Abstract: An electronic device protective case and article storage device is provided. The device comprises a case having a front portion and a rear portion adapted to surround an electronic device and protect its structure from scratches and impacts. The front portion supports the electronic device and provides access to the device display screen, while the rear portion is snap-connected to the front portion and optionally hinged therefrom. The rear portion covers the rear of the electronic device and further supports an externally-mounted or internally-mounted pouch. The pouch comprises an expandable compartment for supporting identification, credit cards, cash, and other personal items. The front portion engages the electronic device and is adapted to remain connected with the electronic device when the rear portion is disengaged from accessing the pouch. In this way, the present invention provides a protective device and a convenient storage location for common articles required when traveling.

Abstract: An adjustable mirror device is provided that includes a free-standing or wall-mountable construction, whereon a mirror frame is slidably mounted thereto without the use of fasteners. A free-standing mirror support comprises an upstanding mirror frame support having a first and second side rail and lower support legs that allow the side rails to remain in an upright configuration without secondary support. The wall-mountable mirror support comprises a fastenable frame that affixes to a wall for supporting the mirror frame in the same manner as the free-standing embodiment. The mirror frame backside surface comprises a first and second magnetic strip running vertically therealong. These strips secure to ferric material strip extending along each side rail of the free-standing or wall-mountable mirror frame support embodiment. The magnetic attachment allows the user to slidably reposition the mirror without fasteners or tools.

Abstract: An adjustable mirror device is provided that includes a free-standing or wall-mountable construction, whereon a mirror frame is slidably mounted thereto without the use of fasteners. A free-standing mirror support comprises an upstanding mirror frame support having a first and second side rail and lower support legs that allow the side rails to remain in an upright configuration without secondary support. The wall-mountable mirror support comprises a fastenable frame that affixes to a wall for supporting the mirror frame in the same manner as the free-standing embodiment. The mirror frame backside surface comprises a first and second magnetic strip running vertically therealong. These strips secure to ferric material strip extending along each side rail of the free-standing or wall-mountable mirror frame support embodiment. The magnetic attachment allows the user to slidably reposition the mirror without fasteners or tools.

Abstract: An electronic device protective case and article storage device is provided. The device comprises a case having a front portion and a rear portion adapted to surround an electronic device and protect its structure from scratches and impacts. The front portion supports the electronic device and provides access to the device display screen, while the rear portion is snap-connected to the front portion and optionally hinged therefrom. The rear portion covers the rear of the electronic device and further supports an externally-mounted or internally-mounted pouch. The pouch comprises an expandable compartment for supporting identification, credit cards, cash, and other personal items. The front portion engages the electronic device and is adapted to remain connected with the electronic device when the rear portion is disengaged from accessing the pouch. In this way, the present invention provides a protective device and a convenient storage location for common articles required when traveling.