JP5341432B2 - Self-luminous gaze guidance mark and self-luminous gaze guidance device - Google Patents

Self-luminous gaze guidance mark and self-luminous gaze guidance device Download PDF

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JP5341432B2
JP5341432B2 JP2008216034A JP2008216034A JP5341432B2 JP 5341432 B2 JP5341432 B2 JP 5341432B2 JP 2008216034 A JP2008216034 A JP 2008216034A JP 2008216034 A JP2008216034 A JP 2008216034A JP 5341432 B2 JP5341432 B2 JP 5341432B2
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JP2009264094A (en
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信久 出来
新之助 堀
猛 長田
幸司 前垣
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Sekisui Jushi Corp
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Abstract

<P>PROBLEM TO BE SOLVED: To provide a light-emitting delineator emitting light in a light emission pattern of a high visual guidance effect in spite of compact shape easily installed at the side edge of a road. <P>SOLUTION: A longitudinal light emitting part 2 with emitters 1 arranged in a vertical direction is formed at a columnar body, and the predetermined number of emitters 1 adjoining in the light emitting part 2 are simultaneously blinked to exhibit a light emitting group. A blinking pattern in which the light emitting group moves downward, and a blinking pattern in which the light emitting group moves upward, are alternately repeated to emit light to thereby form a light emission pattern hard to get used to seeing from drivers. A plurality of light-emitting delineators are installed along the road to constitute the light-emitting visual guide device, and the height phase and blinking timing of the light emitting groups exhibited in the respective light-emitting delineators are made uniform to emit light, thus obtaining a higher visual guidance effect. <P>COPYRIGHT: (C)2010,JPO&amp;INPIT

Description

本発明は、道路周辺に設置される自発光式視線誘導標および自発光式視線誘導標が道路に沿って複数設置された自発光式視線誘導装置に関するものである。   The present invention relates to a self-luminous gaze guidance mark installed around a road and a self-luminous gaze guidance apparatus in which a plurality of self-luminous gaze guidance signs are installed along a road.

道路を通行するドライバーに対して、発光体の発する光によって視線誘導や注意喚起を行うための自発光式視線誘導標については、多くの発明が開示されている。   Many inventions have been disclosed for self-luminous gaze guidance signs for guiding a gaze and alerting a driver traveling on a road with light emitted from a light emitter.

例えば特許文献1には、円盤状の基台に点滅警告灯が環状に配置され、点滅警告灯の発光軌跡が一体的に回転するように、その発光タイミングが制御される点滅警告装置が開示されている。   For example, Patent Document 1 discloses a flashing warning device in which flashing warning lights are arranged in a ring shape on a disk-shaped base, and the light emission timing is controlled so that the light emission locus of the flashing warning light rotates integrally. ing.

実開平6−19209号公報Japanese Utility Model Publication No. 6-19209

しかしながら、特許文献1の如き点滅警告装置は、点滅警告灯が円盤状の基台に環状に配置されるので、装置の横幅が大きくなり、道路側縁などに設置する場合に車両に接触しないように道路から大きく離して設置しなければならなかった。また点滅警告灯の発光軌跡が円盤状の基台上で回転するように発光するので、装置の大きさに対して発光軌跡の変位する範囲が小さくなり、発光パターンが見慣れやすくなるという問題点があった。   However, the flashing warning device as disclosed in Patent Document 1 has a flashing warning light arranged in a ring shape on a disk-like base, so that the lateral width of the device becomes large so that it does not come into contact with the vehicle when installed on a road side edge or the like. Had to be installed far away from the road. In addition, since the flashing warning light emits light so that the light emission locus rotates on a disk-shaped base, the range of displacement of the light emission locus becomes smaller with respect to the size of the device, and the light emission pattern becomes easier to familiarize. there were.

そこで本発明は、道路側縁に容易に設置できるコンパクトな形状でありながら、見慣れにくい発光パターンで発光する自発光式視線誘導標および自発光式視線誘導装置を提供するものである。   Therefore, the present invention provides a self-luminous gaze guidance mark and a self-luminous gaze guidance device that emit light with a light-emitting pattern that is difficult to see while having a compact shape that can be easily installed on a road side edge.

上記目的を達成するため、本発明は以下のような構成としている。
すなわち本発明に係る自発光式視線誘導装置は、複数の発光体を同一方向へ点滅発光させて視線を誘導するための自発光式視線誘導標であって、前記発光体が上下方向に配列された縦長の発光部が柱状の自発光式視線誘導標本体に形成され、前記発光部において隣接する所定の数の発光体が同時に点滅されて発光群を表し、該発光群が発光部において下方向に動くように点滅して表される第一の発光パターンを備え、該発光群が発光部において上方向に動くように点滅して表される第二の発光パターンを備え、前記第一の発光パターンと前記第二の発光パターンを交互に繰り返して発光するようになされており、
前記自発光式視線誘導標本体は円柱状に形成され、該自発光式視線誘導標本体の上端には太陽電池ユニットが360度回動可能に取り付けられると共に、前記自発光式視線誘導標本体の前面壁部に縦長の凹溝が形成され、前記複数の発光体が前記凹溝の内側に上下方向に一列に配列されていることを特徴としている。
In order to achieve the above object, the present invention is configured as follows.
That is, the self-luminous gaze guidance device according to the present invention is a self-luminous gaze guidance mark for guiding a gaze by blinking a plurality of luminous bodies in the same direction, and the luminous bodies are arranged in the vertical direction. A vertically long light emitting portion is formed on a columnar self-luminous line-of-sight guide specimen, and a predetermined number of light emitters adjacent in the light emitting portion blink simultaneously to represent a light emitting group, and the light emitting group is downward in the light emitting portion. A first light emission pattern expressed by blinking so as to move, and a second light emission pattern represented by blinking so that the light emitting group moves upward in the light emitting unit, The pattern and the second light emission pattern are alternately repeated to emit light ,
The self-luminous gaze-guide specimen is formed in a cylindrical shape, and a solar cell unit is attached to the upper end of the self-luminous gaze-guide specimen so as to be able to rotate 360 degrees. A vertically long groove is formed in the front wall portion, and the plurality of light emitters are arranged in a line in the vertical direction inside the groove .

本発明に係る自発光式視線誘導標によれば、発光体が上下方向に配列された縦長の発光部が柱状の自発光式視線誘導標本体に形成されているので、自発光式視線誘導標本体の横幅を小さくすることができ、自発光式視線誘導標を道路脇に設置しても車両などに接触しにくくなる。また、所定の数の発光体が同時に点滅されて表される発光群が、下方向に動くように表される第一の発光パターンと、上方向に動くように点滅して表される第二の発光パターンとを交互に繰り返して発光させるので、発光群の表す光の動きが上方向または下方向に流れるように発光しているときに逆方向へ激しく変化するので、視認するドライバーなどから見て発光パターンが見慣れにくいものとなり、高い視線誘導効果を得ることができる。   According to the self-luminous gaze guidance mark according to the present invention, since the vertically long light emitting portion in which the light emitters are arranged in the vertical direction is formed on the columnar self-luminous gaze guidance specimen, The width of the main body can be reduced, and even if the self-luminous gaze guidance mark is installed on the side of the road, it becomes difficult to contact the vehicle or the like. In addition, a light emitting group represented by blinking a predetermined number of light emitters at the same time is a first light emitting pattern represented to move downward, and a second light emitting group represented to blink upward. Since the light emission pattern of the light emission group alternately emits light repeatedly, the movement of the light represented by the light emission group changes drastically in the reverse direction so that it flows upward or downward. As a result, the light emission pattern becomes difficult to get used to, and a high gaze guidance effect can be obtained.

