Batch sample bar code information scanning and identifying device based on cloud storage

Abstract

The invention discloses a batch sample bar code information scanning and identifying device based on cloud storage. An accommodating frame is arranged at the top of the box body; a diffuse reflectionplate, a device plate and an isolation plate are sequentially arranged in the box body at intervals from top to bottom; a diffuse reflection plate reflects light, an isolation hole for transmitting light is formed in the diffuse reflection plate, and the isolation hole is formed corresponding to the diffuse reflection plate; a device plate is arranged below the diffuse reflection plate, a camera and an illumination light source are arranged on the device plate, an isolation plate is arranged below the device plate, an integrated circuit board is arranged on the isolation plate, the integratedcircuit board is electrically connected with the camera and the touch screen, and the integrated circuit board is wirelessly connected with the server; and a storage battery is arranged in the box body, and a power interface is arranged on the box body. According to the batch sample bar code information scanning and identifying device, cryopreservation tubes stored in a whole box can be scanned, and recognized and uploaded to a server to be stored, so that the information storage safety is improved, the storage space is enlarged, and information query is facilitated; and a power supply is arranged in the device, work is flexible and convenient, and the device can be moved according to needs and used in different using environments.

Description

technical field [0001] The invention relates to a measurement technology, specifically a device for scanning and identifying barcode information of batch samples based on cloud storage. Background technique [0002] With the rapid development of the biomedical industry and the rise of large-scale biological sample banks, the storage capacity of biological clinical samples is increasing. Generally, the tissue / cell samples processed clinically or in the laboratory will be stored in corresponding sample cryopreservation tubes. and placed in a freezer box for storage, and finally placed in liquid nitrogen or ultra-low temperature refrigerator for long-term storage. Usually, the upper and lower ends of the cryotubes are marked with two-dimensional codes, which is convenient for coding and marking the cryotubes storing different samples, and the staff will scan and record the codes with handheld scanning instruments. Due to the large number of cryopreservation tubes and the compl...

AI Technical Summary

Problems solved by technology

[0005] (1) Most of these scanners require an external power supply and are equipped with a corresponding connection to a computer to operate. Therefore, the mobility of this type of scanner is very poor, and laboratories in biological sample banks and related scientific research institutes and medical institutions The layout and structure are not the same, the use environment of the scanner is changeable, and the sample information scanner cannot be moved, so it is difficult to adapt to different experimental environment requirements

[0006] (2) The information processing identified by scanning should be processed and stored on the supporting computer. Such a processing and storage mode is less secure and easy to lose, and the storage transfer and information query are more cumbersome

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