KR20100098939A - Street lamp system that correspond to address - Google Patents

Abstract

PURPOSE: A street lamp system corresponding to addresses is provided to use street lamps instead of addresses by forming street lamps into a specific shape for each road. CONSTITUTION: Street lamps include a main lamp, an auxiliary lamp, and a display part. The main lamp is formed into an insect or an animal shape. Some of main lamps and auxiliary lamps in four street lamp groups(200 to 500) include main lamps and auxiliary lamps with identical shapes. A main controlling part(100) displays the order of the street lamps on the display part. Each street lamp includes a communication controlling part.

Description

Street lamp system that correspond to address}

The present invention relates to an address-compatible streetlight system, and more particularly, to an address-compatible streetlight system that can be used as an address correspondence by arranging the shape of the streetlight in a characteristic shape for each street.

Recently, local governments have improved the addressing system to make it easier to find addresses. The address system is characterized by the name of the main street, back roads and alleys, and the numbering of the surrounding buildings.

This addressing system can be found easily and comfortably in areas where buildings are built according to well-designed urban planning, but even the alleys of residential neighborhoods use this addressing system so there are too many street names, so even people living in the area can easily recognize the street names. I can't do it.

In addition, a sign indicating a street name and a street number is attached to each building, such as "xx-gil 12" for marking an address. However, since the size is small and is hard to see at night, it is not easy to find an address using the sign.

In addition, the name of the main road or the back road can be known through the milestone, but the road name of the road adjacent to the road can be known by entering the road, and there is a problem that it is not easy to find a way to the destination.

In addition, the conventional street lamps, street lamps installed on the back road or alleys are used only to illuminate the lights, and although there is an effort for improvement recently, they do not utilize the characteristics of the streets by using a simple design, and depress the composition of the beautiful night view. Becomes

The problem to be solved by the present invention in consideration of the above problems, the address-based street lamp to set the address system using the street lamps installed on each road, and to easily find the way without having to give a name to each road in particular In providing a system.

In addition, another object of the present invention is to arrange street lamps for each road according to a specific rule, and make it easier for people to recognize which roads are adjacent roads by using auxiliary lamps. It is possible to provide an addressable street light system.

In addition, another object of the present invention is to provide a streetlight system for addressing to include a base station antenna in the streetlight to make the urban landscape more beautiful.

Street address system according to the present invention for solving the above problems, the street lamp having a main lamp shaped an insect, an animal or a product having a wing, and a display unit for displaying the order; A plurality of street light groups, each of which is a group of street lamps in which main lamps and auxiliary lamps of the street lamps are the same; And a main control unit controlling to display the sequence number on the display unit through communication with street lamps included in each of the plurality of street lamp groups.

According to the present invention, the street lamp system according to the present invention is designed so that anyone can easily recognize the design of the main lamp that illuminates the road, and is installed in each partitioned road or alley, and the design of the auxiliary lamp that illuminates the side road It is installed in the shape of representing and displays the number that can be easily identified at night on each street lamp, so it can function as an address system by the street lamp without a separate address system. It works.

In addition, the present invention addressable street light system, the system control unit can display the unique number of the street light so that it can be identified at night through communication with each of a plurality of street lights, and automatically assigns the unique number in the environment that needs to change the unique number There is an effect that can be changed to improve the convenience.

In addition, the present invention allows the mobile communication base station is installed in the street lamp for each street lamp spaced a predetermined distance of the plurality of street lights, there is no need to install the base station in the surrounding buildings or roadsides, there is an effect that can make the surrounding landscape more beautiful.

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention address-compatible street light system will be described in detail.

1 is a system configuration diagram according to a preferred embodiment of the present invention address-compatible street light system, Figure 2 is a configuration diagram according to an embodiment of a street lamp applied to FIG.

1 and 2 respectively, a preferred embodiment of the present invention addressable streetlight system, the main lamp 11 of the shape that can be easily recognized by anyone, such as a butterfly, a seagull, a dragonfly, an airplane, and the main lamp 11 And a plurality of street lamps 10 each having an auxiliary lamp 12 having a different shape from each other, wherein the same group includes street lamps 10 having a main lamp 11 and an auxiliary lamp 12 having the same shape. Numbers according to the order in the corresponding streetlight group of each streetlight through communication with the first to fourth streetlight groups (200,300,400,500) and the respective streetlights 10 included in the first to fourth streetlight groups (200 to 500). The main control unit 100 transmits data and displays a number indicating a sequence of the corresponding street light 10 on the display unit 13 provided for each street light 10.

Hereinafter, the configuration and operation of the present invention address-compliant street lamp system will be described in more detail.