また、前記第一の発光パターンが、発光部の上端に配置された発光体が点滅された後に、下端に配置された発光体が点滅されるまで継続すれば、発光群の表す光の動きが発光部全体に及ぶため、光の動きが大きくなり高い視認性を得ることができる。また、同様に前記第二の発光パターンが発光部の下端に配置された発光体が点滅された後に、上端に配置された発光体の点滅されるまで継続すれば、発光群の表す光の動きが大きくなり、視線誘導効果を高める。   In addition, if the first light emission pattern continues until the light emitter arranged at the upper end of the light emitting unit blinks and then the light emitter arranged at the lower end blinks, the movement of the light represented by the light emitting group is increased. Since it extends to the entire light emitting portion, the movement of light increases and high visibility can be obtained. Similarly, if the second light emission pattern continues until the light emitter disposed at the lower end of the light emitting unit blinks and then the light emitter disposed at the upper end blinks, the movement of light represented by the light emission group Becomes larger and enhances the gaze guidance effect.

また、前記の自発光式視線誘導標が道路に沿って複数設置された自発光式視線誘導装置が、複数の自発光式視線誘導標の発光パターンを同期させる同期手段を備え、複数の自発光式視線誘導標に表される発光群の高さの位相と点滅のタイミングを前記同期手段によって揃えて発光させる同位相発光モードを備え、該同位相発光モードによって複数の自発光式視線誘導標が各々の発光群の高さの位相と点滅のタイミングを揃え、前記第一の発光パターンと前記第二の発光パターンを交互に繰り返して発光すれば、各々の自発光式視線誘導標の発する光の動きが揃って秩序的に見えるので、ドライバーなどの視線をより引きつけて高い視線誘導効果を得ることができる。   In addition, the self-luminous gaze guidance device in which a plurality of the self-luminous gaze guidance marks are installed along the road includes synchronization means that synchronizes the light emission patterns of the plurality of self-luminous gaze guidance marks, and a plurality of self-luminous lights A phase emission mode in which the phase of the light emitting group represented by the expression line-of-sight guidance mark and the timing of blinking are aligned by the synchronization means to emit light. By aligning the phase of the height of each light emitting group and the timing of blinking and emitting light by alternately repeating the first light emitting pattern and the second light emitting pattern, the light emitted from each self-luminous gaze guidance mark Since the movements are aligned and look orderly, it is possible to obtain a high gaze guidance effect by attracting the gaze of a driver or the like.

また自発光式視線誘導装置が、複数の自発光式視線誘導標の発光パターンを同期させる同期手段を備え、隣り合って設置されている自発光式視線誘導標の表す発光群の高さの位相を前記同期手段によって異なるように発光させる異位相発光モードを備え、前記同位相発光モードによって複数の自発光式視線誘導標が各々の発光群の高さの位相と点滅のタイミングを揃えて、前記第一の発光パターンと前記第二の発光パターンを交互に繰り返して点滅させる基本発光パターンで発光し、この基本発光パターンを中断して前記の異位相発光モードによって隣り合う自発光式視線誘導標が各々の発光群の高さの位相を異なるようにして点滅させる副発光パターンで発光し、再度基本パターンに戻って発光することを繰り返せば、複数の自発光式視線誘導標が発する光が位相の揃った秩序的な動きと位相の揃わない無秩序な動きとが交互に切り替わるように見えるので、秩序的な動きが継続してなされる場合と比較して発光パターンが見慣れにくいものとなり、より高い視線誘導効果を得ることができる。   The self-luminous gaze guidance device includes synchronization means for synchronizing the light emission patterns of a plurality of self-luminous gaze guidance marks, and the phase of the height of the light emission group represented by the self-luminous gaze guidance signs installed next to each other A different phase emission mode for emitting light differently depending on the synchronization means, a plurality of self-luminous line-of-sight guides in accordance with the same phase emission mode, aligning the phase of the height of each emission group and the timing of blinking, Light is emitted with a basic light emission pattern in which the first light emission pattern and the second light emission pattern are alternately and repeatedly flashed, and this basic light emission pattern is interrupted and adjacent self-luminous gaze guidance is performed according to the different phase light emission mode. Multiple self-luminous lines of sight are obtained by repeatedly emitting light with a secondary light emission pattern that causes the target to blink with different height phases of each light emitting group, and then returning to the basic pattern and emitting light again. Since the light emitted from the guide appears to alternate between ordered movements that are in phase and disordered movements that are out of phase, the light emission pattern is different compared to the case where the orderly movement continues. It becomes difficult to get used to, and a higher gaze guidance effect can be obtained.

また、発光体が上下方向に配列された縦長の発光部において、その上部および下部で静止しているように発光群を点滅させ、なおかつ前記の点滅する発光群の間の発光部において別の発光群を上方向及び/又は下方向に動くように点滅して発光させれば、各発光群の発光群からの光を複雑なものに感じさせることができ、運転者などに対してより誘目性を高めることができる。   Further, in the vertically long light emitting section in which the light emitters are arranged in the vertical direction, the light emitting group blinks so as to be stationary at the upper part and the lower part, and another light emission is performed in the light emitting part between the blinking light emitting groups. If the group blinks so as to move upward and / or downward, the light from the light emitting group of each light emitting group can be made to feel complicated, and it is more attractive to the driver. Can be increased.

本発明に係る自発光式視線誘導標および自発光式視線誘導装置によれば、横幅の小さいコンパクトな形状でありながら、発光体からの光が見慣れにくい視線誘導効果の高い発光パターンで発光させることができる。   According to the self-luminous gaze guidance mark and the self-luminous gaze guidance device according to the present invention, the light emitted from the light emitter is made to emit light with a light emission pattern having a high gaze guidance effect that is difficult to get familiar with while having a compact shape with a small lateral width. Can do.

本発明の実施の形態を図面に基づき具体的に説明する。
図1は本発明に係る自発光式視線誘導標の実施の一形態を示す三面図であり、図2は図1のA−A断面図であり、図3は本発明に係る自発光式視線誘導標の表す発光群の構成の実施形態を示す図であり、図4は本発明に係る自発光式視線誘導標における発光パターンの実施の一形態を示す図であり、図5は本発明に係る自発光式視線誘導標における発光パターンの実施の他の一形態を示す図であり、図6は本発明に係る自発光式視線誘導装置における発光パターンの実施の一形態を示す図であり、図7は本発明に係る自発光式視線誘導装置における発光パターンの他の一形態を示す図である。
Embodiments of the present invention will be specifically described with reference to the drawings.
FIG. 1 is a trihedral view showing an embodiment of a self-luminous gaze guidance mark according to the present invention, FIG. 2 is a cross-sectional view taken along line AA of FIG. 1, and FIG. 3 is a self-luminous gaze according to the present invention. FIG. 4 is a diagram showing an embodiment of a configuration of a light emitting group represented by a guide mark, FIG. 4 is a diagram showing an embodiment of a light emission pattern in the self-luminous gaze guidance mark according to the present invention, and FIG. FIG. 6 is a diagram showing another embodiment of the light emission pattern in the self-luminous gaze guidance mark, and FIG. 6 is a diagram showing one embodiment of the light emission pattern in the self-luminous gaze guidance device according to the present invention, FIG. 7 is a view showing another embodiment of the light emission pattern in the self-luminous gaze guidance device according to the present invention.

図面において、1は発光体である。発光体1はそれぞれ発光色の異なる発光体1aと発光体1bを備えており、自発光式視線誘導標に内装された基板に取り付けられている。発光体1は、発光ダイオード、ハロゲンランプ、メタルハライドランプ、陰極管、エレクトロルミネッセンス、キセノンランプ等が適宜使用されるが、一般には指向性が強く且つ高輝度の発光ダイオードが好適に使用される。   In the drawings, reference numeral 1 denotes a light emitter. The light emitter 1 includes a light emitter 1a and a light emitter 1b, each having a different emission color, and is attached to a substrate built in a self-luminous visual guidance indicator. As the light emitter 1, a light emitting diode, a halogen lamp, a metal halide lamp, a cathode tube, electroluminescence, a xenon lamp, or the like is appropriately used. In general, a light emitting diode having strong directivity and high luminance is preferably used.

