KR200435080Y1 - The system of a boundary stone - Google Patents

Abstract

The present invention relates to a road boundary display device using a solar cell, which is installed in a central separator installed between a road and a road or at a boundary stone installed between a road and a sidewalk so that drivers and pedestrians can grasp the boundary stone, and drive and drive safely. As a guide display device to be performed, the upper surface portion 40 and the guide panel including a transparent cap (1), the solar cell (2), the LED (3), the rechargeable battery (4), the upper body (6), etc. 12), the control panel 13, the LED 14, the side portion 50 including the side body 17 is integrally configured.

The road guidance display device provides the driver and pedestrians with a safety indicator that can easily identify the location of the sidewalk and the central divider between the road and the sidewalk during rainy weather or at night. In comparison, installation is free and guide information function can be performed by inserting words such as destinations, instructions, regulations and caution signs on the side guide signs.

Boundary stone, safety sign, indicator.

Description

Road boundary stone indicators {The system of a boundary stone}

1 is an exploded perspective view of a road boundary display device of the present invention

Figure 2 is a plan view showing an expanded state of the road boundary stone display device of the present invention

Figure 3 is a perspective view showing the coupling of the upper body and the rechargeable battery of the present invention

Figure 4 shows the hinge coupling state of the present invention,

  (A) Perspective view of the upper body and the lower body

  (B) is an enlarged view of part A of FIG.

  (C) is an enlarged perspective view of the bottom hinge of the upper body and the side body

  (D) is an enlarged perspective view showing that the upper body, the side body and the hinge pipe are coupled;

  (E) an enlarged perspective view of the hinge pipe

5 is a road reference display device according to the present invention reference

<Explanation of symbols for the main parts of the drawings>

1, 11: Transparent cap 1-1: Transparent cap seating part 2: Cell 2-1: Cell board 2-2: Cell board seating part 3, 14: LED 4: Rechargeable battery 4-1: Battery seating part

5, 15: Diffusion plate 5-1: Diffusion plate fixing groove 6: Upper body 7: Upper hinge portion 8: LED hole

9, 18: Bolt fixing hole 10, 19: Wiring hole 10-1, 19-1: Wiring passage

12: Information board 13: Control board 16: Side hinge 17: Side body

30: Hinge pipe 30-1: Hinge pipe fixing groove 40: Upper part 50: Side part

The present invention relates to a road-boundary display device using a solar cell, and more particularly, a diffusion plate and an upper surface portion of a solar cell, a rechargeable battery, an LED, and an LED to diffuse light emitted from the daytime solar energy into electrical energy. The upper body constituting the body, the upper surface portion consisting of a transparent cap located on the upper portion of the upper body to act as a stopper; W, a guide display unit for attaching an LED that emits light from the power supplied from the upper side rechargeable battery from the means for detecting darkness, a guide display unit for attaching a guide phrase, a side body constituting the body of the side portion, it is located in the upper part of the side body to act as a stopper Side portion provided with a transparent cap to the; It is a display device capable of inducing vehicle driver's safe driving and pedestrian's safe walking by advertising effect and LED flashing display through image identification throughout the day and night.

In general, the boundary stone is mainly used to separate the sidewalk and the roadway, and recently, it is installed on the boundary of a traffic island installed in the middle of a wide road or on the shoulder of a car-only road to prevent entry and exit of vehicles or to mark landmarks in pedestrian safety areas. Mainly used.

This conventional boundary stone is usually used to be fixed to the ground by processing marble or molded into a certain size with cement, but due to the nature of the marble or cement material, it is difficult for pedestrians or vehicle drivers to easily identify with the naked eye at night or in rainy weather. There was this.

As a means of eliminating the disadvantages of the conventional boundary stone, the reflective sheet, which can be reflected by the lights of the vehicle, is attached to one side of the boundary stone to facilitate identification of the boundary stone. Derived, there was a problem that the boundary stone is violated by the fallen reflector.

In addition, in order to solve the problems of the conventional boundary stone has been announced the design of the lighting boundary stone using the Korea Utility Model (Registration No .: 20-2004-0037168) solar cells, but also solar cells equipped with solar panels, storage batteries and circuit parts integrally In order to attach the lighting unit to be separately installed on the unit and the side, digging a hole in the boundary stone or cutting the side edge portion, there was a problem that the boundary stone damage and installation cost increases due to the difficulty of installation.

