Ejection and Control Unit (ECU):

• The ECU is the central processing unit of the ghost trap. It houses two primary systems:
  • Ejection System: This mechanism is manually activated to eject the cartridge from the trap housing when a cartridge change is desired. This ensures user safety and controlled cartridge swapping.
  • Control Unit: This unit acts as the communication and control hub between the trap housing and the cartridge. It facilitates the activation and control of the containment field, and receives power from the cartridge.

Trap Cartridge:

• Each cartridge is a self-contained unit equipped with:
  • High-Capacity Battery: This provides the necessary power for generating and maintaining the containment field.
  • Internal Containment Field Generator: This system creates a focused electromagnetic field within the cartridge, effectively trapping and holding a captured ghost.

Trap Housing:

• The trap housing serves as an interface for the cartridge, providing:
  • Containment Field Controls: Mechanisms for remotely opening and closing the containment field, allowing for controlled release or transfer of the ghost.
  • Ejection Port: A secure port for housing the cartridge and facilitating safe ejection.

Operational Overview:

1. The ghost is weakened using a proton pack and guided towards the trap.
2. The trap is activated, triggering the ECU to energize the cartridge and generate the containment field.
3. Once the ghost is captured within the containment field, the cartridge remains in the housing until a cartridge change is required.
4. To change the cartridge, the user manually activates the ejection system, safely removing the spent cartridge from the housing.
5. The ghost is now securely contained within the cartridge and can be stored or disposed of as needed.

Trap/Containment Unit Interactions

Alright, rookie, you've wrangled that pesky poltergeist, and now it's time to transfer it to the containment unit. Here's the rundown, step-by-step:

Docking Procedure: "Insert the trap"

First things first, slide that trap into the containment unit dock. See those triangle tabs on the front? They'll guide you, making sure the trap sits right where it should.

Once the trap's snug, those contact points on the front do their thing. They establish a secure data link between the trap's cartridge and the containment unit's main control system. This is how they talk to each other, ensuring a smooth and coordinated transfer.

Secure and Seal: "Lock the system"

Time to lock things down. Close the containment unit door, and make sure it's locked tight. We're not just talking a simple latch here, though. This thing engages electromagnetic seals, creating a hermetically sealed environment. No sneaky spirits escaping on our watch!

Locking the system also activates some important safety features. We've got interlocks that prevent accidental opening during the transfer, and they also help protect the operator from any unexpected energy surges. Safety first, even when dealing with the supernatural!

Grid and Neutralize: "Set your entry grid, neutralize your field"

Now, about that entry grid. It's more than just a fancy name. Think of it as setting up a one-way street for our spectral friend. It creates a focused pathway for the entity to move from the trap's containment field into the storage unit. No wrong turns or detours allowed!

Neutralizing the trap's containment field is where things get delicate. It's not just about flipping a switch; we need to carefully collapse the field, guiding the entity towards that entry grid. This prevents any residual energy from causing trouble down the line.

Transfer and Verification:

With the grid set and the trap neutralized, the containment unit takes over. It generates a "pulling" field, gently drawing the entity through the entry grid and into its new home in the storage unit.

Don't worry, we've got sensors keeping a close eye on everything. They monitor the entire transfer process, making sure the entity moves smoothly and that everything remains stable.

"Light is Green, the Trap is Clean"

Once the transfer's complete, the containment unit does a final check-up. It confirms the entity is secure, the trap's cartridge is neutralized, and all systems are back in a safe state.

That green light is your signal that everything went according to plan. Safety protocols are reset, and you're clear to remove the cartridge and get that trap ready for its next bustin' adventure.