2は発光部であり、3は壁部である。壁部3は円柱状の形状をした自発光式視線誘導標の周壁であり、発光部2は自発光式視線誘導標の前面にあたる壁部3に設けられた縦長の凹溝35の底に設けられている。発光部2には、発光体1の光軸が自発光式視線誘導標の前方水平方向に向かうように、発光体1aと発光体1bが交互に上下の縦一列に配置されている。発光部2を壁部3に形成した凹溝35の底に設け、発光体1の前端を凹溝35の開口縁より奥に位置するように設けるので、自発光式視線誘導標に車両などが接触しても、車両は壁部3に接触して凹溝35の奥に位置する発光体1に接触しないので、発光体1の破壊などが起こりにくい。壁部3の材質は、凹溝35を有する円筒状に押出成形したアルミニウム合金形材を用いているが、これに限らず鉄やステンレスなどの金属やポリエチレンやABS樹脂、FRP、ポリカーボネート樹脂、AAS樹脂などの合成樹脂の成形品などを用いることができる。   2 is a light emission part, 3 is a wall part. The wall 3 is a peripheral wall of a self-luminous gaze guidance mark having a cylindrical shape, and the light-emitting section 2 is provided at the bottom of a vertically long groove 35 provided in the wall 3 that is the front of the self-luminous gaze guidance mark. It has been. In the light emitting unit 2, the light emitters 1 a and the light emitters 1 b are alternately arranged in a vertical row so that the optical axis of the light emitter 1 is directed in the front horizontal direction of the self-luminous visual guidance indicator. Since the light emitting part 2 is provided at the bottom of the concave groove 35 formed in the wall part 3 and the front end of the light emitter 1 is provided behind the opening edge of the concave groove 35, a vehicle or the like is attached to the self-luminous gaze guidance mark. Even if it contacts, since the vehicle does not contact the light emitter 1 located in the back of the groove 35 by contacting the wall portion 3, the light emitter 1 is not easily destroyed. The material of the wall 3 is an aluminum alloy shape extruded into a cylindrical shape having a concave groove 35, but is not limited to this, metal such as iron or stainless steel, polyethylene, ABS resin, FRP, polycarbonate resin, AAS A molded article of a synthetic resin such as a resin can be used.

壁部3の色調は、アルミニウムのシルバー色のままとしているが、凹溝35に設けた発光部2には黒色の色調に塗装している。 Although the color tone of the wall 3 remains the aluminum silver color, the light emitting portion 2 provided in the concave groove 35 is painted in a black color tone.

4は太陽電池ユニットである。発光体1を発光させるための電源として本実施例では太陽電池ユニット4を用いており、山間部など電源が引き込みにくい場所への設置を可能としている。太陽電池ユニット4は水平方向に360度回動可能な回転部41を備え、回転部41で自発光式視線誘導標の上面に取り付けられ、固定されている。回転部41で太陽電池ユニット4の方向を水平方向に360度回動可能とすることで、自発光式視線誘導標をどの方向に向けて設置しても太陽電池を南向きに設置することができる。また、本実施例では電源として太陽電池ユニット4を備えているが、商用電源を電源として利用できるようにしてもよいのは当然のことであり、商用電源の利用は自発光式視線誘導標の設置場所が常に日陰になるなど太陽光による発電が十分に見込めない状況で特に有効である。   4 is a solar cell unit. In the present embodiment, the solar cell unit 4 is used as a power source for causing the light emitter 1 to emit light, and it can be installed in a place such as a mountainous region where the power source is difficult to draw. The solar cell unit 4 includes a rotating unit 41 that can rotate 360 degrees in the horizontal direction. The rotating unit 41 is attached and fixed to the upper surface of the self-luminous gaze guidance mark. By enabling the rotating unit 41 to rotate the direction of the solar cell unit 4 360 degrees in the horizontal direction, the solar cell can be installed facing south regardless of the direction in which the self-luminous gaze guidance mark is installed. it can. Moreover, although the solar cell unit 4 is provided as a power source in the present embodiment, it is natural that the commercial power source may be used as the power source. This is particularly effective in situations where solar power generation is not fully expected, such as where the installation location is always in the shade.

5は光センサーである。光センサー5は発光部2の上部にそれぞれ取り付けられ、横方向から入射する光の変化を感知することで、ヘッドライトを点灯した車両の接近を感知するよう設けられている。   Reference numeral 5 denotes an optical sensor. The optical sensors 5 are respectively attached to the upper part of the light emitting unit 2 and are provided so as to detect the approach of the vehicle whose headlight is turned on by detecting a change in light incident from the lateral direction.

6は蓄電部であり、自発光式視線誘導標の中に内装されている。蓄電部6は、太陽電池ユニット4が昼間生起する電力を蓄え、発光体1の発光のための電力を供給する。   Reference numeral 6 denotes a power storage unit, which is housed in a self-luminous gaze guidance mark. The power storage unit 6 stores electric power generated by the solar cell unit 4 during the day and supplies electric power for light emission of the light emitter 1.

7は制御部であり、自発光式視線誘導標の中に内装されている。制御部7は、発光体1の点灯と消灯を適宜制御し、発光体1が昼夜、または夜間のみ点灯または点滅するようになされている。   Reference numeral 7 denotes a control unit, which is built in the self-luminous gaze guidance mark. The control unit 7 appropriately controls lighting and extinguishing of the light emitter 1 so that the light emitter 1 is lit or blinked only day or night or at night.

8は同期部であり、自発光式視線誘導標の中に内装されている。同期部8は、標準電波の1秒信号を受信し制御部7による発光パターンを同期させることで、設置された複数の自発光式視線誘導標の発光の位相を揃え、また逆に発光の位相を異なるものとすることなどができる。本形態では同期部8は標準電波によって同期を行っているが、同期の手段はこれに限るものではなく、GPSの電波などを利用してもよく、親機として設定された自発光式視線誘導標の内装する同期部8が発する電波や超音波などを子機として設定された他の自発光式視線誘導標に受信させるなどの方法を用いてもよい。   Reference numeral 8 denotes a synchronization unit, which is built in the self-luminous gaze guidance mark. The synchronization unit 8 receives the 1 second signal of the standard radio wave and synchronizes the light emission pattern by the control unit 7, thereby aligning the light emission phases of a plurality of installed self-luminous visual guidance indicators, and conversely, the light emission phase. Can be different. In this embodiment, the synchronization unit 8 synchronizes with a standard radio wave. However, the synchronization means is not limited to this, and a GPS radio wave or the like may be used. For example, a method may be used in which radio waves, ultrasonic waves, or the like emitted from the synchronization unit 8 in the target are received by another self-luminous gaze guidance target set as a slave unit.

発光部2の色調は、暗い色調とすることで発光する発光体1その周囲の発光部2との間にコントラストを生じ、周りが明るい状態でも発光体1の発光を視認することが容易となる。本実施形態では、発光部2の色に黒色を用いているが、これに限るものではなく、濃い灰色、濃い茶色、濃い青色など暗い色調のものを好適に用いることができる。
また、壁部3の色調は明るい色調とすることで、ヘッドライト点灯車両からのヘッドライト光が壁部を照らした場合に、壁部がより明るくなり暗い周囲に対して視認しやすくなるので、自発光式視線誘導装置の視線誘導効果を高めることができる。本実施形態では壁部3の色にアルミニウムのシルバー色をそのまま用いているが、これに限るものではなく、白色、薄い黄色、薄い緑色など、淡色系の色調のものなどを好適に用いることができる。
The light-emitting unit 2 has a dark color tone, so that a contrast is generated between the light-emitting body 1 that emits light and the surrounding light-emitting section 2, and it is easy to visually recognize the light emission of the light-emitting body 1 even when the surroundings are bright. . In the present embodiment, black is used as the color of the light emitting unit 2, but the color is not limited to this, and a dark color such as dark gray, dark brown, or dark blue can be suitably used.
In addition, since the color of the wall 3 is a light color, when the headlight from the headlight-lit vehicle illuminates the wall, the wall becomes brighter and easier to see against the dark surroundings. The gaze guidance effect of the self-luminous gaze guidance device can be enhanced. In this embodiment, the silver color of aluminum is used as it is for the color of the wall portion 3, but the present invention is not limited to this, and it is preferable to use a light color tone such as white, light yellow, and light green. it can.

