Automatic input system and input method thereof for blood sampling card sample

Abstract

The invention discloses an automatic input system for a blood sampling card sample and belongs to the field of dried blood spot detection. The system comprises a perforating machine, an electronic scanner, an information processing system, a transparent pore plate, an adapter and a light sensation module. The electronic scanner scans and acquires sample information on a dried blood spot card and transmits the sample information to the information processing system to complete sample information input; and the perforating machine comprises a motor, a punch, a sample groove and a hollowed-out dragging table. The transparent pore plate is arranged on the adapter; the adapter is arranged on the hollow-out dragging table; the dried blood spot card is arranged in the sample groove; the motor drives the punch to punch blood spot holes, blood spots fall into the holes of the transparent pore plate, the light sensation module is arranged below the transparent pore plate and transmits position information of the holes with the blood spots to the information processing system, and the information processing system associates sample information with the position information of the holes in a one-to-one correspondence mode. The invention further discloses a corresponding input method of the system, data pairing is automatically completed, input is easy, and data accuracy is high.

Description

technical field [0001] The invention relates to a blood collection card sample automatic input technology, in particular to a blood collection card sample automatic input system and an input method thereof. Background technique [0002] The sample entry of the traditional blood collection card is completed by manual recording. The blood collection card adopts the manual punching method. After the hole is punched, the position of the blood spot falling into the hole of the multi-well plate (such as a 96-well plate) is manually recorded to form the hole position information. In addition, the information on the blood collection card is associated with the hole position information on the workbook. This method is easy to miss or misrecord when recording, which increases the workload of post-processing data and affects efficiency. Moreover, different test items required by the sampled personnel require different amounts of dried blood spots, so the suitable multi-well plate model...

AI Technical Summary

Problems solved by technology

[0002] The sample entry of the traditional blood collection card is completed by manual recording. The blood collection card adopts the manual punching method. After the hole is punched, the position of the blood spot falling into the hole of the multi-well plate (such as a 96-well plate) is manually recorded to form the hole position information. In addition, the information on the blood collection card is associated with the hole position information on the workbook. This method is easy to miss or misrecord when recording, which increases the workload of post-processing data and affects efficiency.

Moreover, the amount of dried blood spots required varies depending on the test items that the sampled personnel need to do, so the suitable multiwell plate models are also different. The current design of the punching method only considers the 96-well plate, and less Compatibility with other orifice models

[0003] The sample input of the existing blood collection card is also completed through electronic recording. The blood collection card adopts the QR code scanning method to automatically generate the information form, which saves the process of entering the information of the blood collection card. However, the one-to-one correspondence between the porous plate sample and the hole position record Manual participation is required, and the transformation of later results will also be efficient

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