Energy-storage Self-luminous and Reflective Road Marking

An energy-storage self-luminous and reflective road marking, which includes a marking body and a reflective sheet attached to the inclined surfaces of the cones on both sides, the characteristic of which is that the top surface of the marking body is provided with a groove for fixing the solar receiver board and the detection light sensor, and the inner bottoms of the reflective sheets on both sides of the transparent body are equipped with LED lamps, at the same time the bottom of the body is assembled with hollow storage in the bottom plate of the tank, the battery pack and the control circuit board are fixed in the storage tank, and the solar receiver board, the light sensor and the LED lamp are connected through the line.

 

The marking installation on the traditional road surface can only have the reflective marking effect when there is enough light. For bicycles or pedestrians driving in dim light, or some vehicles with insufficient lighting ability, when there is no strong light Therefore, the traditional reflective marking cannot achieve the effect of reflective warning, and there are still unsafe factors.

 

The purpose of the utility model is to address the shortcomings of the existing road surface reflective markings, and to provide an energy-storage self-luminous, reflective road marking that has both reflective marking and automatic lighting functions, is firmly combined with ground installation, and has a long service life.

 

The technical scheme of the utility model is as follows: The energy-storage self-luminous and reflective road markings include a marking body and a reflective sheet placed on the inclined surfaces of the cones on both sides. The improvement is that the surface of the marking body is provided with a groove for fixing the solar receiving board and detection light sensors, and the inner bottoms of the reflective sheets on both sides of the body are equipped with LED lamps, the bottom of the body is assembled with a bottom plate with a hollow storage tank, the battery pack and the control circuit board are fixed in the storage tank, at the same time connecting the solar energy receiving board, light sensor and LED lamp through the line. The hollow storage tank of the bottom plate member can be set into a rectangular or polygonal tube to form a rod structure for positioning the downward plug group.

 

The mark is provided with a solar receiver board, and in conjunction with the detection of the built-in battery, control circuit board and light sensor. So the mark body can convert the solar energy into electrical energy for proper storage, and can lighting by itself when the light is dim; and the battery pack and control circuit board are placed under the marking body and buried under the ground, separated from the heat receiving board, to ensure that the battery pack will not be affected by high temperature and lead to shortened service life, At the same time, it can prevent the control circuit board from being impacted and rolled to ensure the reliability of its operation.