本実施形態では発光部2と光センサー5を自発光式視線誘導標の前面にのみ設けているが、これを前面と背面の両方に設けることで、中央分離帯などへ設置して対向する車両に1体の自発光式視線誘導標でそれぞれ対応することが可能である。   In the present embodiment, the light-emitting unit 2 and the optical sensor 5 are provided only on the front surface of the self-luminous visual guidance indicator. It is possible to respond to each with one self-luminous gaze guidance mark.

図3は図1および図2に示す自発光式視線誘導標の表す発光群の構成の形態を示す図である。
(イ)においては、発光体1bを間にして隣り合う二個一組の発光体1aが同時に点滅して一つの発光群を構成している。また(ロ)においては発光体1bが一つの発光群を構成しており、(ハ)においては隣り合う四個一組の発光体1aと発光体1bが同時に点滅して一つの発光群を構成している。
上記のように発光色の異なる発光体1aと発光体1bとで別の発光群を構成することで、発光部2における発光パターンをより多彩で視認しやすいものとすることができる。一例としては、発光体1aの発光色を人間の目において暗所で視認しやすい短波長の色である緑色とし、発光体1bの発光色を人間の目において明所で視認しやすい長波長の色である赤色とする。このような発光色として、夜間に発光体1aで構成された発光群を点滅させる発光パターンで発光させ、光センサー5がヘッドライト光などを検知し周囲が明るい状況となったときには発光体1bで構成された発光群を点滅させる発光パターンに切り替えることで、発光部2からの発光を暗所と明所でそれぞれ視認しやすい発光色で行うことができ、自発光式視線誘導標の視認性を高めることができる。
FIG. 3 is a diagram illustrating a configuration of a light emitting group represented by the self-light-emitting gaze guidance mark illustrated in FIGS. 1 and 2.
In (a), a set of two light emitters 1a adjacent to each other with the light emitter 1b in between blinks at the same time to constitute one light emission group. In (b), the light emitter 1b constitutes one light emitting group, and in (c), a set of four adjacent light emitters 1a and 1b flash simultaneously to form one light emitting group. doing.
As described above, by forming different light emission groups with the light emitters 1a and 1b having different emission colors, the light emission patterns in the light emitting section 2 can be made more colorful and easily visible. As an example, the luminescent color of the illuminant 1a is green, which is a short wavelength color that is easily visible in the dark to the human eye, and the luminescent color of the illuminant 1b is long wavelength that is easily visible to the human eye in the bright place. The color is red. As such an emission color, the light emitting group composed of the light emitters 1a is caused to emit light at night by a light emission pattern, and when the light sensor 5 detects headlight light or the like and the surroundings become bright, the light emitter 1b By switching to the light emission pattern that blinks the configured light emission group, the light emission from the light emitting unit 2 can be performed in a light emission color that is easy to visually recognize in a dark place and a bright place, and the visibility of the self-luminous gaze guidance mark is improved. Can be increased.

また、構造的な配置では発光部2における上端の発光体1は発光体1aとなり、下端の発光体1bとなるが、上記のように状況に応じて発光色を変更して発光群を構成する場合は、発光体1をそれぞれの発光色に応じて別のものとみなす。例えば、(イ)のように発光体1aのみで発光群を構成する場合は、発光部の下端の発光体1は発光部2の最下端に配置されている発光体1bではなく、発光体1aの中で最も下に配置さているものを意味し、(ロ)のように発光体1bのみで発光群を構成する場合は、発光部の上端の発光体1は発光部2の最上端に配置されている発光体1aではなく、発光体1bの中で最も下に配置さているものを意味する。   Further, in the structural arrangement, the light emitter 1 at the upper end of the light emitting unit 2 becomes the light emitter 1a and the light emitter 1b at the lower end, but the light emission color is changed according to the situation as described above to constitute the light emission group. In this case, the illuminant 1 is regarded as a different one depending on each luminescent color. For example, when the light emitting group is configured by only the light emitter 1a as in (A), the light emitter 1 at the lower end of the light emitter is not the light emitter 1b disposed at the lowermost end of the light emitter 2, but the light emitter 1a. The light emitter 1 at the top end of the light emitting portion is arranged at the uppermost end of the light emitting portion 2 when the light emitting group is constituted by only the light emitting body 1b as shown in (b). This means not the light emitter 1a that is arranged, but the light emitter 1b that is disposed at the bottom.

また、発光群を構成する発光体の数は、(イ)において二個一組の例を示し、(ロ)において一個の例を示し、(ハ)において四個一組の例を示しているように任意の数を選択でき、上記の例に示す組み合わせ以外の構成でもよいことはいうまでもないことである。   In addition, the number of light emitters constituting the light emitting group is shown as a set of two in (A), one example is shown in (B), and a set of four is shown in (C). Of course, any number can be selected, and it goes without saying that configurations other than the combinations shown in the above examples may be used.

図4および図5は本発明に係る自発光式視線誘導標における発光パターンの一形態を示す図であり、図3(イ)に示す発光群の構成における発光パターンの一形態を示している。
図4における第一の発光パターンでは、発光体1bが全て消灯し、発光体1bを間にして隣り合う二個一組の発光体1aが一つの発光群を構成して点滅している。一つの発光群が点滅した次に、その点滅した発光体1aの下に配置された発光体1aを加えた前回と同数の発光体1aの発光群を構成して点滅させることで、発光群の表す光が発光部2において下方向に動くように視認される。
4 and 5 are diagrams showing one form of the light emission pattern in the self-luminous gaze guidance mark according to the present invention, and show one form of the light emission pattern in the structure of the light emission group shown in FIG.
In the first light emission pattern in FIG. 4, all the light emitters 1b are extinguished, and a pair of light emitters 1a adjacent to each other with the light emitter 1b in between constitutes one light emission group and blinks. After one light emitting group blinks, the light emitting groups of the same number of light emitting bodies 1a as the previous time including the light emitting bodies 1a arranged under the blinking light emitting bodies 1a are configured and blinked, so that The light to be displayed is visually recognized as moving downward in the light emitting unit 2.

図5における第二の発光パターンでは、発光体1bが全て消灯し、発光体1bを間にして隣り合う二個一組の発光体1aが一つの発光群を構成して点滅している。一つの発光群が点滅した次に、その点滅した発光体1aの上に配置された発光体1aを加えた前回と同数の発光体1aの発光群を構成して点滅させることで、発光群の表す光が発光部2において上方向に動くように視認される。   In the second light emission pattern in FIG. 5, all the light emitters 1b are extinguished, and a pair of light emitters 1a adjacent to each other with the light emitter 1b in between constitutes one light emission group and blinks. After one light emitting group blinks, the light emitting groups of the same number of light emitting bodies 1a as the previous time including the light emitting bodies 1a arranged on the blinking light emitting bodies 1a are configured and blinked, so that The light to be displayed is visually recognized as moving upward in the light emitting unit 2.

