KR102247216B1 - Pattern lighting output system to improve cognitive function of driving information - Google Patents

Abstract

Disclosed is a pattern lighting output system that improves the recognition function of driving information that can visually warn a driver of a danger to a driving vehicle through pattern lighting output around a vehicle being driven. To this end, driving information including a plurality of lighting devices installed on a road structure or a road adjacent to the road structure and outputting a continuous pattern pattern on the surface of the road structure according to the driving direction of the vehicle passing through the road It provides a pattern lighting output system that improves the cognitive function of According to the present invention, a pattern lighting capable of recognizing driving information of a vehicle driven by a driver is output from a road structure installed around a road on which the driver is driving. You can keep your senses at a certain level.

Description

Pattern lighting output system to improve cognitive function of driving information {PATTERN LIGHTING OUTPUT SYSTEM TO IMPROVE COGNITIVE FUNCTION OF DRIVING INFORMATION}

The present invention relates to a pattern lighting output system capable of improving the driver's perception of driving information, and more particularly, to visualize the danger to the vehicle the driver is driving through the pattern lighting output around the driving vehicle. It relates to a pattern lighting output system that improves the recognition function of driving information that can be warned by.

A driver driving on a road while driving a vehicle drives the vehicle while simultaneously recognizing not only the road itself or the traffic conditions on the road, but also various structures or natural environments around the road.

Around the road are green areas, main line roads (the driver's driving direction), roads opposite the main line, branch roads, intersections, road railings, intersection blind spots, traffic islands, central separation zones, retaining walls, barriers, sidewalks, bicycle paths, traffic safety zones , Surrounding buildings, road structures such as the shoulder of a median strip, bridge structures, and natural elements such as the earth, the sky, and rivers.

Such a road structure and various objects including all natural elements enter the view of a driver driving a vehicle on the road and affect the driving of the vehicle.

However, when the rate of change of the driving perception factor including the road and various objects around it decreases, that is, when the degree of change in the landscape entering the driver's field of view becomes monotonous, the driver's tension decreases. Therefore, the sense of speed is lost, and such a decrease in the driver's sense of tension and the loss of the sense of speed may lead to the speeding of the vehicle.

On the other hand, when the rate of change of the driving perception factor including the road and surrounding objects increases, that is, when the degree of change in the landscape entering the driver's field of view becomes complicated, the driver becomes tense, and accordingly, the sense of speed is maintained constant. It can prevent the vehicle from traveling over speed.

In fact, rather than a mountain road in which the road is curved and various objects around the road are complex, or a road in the suburbs of cities where there are many artificial objects such as buildings around the road, a straight road passing through a wide plain, or the surrounding landscape is monotonous. The incidence of traffic accidents on large bridges tends to increase. In addition, a large part of the causes of traffic accidents that occur on straight roads and large bridges in the plains are driving at high speeds due to a decrease in the driver's sense of tension and loss of sense of speed, so there is a problem that the degree of damage from traffic accidents is further increased.

As described above, several methods have been proposed to induce safer driving by adjusting the sense of speed that the driver feels while driving. For example, Korean Patent Registration No. 10-0763512 (Announcement on July 4, 2001) for driving safety including first and second pattern layers formed in the form of a continuous V-shape or SIN curve on the inner wall of a tunnel. A tunnel having a patterned inner wall surface is disclosed.

In a tunnel having an inner wall surface on which a pattern for driving safety is formed, the pattern layer on the inner wall provides a visual stimulus to the driver running inside the tunnel, thereby improving the speed detection ability and driving stability, and consequently, the safety inside the tunnel. It is an invention that can help prevent accidents.

However, the present invention is intended to be applied to the interior of a tunnel where there is little change in objects entering the driver's field of view, that is, there is little change in the driving perception factor entering the driver's view. Therefore, there is no problem in inducing safe driving even if it is formed by monotonically coloring only the shape of a continuous V or SIN curve on the inner wall of the tunnel without having to consider the visual elements that change from time to time due to the surrounding environment.

