Mountable and removable personal mirror
View Patent ↗A mountable, adjustable, and removable personal mirror system, which allows the user to obtain close-in or far-away panoramic views. The user can adjust the position (how close together), the angle, and the orientation (e.g., side-to-side or top-and-bottom) of the mirrors. By so adjusting the mirrors, the user will see a much wider variety of visual information than with currently existing personal mirrors.
1. A mountable and removable mirror system, comprising at least one plastic frame, at least one mirror per frame, at least two suction cups arranged at least two suction cups per frame side, and a plurality of pivotable plastic arms, with their rotational axis integral to the plastic frame in order to keep the plastic arms from being damaged during use, connecting each suction cup to each said frame side.
2. A mountable and removable mirror system, comprising at least two frames, one with a male connector and one with a female connector, allowing for the frames to be connected in a storage configuration which protects said mirrors; at least one mirror per frame; at least two suction cups, per frame, arranged at least two suction cups per frame side; and a plurality of pivotable arms, connecting each suction cup to each said frame side.
3. The invention in 2 , wherein there are two mirrors in each frame, with their reflective surfaces oriented 180° apart.
4. The invention in 3 , wherein one of the mirrors in each frame is non-magnified and the other mirror is magnified.
5. The invention in 2 , wherein one mirror in each frame is non-magnified, and on the face opposite the mirror face, there is a plurality of smaller, magnified mirrors, joined in a mechanism that allows the user to rotate the magnified mirrors in order to select the right magnification factor for each frame.
6. The invention in 2 , wherein the system contains a light source in each frame.
7. The invention in 6 , wherein the light source is adjustable.
8. The invention in 6 , wherein the light source is battery powered, light emitting diodes.