上記の第一の発光パターンと第二の発光パターンを交互に繰り返すように発光させることで、上方向または下方向に流れるように視認される光が、逆方向に方向転換するように動きが激しく変化するので、ドライバーなどから見た場合に見慣れにくい発光パターンとなる。この場合、図4および図5における実施形態に示す発光パターンについて、発光部2の中央付近の発光体1aが発光したときに第一の発光パターンと第二の発光パターンとを切り替えてもよいが、第一の発光パターンが、発光部の上端に配置された発光体1aが点滅された後に、下端に配置された発光体1aが点滅されるまで継続され、第二の発光パターンが、発光部の下端に配置された発光体1aが点滅された後に、上端に配置された発光体1aの点滅されるまで継続されるようにすれば、点滅する光の流れる動きが発光体1aの配置された範囲全てを利用した激しいものとなるので、より見慣れにくい発光パターンとなる。また、上記の実施形態における第一の発光パターンおよび第二の発光パターンは、発光体1bが全て消灯し、発光体1aが点滅しているが、図3(ロ)に示すように発光体1aが全て消灯し、発光体1bが点滅してもよく、図3(ハ)に示すように発光体1aと発光体1の両方を点滅させてもよい。   By emitting light so that the first light emission pattern and the second light emission pattern are alternately repeated, the light that is visually recognized to flow upward or downward changes the direction in the opposite direction. Since it changes, it becomes a light emission pattern that is difficult to see when viewed from a driver. In this case, regarding the light emission pattern shown in the embodiment in FIGS. 4 and 5, the first light emission pattern and the second light emission pattern may be switched when the light emitter 1a near the center of the light emitting unit 2 emits light. The first light emission pattern is continued until the light emitter 1a disposed at the upper end of the light emitting portion blinks, and then the light emitter 1a disposed at the lower end is blinked, and the second light emission pattern is changed to the light emitting portion. If the light emitter 1a arranged at the lower end of the LED is blinked and then continued until the light emitter 1a arranged at the upper end is blinked, the movement of the blinking light is arranged. Since it becomes a fierce thing using the whole range, it becomes a light emission pattern which is hard to get used to. Further, in the first light emission pattern and the second light emission pattern in the above embodiment, the light emitters 1b are all turned off and the light emitters 1a are blinking. However, as shown in FIG. May be turned off and the light emitter 1b may blink, or both the light emitter 1a and the light emitter 1 may blink as shown in FIG.

図6は本発明に係る自発光式視線誘導装置における発光パターンの一形態を示す図であり、自発光式視線誘導標が道路に沿って複数設置された自発光式視線誘導装置における発光パターンの実施の一形態を示す図である。
2A、2B、2Cは、道路に沿ってそれぞれ並べて設置した自発光式視線誘導標の発光部を表している。また、発光部2A〜2Cを設けた各々の自発光式視線誘導標は、内装された同期部8によって点滅する発光群の高さの位相と点滅のタイミングを揃えて発光する同位相発光モードを備えている。図6において、発光部2A〜2Cが前記の同位相発光モードで発光している状況を表しており、発光部2A〜発光部2Cにおいて点滅する全ての発光群が高さの位相と点滅のタイミングを揃えて発光している。また、図6では発光部2A〜発光部2Cが図4に示す第一の発光パターンで発光している状況を示しており、発光体1bが全て消灯し、発光体1aによって構成される発光群の表す光が下方向に動くように点滅されている。上記の同位相発光モードはこの例に限るものではなく、発光体1aが上方向に動くように視認される第二の発光パターンで発光してもよく、それ以外の発光パターンで発光してもよい。
FIG. 6 is a view showing one form of the light emission pattern in the self-luminous gaze guidance device according to the present invention, and the light emission pattern of the self-luminous gaze guidance device in which a plurality of self-luminous gaze guidance marks are installed along the road. It is a figure which shows one Embodiment.
Reference numerals 2A, 2B, and 2C denote light emitting portions of self-luminous gaze guidance signs that are installed side by side along the road. In addition, each self-luminous line-of-sight guide having the light emitting units 2A to 2C has the same phase emission mode in which light is emitted with the phase of the light emitting group blinking by the internal synchronizing unit 8 and the timing of blinking aligned. I have. FIG. 6 shows a situation where the light emitting units 2A to 2C emit light in the same phase light emission mode, and all of the light emitting groups blinking in the light emitting units 2A to 2C have a height phase and timing of blinking. Are aligned and emitting light. FIG. 6 shows a situation in which the light emitting units 2A to 2C emit light with the first light emission pattern shown in FIG. 4, and all the light emitters 1b are turned off, and the light emitting group constituted by the light emitters 1a. The light that represents is blinking so as to move downward. The above-mentioned in-phase light emission mode is not limited to this example, and the light emitting body 1a may emit light with a second light emission pattern visually recognized so as to move upward, or may emit light with other light emission patterns. Good.

複数の自発光式視線誘導標の点滅する発光群の高さの位相と点滅のタイミングを揃えて発光させる同位相発光モードで、前記第一の発光パターンと前記第二の発光パターンを繰り返して発光させる基本発光パターンで発光させれば、各々の自発光式視線誘導標の発する光の動きが揃って秩序的に見えるので、ドライバーなどの視線をより引きつけるものとなる。   The first light emission pattern and the second light emission pattern are repeatedly emitted in the same phase light emission mode in which a plurality of self-luminous line-of-sight guide marks emit light with the same phase of blinking and the timing of blinking. If the light is emitted with the basic light emission pattern, the movements of the light emitted by the respective self-luminous line-of-sight guides appear to be aligned and orderly, so that the line of sight of the driver or the like is more attracted.

図7は本発明に係る自発光式視線誘導装置における発光パターンの他の一形態を示す図であり、自発光式視線誘導標が道路に沿って複数設置された自発光式視線誘導装置における発光パターンの実施の一形態を示す図である。
発光部2A〜2Cを設けた各々の自発光式視線誘導標は、内装された同期部8によって、隣り合って設置されている自発光式視線誘導標の点滅する発光群の高さの位相が異なるように発光させる異位相発光モードを備えている。図7において、発光部2A〜2Cは前記の異位相発光モードで発光している状況を表しており、それぞれ隣の発光部とは点滅する発光群の高さの位相を異ならせて発光している。発光部2Aおよび発光部2Cは図4に示す第一の発光パターンで発光している状況を示しており、発光体1bが全て消灯し、発光体1aによって構成される発光群の表す光が下方向に動くように視認されるように点滅されている。発光部2Bは図5に示す第二の発光パターンで発光している状況を示しており、発光体1bが全て消灯し、発光体1aによって構成される発光群の表す光が上方向に動くように視認されるように点滅されている。
上記の異位相発光モードはこの例に限るものではなく、図3(ロ)に示すように発光体1bが発光してもよいし、それぞれ隣の発光部で点滅する発光群の高さの位相が異なるようにして発光部2A〜2Cが全て第一の発光パターンや第二の発光パターンなどの同じ発光パターンで発光するなどしてもよい。
FIG. 7 is a diagram showing another embodiment of the light emission pattern in the self-luminous gaze guidance device according to the present invention, and the light emission in the self-luminous gaze guidance device in which a plurality of self-luminous gaze guidance marks are installed along the road. It is a figure which shows one Embodiment of a pattern.
Each of the self-luminous gaze guidance marks provided with the light emitting sections 2A to 2C has a phase of the height of the flashing light emitting group of the self-luminous gaze guidance signs installed adjacent to each other by the built-in synchronization section 8. It has a different phase emission mode for emitting light differently. In FIG. 7, the light emitting units 2 </ b> A to 2 </ b> C represent a situation where light is emitted in the above-described different phase light emitting mode. ing. The light emitting unit 2A and the light emitting unit 2C show a state where light is emitted with the first light emission pattern shown in FIG. 4, and all the light emitters 1b are turned off, and the light represented by the light emitting group constituted by the light emitters 1a is lower. It is blinking so that it can be seen moving in the direction. The light emitting unit 2B shows a state where light is emitted in the second light emission pattern shown in FIG. 5, and all the light emitters 1b are extinguished so that the light represented by the light emitting group constituted by the light emitters 1a moves upward. It is blinking so that it can be visually recognized.
The above-described different phase emission mode is not limited to this example, and the light emitter 1b may emit light as shown in FIG. 3B, or the height of the light emitting group that flashes in the adjacent light emitting unit. The light emitting units 2A to 2C may all emit light with the same light emission pattern such as the first light emission pattern or the second light emission pattern so that the phases are different.