That is, the pattern for driving safety included in the present invention can expect a predetermined effect only inside the tunnel where there is little change in the driving perception factor entering the driver's view, and the road included in the driving perception factor entering the driver’s view, And on an outdoor road in which various objects around the road are complex and the degree of change is severe, the pattern for driving safety has a problem that almost no effect can be expected.

In addition, in order to induce the driver's deceleration on curved roads such as highway entrance and exit roads and interchanges, there are cases in which a certain color is repeatedly colored (for example, black-yellow-black-yellow) on guardrails and the like. However, this is limited to curved roads etc. In addition, the surrounding structures are already being applied uniformly, ignoring the influence on the driver's vision, thus failing to achieve sufficient effects.

In addition, the pattern formed with a certain color on the surface of the road structure has a problem that even if the driving information such as the speed, lane departure, and inter-vehicle distance of the vehicle being driven is changed, the information about it cannot be provided to the driver to the extent that the driver can recognize it. I have it.

Korean Patent Registration No. 10-0763512 (announced on October 4, 2007) Korean Patent Registration No. 10-0919780 (announced on October 1, 2009) Korean Patent Registration No. 10-1636943 (announced on July 20, 2016) Republic of Korea Patent Publication No. 10-2016-0091202 (published on Aug. 2, 2016)

Accordingly, it is an object of the present invention to change the visual elements affecting the driver's cognitive ability, etc. in real time according to the driver's driving information, and then output them to the road structures around the driver, so that the driver can recognize the driving information of the vehicle in real time. It is to provide a pattern lighting output system that can be used.

In order to achieve the object of the present invention described above, in one embodiment of the present invention, it is installed on a road structure or on a road adjacent to the road structure, and in a transverse direction on the surface of the road structure according to the driving direction of the vehicle passing through the road. It provides a pattern lighting output system that improves the recognition function of driving information including a plurality of lighting devices that output a continuous pattern pattern.

According to the present invention, a pattern lighting capable of recognizing driving information of a vehicle driven by a driver is output from a road structure installed around a road on which the driver is driving. You can keep your senses at a certain level. In other words, the present invention provides a visual stimulus to the driving driver to appropriately adjust the driver's tension and stability, and thus improves speed detection capability and driving safety, thereby preventing various safety accidents.

In addition, the present invention helps the driver to recognize the risk of a traffic accident or the location of a vehicle that the driver has not yet recognized through the color change of the pattern lighting.

In addition, the present invention helps the driver to prepare in advance for changes in natural environments such as sunlight, horizontal wind, and rain through a color change of pattern lighting.

1 is a block diagram illustrating a pattern lighting output system according to the present invention.
2 is a perspective view showing a pattern lighting output system installed in the entrance and exit path.
3 is a schematic diagram for explaining a plurality of driving information detectors according to the present invention.
4 is a block diagram illustrating a driving information sensor according to the present invention.

Hereinafter, a pattern lighting output system (hereinafter, abbreviated as'pattern lighting output system') for improving the recognition function of driving information according to exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a block diagram illustrating a pattern lighting output system according to the present invention, and FIG. 2 is a perspective view illustrating a pattern lighting output system installed in an entry and exit path.

1 and 2, the pattern lighting output system according to the present invention includes a plurality of lighting devices 100 for outputting a continuous pattern pattern 110 in a transverse direction on the surface of a road structure, and optionally It may further include a driving information detector 200 that collects driving information of a vehicle passing through the section, generates pattern pattern output information suitable for the driving information, and then provides it to the lighting device 100.

Here, as the road structure, any one of a tunnel side wall, an underground roadway side wall, a central separation zone, a retaining wall, a protective wall, and a guard rail may be used.

Hereinafter, each component will be described in more detail with reference to the drawings.

