M361596 五、新型說明： 【新型所屬之技術領域】 [0001] 本創作係有關一種具有可自由形塑能力的發光條結 構，尤指一種内部具有可形塑條體，且腔内壁設有可產 生光顯像之凹凸部位之可自由形塑發光條結構。 【先前技術Ί [0002] 按習用之發光體乃以玻璃管或硬質材料管，予以加 ' 工彎曲成所需的形狀，並在其中充入惰性氣體，使用時 ^ 接通電流使之產生放電發亮，或在欲發光體中裝入燈泡 、發光二極體等，使之發出各種不同顏色之光芒；此種 傳統燈管之製造成本較高、成型較麻煩且固定無法隨時 型塑改變外形、發熱遇水（如雨水）或受衝撞會破裂及 損壞、同一燈管只能發出單一種顏色、管型及尺寸無法 任意縮小或變化且較損耗能源等缺失；再者，如欲呈現 不同造形時，更必須事先以模具加工形塑，或併用或聯 結支架方能達成，使用上極度不方便，支架之存在又容 g 易影響整體物件之外觀，且必須付出較高的製作及使用 成本。 [0003] 目前發光條或導光條來達到顯示或照明之場合或物 品已極為普遍，諸如交通工具上為減少因視線不良或環 境照明不足所需要之發光顯示作用，常見者有將該發光 或導光條體設置在一架體上，使產生光反射或光閃爍， 以對其周邊或路上人車產生警示，也有將之應用在廣告 刊板上，設置在車身防撞顯示裝置，裝置在隨身穿戴物 上，安全帽上，簡便行動工具（如機車或腳踏車）上； 表單編號A0101 第3頁/共34頁 M361596 但是也由於上述製造上之高昂成本且型態之可調變性不 大，使得整體產品之採用率不高，例如馬路上之警示燈 標，目前仍多採用低成本之反光標鈕，或單純低照明之 光源閃爍來顯示警示效果有限，特別對於高速行駛之車 輛駕駛人的警示效果將大打折扣；路上行人更是少有穿 戴具有自主產生光顯示之安全警示裝置，使得行人在照 明不足之室外環境，常因自體之顯示不足，而遭受其他 交通工具之碰撞產生意外。 [0004] [0005] [0006] 此外，吾人日常生活當中，經常遭遇到需要簡便隨 身照明或顯示所在位置之場合，且不拘限使用中之顯示 型態，但卻苦無一種應用便利，且可依任意之需要而隨 使用人之喜好自由改變顯示或照明型態之物品極為可惜 〇 因此，如何能提供一種低成，且光顯示度高之可調 變應用型態之自體發光裝置，乃為上述課題欲解決時所 必需預先獲得支持之條件之一。 再者，傳統之發光條或導光條裝置，均係由柔軟性 透明材料所設成，較不具備自我支持能力，因此，應用 時均需仰賴其他堅固支持物或架體來輔助其預期編設型 態之支撐；然而該等外加之支持物或架體，不增加了整 體應用物品之製造成本，更常因而造成造型設計之阻礙 或外形破壞，且顯見其整體材積及重量亦相對增加，大 幅影響其攜帶便利性，實有加以改善之必要性。 【新型内容】 表單編號A0101 第4頁/共34頁 M361596 [0007] i 爰是，本創作之主要目的，旨在提供一種具有自我 形塑能力的發光條結構，其直接在發光條之内部串設有 可形塑條體，且在該發光條之表壁上設以可影響發光條 内光線照射路徑而產生光顯像之凹凸部位，使得該發光 條接受到光源照射時，可簡易地在各該凹凸部位產生明 顯之光顯像；且利用該形塑條體進一步提供該發光條可 隨使用者需求曲折或纏繞成任意型態變化，令單一發光 條之可顯像型式增加，進而使用範圍得以增大，光度顯 示的疏密度得以控制，進而達到節能且提昇其實用價值 之目的者。 [0008] • 本創作之另一目的，在於進一步利用該形塑條體之 置入，提供上述發光條之具有自我支撐能力之結構特性 ，即在不依賴其他物件或架體之支撐，即可自我形塑並 保持於預先型塑成之型態，使得該發光條可隨使用人之 喜好或需求，直接調設固定於所預期之型態，使得以簡 便地改變光線照射路徑或顯示之外觀，可朝向任一設定 方位產生立體型態之光顯像，可產生多樣性之靈活變化 ，進而能提昇整體之裝飾或警示效果。 [0009] 本創作之再一目的，旨在提供一種具有自我支持性 且兼具軟質特性之導光發光條結構，藉由該可撓又可自 我塑形之柔軟特性，恰足以降低該等物件受到衝撞所導 致的損壞情況。 [0010] 為達上揭目的，本創作主要係包含一導光條，該導 光條内部設有一軸向中空腔，該中空腔中更串置有一轴 向延續之形塑條體，且其至少一端適合接受一光源之照 表單編號A0101 第5頁/共34頁 M361596 [0011] [0012] [0013] [0014] 射，進而將光線軸向引導入該發光條中，且該發光條之 壁表面上設有可改變上述光線照射路徑之凹凸部位，藉 以產生光顯像效果者。 於可行實施例中，上述導光條之中空腔内，更可再 置入反光或吸光物件或有顏色之片條或可產生光色彩變 化之氣體；使得該導光條之可運用層面及受天候之限制 性明顯降低，推廣性更為改善者。 在上述之可行實施條件中，上述發光條之端部更可 裝設適當之光源均佈元件，使得光線在進入發光條端部 之前，先經過該光源均佈元件之光線均佈作用，以避免 光源朝向該發光條之端部投射時，在其中空腔中或形塑 條體部位造成太多光線之損失，以確保整體發光條可產 生較明亮且均勻之光顯像效果者。 於可行實施例中，上述發光條之外側，更可設具開 口溝槽，藉以供待組裝物品通過該通道溝槽形成夾設固 定。 在上述之可行實施條件中，凹凸部位之型態，係可 在導光條之中空腔内部，在壁面上延伸設置連續性之凹 或凸紋，使得該凹或凸紋可在中空腔内形成連串且朝向 各方向顯示之全面化光顯像作用，亦可設成段落型襯飾 或文字，以提供更多元之應用者。 