Surface marking assembly

A surface marking assembly comprising:

• a first panel configured for coupling to a surface, said first panel being elongated rectangularly shaped;
• a plurality of fasteners, each said fastener being coupled to a respective opposing side of said first panel, said fasteners being configured for coupling to the surface wherein said fasteners are positioned on said first panel such that said fasteners are configured for coupling to the surface to couple the first panel to the surface, each said fastener comprising a tab coupled to and extending from said first panel, each said tab being singly holed, wherein said tabs are positioned on said first panel such that each said tab is configured for inserting hardware for coupling said first panel to the surface;
• a plurality of solar cells coupled to a top of said first panel;
• a cavity positioned in said first panel proximate to a respective opposing end of said first panel;
• at least one battery coupled to said first panel, said at least one battery being operationally coupled to said plurality of solar cells, wherein said solar cells are positioned on said first panel such that said solar cells are configured for charging said at least one battery, said at least one battery being positioned in said cavity;
• a plurality of bulbs coupled to said first panel, said bulbs being operationally coupled to said at least one battery, wherein said bulbs are positioned on said first panel such that said at least one battery is positioned for powering said bulbs for illuminating an area proximate to said first panel for providing visual direction to an operator of a vehicle proximate to said first panel, each said bulb being positioned on said top proximate to said respective said opposing side of said first panel, each said bulb comprising a light emitting diode, said plurality of bulbs comprising said bulbs emitting a color of light selected from the set of colors of light consisting of white, red, green and yellow;
• a sensor switch coupled to said first panel, said sensor switch being operationally coupled to said plurality of bulbs and said at least one battery, said sensor switch being configured for detecting sunlight and for selectively coupling said bulbs to said at least one battery, wherein said sensor switch is positioned on said first panel such that said sensor switch is positioned for coupling said at least one battery to said bulbs for illuminating the area proximate to said first panel for providing the visual direction to the operator of the vehicle proximate to said first panel, wherein said sensor switch is positioned on said first panel such that said sensor switch is configured for detecting the sunlight such that said sensor switch is positioned for decoupling said bulbs from said at least one battery;
• a second panel substantially complementary to said first panel, said second panel being coupled to said first panel such that said second panel is positioned over said solar cells and said bulbs, said second panel being textured and substantially transparent, wherein said second panel is positioned on said first panel such that said second panel is configured for protecting said solar cells and said bulbs from damage and wherein said second panel is configured for providing a vibratory notification and an auditory notification to the operator of the vehicle when wheels of the vehicle rotationally contact said second panel, said second panel comprising silicon resin;
• a plurality of ridges coupled to and extending upwardly from said second panel, wherein said ridges are positioned on said second panel such that said ridges are configured for providing the vibratory notification and the auditory notification to the operator of the vehicle when the wheels of the vehicle rotationally contact said ridges, said ridges extending from proximate to opposing edges of said second panel, said ridges being positioned in a pair of rows, each said row extending from proximate to opposing endpoints of said second panel;
• a pair of strips, said strips being reflective, each said strip being positioned between said first panel and said second panel adjacent to a respective said opposing end of said first panel, wherein said strips are positioned on said first panel such that said strips are configured for reflecting light impinging upon said strips for providing visual notice to the operator of the vehicle proximate to said first panel;
• and
• wherein said tabs are positioned on said first panel such that each said tab is configured for inserting the hardware for coupling said first panel to the surface, wherein said solar cells are positioned on said first panel such that said solar cells are configured for charging said at least one battery, wherein said sensor switch is positioned on said first panel such that said sensor switch is positioned for coupling said at least one battery to said bulbs for illuminating the area proximate to said first panel for providing the visual direction to the operator of the vehicle proximate to said first panel, wherein said sensor switch is positioned on said first panel such that said sensor switch is configured for detecting the sunlight such that said sensor switch is positioned for decoupling said bulbs from said at least one battery, wherein said second panel is positioned on said first panel such that said second panel is configured for protecting said solar cells and said bulbs from damage, wherein said ridges are positioned on said second panel such that said ridges are configured for providing the vibratory notification and the auditory notification to the operator of the vehicle when the wheels of the vehicle rotationally contact said ridges, wherein said strips are positioned on said first panel such that said strips are configured for reflecting light impinging upon said strips for providing the visual notice to the operator of the vehicle proximate to said first panel.