M304544 七、指定代表圖： (一） 本案指定代表圖為··第（三）圖。 (二) 本代表圖之組件符號簡單說明： 1反光路標基體 2圓银凹槽 3夜光材料 4反射面 5金屬反射層 6環狀卡槽 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種夜光式反光路標架構改良，尤指在突起路標貓眼上 表面設有多個等分圓弧形凹槽、凹槽的内部填充夜光材料的路標基體；該路 標基體為高透明強化材料製成的在夜間既使沒有燈光照明，夜光材料也能自 _ 動發光，照射指引路面分隔車道；這樣便大大改善了夜間行車的安全性；路 標基體下緣周邊設有環狀卡槽，可增加路標與路面的抓著力，防止車胎輾壓 衝擊造成路標脫落。 【先前技術】 目前在道路上所使用的反光突起路標係如第一圖A1類塑膠反光片和第二 圖A2類玻璃貓眼兩種；A1類塑膠反光片為直接將其黏著于路面的傳絶式方 M304544 形反光片，其材質多為塑膠與鋁合金，因本身強度和黏著力不足的緣故，受 到高速行肤中車輛不斷衝擊辗壓，常發生破裂或脫離路面，導致路面受損而 造成坑洞，使行馼過坑洞的車輛彈跳，造成失控或不適；且反光膜層設於正 表面直接被車輪輾壓衝擊容易損壞，從而降低反射光線、減少使用年限。A2 類玻璃貓眼是需將路面挖圓孔槽，置入黏著劑埋設之半圓球狀突起路標，俗 稱貓眼，其材質多為鋼化玻璃，經過高度強化處理，埋設路面時僅半圓球露 出地面，受衝擊面積小，但其金屬反射層是直接與道路面作黏著接觸，且沒 有卡槽設計；容易在車輪輾壓下，致該金屬反射層與道路面摩擦，而產生剝 落現象；同時路標也容易脫離路面。使其光線反射效果降低，進而影響夜間 駕駛者的生命安全。 【新型内容】 本創作之目的是為了克服現有反光路標反光層易損壞、安全性差及黏著 力差的技術間題，提供一種不僅反光效果佳和使用壽命長而且還能在沒有燈 先照射下自動發光的夜光式反光玻璃路標。 本創作之再一目的即提供一種反光路標架構改良，將一種高透明度的強 化玻璃作為基體的反光路標用于道路車道上，作為路面行車線的夜間引導 裝置。在路標基髅半圓球狀上部表面及基體圓平台設有多個等分圓孤形凹 槽、凹槽的内部填充夜光材料的路標基體；該路標基體為高透明強化材料 製作的在夜間既使沒有燈光照射，夜光材料也能自動發光，照射指引路面 分隔車道；這樣便大大改善了夜間行車的安全性；路標基體下緣周邊設有 M304544 環狀卡槽，可增加路標與路面的抓著力，防止車輪輾壓衝擊造成路標脫落β 本創作人有鑒于上逑慣用反光路標所衍生之問題，乃亟思加以改良創新， 終于成功研發完成本件反光路標架構改良。 【實施方式】 如圖一所示，現有的Α1類塑膠反光貼片路標，其基體〇1為塑膠材料， 反光片02系直接點於基體兩侧反射面上。基體黏著力差、抗壓性弱、耐衝擊 性不良、耐候性差，且反光膜層直接被車輪辗壓衝擊容易損壞。現有Α2類玻 璃貓眼反光路標如圖二所示，金屬反射層〇3塗附於玻璃基體〇4下部圓錐台 外緣的表面。安裝時需在路面鑿洞，再置入反光路標黏著於路面。路標在車 輪的反覆衝擊下，其金屬反射層是直接與道路面作接觸，且沒有卡槽設計； 容易在車輪輾壓下’致該金屬反射層與道路面摩擦，而產生剝落現象；同時 路標也谷易脫離路面。以致降低反光效果，從而影響行車的安全性。 本創作反光路標架構改良請參閱圖三所示，所述的路標基體1由高透明強 化玻璃製作（也可1¾由其它高翻強化材㈣作，如有機玻鱗），路標基懋 1的半圓球狀上部表面及基體圓平台設有多個等分圓酿形凹槽2，凹槽2内部 填充夜光洲^在賴峨沒有燈絲射，夜紐料也能自紐光，照射 指引路面分隔車道。反射面4為半圓球狀_。可反光。埋設路面時僅半圓球 露出地面，受衝擊面積小，當車輛高速輾屢通過時，半圓球狀突起路標能夠 承受車輛較大的衝擊與壓力；在基體平台下緣周邊設有反射層5，可塗喷金 屬塗料或熔喷金屬層符合道路車道顏色。在夜間車燈光線照射時，該反光路 標可反射魏線與色澤，形絲車道表面上有數點發光物。 同時所述的路標基體1圓平台下緣周邊設有環狀卡槽6，彳增加路標與路 面的抓著力，防止車輪輾壓衝擊造成路標脫落。 本實用新型實酬可設為單-的夜·標作為㈣景觀使用 或單一的道路 M304544 反光路標使用，也可為兩者兼備為夜光式反光路標。 圖四為本創作夜反光路標架構改良的立體側視示意圖，從它更清楚地可 看出它基本架構；為讓委員更瞭解光反射原理請參閱圖六所示，當夜間車燈 光照射時，由反射層5通過半圓球反射面4把光線7反射回來，形成在車道 表面上數點符合道路各顏色線條與外觀色澤的發光物，以確保夜間駕欲者的 行車安全。 本創作反光路標基體1的半圓球狀上部表面及基體圓平台設有多個等分 圖孤凹槽2 (請參閱圖五），凹槽2可採用多種等分和多種架構，如井字形或 圖柱形等等。本產品也可以採用其它的夜光材料，如夜光塗料、螢光材料等。 反射層5的顏色可以根據需要來選取，以提供符合道路各顏色線條的外觀色 澤。 本創作反光路標安裝在車道路面或隧道橋樑上，在夜晚車燈光線照射時， 突起的路標可反射其紐與色澤，賴在車道表面上有數婦合道路各顏色 線條與外觀色澤的發綠，為缺者提供了纽清晰可觸車道路況，以免 誤入對方車道，贼車_生。由於安裝在姻雜上部表面及基體圓平台 圖弧形凹槽陳紐料3，在賴既紐有燈細射，絲材料也能自動發 光，照射路面分隔車道。以確保夜間駕駛者的行車安全。路標基體1圓平台 下緣周邊錢有馳切6，可增加路標與路面的抓著力，防止車胎輟壓衝擊 造成路標脫落◎ M304544 【圖式簡單說明】 第一圖為慣用A1類突起路標架構立體圖； 第二圖為慣用A2類突起路標架構立體圖； 第三圖為本創作夜光路標的架構立體圖； 第四圖為本創作夜光路標的立體側視示意圖； 第五圖為本創作夜光路標的俯視示意圖； 第六圖為本創作反光路標光線反射示意圖。 【主要元件符號說明】 1反光路標基體 2圓弧凹槽 3夜光材料 4反射面 5金屬反射層 6卡槽 7反射光線M304544 VII. Designated representative map: (1) The representative representative of the case is the picture of (3). (2) Brief description of the components of the representative diagram: 1 Reflective road sign base 2 round silver groove 3 luminous material 4 reflective surface 5 metal reflective layer 6 annular card slot 8. New description: [New technical field] The invention relates to an improvement of a luminous reflective road marking structure, in particular to a road marking base body having a plurality of equally spaced arc-shaped grooves and grooves filled with luminous materials on the upper surface of the protruding road marking cat eye; the road marking substrate is a high transparent reinforcing material. Even if there is no lighting at night, the luminous materials can also self-illuminate, and the illumination guides the road to separate the lanes; this greatly improves the safety of driving at night; the ring-shaped card slot is provided around the lower edge of the road marking base. Increase the grip of the road sign and the road surface to prevent the road sign from falling off due to the tire impact. [Prior Art] The reflective bumper road signs currently used on the road are two types of plastic reflectors in the first picture A1 and the second type A2 glass cat eyes; the A1 type plastic reflective sheet is the direct adhesion of the plastic film to the road surface. The type M304544 reflector is mostly made of plastic and aluminum alloy. Due to its lack of strength and adhesion, it is subject to continuous impact and pressure by vehicles in high-speed skin. It often breaks