在上述之可行實施條件中，上述發光條之内部可再 包含有方便塑型且固定於中空腔中之吸光材料、色條或 可感光氣體（如前揭之惰性氣體），使得該發光條之發 表單編號A0101 第6頁/共34頁 [0015] M361596 光顏色更為多變，而可適應各種不同環境之顯示或警示 需求，大幅提昇了該產品之可推廣條件。 [0016] 又在上述之可行實施例架構下，若發光條係設具有 適度之可撓曲特性（即柔軟性），則本創作乃能製成防 衝撞性極佳之產品’具有避免因外來的強烈衝撞或震動 而被破壞之能力，特別適用於作為馬路上之安全指示標 桿或燈標，不僅如前所述能以之擴展單一光源之光顯像 範圍，進而提昇整體警示效果，且利用該形塑條體可再 調整回覆原狀之躲，恰該善目前安全Μ標桿容易 在受衝擊破壞即無法恢復原狀繞行應用之缺失。 【實施方式】 [0017] 茲為便於進一步對本創作之構造、功能及其他特徵 加以說明，爰配合如下較佳實施例之圖示，詳細說明如 下： [0018] 請參閱第1圖至第6圖，本創作主妻係由一透明材 料所設成之中空導光條體1 〇，該中空導光條體丄〇内 部設有沿著該導光條體1〇軸向形成之中空腔i i，且 在上述中空腔1 1之内周壁面1 1 〇 (或外周壁面丄〇 2)上設有至少一可改變光線照射路徑之凹凸部位丄2 ，且在該中空腔1 1中，軸向置入有一可撓性折曲定形 之形塑條體1 3。 [0019] 如第1圖及第3圖所示導光條體1 0，其中之凹凸 部位12係在上述導光條體10之中空腔11的内周壁 面110 (或外周面壁102)上，其型態可為疏密度 表單煸號A0101 第7頁/共34頁 M361596 一致或非一致之凹或凸點2 2，或迴旋延伸成至少一螺 方疋狀的凹或凸紋1 2 1，以相平行且軸向的凹或&紋1 2 0或凹凸圖案或凹凸文字1 2 3等分佈至少局部該内 周壁面110 (或外周壁面102)所構成，當一預設 光源2 0將其光線以軸向朝向上述導光條體i 〇之一端 部照射時，該光線在通過會發生光投射方向偏折或反射 現象的凹凸部位1 2時，將使得每一凹凸部位丄2均具 有朝向導光條體1〇之外產生導光顯像之作用讓觀察 者無論由任何方向或角度觀察導光條體i 0，均能簡便 且明顯地獲得明顯之.光顯像提..示或，警示效果。 [0020] [0021] 此外，上述導光條體1 0之中空腔^ i之内部更可 依需求植串入具有顏色之色條或反光條i 3 〇 ;再者若 於該内周壁面1 1 0上，更可喷塗或填充以適當濃淡度 之吸光材料或感光氣體（圖中未示出），使得該導光條 體1 0可產生多樣化之照射反應顯像，以適應各種不同 場合之運用。 請參第5圖與第8圖所示之本創作另—種可行實施 例，該實施例中’所述導光條體i Q的—端係設結有一 發光裝置30 ’該發光裝置3 〇之内部即設有上述之光 源2 0，該發光裝置3 〇除可被定位或_體延設並裝置 於地面或其他定位物體之基座3 〇 〇上， 元件(如磁鐵…〇,以利對鐵質表面或：： 體進行吸附結合（如第10圖所示），·而且，為了讓光 源20之光線可均勾地由導光條體10之端部轴向投射 進入’在該發光裝置3 〇與導光條體i 〇所相對結合之 表單編號A0101 第8頁/共34頁 M361596 該端部間，更可設具—實心之光源均佈元件3 〇丄，其 讓原本比較集中於t心之光源2◦的光線，可以入射: 到該光源均佈元件3 G 1之後，在其中均”設為各部 勻稱之光強度，再平均入射該導光條體i 〇之端内如 此’將可減少原本較集中於中心之光源2 〇的大部分人 射光，受中央形塑條體之阻擋反射損失，或直接由中空 腔之内部中心直接往導光條體1 〇末端散失。 [0022] 再者，本創作上述導光條體1 〇之外部（請參第4 圖），亦可形成一開口溝槽14,並於欲結合之物件上 預設一嵌合之物件上預設一嵌合肋4〇,如此即可將導 光條體1 0直接利用該開口溝槽α 4嵌合於該嵌合部4 0之上，達到與物件結合定位之目的。 [0023] 請參第8圖至第1 5圖所示者，其中之導光條體工 0由於係設成可形塑之挽性條體，將之應用於如第8圖 所示之道路燈標5 0之標桿5 1，則可成就一耐用衝揸 性極佳之發光或安全指示摩桿.”·’且、由於本創作善用導光 條體1 0内部之凹凸部位12来大加長（擴展）光顯象 之範圍，使得遠方之標示作用得以增強，能提早提供用 路人之警示作用，相對增長衝撞之反應時間，減少意外 衝撞之機率；再者，為對上述導光條體i 0提供適當之 保護及防潮及防塵，在該導光條體1 0之外部（至少其 末端處），可再罩套一外護套15,可克服外來物或外 來力之干擾與破壤。另在第1〇圖所示之長條狀可塑形 體，應用上可依使用人之需求任意捲繞其導光條體1 0 成為任意態樣’例如第1 1圖所示之機車車身6 〇上的 表單编號A0101 第9頁/共34頁 M361596 周緣光雕5 2、第1 2圖所示之車身6 1後方警示燈誌 5 3、第1 3圖所示集合會場所之牌舫6 2的燈飾5 4 、第1 4圖所示之室外雅座遮陽傘桿6 3上之氣氛化燈 飾5 5，或第1 5圖所示之隨身攜帶物（拐杖）6 4或直 接在使用人員6 5上所捲繞（如第1 6圖所示者），以加 強視覺不良場合之可識別性或其他如人員潛水及夜間活 動所使用的發光飾條5 6、5 7等可行實施例，均得應 上述導光條體1 0之軟質可塑性來達成；更甚者，由於 本創作之整體導光條體1 0均可產生發光發亮，因此， 如第17圖所示者，在需深入複雜且有轉折路徑6 6之 照明具5 8使用場合（如汽車引擎室内較深層之零組件所 在位置），本創作之可形塑導光條體1 0，更能由使用者 將之折曲成需要之彎曲形態照明具5 8，再彎延伸入深 層曲折路徑中以其末端之端口光束照射特定位置，且其 全導光條體1 0之周邊亦產生充分之光照效果，解決了 傳統光源難以深入複雜曲折路徑之缺失。