Stackable Pupal Containers for Automated Inoculation Handling

The patent employs disposable plastic matrices with single-use lids instead of reusable containers. Each matrix is designed to be used once and then discarded, eliminating the need for cleaning and sterilization between different vector infections. This disposable approach enables fully automated handling since each single-use container is sealed and pre-prepared, removing manual intervention requirements while preventing cross-contamination between different recombinant protein productions.

The patent segments the pupae storage system into individual compartments within the plastic matrix, with each compartment holding a single pupa. This segmentation allows for automated robotic insertion and removal of entire matrices without manual handling of individual pupae. The standardized segmented structure enables programming of automated robots to process multiple containers simultaneously, dramatically increasing productivity while maintaining operational simplicity through the modular design.

The patent implements a nested container system where smaller individual pupa matrices are placed inside a larger outer container. The matrices are designed to nest within each other when empty, and the lid assembly nests within the matrix structure. This nesting capability maximizes space utilization during transportation and storage, allowing multiple containers to be compacted into a single shipping unit. The nested design achieves high space efficiency without requiring complex mechanical structures, as the nesting is achieved through simple geometric interlocking of the plastic components.