received by the storage warehouse to the set temporary storage rack;
[0117] In step S2, while performing step S1 or after the above step R, the automatic transfer mechanism will move to the corresponding cryogenic storage t...
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