顯然，本創作 如上述之結構設計，恰能提供各種產品之多元化應用， 適足以提昇其應用之廣泛度。 【圖式簡單說明】 [0024] [0025] [0026] 第1圖係本創作之第一種可行實施例立體示意圖。 第2圖係第1圖之1A部分之局部放大立體示意圖 〇 第3圖係本創作之第二種可行實施例之局部放大立 體示意圖。 表單編號A0101 第10頁/共34頁 M361596 [0027] 第4圖係本創作之第三種可行實施例之局部放大立 體示意圖。 [0028] 第5圖係本創作之第四種可行實施例之立體示意圖 〇 [0029] 第6圖係本創作之第五種可行實施例之立體示意圖 〇 _ [0030] 第7圖係本創作之第五或第六種可行實施例之光源 組合關係之結構示意圖。 Ψ [0031] 第8圖係本創作組合於一基座之可行實施例示意圖 0 [0032] 第9圖係第8圖之8 Α部分放大立體示意圖。 [0033] 第10圖係本創作可行實施例設為長條可捲繞形態 之立體示意圖。 [0034] 第1 1圖係本創作運用以作為車身光雕之可行實施 例示意圖。 [0035] 第1 2圖係本創作運用以作為車身後方警示燈誌之 可行實施例示意圖。 [0036] 第1 3圖係本創作運用以作為集會牌舫燈飾之可行 實施例不意圖。 - [0037] 第1 4圖係本創作運用以作為雅座遮陽傘桿燈飾之 可行實施例示意圖。 [0038] 第1 5圖係本創作運用以作為拐杖攜帶物上所纏繞 表單編號A0101 第11頁/共34頁 M361596 [0039] [0040] [0041] [0042] [0043] [0044] [0045] [0046] [0047] [0048] [0049] [0050] [0051] [0052] [0053] [0054] 表單編號A0101 之發光飾條可行實施例立體示意圖。 第1 6圖係本創作運用以捲繞在潛水人員身上作為 警示燈飾之使用狀態示意圖。 第1 7圖係本創作運用於對深層且多曲折照明路徑 之使用狀態示意圖。 【主要元件符號說明】 導光條體10 外周壁面1 0 2 中空腔1 1 内周壁面110 凹凸部位1 2 車由向的凹或凸紋1 2 0 螺旋狀的凹或凸紋121 凹或凸點1 2 2 凹凸圖案或凹凸文字1 2 3 形塑條體13 色條或反光條1 3 0 開口溝槽1 4 外護套1 5 光源2 0 第12頁/共34頁 M361596M361596 V. New description: [New technical field] [0001] This creation is about a light-emitting strip structure with freely deformable ability, especially one with a shapeable strip inside, and the inner wall of the cavity can be produced. The concave and convex portions of the light image can be freely shaped into a light-emitting strip structure. [Prior Art [0002] The conventional illuminator is a glass tube or a hard material tube which is bent into a desired shape and filled with an inert gas. When used, the current is turned on to cause discharge. Brighten, or put a bulb, a light-emitting diode, etc. in the illuminating body to make it emit light of various colors; such a conventional lamp has a high manufacturing cost, is troublesome to form, and can not be shaped at any time to change shape. If the heat is in contact with water (such as rain) or the collision will be broken and damaged, the same lamp can only be issued in a single color, the tube type and size can not be arbitrarily reduced or changed, and the loss of energy is missing; in addition, if you want to present different shapes At the same time, it is necessary to shape the mold in advance, or to use the joint