Abstract: A method and system of generating embarkation files for packing a container. The method and system including a Light Detection and Ranging (LiDAR) scanner to scan objects to be packed into a container and generate a digital twin of each scanned object; generating an embarkation data file including embarkation data required for shipping the equipment set, processing the embarkation data file using a 3D bin packing algorithm configured to provide a packing solution to optimally pack all the objects of the equipment set in one or more customizable container configurations, and using an augmented reality (AR) computer tablet and/or AR headset, and performing a digital pack out of the associated equipment set; and the user exporting to the embarkation system a final 3D map of the location of each object of the equipment set within the container to be used for an actual physical pack out of the associated equipment.

Abstract: An outer capsule terminates in a closed bottom section. An upper section is formed with an open threaded top. The top has a removable cap. An inner capsule has a lower section and an open upper section. The lower section terminates in an open bottom. An aperture is provided in the closed bottom section of the outer capsule for the passage of a lower most extent of the inner capsule and the securement there between. The capsules are fabricated of a transparent material. A bevel extends through the lower section of the outer capsule. A hose couples the bevel and the inner capsule. A wad of cotton is provided in the lower open end of the capsule.