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- From the field:
- Commodity from the field: Removing a load of grain from the field, taking it to a storage facility going through combine, cart and semi.
- To the field:
- Amounts of bulk product A (water) and a reusable-container-mediated product B (a herbicide from a mini-bulk) get blended together on a tank in a transport vehicle, sent to the field, where the product is transferred to the tank on a sprayer, a third product C (from a disposable container) is added, and the subsequent product is applied to the field. Look at it under the perspectives where the mixing takes place in the shop, and where the mixing takes place in the field.
- Seed treatment 1: A seed treatment is applied to a crop variety product. The seed treatment rate is specified in units of mass per individual seed, and delivered (by mass) in a disposable container. The seed is delivered in a reusable container with a specified number of seeds in it.
- Seed treatment 2: A seed treatment is applied to a crop variety product. The seed treatment rate is specified in units of mass per individual seed, and delivered (by volume) in a disposable container. (Density and active ingredient fraction mediate conversion to amount of seed treatment per unit volume.) The seed is delivered in a reusable container with a specified number of seeds in it.
- Seed treatment 3: A seed treatment is applied to a crop variety product. The seed treatment rate is specified in units of mass per individual seed, and delivered (by mass) in a disposable container. The seed is delivered in a reusable container with a specified mass of seeds. (The number of seeds in the container is derived from a lot-specific test weight e.g., "2200 seeds per pound").
- Seed treatment 4: A seed treatment is applied to a crop variety product. The seed treatment rate is specified in units of mass per individual seed, and delivered (by volume) in a disposable container. (Density and active ingredient fraction mediate conversion to amount of seed treatment per unit volume.) The seed is delivered in a reusable container with a specified mass of seeds. (The number of seeds in the container is derived from a lot-specific test weight e.g., "2200 seeds per pound").
- In the shop:
- We create a product out of others. We consider that it is now a lot (i.e., "Load") X of stuff that will go out to the field.
- Analyze this in case where the user cases / does not care about individual containers.
- We create a product out of others. We consider that it is now a lot (i.e., "Load") X of stuff that will go out to the field.
- Non-specific
- How do we capture in ADAPT the ISO PAN use case of making a product available to a task?
- How do we capture in ADAPT the more subtle aspects of PAN that specify an ISO mask and ISO name?
- FSMA "One step forward, one step back"
- Standing on any given lot/ batch/load, be able to trace back 1 (and therefore by induction, n) step, and trace forward 1 (and therefore n) step.
- Does this include a container-centric view, where we need to know what was in a givven container before / next?
- Seems like the answer is YES
- Does this include a container-centric view, where we need to know what was in a givven container before / next?
- Standing on any given lot/ batch/load, be able to trace back 1 (and therefore by induction, n) step, and trace forward 1 (and therefore n) step.