上記のように、隣に設置された自発光式視線誘導標の発光部で点滅する発光群とは高さの位相を異ならせて発光させる異位相発光モードで複数の自発光式視線誘導標を発光させる副発光パターンによると、各々の自発光式視線誘導標の発する光が位相の揃わない無秩序な動きをしているように視認される。また、図7に示す実施形態では発光部2Aと発光部2Cはそれぞれ前記第一の発光パターンで発光しているが、点滅する発光群の高さの位相が異なっている。このように同じ発光パターンで発光している直近の自発光式視線誘導標の発光群と高さの位相を異ならせて発光させると、自発光式視線誘導標の発する光の位相の異なる程度が大きくなり、より無秩序な動きをしているように視認される。   As described above, a plurality of self-luminous line-of-sight guidance indicators in a different phase emission mode that emits light with a phase different in height from the light-emitting group that blinks in the light-emitting section of the self-luminous line-of-sight guidance mark installed next to it. According to the sub-light emission pattern that emits light, the light emitted from each self-luminous gaze guidance mark is visually recognized as having a disordered movement in which the phases are not aligned. In the embodiment shown in FIG. 7, the light emitting unit 2 </ b> A and the light emitting unit 2 </ b> C emit light with the first light emission pattern, but the height phases of the flashing light emitting groups are different. In this way, when the light emission group of the latest self-light-emitting gaze guidance mark emitting light with the same light emission pattern is made to emit light with a different phase, the degree of phase difference of the light emitted from the self-light-emitting gaze guidance mark is different. It becomes larger and it is visually recognized as a more chaotic movement.

自発光式視線誘導標が道路に沿って複数設置された自発光式視線誘導装置における発光パターンについて、各々の発光部で点滅する発光群の高さの位相と点滅のタイミングを揃えて発光させる同位相発光モードで、前記第一の発光パターンと前記第二の発光パターンを繰り返して発光させる基本発光パターンで発光させ、この基本発光パターンを中断して、隣に設置された自発光式視線誘導標の発光部で点滅する発光群とは高さの位相を異ならせて発光させる異位相発光モードで発光させる副発光パターン発光させた後、再度基本発光パターンに戻ることを繰り返せば、各々の自発光式視線誘導標が発する光が、位相の揃った秩序的な動きと位相の揃わない無秩序な動きとが交互に切り替わるように見えるので、秩序的な動きが継続してなされる場合と比較して発光パターンが見慣れにくいものとなる。   With respect to the light emission pattern in the self-light-emitting gaze guidance device in which a plurality of self-light-emitting gaze guidance marks are installed along the road, the light emission pattern is made to emit light with the phase of the light emission group blinking at each light emitting unit and the timing of the blinking aligned. In the phase emission mode, the first light emission pattern and the second light emission pattern are repeatedly emitted to emit light with a basic light emission pattern. If you repeat sub-light emission pattern emission that emits light in a different phase emission mode that emits light at a different phase from the light emission group that flashes in the light emission section, then returning to the basic light emission pattern again is repeated. Since the light emitted from the light-emitting gaze guidance mark appears to alternate between ordered movements that are in phase and disordered movements that are out of phase, the orderly movement is not continued. It becomes difficult familiar emission pattern as compared with the case that.

図8は本発明に係る自発光式視線誘導標における発光パターンの他の一形態を示す図である。
図8に示す発光パターンでは、発光体1bが全て消灯し、発光体1bを間にして隣り合う二個一組の発光体1aが一つの発光群Lを構成して点滅している。最初に図8(イ)に示すように、一つの発光群Lが縦長に形成された発光部2の中央で点滅させる。その後図8(ロ)に示すように第一の発光パターンで下方向に流れるように発光する発光群L1と、第二の発光パターンで上方向に流れるように発光する発光群L2の二つの発光群を同時に点滅表示させ、図8(ハ)に示すように発光群L1と発光群L2がそれぞれ発光部2の上端と下端に至るまで第一の発光パターンと第二の発光パターンを継続させる。
図8(ハ)に至るまで点滅発光させた後、図8(イ)の状態から再度繰り返して発光させることで、発光群L、L1,L2によって、一つの光の点が中央から2つに分離して上下方向に流れるように発光するように視認される。このような発光パターンを表示させることで、発光群の流れる動きがより複雑に視認されるので、運転手などの視線を引きつけやすく、より高い視線誘導効果を得ることができる。また前記の発光パターンの類似した形態として、最初に図8(ハ)を示した後、図8(ロ)に示すように発光群L1を第二の発光パターンで上方向に流れるように発光させ、発光群L2を第一の発光パターンで下方向に流れるように発光させ、図8(イ)の状態に至った後に、図8(ハ)の状態から再度繰り返して発光させてもよいし、図8(イ)(ロ)(ハ)の順番で流れ発光させた後に、図8(ロ)(イ)と逆の順番で繰り返してもよい。
FIG. 8 is a diagram showing another embodiment of the light emission pattern in the self-luminous gaze guidance mark according to the present invention.
In the light emission pattern shown in FIG. 8, all the light emitters 1b are turned off, and a pair of light emitters 1a adjacent to each other with the light emitter 1b in between constitutes one light emitting group L and blinks. First, as shown in FIG. 8 (a), one light emitting group L blinks at the center of the light emitting section 2 formed in a vertically long shape. Thereafter, as shown in FIG. 8 (b), the two light emission groups, the light emission group L1 that emits light so as to flow downward in the first light emission pattern and the light emission group L2 that emits light so as to flow upward in the second light emission pattern. The groups are blinked at the same time, and the first light emission pattern and the second light emission pattern are continued until the light emitting group L1 and the light emitting group L2 reach the upper end and the lower end of the light emitting unit 2, respectively, as shown in FIG.
After flashing until the light reaches FIG. 8 (c), the light is emitted again from the state of FIG. 8 (a), so that one light point is changed from the center to two by the light emitting groups L, L1, and L2. It is visually recognized to emit light so as to separate and flow in the vertical direction. By displaying such a light emission pattern, the movement of the light emission group can be visually recognized in a more complicated manner, so that it is easy to attract the eyes of the driver or the like, and a higher eye-gaze guidance effect can be obtained. Further, as a similar form of the light emission pattern, after first showing FIG. 8 (c), as shown in FIG. 8 (b), the light emitting group L1 is caused to emit light so as to flow upward in the second light emission pattern. The light emitting group L2 may emit light so as to flow downward in the first light emission pattern, and after reaching the state of FIG. 8 (a), light may be emitted again from the state of FIG. 8 (c). After emitting light in the order of FIGS. 8 (A), (B), and (C), the process may be repeated in the reverse order of FIGS. 8 (B) and (A).

