Intelligent storing and taking system for biological samples

Abstract

The invention discloses an intelligent storing and taking system for biological samples. A tank body component, a positioning component, a suck-up component, a pipe taking turning-connection componentand a pipe taking disk bin are included; the positioning component can drive the suck-up component to move to the position above a target freezing storing pipe in the tank body component; the suck-upcomponent can be used for sucking up the target freezing storing pipe; the pipe taking turning-connection component and the pipe taking disk bin both act on the suck-up component, and the pipe takingturning-connection component can be used for selectively connecting the freezing storing pipe sucked up by the suck-up component into the pipe taking bin disk in a turning manner; an intelligent storing and taking tank is arranged, and the suck-up component is driven by the positioning component to suck up the target freezing storing pipe in the intelligent storing and taking tank; and the pipe taking turning-connection component is arranged, and the freezing storing pipe sucked up by the suck-up component can be selectively connected into the pipe taking disk bin in the turning manner; and therefore it is achieved that a single freezing storing pipe or a plurality of freezing storing pipes in categories or a single or a plurality of freezing storing pipes in one whole category are extracted or stored in a combined manner.

Description

Technical field [0001] The invention relates to the field of biological sample extraction equipment, in particular to a biological sample intelligent access system. Background technique [0002] The deep cryogenic biological sample bank is an important basic equipment for research in the field of medicine and biology. The cryopreservation of liquid nitrogen can keep biological tissues such as blood, stem cells and immune cells active for a long time. Biological samples are usually placed in cryopreservation tubes. The cryopreservation tubes are placed in the transfer box and stored in the cryogenic storage tank through the transfer of the transfer box. The cryogenic storage tank here is usually a liquid nitrogen tank; When extracting the cryopreservation tube stored in the cryogenic storage tank, the cryopreservation tube in the liquid nitrogen tank is also extracted to the transfer box, and then transferred to the destination through the transfer box; the storage and extraction ...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide an intelligent access system for biological samples, which solves the problem that in the prior art, a single cryopreservation tube or multiple cryopreservation tubes of different categories or a combination of single and multiple types of cryopreservation tubes cannot be extracted or extracted. The problem of storage, and the deep and low temperature environment of the liquid nitrogen tank also brought destructive problems

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