First, the first street lamp group 200 includes street lights 10 including a main lamp 11 shaped as a butterfly and a subsidiary lamp 12 shaped as a dragonfly. The main lamp 11 is arranged in a road direction, and the auxiliary lamp 12 is directed in a delivery direction, and the main lamp 11 is larger than the auxiliary lamp 12.

The shape of the main lamp 11 and the auxiliary lamp 12 may be a butterfly, a dragonfly, a seagull, or the like, which is a natural object having wings, and may be an airplane, which is an artificial product.

The light emitting sources of the main lamp 11 and the auxiliary lamp 12 may both be LEDs, and have less glare because they emit surface, and the shapes of the main lamp 11 and the auxiliary lamp 12 are more natural. It is desirable to be in the shape of an animal or insect with wings in order to be able to provide a large area.

In addition, the shape of the main lamp 11 included in the first street lamp group 200 is a shape representing a road on which the first street lamp group 200 is disposed, the auxiliary lamp 12 is the main lamp ( Arrange the shape symbolizing the road adjacent to the road symbolized by 11).

By this arrangement, people can see the shape of the streetlight 10 to know the current position, and even without a special milestone, it is easy to recognize which side roads are side roads.

That is, when the main lamp 11 of the street lamp 10 disposed in the first street lamp group 200 has a butterfly shape, and the auxiliary lamp 12 has a dragonfly shape, the first street lamp group 200 is disposed. The road becomes a butterfly road and the neighboring road becomes a dragon road.

In addition, similar to the address system that displays the location of the building on the road as a number such as XX road XX, the display unit 13 provided on the street lamps 10 included in the first street lamp group 200 has a starting point of the road. The numbers are displayed in the order in which they are arranged from to end.

The same applies to the street lamps 10 included in the second to fourth street lamp groups 300 to 500. In FIG. 1, the second street lamp group 300 has a main lamp 11 having a dragonfly shape and an auxiliary lamp. Street light 10 having a seagull shape 12 is included, and the third street light group 400 and the fourth street light group 500, respectively, the main lamp 11 is a seagull and the plane, the auxiliary lamp 12 is a plane And butterfly streetlights 10 are included.

The main lamp 11 uses an LED, etc., and serves to illuminate the road by surface emitting light from the wing portion of the shape.

3 is a configuration diagram according to an embodiment of the main lamp 11.

Referring to FIG. 3, at the edge of the main lamp 11, an identification lamp 14 for displaying a color different from white illumination, for example, red, yellow, blue, green, and the like, is located. 14 is a shape of the main lamp 11 in consideration of the limited number of types of the main lamp 11 in addition to the role that allows people to easily recognize the shape of the main lamp 11 even at night. And a combination of colors of the identification lamp 14 can set more address systems.

That is, when the shape of the main lamp 11 is a butterfly, a red butterfly, a yellow butterfly, a blue butterfly, a green butterfly, a pink butterfly and the like are easily distinguished by a combination of shapes and colors to distinguish more roads by the shape of a street lamp rather than a road name. It becomes possible.

4 is an installation state diagram of a street lamp system corresponding to an address system according to the present invention applied to an actually partitioned road.

Referring to FIG. 4, street lights in a vertical direction are disposed in order of butterfly, dragonflies, and chevron-shaped main lamps, respectively, and roads in a horizontal direction include street lamps having a main lamp of an airplane shape, and each traveling direction is provided. The color of the main lamps of each shape changes in order of yellow, red, blue, and green in order of crossing.

Typical street lights are installed at intervals of 25 to 50 m, and numbers are displayed in order on street lamps belonging to a group of street lamps divided into shapes and colors on the display unit 13 provided in each street lamp 10. The display unit 13 also allows for easy identification at night using LEDs.

The display unit 13 displays the result of the communication between the communication control unit 15 and the main control unit 100 provided in each street light 10, a specific example of the communication method will be described in more detail later.

Thus, the driver can easily check the information on the current position by the shape and color, and the order assigned to each street light. That is, the driver of the vehicle 600 may recognize the current location information as a number of yellow butterfly street lights, and quickly and accurately explain its location to the police or rescue team even when there is no situation due to an accident of the vehicle.

In addition, the driver of the vehicle 600 is currently driving the yellow butterfly path, and when going straight, the main lamp 11 may recognize the butterfly shape, and the identification lamp 14 may enter the red index red butterfly path. If you are aware of the layout rules for a particular color, you will be able to easily recognize the paths that follow.

For example, if the colors are arranged in the order of yellow, red, blue, and green, and the destination is located near the 15th street light of the green butterfly road, the driver of the vehicle 600 passes the red butterfly path after the yellow butterfly road. It is easy to recognize that there is a blue butterfly path, so you can easily find your destination without checking the number.