1 and 2, the pattern lighting output system according to the present invention includes a plurality of lighting devices 100.

The lighting device 100 is installed on a road structure or a road adjacent to the road structure, and the surface of the road structure according to the driving direction of the vehicle passing through the road so that the driver can visually check the pattern pattern 110 while driving. In the horizontal direction, continuous pattern pattern 110 is output.

It is preferable that the luminaire 100 outputs a modified Mach band pattern 110 having a shape of a'V' shape or a'sin curve' connected continuously.

As a first embodiment, the lighting device 100 according to the present invention includes a first lighting for outputting a first pattern layer formed in a form of a'V-shape' or a'sin curve' with an upper end continuously connected, and the first The second illumination may be configured as a second light that contacts the upper surface of the pattern layer and has an upper end corresponding to the first pattern layer, and outputs a second pattern layer having a brightness different from that of the first pattern layer. In this way, when a plurality of pattern layers showing a difference in brightness are in contact with each other, a Mach band is formed at the interface of each pattern layer, so that the driver can detect a dynamic change in the pattern layer.

As a second embodiment, the lighting device 100 according to the present invention includes an LED module, a controller installed under the LED module to control the lighting of the LED module, and a pattern pattern 110 provided on the upper portion of the LED module. It can be configured to include a gobo that outputs ).

As a third embodiment, the lighting device 100 according to the present invention includes an LED module, a controller installed under the LED module to control lighting of the LED module, a first lens installed on the upper portion of the LED module, A gobo provided on the top of the first lens to output the pattern pattern 110, a second lens installed on the top of the gobo, and an installation space for the LED module and the controller, the first lens, the gobo, and the second lens It may be configured to include a housing that provides. In this case, the first lens and the second lens play a role of adjusting the angle of illumination according to the distance between the road structure from which the pattern pattern 110 is output. In addition, the first lens and the second lens are installed in the housing so that the separation distance between each other within the housing is adjusted so that the sharpness of the illumination can be adjusted.

This lighting device 100 is to output the pattern pattern 110 on the surface of the road structure so that the driver can check the continuous pattern pattern 110 along the driving direction when driving, according to the size of the pattern pattern 110 One lighting device 100 may output a single pattern pattern 110, and a plurality of lighting devices 100 may output a single pattern pattern 110.

And each lighting device 100 is configured to include one or more LED modules according to the shape of the pattern pattern (110). For example, the lighting device 100 may be configured to include 1 to 5 LED modules when it is to output a simple pattern pattern, but when it is to output a complex pattern pattern, it is configured to include 6 to 10 LED modules. It could be.

If necessary, the present invention may include a diffusion lens (not shown) installed between the lighting device 100 and a road structure on which an image of light emitted from the lighting device 100 is formed. Specifically, the diffusion lens may be installed on a road structure adjacent to the lighting device 100 or may be installed on a gobo of the lighting device 100.

Since such a diffusion lens provides a function of diffusing light emitted from the lighting device 100, the lighting device 100 and the LED module required to enlarge the size of the pattern pattern 110 or output the pattern pattern 110 It can provide the effect of reducing the number of.

In addition, the lighting device 100 may basically output a green pattern pattern 110, but may also output a pattern pattern 110 of other colors such as yellow and red under the control of the driving information sensor 200. .

In addition, the lighting device 100 may supply lighting to the road structure in a downward manner or in an upward manner, but is preferably installed on a road structure or a road adjacent to the road structure so as to supply lighting to the road structure in a downward manner. This is because when the lighting device 100 emits light in a downward manner, a clear pattern pattern 110 is output to the road structure, and a problem that obstructs the driver's view does not occur.

On the other hand, when the pattern lighting output system of the present invention is used for a tunnel, a plurality of lighting devices 100 are installed on a tunnel sidewall or a road adjacent to the tunnel sidewall.