or breaks off the road, causing road damage. Potholes cause bouncing vehicles to bounce, resulting in loss of control or discomfort; and the reflective film layer is placed on the front surface directly damaged by the impact of the wheel, which reduces the reflected light and reduces the service life. A2 type glass cat's eye is a semi-spherical spherical road sign that needs to be circulated into the hole and placed in the adhesive. It is commonly called cat's eye. Its material is mostly tempered glass. After high-strength treatment, only the semi-spherical ball is exposed on the ground when the road surface is buried. The impact area is small, but the metal reflective layer is directly in contact with the road surface, and there is no card slot design; it is easy to cause the metal reflective layer to rub against the road surface under the rolling of the wheel, and the peeling phenomenon occurs; Easy to get out of the road. It reduces the reflection of light, which in turn affects the safety of the driver at night. [New content] The purpose of this creation is to overcome the technical problems of the existing reflective reflective road markings, such as easy damage, poor safety and poor adhesion. It provides a good reflection effect and long service life, and can be automatically operated without the first light. Glowing luminous reflective glass road sign. A further object of the present invention is to provide an improved reflective road sign architecture in which a highly transparent, enhanced glass is used as a reflective map for the roadway as a nighttime guidance device for the roadway. a road marking substrate having a plurality of equally spaced circular grooves and grooves filled with a luminous material on the semicircular spherical upper surface of the road marking and the base circular platform; the marking substrate is made of a highly transparent reinforcing material at night. No light, the luminous material can automatically emit light, and the illumination guides the road to separate the lane; this greatly improves the safety of driving at night; the M304544 ring card slot around the lower edge of the road marking base can increase the grip of the road sign and the road surface. Preventing wheel rolling damage caused by road wheel rolling. This creator has innovated and innovated in view of the problems arising from the use of reflective road signs by Shangyu, and finally successfully developed and improved the reflective road marking structure. [Embodiment] As shown in Fig. 1, the conventional Α1 type plastic reflective patch road sign has a base 〇1 which is a plastic material, and the reflection sheet 02 is directly placed on the reflection surface on both sides of the base body. The adhesion of the substrate is poor, the pressure resistance is weak, the impact resistance is poor, the weather resistance is poor, and the reflective film layer is directly damaged by the wheel rolling impact. The existing Α2 type glass cat eye reflection road sign is shown in Fig. 2, and the metal reflective layer 〇3 is coated on the surface of the outer edge of the lower truncated cone of the glass substrate 〇4. When installing, you need to make a hole in the road, and then put a reflective road sign on the road. Under the repeated impact of the wheel, the metal reflective layer is directly in contact with the road surface, and there is no card slot design; it is easy to cause the metal reflective layer to rub against the road surface under the rolling of the wheel, and the peeling phenomenon occurs; It is also easy to get out of the road. As a result, the reflection effect is reduced, thereby affecting the safety of driving. The improvement of the reflective road marking structure is shown in Figure 3. The road marking base 1 is made of high transparent tempered glass (also can be made of other high turning reinforced materials (4), such as organic glass scales), and the semicircle of the road marking base 1 The spherical upper surface and the base circular platform are provided with a plurality of equally divided round shaped