一个快速采摘克隆殖民地的机器人

Longlong Huang, Zhenlin Jin, Wenliang Zhao, Wei Zhu, Kai He
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引用次数: 0

摘要

如何从突变体文库中快速选择目标菌落是微生物育种的关键。高通量克隆群体选择技术解决了这一问题。克隆菌落的选择是生物技术的关键环节,也是一项繁重的工作。传统的采摘方法是人工采摘,效率低,精度低。与人工采摘相比,机器人对菌落的自动筛选和采摘可以大大提高生产效率和采摘精度。本文设计了一种能够快速挑选克隆菌落的机器人。该机器人可同时进行采摘、接种、清洗、灭菌、干燥等工作。它采用伺服电机和气动驱动方式,结合机器视觉协调群体定位,多轴运动控制卡控制机器人各部分的协同工作,并配备各种传感器辅助机器人的操作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Robot for Quickly Picking Clone Colony
The key of microbial breeding is how to quickly select the target colony from the mutant library. High-throughput clonal colony selection technology is to solve this problem. The selection of clonal colonies is a key link in biotechnology, and it is also a very heavy workload. The traditional picking method is manual, which has low efficiency and low precision. Compared with manual picking, the automatic screening and picking of colonies by robots can greatly improve the production efficiency and picking accuracy. In this paper, a robot is designed, which can quickly pick out cloned colonies. The robot can carry out picking, inoculation, cleaning, sterilization and drying at the same time. It uses servo motor and pneumatic drive mode, combined with machine vision to coordinate the colony positioning and the multi-axis motion control card controls the cooperative work of all parts of the robot, and equipped with a variety of sensors to assist the operation of the robot.
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