Computing and storage system

A computing and storage system comprising:

• a laptop computer comprising:
• a base panel, the base panel having a top wall, a bottom wall, and a perimeter wall extending between the top wall and the bottom wall, the base panel defining a phone slot which extends into the perimeter wall, the phone slot being open on a first lateral side of the base panel, the base panel defining an earbud case slot which extends into the perimeter wall, the earbud case slot being open on a second lateral side of the base panel;
• a plurality of computing components housed in the base panel, the plurality of computing components including a computer processor and a computer memory;
• a phone connector mounted in the phone slot, the phone connector being positioned on a recessed wall of the phone slot;
• a top panel pivotably mounted to the base panel, the top panel being positioned at a top rear edge of the base panel, the top panel having a front side and a back side, the top panel being positionable in a closed position in which the top panel lies over the base panel with the front side facing the base panel, the top panel being positionable in an open position in which the top panel extends upwardly from the base panel with the front side facing forwardly with respect to the base panel;
• a projector mounted in the base panel at a rear end of the base panel, the projector being operatively coupled to the computer processor, the projector being configured to project images rearwardly with respect to the base panel;
• a power storage module mounted in the base panel and operatively coupled to the processor, the power storage module comprising a battery;
• a solar panel mounted to the top panel, the solar panel being positioned on the rear side of the top panel, the solar panel being electrically coupled to the power storage;
• and
• an ejection mechanism mounted in the base panel for ejecting items from the phone slot, the ejection mechanism comprising a lever pivotably mounted in the base panel adjacent to the phone slot, the lever being pivotable about a pivot point positioned between an input end and an output end, the lever being pivotable to move the output end into the phone slot toward an opening of the phone slot, the ejection mechanism further comprising a conduit positioned adjacent to the phone slot, the conduit extending between the perimeter wall and the lever adjacent to the input end, the conduit being configured for receiving an actuator pin to facilitate urging the actuator pin against the lever adjacent to the input end;
• a phone which is insertable into the phone slot such that the phone connector plugs into the phone, the phone comprising a phone processor, the phone connector operatively coupling the phone processor to the computer processor when the phone connector is plugged into the phone, the phone processor being configured to perform operations on data in the computer memory when the phone processor is operatively coupled to the phone, the laptop processor being configured to control the phone processor;
• and
• an earbud module comprising an earbud case and a pair of earbuds, the earbud case being insertable into the earbud case slot of the laptop computer, the earbud case housing the pair of earbuds.