Referring to FIG. 2, the pattern lighting output system according to the present invention may further include a driving information sensor 200.

The driving information detector 200 is installed on a road structure or a road adjacent to the road structure and is connected to the lighting device 100, and when a vehicle passing through its own section is detected, the vehicle collects driving information. Here, the driving information includes a speed and a passing time of a vehicle passing through the own section, and may optionally further include a location of the vehicle.

The driving information detector 200 analyzes driving information collected from a vehicle passing through the own section to generate pattern pattern output information having a design and color suitable for the driving information, and to share the pattern pattern output information. And transmits the pattern pattern output information to the lighting device 100 connected in advance.

The driving information sensor 200 may be installed at a predetermined interval, preferably at 10m to 100m intervals along the road. For example, the driving information detector 200 may be installed at intervals of 50m on a highway, 30m intervals on a national road and a tunnel, and may be installed at intervals of 10m on the entrance and exit roads of buildings.

The driving information detector 200 communicates wirelessly with the neighboring driving information detector 200 so that the driving information of the own section collected by itself and the driving information of other sections collected by the other driving information detector 200 can be shared. It is connected through. Here, radio frequency (RF) communication may be used for wireless communication. To this end, the driving information detector 200 is provided with a communication unit using a radio frequency (RF) communication module.

For example, the first driving information detector 201 may transmit the first driving information to the second driving information detector 202 adjacent to the first driving information sensor 201 in a direction opposite to the driving direction of the vehicle as shown in FIG. 3. Provided, the second driving information detector 202 is the first driving information and the second driving information to the third driving information detector 203 adjacent to the second driving information sensor 202 in a direction opposite to the driving direction of the vehicle. The second driving information collected by the sensor 202 is provided. Likewise, the third driving information sensor 203 is configured to transmit the first driving information and the second driving information to a fourth driving information sensor 204 adjacent to the third driving information sensor 203 in a direction opposite to the driving direction of the vehicle. The third driving information collected by the third driving information sensor 203 is provided.

If necessary, a plurality of driving information detectors 200 intensively installed in dangerous sections such as curved sections and accident occurrence sections are low-power long-distance communication technologies Lora, Sigfox, NB (narrowband)-IoT, They may be connected to each other through N:N through any one of LTE-M. To this end, the driving information detector 200 may be provided with a surface acoustic wave filter that passes only frequencies necessary for communication. For example, the first driving information sensor 201 is connected to the second to fourth driving information detectors 202 to 204 located at the rear through a low-power long-distance communication network, and the second driving information sensor 202 is connected to the front and It may be connected to other driving information detectors 201, 203, 204 located in the rear through a low-power long-distance communication network.

In addition, the driving information detector 200 may attach a predetermined address to the collected driving information for indication of the source. In addition, the driving information sensor 200 shares driving information to which a predetermined address is attached to each other through wireless communication.

When the driving information detector 200 according to the present invention is used inside a tunnel, it is installed on the sidewall of the tunnel access road and the sidewall of the tunnel exit to adjust the size and brightness of the pattern pattern 110 that is output on the entrance and exit of the tunnel. Function can be provided.

Specifically, the driving information sensor 200 generates pattern pattern output information having an appropriate size and brightness at a preset time, and transmits the pattern pattern output information to the connected lighting device 100.

For example, during the day, the first driving information sensor 200 installed on the access road has an enlarged size and increased brightness than the driving information sensor 200 installed in other sections so that the black hole phenomenon felt by the driver of the vehicle passing through the tunnel access road is alleviated. After generating the first pattern pattern output information having, the first pattern pattern output information is provided to the lighting device 100 installed on the sidewall of the tunnel adjacent to the access road. If necessary, the first driving information sensor 200 may generate the first pattern pattern output information changed to color.

