MAKEUP MIRROR WITH LIGHT SOURCE
A makeup mirror having a light source configured to have output that not only enhances the visibility of objects as they are reflected by the mirror, but also optimizes visual acuity of the reflected image as captured by the human eye. In some cases, the makeup mirror allows for separate adjustment of the mirror and the light source, which, in combination with the light source, enables the reflected objects to be lit in uniform manner and for optimized human visual acuity while allowing for areas of the objects to be examined in detail as desired.
1 . A makeup mirror comprising a body operatively coupled to one or more mirrors, the body including one or more fluorescent lamps positioned proximate to the one or more mirrors, the one or more fluorescent lamps configured to have output that enhances visibility of objects as reflected by the one or more mirrors and optimizes visual acuity of the reflection as captured by a human eye, the one or more fluorescent lamps when powered emitting light in a wavelength range of about 505 nanometers to about 515 nanometers.
2 . The makeup mirror of claim 1 wherein the output of the one or more fluorescent lamps comprise scotopic lumens and photopic lumens, the output comprising a higher quantity of scotopic lumens than photopic lumens at the wavelength range.
3 . The makeup mirror of claim 2 wherein the one or more fluorescent lamps are configured to use less energy than other lighting sources having comparable output.
4 . The makeup mirror of claim 1 wherein the optimized visual acuity comprises promotion of clarity, efficiency, and focus of the reflection as captured by a human eye.
5 . The makeup mirror of claim 1 wherein the one or more mirrors are part of a mirror assembly that further includes a frame, wherein the one or more mirrors are operatively coupled to the frame and the frame is adjustable relative to the body.
6 . The makeup mirror of claim 5 wherein the one or more mirrors comprise first and second mirrors, the first and second mirrors having differing reflective properties and oppositely oriented from each other.
7 . The makeup mirror of claim 5 further comprising a stand, wherein the body is operatively coupled to and adjustable relative to the stand.
8 . The makeup mirror of claim 7 wherein the stand includes a locking mechanism to retain the body in any adjusted position relative to the stand.
9 . The makeup mirror of claim 1 wherein the one or more fluorescent lamps comprise first and second fluorescent lamps, the first and second lamps each positioned so as to flank opposing sides of the one or more mirrors so as to effectively emit light on a person's face while not interfering with in-line sight of the one or more mirrors.
10 . A makeup mirror comprising a body operatively coupled to a mirror assembly, the mirror assembly including one or more mirrors operatively coupled to a frame, the frame adjustably coupled to the body, the body including one or more light sources positioned proximate to the one or more mirrors, the body being operatively coupled and adjustable relative to a stand, the one or more light sources when powered emitting light in a wavelength range of about 505 nanometers to about 515 nanometers, the adjustment of the body enabling the one or more light sources to light objects to be reflected in uniform manner and for optimized visual acuity while the adjustment of the frame enables further detailed examination of areas of the objects.
11 . The makeup mirror of claim 10 wherein output of the one or more light sources comprise scotopic lumens and photopic lumens, the output comprising a higher quantity of scotopic lumens than photopic lumens at the wavelength range.
12 . The makeup mirror of claim 11 wherein the one or more light sources are configured to use less energy than other lighting sources having comparable output.
13 . The makeup mirror of claim 10 wherein the optimized visual acuity comprises promotion of clarity, efficiency, and focus of the reflection as captured by a human eye.
14 . The makeup mirror of claim 10 wherein the one or more light sources are fluorescent lamps.
15 . The makeup mirror of claim 10 wherein the one or more mirrors comprise first and second mirrors, the first and second mirrors having differing reflective properties and oppositely oriented from each other.
16 . The makeup mirror of claim 10 wherein the one or more lights sources comprise first and second light sources, the first and second light sources each positioned so as to flank opposing sides of the one or more mirrors so as to effectively emit light on a person's face while not interfering with in-line sight of the one or more mirrors.
17 . A makeup mirror comprising a body operatively coupled to one or more mirrors, the one or more mirrors adjustable relative to the body, the body including one or more light sources positioned proximate to the one or more mirrors, the body being operatively coupled and adjustable relative to a stand, the one or more light sources when powered emitting light in a wavelength range of about 505 nanometers to about 515 nanometers, the adjustment of the body enabling the one or more light sources to light objects to be reflected in uniform manner and for optimized visual acuity while the adjustment of the one or more mirrors enables further detailed examination of areas of the objects.
18 . The makeup mirror of claim 17 wherein the optimized visual acuity comprises promotion of clarity, efficiency, and focus of the reflection as captured by a human eye.
19 . The makeup mirror of claim 17 wherein the one or more light sources are fluorescent lamps.
20 . The makeup mirror of claim 17 wherein the one or more lights sources comprise first and second light sources, the first and second light sources each positioned so as to flank opposing sides of the one or more mirrors so as to effectively emit light on a person's face while not interfering with in-line sight of the one or more mirrors.