A surface marking assembly for providing guidance to vehicle operators includes first and second panels. The first panel is configured to couple to a surface, such as tarmac of a road. A plurality of solar cells is coupled to a top of the first panel. At least one battery is coupled to the first panel and is operationally coupled to the solar cells, which are configured to charge the battery. A plurality of bulbs is coupled to the first panel and is operationally coupled to the battery. The second panel, which is textured and substantially transparent, is coupled to the first panel to protect the solar cells and the bulbs. The battery is positioned to power the bulbs to provide visual direction to an operator of a vehicle proximate to the first panel. The second panel is configured to provide vibratory and auditory notifications to the operator.

The disclosed pavement marking system provides information about the arrangement of the pavement marking to a sensor on a vehicle for to identify a particular lane on a roadway. The pavement marking system comprises a sensor placed on a vehicle and at least a first pavement marking and a second pavement marking, wherein each of the first pavement marking a second pavement marking comprising different properties.

The disclosed pavement marking system provides information about the arrangement of the pavement marking to a sensor on a vehicle for to identify a particular lane on a roadway. The pavement marking system comprises a sensor placed on a vehicle and at least a first pavement marking and a second pavement marking, wherein each of the first pavement marking a second pavement marking comprising different properties.

Disclosed is an illuminating panel, in particular integrated into a traversable surface, including, in succession, a first protective film arranged on the front face of the device, a first exterior encapsulating film, an interior encapsulating film, a second exterior encapsulating film, and a second protective film arranged on the rear face of the device, one of the films chosen from among the first exterior encapsulating film, the interior encapsulating film and the second exterior encapsulating film coating at least one active element suitable for emitting light. Also disclosed is a method for producing such a panel and a functional traversable surface with such a panel.

Disclosed is an illuminating panel, in particular integrated into a traversable surface, including, in succession, a first protective film arranged on the front face of the device, a first exterior encapsulating film, an interior encapsulating film, a second exterior encapsulating film, and a second protective film arranged on the rear face of the device, one of the films chosen from among the first exterior encapsulating film, the interior encapsulating film and the second exterior encapsulating film coating at least one active element suitable for emitting light. Also disclosed is a method for producing such a panel and a functional traversable surface with such a panel.

A traffic control lighted strip assembly is described herein. The traffic control lighted strip assembly includes a flexible transparent housing and an LED light assembly positioned within the flexible transparent housing. The flexible transparent housing includes a housing body that defines a housing cavity that extends between a first open end and a second open end. The LED light assembly is positioned within the housing cavity and extends between the first open end and the second open end. The LED light assembly includes a plurality of LED light pods spaced along a longitudinal axis. Each LED light pod includes a predefined number of LED lights. An electrical quick connect coupler is coupled to an end of the LED light assembly for connecting the LED light assembly to a power source.

Disclosed is a road sign plate comprising: a base plate (2); a series of LEDs (4) disposed on said base plate; and power-supply means connected to said series of LEDs. In particular, the road sign plate comprises: a first resin layer (1) that covers at least the base plate (2); and a second resin layer (7) disposed on said first resin layer, said second resin layer (7) being of a translucent material. The road sign plate is a low cost plate, with high electro-mechanical strength and improved translucency properties.

Disclosed is a road sign plate comprising: a base plate (2); a series of LEDs (4) disposed on said base plate; and power-supply means connected to said series of LEDs. In particular, the road sign plate comprises: a first resin layer (1) that covers at least the base plate (2); and a second resin layer (7) disposed on said first resin layer, said second resin layer (7) being of a translucent material. The road sign plate is a low cost plate, with high electro-mechanical strength and improved translucency properties.

The present invention provides a floor-type walking signal device for installation in which the device is buried in the ground between a road and a sidewalk, comprising a reflector having a plurality of reflective surfaces respectively corresponding to a plurality of LED elements. The present invention can prevent the luminance from being lowered by using the reflector, even if the distance between light-emitting surfaces and the LED elements is relatively long, and can improve the luminance uniformity on the light exit surfaces.

A lighting system is provided. The lighting system includes a light source. A wavelength converter is configured to convert a wavelength of light emitted from the light source. A light guide tube is configured to propagate and transmit incoherent light emitted from the wavelength converter. The light guide tube extends along a road.