Shock absorbing phone case with hidden compartment

A case for providing multiple power sources and absorbing shock for a communication device, the case comprising:

• a casing, the casing configured to form an electrical insulation, the casing defined by a panel, at least one casing sidewall, and a cavity, the panel formed at a back side of the casing, the at least one casing sidewall having an aperture;
• a hidden compartment, the hidden compartment formed at the panel of the casing, the hidden compartment operatively connected to the cavity of the casing, the hidden compartment comprising a door, the door configured to slidably regulate access to the hidden compartment;
• a charge chamber, the charge chamber formed at the at least one casing sidewall, the charge chamber defined by at least one chamber sidewall, and a slot that forms in the at least one chamber sidewall;
• a charging assembly, the charging assembly defined by a housing, a pair of mounts, and a connector, the charging assembly configured to be electrically conductive, the charging assembly further configured to convert an AC current to a DC current, the charging assembly disposed to pass through the aperture of the casing, the charge chamber, the slot of the charge chamber, and the cavity of the casing,
• the housing of the charging assembly defined by an interior end and an exterior end, the housing comprising an alignment bar arranged in a protruding configuration on the housing, the alignment bar configured to form a snug fit in the slot of the charge chamber, wherein the snug interaction restricts pivotal movement of the charging assembly in the charge chamber,
• the pair of mounts of the charging assembly configured to detachably attach the charging assembly inside the charge chamber, the pair of mounts having a pair of flexible tabs, the pair of flexible tabs configured to deform during an impact in order to create energy attenuation,
• the connector of the charging assembly defined by a charge reception end and a charge transmission end, the charge reception end comprising a printed circuit board assembly and a cap, the connector configured to carry electricity from outside the casing to the cavity of the casing;
• a plurality of springs, the plurality of springs disposed to position on the at least one chamber sidewall, the plurality of springs configured to absorb shocks that are applied to the casing by flexing when the casing is impacted, wherein the forces applied to the charge chamber and the casing are at least partially distributed;
• and
• a flexible material, the flexible material disposed to line the at least one chamber sidewall and the at least one casing sidewall, the flexible material configured to help absorb impact forces applied to the charging assembly.