ROADWAY DELINEATOR AND SAFETY SYSTEM
Embodiments of the present disclosure relate to roadway delineators with one or more light sources that provide illumination and increased visibility. In accordance with one implementation, the delineator includes a mounting apparatus that provides both a mounting surface and structural support. In addition, the delineator may be self-powered and include a solar array and/or a rechargeable power source for the one or more light sources. Multiple delineators may be used together with a roadway barrier to create a roadway safety system.
1 . A roadway delineator, comprising:
a housing having a top member, a front member, and a back member:
the front member having:
a substantially vertical exterior surface defining a height and a width; and
an interior surface opposite the exterior surface; and
the top member being in a plane substantially perpendicular to the front member and having an exterior horizontal surface defining a depth, the depth being no greater than one half the height;
a solar cell array positioned on the top member;
a rechargeable power source;
a light source positioned on the front surface and electrically connected to the solar cell array and the power source;
a processor controlling electrical power between the solar cell array, the power source, and the light source; and
a foot having:
a horizontal mounting member extending parallel to the top member; and
a vertical member affixed to the interior surface of the front member.
2 . The delineator of claim 1 , wherein the horizontal mounting member includes a plurality of holes.
3 . The delineator of claim 1 , comprising a light sensor coupled to the processor wherein the processor is configured to illuminate the light source when the ambient lighting falls below a predetermined level.
4 . The delineator of claim 1 , including a hole in the foot, and a conductor connected to the power source that passes through the hole.
5 . The delineator of claim 4 , wherein the delineator is configured so that an electrical connection severs if the device is forcibly removed from a mounted state.
6 . The delineator of claim 4 , wherein the delineator is configured so that an electrical connection severs if the housing is separated from the foot.
7 . The delineator of claim 5 or 6 , further comprising a temperature sensor, wherein the processor is configured to illuminate the light source when the temperature sensor detects a predetermined temperature.
8 . The delineator of claim 1 , further comprising an optical lens configured to modify the output of the light source.
9 . A roadway safety system, comprising:
a roadway barrier,
and a delineator comprising:
a housing having a top member, a front member, and a back member:
the front member having:
a substantially vertical exterior surface defining a height and a width; and
an interior surface opposite the exterior surface; and
the top member being in a plane substantially perpendicular to the front member and having an exterior horizontal surface defining a depth, the depth being no greater than one half the height;
a solar cell array positioned on the top member;
a rechargeable power source;
a light source positioned on the front surface and electrically connected to the solar cell array and the power source;
a processor controlling electrical power between the solar cell array, the power source, and the light source; and
a foot having:
a horizontal mounting member extending parallel to the top member; and
a vertical member affixed to the interior surface of the front member;
wherein the delineator is securely attached to the roadway barrier.
10 . The roadway safety system of claim 9 , wherein the delineator further comprises a wireless communication device.
11 . The roadway safety system of claim 10 , further comprising a plurality of delineators.
12 . The roadway safety system of claim 11 , wherein the plurality of delineators further comprise wireless communication devices.
13 . The roadway safety system of claim 12 , further comprising a wireless communication device capable of directing at least one of the plurality of delineators.
14 . The roadway system of claim 9 , the delineator further comprising a safety component configured such that an electrical connection supplying the processor is severed if it is separated from the roadway barrier.
15 . The roadway system of claim 9 , the delineator further comprising a temperature sensor, wherein the processor is configured to illuminate the light source when the temperature sensor detects a predetermined temperature.
16 . The delineator of claim 15 , further comprising a plurality of light sources including at least one light source of a different color than the other light sources, wherein the processor is configured to illuminate the light source of a different color when the temperature sensor detects a predetermined temperature.
17 . A roadway delineator, comprising:
a housing;
a solar cell array;
a rechargeable power source;
a light source;
a processor controlling electrical power between the solar cell array, the power source, and the light source;
a mounting member; and
a temperature sensor,
wherein processor is configured to illuminate the light source when the temperature sensor detects a predetermined temperature.
18 . The delineator of claim 17 , further comprising a plurality of light sources including a warning light source of a different color than the light source,
wherein the processor is configured to illuminate the warning light source when the temperature sensor detects a predetermined temperature.
19 . The delineator of claim 18 , wherein the delineator is configured so that an electrical connection severs if the device is forcibly removed from a mounted state.