And in the daytime, the second driving information sensor 200 installed on the exit road has an enlarged size and higher than that of the driving information sensor 200 installed in other sections so that the white hole phenomenon felt by the driver of the vehicle passing through the exit path of the tunnel is alleviated. After generating the first pattern pattern output information having brightness, the first pattern pattern output information is provided to the lighting device 100 installed on the sidewall of the tunnel adjacent to the exit route. Of course, a number of driving information detectors 200 may be installed between the first driving information detector 200 and the second driving information detector 200 inside the tunnel, and such a driving information detector 200 may be installed inside the tunnel. The second pattern pattern output information having a size and brightness suitable for is stored, and the second pattern pattern output information is provided to the lighting device 100 connected in advance.

In addition, at night, the driving information detector 200 installed in the access road and the exit road to alleviate the black hole phenomenon and the white hole phenomenon felt by the driver of the vehicle passing through the access road and the exit road of the tunnel is installed in the other section. The third pattern pattern output information having a smaller size and lower brightness is generated and then provided to the pre-connected lighting device 100.

As a first embodiment, the driving information detector 200 according to the present invention shares driving information of a vehicle passing through a self-section with each other through wireless communication, and based on the surrounding information collected by itself and driving information received from the outside. The inter-vehicle distance between the first vehicle passing through the child section and the preceding vehicle thereof is analyzed, and pattern pattern output information having a design and color suitable for the inter-vehicle distance and driving information is generated. Further, the driving information sensor 200 transmits the pattern pattern output information to the lighting device 100 connected in advance, and selectively transmits the pattern pattern output information to the driving information sensor 200 in the front designated as a target to be shared. This means that even if the driver of the first vehicle does not check the warning of the pattern pattern output information through the first lighting device 100 installed in the own section, the lighting devices 100 installed in front of the first lighting device 100 are It is to be able to check the warning of the pattern pattern output information through.

Specifically, the first driving information detector 200 has a shared distance that is longer than the warning distance to the front when the distance between the first vehicle traveling in the own section and the preceding vehicle corresponds to the warning distance, and the color is a warning color ( The first pattern pattern output information set to (red, etc.) is generated. In addition, the first driving information sensor 200 shares the first pattern pattern output information to the driving information sensor 200 located within a distance longer than the warning distance in front, for example, the first driving information sensor 200 located after the warning distance. After specifying the target to be performed, the first pattern pattern output information is transmitted to the specified driving information sensor 200. This is to request attention so that not only the driver of the first vehicle but also the driver of the preceding vehicle can recognize that the distance between the vehicle and the first vehicle, which is a following vehicle, is close.

If necessary, if the actual inter-vehicle distance between the first vehicle traveling in the own section and the preceding vehicle is less than the recommended safety distance, the first driving information detector 200 has a shared distance that is longer than the actual inter-vehicle distance and a color is alerted. The first pattern pattern output information set in color (red, etc.) is generated, and the first pattern pattern output information is transmitted from the first driving information sensor 200 to the driving information sensor 200 located within the shared distance.

At this time, the inter-vehicle distance calculation of the preceding vehicle and the following vehicle is calculated by the following [Equation 1], and the reference safety distance can be calculated by the following [Equation 2] by the regulated speed for each road.

[Equation 1]

[Passing speed of the preceding vehicle (km/h) ÷ 3.6 (m·h/km)×(passing time of the following vehicle-passing time of the preceding vehicle)]

[Equation 2]

[Speed of the vehicle passing through the current section (㎞/h)×1 (m·h/㎞)]

In addition, when the distance between the first vehicle and the preceding vehicle corresponds to the caution distance, the first driving information sensor 200 has a shared distance equal to or less than the caution distance and a second pattern whose color is set to a caution color (yellow, etc.). Create pattern output information. Then, the first driving information detector 200 specifies the driving information detector 200 located within 0.2 km in front as a target to share the second pattern pattern output information, and then outputs the second pattern pattern to the specified driving information sensor 200. Transmit information. This is to ensure that only the driver of the first vehicle, which is a following vehicle, can recognize that the inter-vehicle distance corresponds to the caution distance.

