Operation method of a lab automation system

This patent relates to an automation system for laboratories, providing technology to streamline the receiving and placement of sample containers. The system includes a carrier, placement device, imaging device, and data processing device, using image processing and machine learning to determine the availability and suitability of receiving locations. This helps prevent misplacement of sample containers and improves lab work efficiency and sample analysis accuracy.

• Determining receiving locations using machine learning
• Automatic verification of sample container height
• Improving placement accuracy through image processing

In traditional labs, manual labor was required for the placement and handling of sample containers, leading to inefficiencies and a high possibility of errors. Misplacement of sample containers and confirmation of the availability of receiving locations were done manually, resulting in time consumption and reduced accuracy in operations. Additionally, appropriate placement according to the height and type of sample containers was challenging, which could affect the accuracy of sample analysis. An automated system was needed to solve these issues.

This patent employs a lab automation system for the automated processing of sample containers. The imaging device detects the receiving location, and the data processing device uses machine learning algorithms to assess the availability and suitability of that location. If suitable, the placement device places the sample container. Furthermore, by checking and verifying the height of the sample container against the expected height, misplacement is prevented, thus enhancing lab work efficiency and sample analysis accuracy.

• Technology for automatic placement of sample containers
• Technology for determining the availability of receiving locations
• Technology for verifying the height of sample containers