As described above, the present invention improves the conventional problems, facilitates the installation workability and guide display function to facilitate the identification of drivers and pedestrians, to prevent safety accidents, and to facilitate maintenance and inspection. In addition, it is intended to provide a function of preventing accidents on the road and preventing illegal parking and stopping of drivers, which can reduce installation costs and prevent safety accidents.

Road boundary stone display device using a solar cell according to the present invention for achieving the above object is a solar panel for collecting solar energy on the upper surface, a rechargeable battery for storing solar energy, the control panel for irradiating the light by the command LED, diffuser plate for broadly spreading LED light, upper body forming upper body, transparent cap inserted in upper body to serve as plug, and side light emitting LED's light from means of detecting darkness and light The control panel that controls the on / off and the LED is installed, the guide panel for attaching the guide phrase, the side body constituting the body of the side portion, the transparent cap which is located at the upper part of the side body and acts as a stopper is installed. The hinge is fixed through the hinge pipe coupled to the branch and the side hinges, Road boundary stone display device using a solar cell, characterized in that fixed to the boundary stone through the hole is a basic feature.

The above-described object of the present invention is fixed to one side of a boundary stone provided in a predetermined structure and form at the edge or center of a road dedicated to an automobile or highway, an emergency evacuation stairway and platform of a subway or railway, a road, a port, etc. By providing a display device.

1 is an exploded perspective view of a road boundary stone display device of the present invention;

2 is a combined plan view of the road boundary display device of the present invention,

Figure 3 is a perspective view of the upper portion showing the rechargeable battery and the upper body coupling according to the present invention.

Figure 4 is a perspective view showing a hinge coupling state of the present invention,

5 is a reference diagram according to an embodiment of the present invention.

According to a preferred feature of the present invention, the upper body 6 of the above-described display device is a transparent cap seating portion that removes the volume of the shape around the outer peripheral surface of the transparent cap to a predetermined depth in order to insert and support the transparent cap ( 1-1), a rechargeable battery seating portion having a shape of an outer shape of a rechargeable battery for seating the rechargeable battery on the inner bottom surface, and an LED penetrating a hole from the inner part to the center of the outer diffuser fixing groove for inserting and fixing the LED 3. Diffusion plate fixing groove having a hole 8, a recess of a diffuser size of a predetermined depth from the outer inclined side for inserting the diffuser plate, and a predetermined size for fixing the upper surface portion to the upper and side surfaces of the boundary stone using fixing pins. A bolt fixing hole having a hole of a hole, and the inside of the central axial direction of the upper hinge portion 7 in order to hinge the upper surface portion 40 and the side portion 50 by digging a predetermined length of a circular shape, the hinge pie Between the hinge pipe fixing groove 30-1 to which the strip 30 is fitted, the circular wiring holes 10 and 19 penetrating from the bottom of the rechargeable battery seating portion to the bottom of the upper surface portion, and between the upper surface portion and the side portion. Wiring passages 10-1 and 19-1, which are dug at a predetermined depth in a rectangular shape, from the top bottom wiring holes 10 and 19 to the hinge pipe fixing grooves 30-1 to guide the electric wiring. It consists of.

The side body 17 has the same shape as the upper body 6, and the guide panel 12 having the outline size of the solar cell substrate 2-1 is inserted instead of the solar cell substrate 2-1 on which the solar cell is seated. .

In particular, circular wiring holes 10 and 19 penetrating from the bottom of the rechargeable battery seating portion of the upper body 6 and the side body 17 to the upper surface bottom surface, and to guide the electrical wiring between the upper surface and the side portion Both hinge pipes are formed by forming wiring passages 10-1 and 19-1 which are dug to a predetermined depth in a rectangular shape from the upper surface bottom wiring holes 10 and 19 to the hinge pipe fixing grooves 30-1. Both end portions of the fixed grooves 30-1, which are inserted between the fixing grooves 30-1, pass the power and signal cables through the inside of the hollow hinge pipe 30 having a flange shape of a predetermined length so that the wiring is not exposed to the outside. Since the hole processing work for the cable line is not necessary in the interior of the existing boundary stone can be easily installed, it is made of a structure that can prevent the breakage of the boundary stone.