図9は本発明に係る自発光式視線誘導標における発光パターンの他の一形態を示す図である。
図9に示す発光パターンでは、発光体1bが全て消灯し、発光体1bを間にして隣り合う二個一組の発光体1aが一つの発光群Lを構成して点滅している。そして、縦長に形成された発光部2の上部と下部においてそれぞれ発光群L3と発光群L4とを静止しているように点滅発光させている点が、図9に示す発光パターンの特徴となっている。
最初に、図9(イ)に示すように発光部2の上部で点滅発光している発光群L3の下方に隣接するように発光群L5を点灯させる。その後、図9(ロ)に示すように、発光群L5を第一の発光パターンで下方向に流れるように発光させ、図9(ハ)に示すように発光部2の下部で点滅発光している発光群L4の上方に隣接する位置に至るまで流れ発光を継続する。その後図9(ハ)の状態から、発光群L4を第二の発光パターンで図9(イ)の状態となるまで上方向に流れるように発光させてもよいし、図9(ハ)の状態から再度図9(イ)の状態に発光させて下方向への流れ発光を繰り返すように発光させてもよい。また、最初に図9(ハ)の状態で発光させ、発光群L5を第二の発光パターンで図9(イ)の状態に至るまで上方向に流れ発光させ、これを繰り返すように発光させても良い。また、点滅発光している発光群L3と発光群L4の間で、複数の発光群を同時に流れ発光させる図8に示すような発光パターンで発光させても良い。
また、発光部2の上部と下部においてそれぞれ発光群L3と発光群L4とを静止しているように点滅発光させ、それらの間の発光部2の範囲を発光群L3,L4と異なる周期で全体的に点滅発光させても良い。
このように発光部2の上部と下部で点滅発光する発光群L3および発光群L4の間でこれらと異なる発光群を流れ発光させることで、各発光群の発光群からの光を複雑なものに感じさせることができ、運転者などに対してより誘目性を高めることができる。
また、自発光式視線誘導標を道路に沿って複数設置した自発光式視線誘導装置において発光部2の上部と下部で発光群L3および発光群L4を点滅発光させれば、点滅発光する発光群L3と発光群L4との間隔が道路の先に至るほど狭く視認されるので、遠近感を感じやすく、運転者などに対して道路の線形をより正確に把握させることができる。
FIG. 9 is a view showing another embodiment of the light emission pattern in the self-luminous gaze guidance mark according to the present invention.
In the light emission pattern shown in FIG. 9, all the light emitters 1b are extinguished, and a pair of light emitters 1a adjacent to each other with the light emitter 1b in between constitutes one light emitting group L and blinks. The feature of the light emission pattern shown in FIG. 9 is that the light emitting group L3 and the light emitting group L4 are caused to blink at the upper and lower portions of the light emitting unit 2 formed in a vertically long shape so as to be stationary. Yes.
First, as shown in FIG. 9 (a), the light emitting group L5 is turned on so as to be adjacent to the lower side of the light emitting group L3 that flashes and emits light above the light emitting unit 2. Thereafter, as shown in FIG. 9 (b), the light emitting group L5 is caused to emit light so as to flow downward in the first light emission pattern, and flashing light is emitted at the lower part of the light emitting unit 2 as shown in FIG. 9 (c). The light emission continues until it reaches a position adjacent to the upper side of the light emitting group L4. Thereafter, from the state of FIG. 9C, the light emitting group L4 may emit light so as to flow upward until the state of FIG. 9A is reached in the second light emission pattern, or the state of FIG. 9 may be emitted again so as to repeat the light emission in the downward direction. First, light is emitted in the state of FIG. 9 (c), the light emitting group L5 is caused to flow upward in the second light emission pattern until it reaches the state of FIG. 9 (a), and this light is emitted repeatedly. Also good. Alternatively, light may be emitted in a light emission pattern as shown in FIG. 8 in which a plurality of light emission groups are caused to flow and emit light simultaneously between the light emission group L3 and the light emission group L4.
In addition, the light emitting group L3 and the light emitting group L4 are flashed at the upper part and the lower part of the light emitting part 2 so as to be stationary, respectively, and the range of the light emitting part 2 between them is entirely changed at a different period from the light emitting groups L3 and L4. Alternatively, the light emission may be flashed.
In this way, light emitted from the light emitting groups L3 and the light emitting groups L4 that flash at the upper and lower portions of the light emitting unit 2 is caused to flow and emit light, thereby making light from the light emitting groups of each light emitting group complicated. It can be made to feel and the driver can be more attractive.
In addition, in a self-luminous gaze guidance device in which a plurality of self-luminous gaze guidance signs are installed along the road, if the light emitting group L3 and the light emitting group L4 are flashed at the top and bottom of the light emitting unit 2, the light emitting group that flashes and emits light. Since the distance between L3 and the light emitting group L4 is narrower as it reaches the tip of the road, it is easy to feel a sense of perspective, and allows the driver or the like to grasp the alignment of the road more accurately.

前記に示した図4から図9までの発光パターンにおいては、流れ発光を行う発光群Lは点灯と消灯の際に瞬間的にその輝度を変化させて点滅させているが、点灯時にその輝度を徐々に増加させて発光させ、また消灯時にその輝度を徐々に低下させて発光させて、その流れ発光の動きをより運転者に認識させ誘目性を高めることができる。   In the light emission patterns shown in FIGS. 4 to 9 described above, the light emitting group L that performs flow light emission blinks while changing its luminance instantaneously when turned on and off. The light emission is gradually increased and light is emitted, and the brightness is gradually decreased to emit light when the light is turned off, so that the driver can recognize the movement of the light emission and enhance the attractiveness.

また、図4に示す発光パターンにおいては、流れ発光を行う発光群は点灯と消灯を繰り返して下方向に流れるような動きを表しているが、図10はこれに類似した発光パターンを示しており、点灯した発光群が発光部2の下端に至るまで点灯した発光体1aを消灯させないようになした発光パターンを示している。このように発光部2に設けた発光体1aが全て点灯した後、再び図10(イ)の発光状態に戻り繰り返して発光させてもよいし、図10の発光パターンを図5の発光パターンに適用して、点灯した発光群が発光部2の上端に至るまで点灯した発光体1aを消灯させないようになした発光パターンを行い、図10(イ)の状態に戻ってもよい。また、図10のような発光パターンは図4や図5のみならず、図6から図9に示した発光パターンにも適用可能であるので、これらを繰り返し、または組み合わせて発光させることが可能である。
図10に示すような発光パターンとすることで、発光部における光の動きを複雑なものに感じさせ、運転者などに対する誘目性を高めることができる。
In the light emission pattern shown in FIG. 4, the light emission group performing flow light emission shows a movement in which the light is turned on and off repeatedly and flows downward. FIG. 10 shows a light emission pattern similar to this. 2 shows a light emission pattern in which the light-emitting body 1a that is turned on until the light-emitting group that has been turned on reaches the lower end of the light-emitting unit 2 is not turned off. Thus, after all the light emitters 1a provided in the light emitting section 2 are turned on, the light emitting state of FIG. 10 (a) may be returned again to emit light repeatedly, or the light emission pattern of FIG. 10 is changed to the light emission pattern of FIG. The light emission pattern may be applied so that the light-emitting body 1a is not turned off until the light-emitting group that has been turned on reaches the upper end of the light-emitting unit 2, and the state shown in FIG. Further, the light emission pattern as shown in FIG. 10 can be applied not only to FIGS. 4 and 5 but also to the light emission patterns shown in FIGS. is there.
By making the light emission pattern as shown in FIG. 10, the movement of light in the light emitting portion can be felt to be complicated, and the attractiveness to the driver or the like can be enhanced.

また、図4から図10に示した発光パターンでは種々の流れ発光などについて記しているが、縦長に形成した発光部2に設けた発光体1を全て同時に点灯や点滅させてもよく、また、縦長に形成した発光部を上下に2分割して、それぞれを交互に点滅させるような発光パターンで発光を行うこともできることは言うまでもないことである。   Moreover, although various flow emission etc. are described in the light emission patterns shown in FIGS. 4 to 10, all of the light emitters 1 provided in the light emitting portion 2 formed in a vertically long shape may be turned on or blinked simultaneously. It goes without saying that light emission can be performed with a light emission pattern in which a vertically long light emitting portion is divided into two vertically and each of them is alternately blinked.

本発明に係る自発光式視線誘導標の実施の一形態を示す三面図である。It is a three-view figure which shows one Embodiment of the self-light-emitting type | mold line-of-sight guidance mark which concerns on this invention. 図1のA−A断面図である。It is AA sectional drawing of FIG. 本発明に係る自発光式視線誘導標の表す発光群の構成の実施形態を示す図である。It is a figure which shows embodiment of the structure of the light emission group which the self-light-emitting type | mold gaze guidance mark which concerns on this invention represents. 本発明に係る自発光式視線誘導標における発光パターンの実施の一形態を示す図である。It is a figure which shows one Embodiment of the light emission pattern in the self-light-emitting type | mold line-of-sight guidance mark which concerns on this invention. 本発明に係る自発光式視線誘導標における発光パターンの実施の他の一形態を示す図である。It is a figure which shows another form of implementation of the light emission pattern in the self-light-emitting type | formula line-of-sight guidance mark which concerns on this invention. 本発明に係る自発光式視線誘導装置における発光パターンの実施の一形態を示す図である。It is a figure which shows one Embodiment of the light emission pattern in the self-light-emitting type | formula line-of-sight guidance apparatus which concerns on this invention. 本発明に係る自発光式視線誘導装置における発光パターンの他の一形態を示す図である。It is a figure which shows another form of the light emission pattern in the self-light-emitting type | formula line-of-sight guidance apparatus which concerns on this invention. 本発明に係る自発光式視線誘導標における発光パターンの他の一形態を示す図である。It is a figure which shows another form of the light emission pattern in the self-light-emitting type | formula line-of-sight guidance mark which concerns on this invention. 本発明に係る自発光式視線誘導標における発光パターンの他の一形態を示す図である。It is a figure which shows another form of the light emission pattern in the self-light-emitting type | formula line-of-sight guidance mark which concerns on this invention. 本発明に係る自発光式視線誘導標における発光パターンの他の一形態を示す図である。It is a figure which shows another form of the light emission pattern in the self-light-emitting type | formula line-of-sight guidance mark which concerns on this invention.