In addition, when the distance between the first vehicle and the preceding vehicle corresponds to the safety distance, the first driving information sensor 200 generates third pattern pattern output information set to a safety color (green, etc.), and the third pattern The pattern output information is transmitted to the lighting device 100 connected in advance.

If necessary, when the distance between the first vehicle and the preceding vehicle corresponds to the safety distance, the driving information detector 200 connects the previously stored reference pattern pattern output information instead of generating the third pattern pattern output information. You can pass it to (100). This is because when the color of the third pattern pattern output information is the same color as the previously stored reference pattern pattern output information, it is not necessary to generate the third pattern pattern output information.

On the other hand, when various display color information is shared by any one driving information sensor 200 located in the rear by several vehicles driving in the front, it is illuminated in the color representing the highest surroundings (in the order of red, yellow, green). Control the instrument 100.

As a second embodiment, the driving information detector 200 according to the present invention shares driving information of a vehicle passing through the own section with each other through wireless communication, and based on the driving information collected by itself and driving information received from the outside. The inter-vehicle distance between the vehicle passing through the child section and the vehicle following the vehicle is analyzed, and pattern pattern output information having a design and color suitable for the inter-vehicle distance and driving information is generated. In addition, the driving information sensor 200 transmits the pattern pattern output information to the lighting device 100 connected in advance and transmits it to a specific driving information sensor 200 that is a target to be shared.

Specifically, the first driving information detector 200 has a shared distance less than the warning distance to the front and the warning distance to the rear when the inter-vehicle distance between the first vehicle traveling in the own section and the following vehicle corresponds to the warning distance. Generates the output information of the fourth pattern pattern, which has a shared distance greater than and whose color is set to a warning color (red, etc.). In addition, the first driving information detector 200 transmits the driving information detector 200 located within the warning distance to the front and the driving information sensor 200 located within a shared distance exceeding the warning distance to the rear. After specifying the target to be shared, the fourth pattern pattern output information is transmitted to the specified driving information detectors 200. This is to request attention so that not only the driver of the first vehicle and the driver of the following vehicle but also the driver of the vehicle located behind the following vehicle can recognize that the distance between the first vehicle and the following vehicle is close.

In addition, when the distance between the first vehicle and the following vehicle corresponds to the caution distance, the first driving information sensor 200 has a shared distance equal to or less than the caution distance, and a fifth pattern in which the color is set to the attention color (yellow, etc.). Create pattern output information. Then, the first driving information detector 200 specifies the driving information detector 200 located within the attention distance to the rear as a target to share the fifth pattern pattern output information, and then sends a fifth pattern to the specified driving information detectors 200. Transmit pattern output information. This is to ensure that only the driver of the following vehicle can recognize that the inter-vehicle distance corresponds to the caution distance.

In addition, when the distance between the first vehicle and the following vehicle corresponds to the safety distance, the first driving information sensor 200 generates the sixth pattern pattern output information set to the safety color (green, etc.), and the 6 It transmits the pattern pattern output information to the pre-connected lighting equipment (100).

If necessary, the driving information detector 200, when the distance between the first vehicle and the following vehicle corresponds to the safety distance, instead of generating the sixth pattern pattern output information, the previously stored reference pattern pattern output information is connected to the lighting equipment. You can pass it to (100).

As a third embodiment, the driving information sensor 200 according to the present invention shares driving information of a vehicle passing through the own section with each other through wireless communication, and based on the self-collected driving information, By analyzing the speed, it generates pattern pattern output information having a design and color suitable for the speed of the vehicle. In addition, the driving information sensor 200 transmits the pattern pattern output information to the lighting device 100 connected in advance and transmits it to a specific driving information sensor 200 that is a target to be shared.

