Fogless shower mirror system

A mirror assembly comprising a mirror housing, a reflective mirror plate, and a water reservoir,

• the mirror housing having a top side and a bottom side opposite the top side, a left side and a right side opposite the left side, and a front side and a rear side opposite the front side, the front side including a front housing opening and the rear side including a rear housing opening,
• the reflective mirror plate having a front mirror plate surface and a rear mirror plate surface,
• the water reservoir comprising between 9 and 15 reservoir compartments defined by a vertical arranged series of downwardly angled baffle plates and two hanger rib plates, with each reservoir compartment having a front reservoir compartment opening adjacent to the rear mirror plate surface of the reflective mirror plate and a rear reservoir compartment opening opposite the front reservoir compartment opening,
• wherein for each reservoir compartment, the front reservoir compartment opening is positioned at a lower elevation relative to the rear reservoir compartment opening,
• wherein each baffle plate is spaced rearward of the rear mirror plate surface of reflective mirror plate to define a laterally disposed slit-shaped opening between a front edge of each baffle plate and the rear mirror plate surface of the reflective mirror plate,
• wherein the hanger rib plates run perpendicular to the baffle plates, subdividing each reservoir compartment into three sub-compartments,
• wherein each hanger rib plate comprises a vertically arranged series of spaced apart attachment hooks that protrude rearwardly from the rear side of the mirror housing,
• wherein the reflective mirror plate is configured to conformally fit into the front housing opening,
• wherein the water reservoir is configured to conformally fit into the rear housing opening, and
• wherein each reservoir compartment is configured to enable water to flow downwardly towards the front reservoir compartment opening and through the slit-shaped opening and contact the rear mirror plate surface of reflective mirror plate.

A mirror assembly comprising a mirror housing, a reflective mirror plate, a water reservoir, and an attachment system,

• the mirror housing having a top side and a bottom side opposite the top side, a left side and a right side opposite the left side, and a front side and a rear side opposite the front side, the front side including a front housing opening and the rear side including a rear housing opening,
• the reflective mirror plate having a front mirror plate surface and a rear mirror plate surface,
• the water reservoir comprising between 9 and 15 reservoir compartments defined by a vertical arranged series of downwardly angled baffle plates and two hanger rib plates, with each reservoir compartment having a front reservoir compartment opening adjacent to the rear mirror plate surface of the reflective mirror plate and a rear reservoir compartment opening opposite the front reservoir compartment opening,
• wherein for each reservoir compartment, the front reservoir compartment opening is positioned at a lower elevation relative to the rear reservoir compartment opening,
• wherein each baffle plate is spaced rearward of the rear mirror plate surface of reflective mirror plate to define a laterally disposed slit-shaped opening between a front edge of each baffle plate and the rear mirror plate surface of the reflective mirror plate,
• wherein the hanger rib plates run perpendicular to the baffle plates, subdividing each reservoir compartment into three sub-compartments,
• wherein each hanger rib plate comprises a vertically arranged series of spaced apart attachment hooks that protrude rearwardly from the rear side of the mirror housing,
• the attachment system comprising a wall-mount suspension bracket including a retainer rib configured to securely engage an attachment hook from each of the two hanger rib plates,
• wherein the reflective mirror plate is configured to conformally fit into the front housing opening,
• wherein the water reservoir is configured to conformally fit into the rear housing opening, and
• wherein each reservoir compartment is configured to enable water to flow downwardly towards the front reservoir compartment opening and through the slit-shaped opening and contact the rear mirror plate surface of reflective mirror plate.