grooves 2, the inside of the groove 2 is filled with the luminous illuminator, and there is no filament in the Lai, the nighttime material can also be self-lighted, and the illumination guides the road separation lane. . The reflecting surface 4 is a semicircular spherical shape _. Reflective. When the pavement is buried, only the semi-spherical ball is exposed to the ground, and the impact area is small. When the vehicle passes through the high speed, the semi-spherical spherical signpost can withstand the large impact and pressure of the vehicle; the reflective layer 5 is provided around the lower edge of the base platform. The sprayed metal coating or meltblown metal layer conforms to the road lane color. When the car light is illuminated at night, the reflective path can reflect the Wei line and the color, and there are several illuminants on the surface of the shaped wire lane. At the same time, the ring-shaped card slot 6 is arranged around the lower edge of the circular base plate of the road sign base body 1 to increase the gripping force of the road sign and the road surface, and prevent the road sign from falling off due to the rolling impact of the wheel. The utility model can be set as a single-night sign as (4) landscape use or a single road M304544 reflective road sign, or both can be used as a luminous reflective road sign. Figure 4 is a three-dimensional side view of the improved night reflective road sign structure. It can be seen more clearly from its basic structure. To let the members know more about the principle of light reflection, please refer to Figure 6. When the nighttime car is illuminated, The light 7 is reflected by the reflective layer 5 through the semi-spherical reflecting surface 4 to form a plurality of illuminants on the surface of the road that meet the lines and appearance colors of the road, so as to ensure the driving safety of the driver at night. The semi-spherical spherical upper surface of the base of the reflective road marking 1 and the base circular platform are provided with a plurality of bisector grooves 2 (see FIG. 5), and the groove 2 can adopt various aliquots and various structures such as a well shape or Figure column and so on. This product can also be used with other luminous materials, such as luminous coatings, fluorescent materials. The color of the reflective layer 5 can be selected as desired to provide an appearance color that conforms to the lines of the various colors of the road. The reflective road sign is installed on the roadway or tunnel bridge. When the night light is illuminated, the raised road signs can reflect the color and color of the road. On the surface of the road, there are several colors and appearance colors of the road. Providing a new clear and moorable road condition for the lack of people, so as not to enter the other lane, the thief car _ raw. Due to the installation on the upper surface of the intricate and the circular platform of the base, the arc-shaped grooved blank material 3, in the light of the Lai Nian New Zealand, the silk material can also automatically emit light, illuminating the road to separate the lane. To ensure the safety of driving at night. The road sign base 1 has a clear cut around the lower edge of the circular platform, which can increase the grip of the road sign and the road surface, and prevent the road sign from falling off due to the impact of the tire. ◎ M304544 [Simple diagram of the diagram] The first picture is a perspective view of the conventional A1 type road sign architecture. The second picture is a perspective view of the conventional A2 type road sign architecture; the third picture is the three-dimensional side view of the creative luminous road sign; the fourth picture is a three-dimensional side view of the creative luminous road sign; The sixth picture is a schematic diagram of the light reflection of the reflective road sign. [Main component symbol description] 1 Reflective road marking base 2 Circular groove 3 Luminous material 4 Reflective surface 5 Metal reflective layer 6 Card slot 7 Reflected light