Specifically, when the speed of the first vehicle traveling in the own section exceeds the maximum speed specified in the self section by 20% or more, the first driving information sensor 200 is adjacent to the first driving information detector according to the driving direction of the vehicle. It is shared with the driving information detector and generates pattern pattern output information whose color is set to a warning color (red, etc.). And the first driving information sensor 200 transmits the pattern pattern output information to the driving information sensor adjacent to the front. This is to request attention so that the driver of the first vehicle can recognize that the speed of the vehicle corresponds to a speeding speed in the next section even if the driver of the first vehicle does not recognize the pattern pattern output information in the process of driving the own section.

In addition, the first driving information detector 200 is the first driving information according to the driving direction of the vehicle when the speed of the first vehicle traveling in the own section exceeds the maximum speed specified in the own section and is less than 120% of the maximum speed. Driving information adjacent to the detector is shared with the detector to generate pattern pattern output information whose color is set to the attention color (yellow, etc.), and transmits the pattern pattern output information to the pre-connected lighting device 100.

In addition, the first driving information detector 200 generates pattern pattern output information set to a safety color (green, etc.) when the speed of the first vehicle traveling in the own section is less than the maximum speed specified in the self section, and the pre-connected lighting It is delivered to the device 100.

4 is a block diagram illustrating a driving information sensor according to the present invention.

Referring to FIG. 4, the driving information detector 200 and 100 according to the present invention include a speed measuring device 210 that collects surrounding information of a self-section, a communication unit 220, a storage unit 230, and a power supply unit 240. , It may be configured to include the control unit 250.

The speed measuring device 210 is a component that generates driving information by measuring the speed, passing time, and position of a vehicle running in the own section.

The communication unit 220 transmits the driving information collected through the speed meter 210 to the neighboring driving information detector 200, and may include an RF communication module or the like.

The storage unit 230 stores driving information of the child section collected through the speed meter 210, and includes a hard disk drive, a solid state drive, a flash memory, It can be composed of devices that can input/output information such as CF card (Compact Flash Card), SD card (Secure Digital Card), SM card (Smart Media Card), MMC card (Multi-Media Card), or Memory Stick. have.

The power supply unit 240 provides power so that the speed meter 210, the communication unit 220, the storage unit 230, and the control unit 250 can operate, and a battery in which electric energy generated by a solar cell is stored. It is connected to 242, or is connected to an external commercial power supply 244.

The control unit 250 controls the operation of the speed meter 210, the communication unit 220, the storage unit 230, and the power supply unit 240, and an address designated in advance in the driving information collected through the speed meter 210 After attaching, it is transmitted to the neighboring driving information detector 200 through the communication unit 220, or driving information with an address attached by analyzing driving information of the own section and driving information of other sections shared through the communication unit 220 After generating the information, it serves to transmit the driving information to the neighboring driving information detector 200 through the communication unit 220.

The control unit 250 extracts the inter-vehicle distance between the first vehicle passing through the own section and the preceding vehicle, generates pattern pattern output information in which a target to be shared is designated according to the inter-vehicle distance, and shares the pattern pattern output information. Send it to the target to be done. At this time, the control unit 250 provides the pattern pattern output information to the lighting device 100 to be output through the lighting device 100 connected to the driving information sensor 200.

In addition, the control unit 250 extracts the inter-vehicle distance between the first vehicle and the following vehicle passing through the own section, generates pattern pattern output information designated to be shared according to the speed and the inter-vehicle distance, and outputs the pattern pattern. Send the information to the object to be shared. In addition, the control unit 250 provides the pattern pattern output information to the lighting device 100 to be output through the lighting device 100 connected to the driving information sensor 200.

The pattern lighting output system according to the present invention may further include a weather information sensor (not shown).

The weather information detector is installed on a road structure or a road adjacent to the road structure, and serves to collect surrounding weather information and provide it to the driving information detector 200. Here, the weather information includes at least one of illuminance, humidity, and wind speed.