The transparent caps 1 and 11 have an elliptic shape having a predetermined thickness and are fitted to the transparent cap seating portions 1-1 and 11-1 of the upper body 6 and the side body 17, and charge and guide the solar cell. The display panel 12 is formed of a transparent material for character recognition. The solar cell substrate 2-1 is an elliptic-shaped electric circuit board having a predetermined thickness. The solar cell substrate 2-1 penetrates through a means for forming a solar cell for collecting solar light on the upper surface and arranging a predetermined circuit board through-hole on the other side edge. Fix the leg of LED (3) to the hole. The diffusion plate 5 has a shape having a predetermined thickness in the shape of a rectangle and serves to facilitate diffusion of the LED light. The control panel 13 is an electric circuit board for charging solar light and sensing the output current of the solar cell 2 to turn on and off the LED light emission. The control board 13 has a predetermined circuit board through hole at one edge thereof. The leg of the LED 3 is fixed to the through hole from the means for arranging. The guide display plate 12 is a rectangular plate having a predetermined size and thickness for attaching guide phrases such as no parking or one-way traffic to one surface.

Hereinafter, the overall operation of the road boundary stone display device using the solar cell according to the present invention described above will be described in detail.

In the road-boundary display device using the solar cell described above, power generation by the solar cell 2 occurs actively during the day when sunlight shines, and electricity generated by the solar cell 2 is stored in the upper body 6. It is charged in the located rechargeable battery 4.

In the daytime, the guide text display on the guide panel 12 can be recognized from the outside, so the electricity charged in the rechargeable battery 4 is not provided to the guide panel 12 for self-luminescence, and the upper body 6 and the side body 17 are not. The LEDs 3 and 14 inserted in the LED holes 8 (see Fig. 3, the upper body is also the same as the LED holes on the side body) do not emit light.

At night when there is no sunlight, generation by the solar cell 2 hardly occurs, and the LEDs 3 and 14 inserted into the LED body 8 of the upper body 6 and the side body 17 from the means for detecting the decrease in sunlight. ) Flashes.

Here, the operation of the LED according to the day and night is determined by a circuit by a known light quantity sensing means located on the control panel 13.

The electricity charged in the rechargeable battery 4 during the day is used to emit the LEDs 3 and 14 by means of detecting solar degradation, and the driver can recognize the light emitting display and drive safely. By clearly distinguishing the location, traffic accidents can be prevented in advance.

The present invention includes a display device fixed to one side of a boundary stone provided in a predetermined structure and form at the edge or center of a road or highway, a subway or railway emergency evacuation stairs, a platform, a port, etc., In addition to guiding and guiding the driver's gaze, the pedestrian's gaze can be guided to smoothly walk, thereby preventing safe driving and traffic accidents.

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Claims (3)

In a road boundary stone display device installed in a boundary stone provided in a predetermined structure and form at the edge or the center of a road dedicated to an automobile or a highway, an emergency evacuation stairway and platform of a subway or railway, or a road port, Position the transparent cap on the upper body transparent cap seating part, seat the rechargeable battery on the rechargeable battery seating part, seat the solar cell substrate on the solar cell substrate seating part, insert the LED connected to the solar cell substrate in the LED hole, An upper surface part integrally formed by inserting a diffusion plate into the diffusion plate fixing groove; The side part of which the transparent cap is positioned on the side body transparent cap seating part, the guide plate is seated on the solar cell substrate seating part, the LED connected to the control plate is inserted in the LED hole, and the diffusion plate is inserted into the diffusion plate fixing groove. ; Road boundary stone display device characterized in that the unit is configured to be connected to the "b" shape. The method of claim 1, The upper body and the side body is hinged by a hinge pipe and the road boundary stone display device, characterized in that the angle of the bottom surface between the upper body and the side body can be made. The method of claim 2, And a data signal and an electric signal cable between the upper body and the side body pass through the inside of the hinge axis of the upper body and the side body.

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