Storing apparatus for storing and storage system thereof

Abstract

The invention relates to an access device for storing articles for storage and a storage system applied by the access device. The access device comprises a first bearing device, at least one first access device, at least one first storage device, a second bearing device, at least one second access device, at least one second storage device, and a mobile device, wherein the first bearing device comprises a first base; the at least one first access device and the at least one first storage device are born on the first base and arranged into a first ring; the second bearing device comprises a second base; the at least one second access device and the at least one second storage device are born on the second base and arranged into a second ring; the first access device, the first storage device, the second access device and the second storage device are provided with a plurality of accommodating regions respectively; the mobile device corresponds to every accommodating region; and the first access device and the first storage device can rotate relative to the second access device and the second storage device. Therefore, the access device can be used for independently accessing the articles for storage.

Description

technical field The invention relates to an access device and an application system for storing stored objects, in particular to an access device and an application system capable of achieving independent access operations, reducing costs and improving access accuracy. Background technique At present, most ultra-low temperature storage devices are kept in an ultra-low temperature environment (such as liquid nitrogen at minus 196oC), and are mainly used for storing biological cells or body fluids, such as: umbilical cord blood, bone marrow, placenta, embryos, sperm, and eggs. However, biological test strips such as umbilical cord blood, bone marrow, embryos, eggs, sperm, or placenta are not immediately available, so there must be an ultra-low temperature storage device that can store these biological test strips for a long time. Biotechnology has developed rapidly in recent decades. Especially "umbilical cord blood", which is rich in stem cells, is widely used in the treatme...

AI Technical Summary

Problems solved by technology

However, since the BioArchive system stores biological test pieces in a hooked way, the shaking of liquid nitrogen may cause the biological test pieces to shake or even fall to the bottom of the storage tank

For this reason, the storage method of the biological test strips of this system does not allow the storage tank to be transported or other large shaking situations occur in principle.

In addition, when the robot arm is in operation, the lifting action may cause moisture in the air to penetrate into the joints of the robot arm and cause frost, which will lead to excessive frictional resistance when the robot arm is in motion, and even the risk of failure

Furthermore, the system is completely operated and controlled by a computer, and electricity is its power source, which may cause damage to precision electronic parts in the long run

In addition, the design of the system is very complicated, so it has the disadvantages of high cost and difficult maintenance