符号の説明Explanation of symbols

1、1a、1b 発光体
2、2A、2B、2C 発光部
3 壁部
35 凹溝
4 太陽電池ユニット
41 回転部
5 光センサー
6 蓄電部
7 制御部
8 同期部
L 発光群
DESCRIPTION OF SYMBOLS 1, 1a, 1b Light-emitting body 2, 2A, 2B, 2C Light emission part 3 Wall part 35 Groove | groove 4 Solar cell unit 41 Rotation part 5 Optical sensor 6 Power storage part 7 Control part 8 Synchronization part L Light emission group

Claims (5)

複数の発光体を同一方向へ点滅発光させて視線を誘導するための自発光式視線誘導標であって、前記発光体が上下方向に配列された縦長の発光部が柱状の自発光式視線誘導標本体に形成され、前記発光部において隣接する所定の数の発光体が同時に点滅されて発光群を表し、該発光群が発光部において下方向に動くように点滅して表される第一の発光パターンを備え、該発光群が発光部において上方向に動くように点滅して表される第二の発光パターンを備え、前記第一の発光パターンと前記第二の発光パターンを交互に繰り返して発光するようになされており、
前記自発光式視線誘導標本体は円柱状に形成され、該自発光式視線誘導標本体の上端には太陽電池ユニットが360度回動可能に取り付けられると共に、前記自発光式視線誘導標本体の前面壁部に縦長の凹溝が形成され、前記複数の発光体が前記凹溝の内側に上下方向に一列に配列されていることを特徴とする自発光式視線誘導標。
A self-luminous gaze guidance mark for guiding a line of sight by flashing a plurality of light emitters in the same direction, and a self-luminous gaze guidance having a vertically long light emitting portion in which the light emitters are arranged in a vertical direction A first number is formed on the sample body, and a predetermined number of light emitters adjacent to each other in the light emitting unit are blinked simultaneously to represent a light emitting group, and the light emitting group is blinked so as to move downward in the light emitting unit. A light emitting pattern, and a second light emitting pattern that blinks so that the light emitting group moves upward in the light emitting portion, and alternately repeats the first light emitting pattern and the second light emitting pattern. It is designed to emit light ,
The self-luminous gaze-guide specimen is formed in a cylindrical shape, and a solar cell unit is attached to the upper end of the self-luminous gaze-guide specimen so as to be able to rotate 360 degrees. A self-luminous gaze guidance mark characterized in that a vertically long groove is formed in a front wall portion, and the plurality of light emitters are arranged in a line in the vertical direction inside the groove .
前記第一の発光パターンが、発光部の上端に配置された発光体が点滅された後に、下端に配置された発光体が点滅されるまで継続され、
前記第二の発光パターンが、発光部の下端に配置された発光体が点滅された後に、上端に配置された発光体の点滅されるまで継続されるようになされたことを特徴とする請求項1に記載の自発光式視線誘導標。
The first light emission pattern is continued until the light emitter disposed at the lower end flashes after the light emitter disposed at the upper end of the light emitting unit flashes,
The second light emission pattern is configured to continue until the light emitting body arranged at the upper end blinks after the light emitting body arranged at the lower end of the light emitting unit blinks. 2. The self-luminous gaze guidance mark according to 1.
請求項1または請求項2のいずれかに記載の自発光式視線誘導標が道路に沿って複数設置された自発光式視線誘導装置であって、複数の自発光式視線誘導標の発光パターンを同期させる同期手段を備え、複数の自発光式視線誘導標に表される発光群の高さの位相と点滅のタイミングを前記同期手段によって揃えて発光させる同位相発光モードを備え、該同位相発光モードによって複数の自発光式視線誘導標が各々の発光群の高さの位相と点滅のタイミングを揃えて、前記第一の発光パターンと前記第二の発光パターンを交互に繰り返して発光するようになされたことを特徴とする自発光式視線誘導装置。 A self-luminous gaze guidance device in which a plurality of the self-luminous gaze guidance markers according to claim 1 or 2 are installed along a road, wherein light emission patterns of the plurality of self-luminous gaze guidance markers are obtained. A synchronizing means for synchronizing, and a same-phase emission mode for emitting light by aligning the phase of the height of the light emitting group represented by a plurality of self-luminous visual guidance indicators and the timing of blinking by the synchronizing means; Depending on the mode, a plurality of self-luminous gaze guidance indicators may emit light by alternately repeating the first light emission pattern and the second light emission pattern by aligning the height phase of each light emitting group and the blinking timing. A self-luminous gaze guidance device characterized by being made. 請求項3に記載の自発光式視線誘導装置であって、隣り合って設置されている自発光式視線誘導標に表される発光群の高さの位相を前記同期手段によって異なるように発光させる異位相発光モードを備え、前記同位相発光モードによって複数の自発光式視線誘導標が各々の発光群の高さの位相と点滅のタイミングを揃えて、前記第一の発光パターンと前記第二の発光パターンを交互に繰り返して点滅させる基本発光パターンで発光し、該基本発光パターンを中断して前記異位相発光モードによって隣り合う自発光式視線誘導標が各々の発光群の高さの位相を異なるようにして点滅するように発光させる副発光パターンで発光し、再度基本発光パターンに戻って発光することを繰り返すようになされたことを特徴とする自発光式視線誘導装置。 4. The self-luminous line-of-sight guidance device according to claim 3, wherein the phase of the light emitting group represented by the self-luminous line-of-sight guidance signs installed adjacent to each other is made to emit light differently depending on the synchronization means. A plurality of self-luminous line-of-sight guides with the same phase emission mode, the phase of the height of each light emitting group and the timing of blinking, and the first light emission pattern and the second light emission mode. The light emission pattern is alternately flashed alternately to emit light with a basic light emission pattern, and the basic light emission pattern is interrupted and adjacent self-luminous line-of-sight guides are in phase with the height of each light emission group by the different phase light emission mode. A self-luminous line-of-sight guidance device characterized in that light is emitted in a sub-light emission pattern that emits light so as to blink in a different manner, and the light is emitted again after returning to the basic light emission pattern. 複数の発光体を同一方向へ点滅発光させて視線を誘導するための自発光式視線誘導標であって、前記発光体が上下方向に配列された縦長の発光部が柱状の自発光式視線誘導標本体に形成され、前記発光部において隣接する所定の数の発光体が同時に点滅されて発光群を表し、該発光群が発光部の上部および下部で静止しているように点滅し、かつ前記の発光群の間の発光部において別の発光群が上方向及び/又は下方向に動くように点滅して発光するようになされており、
前記自発光式視線誘導標本体は円柱状に形成され、該自発光式視線誘導標本体の上端には太陽電池ユニットが360度回動可能に取り付けられると共に、前記自発光式視線誘導標本体の前面壁部に縦長の凹溝が形成され、前記複数の発光体が前記凹溝の内側に上下方向に一列に配列されていることを特徴とする自発光式視線誘導標。
A self-luminous gaze guidance mark for guiding a line of sight by flashing a plurality of light emitters in the same direction, and a self-luminous gaze guidance having a vertically long light emitting portion in which the light emitters are arranged in a vertical direction A predetermined number of light emitters adjacent to each other in the light emitting unit are flashed simultaneously to represent a light emitting group, the light emitting group flashes so as to be stationary at the top and bottom of the light emitting unit, and In the light emitting part between the light emitting groups, another light emitting group blinks so as to move upward and / or downward, and emits light .
The self-luminous gaze-guide specimen is formed in a cylindrical shape, and a solar cell unit is attached to the upper end of the self-luminous gaze-guide specimen so as to be able to rotate 360 degrees. A self-luminous gaze guidance mark characterized in that a vertically long groove is formed in a front wall portion, and the plurality of light emitters are arranged in a line in the vertical direction inside the groove .
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