In this case, the above-described driving information detector 200 generates pattern pattern output information having a design and color suitable for the weather information and driving information, transmits the pattern pattern output information to a target to be shared, and outputs the pattern pattern. The information is transmitted to the connected lighting equipment 100.

For example, when the weather information exceeds a specified value, the driving information detector 200 receiving the weather information has an enlarged size and a warning color such as red compared to the driving information sensor 200 installed in another section so that the driver can prepare for it. The pattern pattern output information designated to be shared is generated, and the pattern pattern output information is transmitted to the shared object.

If necessary, the meteorological information sensor may be configured integrally with the driving information sensor 200.

Although the above has been described with reference to the preferred embodiments of the present invention, those skilled in the art will be able to variously modify and change the present invention within the scope not departing from the spirit and scope of the present invention described in the following claims. You will understand that you can.

100: lighting equipment 110: pattern pattern
200: driving information sensor 210: speed meter
220: communication unit 230: storage unit
240: power supply unit 250: control unit

Claims (9)

It is installed on a road structure or on a road adjacent to the road structure, and provides a visual stimulus to the driver and transversely to the surface of the road structure according to the driving direction of the vehicle passing through the road so that the driver can recognize driving information in real time. A plurality of lighting devices outputting a continuous pattern pattern;
Installed on a road structure or on a road adjacent to the road structure, connected to the lighting device, and when a vehicle passing through the own section is detected, driving information including the speed and passage time of the vehicle is collected, and is set according to the driving information. A plurality of driving information detectors that generate pattern pattern output information having a design and color, transmit the pattern pattern output information to an object to be shared, and transmit the pattern pattern output information to a connected lighting device; And
It is installed between the lighting equipment and the road structure and includes a diffusion lens for diffusing the light emitted from the lighting equipment to enlarge the size of the pattern pattern,
The driving information detector
The driving information is shared with each other through wireless communication, and the inter-vehicle distance between the vehicle passing through the own section and its preceding vehicle is analyzed based on the driving information collected by itself and the driving information received from the outside, and the inter-vehicle distance and driving A pattern lighting output system for improving a cognitive function of driving information, characterized in that generating pattern pattern output information having a design and color set according to the information. The method of claim 1, wherein the road structure
A pattern lighting output system for improving the recognition function of driving information, characterized in that it is any one of a tunnel side wall, an underground roadway side wall, a center divider, a retaining wall, a protective wall, and a guard rail. delete The method of claim 1,
The plurality of lighting devices are installed on the tunnel sidewall or on a road adjacent to the tunnel sidewall,
It is installed on the sidewall of the tunnel access road and the sidewall of the tunnel exit, generates pattern pattern output information having a set size and brightness according to a preset time, and further includes a driving information detector that transmits the pattern pattern output information to the connected lighting equipment. Pattern lighting output system for improving the cognitive function of driving information, characterized in that it comprises. delete delete The method of claim 1, wherein the driving information sensor
The driving information is shared with each other through wireless communication, and the inter-vehicle distance between the vehicle passing through the own section and the vehicle following it is analyzed based on the driving information collected by itself and the driving information received from the outside, and the inter-vehicle distance and driving A pattern lighting output system for improving a cognitive function of driving information, characterized in that generating pattern pattern output information having a design and color set according to the information. The method of claim 1,
It is installed on the road structure or the road adjacent to the road structure, further comprising a weather information detector to collect the surrounding weather information and provide to the driving information detector,
The driving information detector generates pattern pattern output information having a design and color set according to the weather information and driving information, transmits the pattern pattern output information to an object to be shared, and transmits the pattern pattern output information to a connected lighting device. Pattern lighting output system for improving the cognitive function of driving information, characterized in that transmitting. The method of claim 8, wherein the weather information
Pattern lighting output system for improving the recognition function of driving information, characterized in that it includes any one or more of illuminance, humidity, wind speed.

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