In addition, the auxiliary lamp 12 of the street lamp 10 visible while passing through the butterfly road has a dragonfly shape, and it is easy to recognize that the adjacent road is a dragonfly road in parallel with the butterfly road at the current location, so that information of the surrounding roads can be easily understood. Will be.

5 is a system configuration diagram illustrating a specific example of a communication method of assigning identification numbers to respective streetlight groups.

Referring to FIG. 5, the main controller 100 transmits an initial signal having a digital signal of 0 to the communication control unit 15-1 of the first street lamp of the corresponding street lamp group through the first communication line.

The communication control unit 15-1 adds 1 to the received digital signal and displays the result on the display unit 13-1. The communication control unit 15-1 includes the digital signal added with 1 in the next street light. 2) and the communication control unit 15-2 also adds 1 to the received signal, displays the result on the display unit 13-2, and simultaneously transmits the result to the next communication control unit 15-3.

When there are n street lights according to the flow of such sequential communication, the communication control unit 15-n provided in the nth street light displays a number n on the display unit 13-n, and the result is again described above. It transmits to the main control part 100.

The main controller 100 stores the number of street lamps for each street lamp group, and compares the signal of the communication control unit 15-n of the last street lamp with the number of street lamps to generate an alarm when the number is different.

The number of each street light is automatically set by the communication method as described above, and even if the street light is added or removed according to the lighting environment, the operator controls the main control unit 100 without having to reset the number of each street light. The numbers displayed on the display unit 13 of the street light can be changed collectively.

6 is another embodiment of a street lamp applied to the address-compatible street light system of the present invention.

Referring to FIG. 6, another embodiment of a street lamp applied to an address lamp system according to the present invention further includes a communication antenna 21 at an upper side of the street lamp 16, and the inside or outside of the street lamp 16. It may further include a base station equipment 22 connected to the antenna 21.

In one embodiment of the street lamp shown in FIG. 6, the installation quantity may be determined in consideration of an environment such as a surrounding building among street lamps of the same shape installed at a roadside.

As such, mobile communication base stations are currently installed on the roof of a building, but the base stations can be moved inside the street lamps to make the city more beautiful, and they can be manufactured with eco-friendly antennas for the telecommunications company. Done.

As described above, the present invention addressable street light system is applicable to the address system by the shape of the main lamp and the auxiliary lamp of the street lamp or a combination of the shape and the color, and the landscape of the street by the combination of various shapes and colors. You can be more beautiful.

1 is a system configuration according to a preferred embodiment of the present invention addressable streetlight system.

2 is a diagram illustrating a street lamp according to an embodiment of the present invention.

3 is a diagram illustrating an embodiment of a main lamp applied to the present invention.

4 is an installation state diagram of a street lamp system corresponding to an address system according to the present invention applied to an actually partitioned road.

5 is a system configuration diagram illustrating a specific example of a communication method of assigning identification numbers to respective streetlight groups.

6 is another embodiment of a street lamp applied to the present invention addressable street lamp system.

* Description of the symbols for the main parts of the drawings *

10: Street light 11: Main lamp

12: Auxiliary lamp 13: Display

14: identification 15: communication control part

16: Street lamp 21: Antenna

22: street light fixture 100: main control unit

200 to 500: first to fourth street lamps

600: vehicle

Claims (6)

Street lamps each comprising a main lamp shaped as an insect, an animal, or a product having wings, and a display unit for displaying a sequence number; A plurality of street lamp groups each of which is a group of lamps in which main lamps of the street lamps are the same street lamps; And Addressable street light system including a main control unit for controlling to display the order number on the display through communication with the street lights included in each of the plurality of street light group. The method of claim 1, The street light, The streetlight system of claim 1, further comprising an auxiliary lamp having a shape different from that of the main lamp. The method according to claim 1 or 2, Each of the street lights included in the street light group includes a communication control unit. 1 is added to the signal of the main control part or the signal of the previous street light, and displayed on the display unit, the displayed result is transmitted to the next street light, and the last street light transmits the final sequence number to the main control part, so that the number of street lights in the main control part is increased. Addressable street light system, characterized in that configured to confirm that the match. The method of claim 3, At the edge of the main lamp of each of the street lights, the address lamp street light system further comprises an identification light emitting a different color than the illumination color of the main lamp so that the shape of the main lamp can be easily recognized at night. The method of claim 3, The auxiliary lamp of the street lamps, Addressable street light system, characterized in that the same shape and color as the main lamp of the street lamps installed on the adjacent road. The method of claim 5, A portion of the street lamps are addressed street light system, characterized in that the mobile communication base station is installed.

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