基于机器视觉的肿瘤标志物检测设备设计

Design of Tumor Marker Detection Equipment Based on Machine Vision

摘要:

针对人工成本高涨,人工操作效率低、化验检测质量不佳等问题,设计了一套基于电气控制的肿瘤标志物自动化检测系统。系统采用先进的电气控制技术和视觉检测技术。通过整合机械臂模块、样本加样模块、温育模块、洗涤模块、撬壳模块、视觉识别模块等硬件部分,结合相应的软件控制,实现了从样本加注到检测分析过程的自动化。经实验验证,该系统能显著减轻人工操作的负担,并提高检验的准确率,有望在未来的临床应用中发挥重要作用。

Abstract:

A tumor biomarker automated detection system based on electrical control has been designed to address issues such as high labor costs, low efficiency of manual operations, and poor quality of laboratory testing. The system adopts advanced electrical control technology and visual inspection technology. By integrating hardware components such as the robotic arm module, sample dispensing module, incubation module, washing module, pry shell module, and visual recognition module, and combining them with corresponding software control, the automation of the process from sample dispensing to detection and analysis has been achieved. Through experimental verification, the system can significantly reduce the burden of manual operation and improve the accuracy of testing, and is expected to play an important role in future clinical applications