Intelligent refrigerator for efficient strain preservation

Abstract

The invention discloses an intelligent refrigerator for efficient strain preservation, and relates to the technical field of refrigeration. The intelligent refrigerator comprises a small-format storage structure and a central control system. The intelligent refrigerator can automatically search a position of a required sample and send out the same by only inputting information, a tester is free from troubles of recording the position and finding the number, and the condition that the sample is moved by a person and hard to find is prevented. The tester does not need to directly stretch into the refrigerator by a handle, the electric energy loss is reduced, and a risk of occurrence of freezing injury event in a biology laboratory is reduced. The intelligent refrigerator automatically manages samples in the refrigerator according to sample shelf life data input by the tester, if the sample is over shelf life due to overlong placement time, the intelligent refrigerator can send information to a computer or a mobile phone through the Internet of things technology to remind the tester, and experimental failure caused by problems in sample time management is avoided. The intelligent refrigerator is of great benefit for the efficiency improvement of the biological laboratory.

Description

technical field [0001] The invention belongs to the field of refrigeration technology, relates to the application of biology, electronic information and mechanical power technology in the field of refrigeration, adopts high-tech Internet of things and artificial intelligence technology, and in particular relates to a smart refrigerator for efficient bacteria preservation. Background technique [0002] In the current use of ultra-low temperature refrigerators in biological laboratories, there are the following problems: First, there are many samples in the refrigerator, and the placement is not neat and uniform, and the position of the samples may be moved when other experimenters place them, resulting in inconsistency when taking samples. Convenience; the second is that the ultra-low temperature refrigerator needs to consume more power to maintain the temperature when the door is opened. If the refrigerator door is opened for a long time when taking it out, it will cause huge...

AI Technical Summary

Problems solved by technology

[0002] In the current use of ultra-low temperature refrigerators in biological laboratories, there are the following problems: First, there are many samples in the refrigerator, and the placement is not neat and uniform, and the position of the samples may be moved when other experimenters place them, resulting in inconsistency when taking samples. Convenience; the second is that the ultra-low temperature refrigerator needs to consume more power to maintain the temperature when the door is opened. If the refrigerator door is opened for a long time when taking it out, it will cause huge power loss; Fourth, the management efficiency of traditional refrigerators for long-term samples is low. While wasting storage space, the use of long-term samples will also increase the risk of experimental failure (for example: suppose a bottle of culture medium has a shelf life of one year. There's a bottle of medium that's been around for seven years

However, this patent cannot store information, and does not have the function of issuing instructions for the refrigerator to automatically manage storage and search for samples. The products in the refrigerator must be arranged in a specific order before they can be taken out in the required order, which is not conducive to the management and retrieval of laboratory samples. efficiency improvement

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