or the joint to achieve, the use is extremely inconvenient, the presence of the bracket can easily affect the appearance of the overall object, and must pay a high production and use costs. [0003] At present, illuminating strips or light guiding strips are often used for display or illumination, such as in vehicles, to reduce the illuminating display effect required for poor line of sight or insufficient ambient illumination, which is common to The light guiding strip body is disposed on a frame body to generate light reflection or light flashing to generate warning for the vehicle on the periphery or on the road, and also applied to the advertisement plate, and is disposed on the body collision display device, and the device is On the body, on the helmet, on a simple action tool (such as a locomotive or bicycle); Form No. A0101 Page 3 of 34 M361596 However, due to the high cost of manufacturing and the variability of the type, The adoption rate of the overall product is not high, for example, the warning light on the road, the low-cost anti-cursor button is still used, or the light source of the low-light illumination is blinking to show the limited warning effect, especially for the driver of the high-speed vehicle. The warning effect will be greatly reduced; the pedestrians on the road rarely wear safety warning devices with self-generated light display, so that pedestrians are not illuminated. The outdoor environment, often due to lack of self-display, while the other suffered a collision of vehicles produced unexpected. [0004] [0006] [0006] In addition, in our daily life, we often encounter occasions that require simple portable lighting or display of the location, and do not limit the display type in use, but it does not have an application convenience, and can It is a pity that the display or illumination type can be freely changed according to the user's preference. Therefore, how to provide a self-luminous device with a low-intensity and high-visibility display mode can be provided. One of the conditions for obtaining support in advance when solving the above problems. Furthermore, conventional light strips or light guide strip devices are made of soft transparent materials and are less self-supporting. Therefore, they must rely on other strong supports or frames to assist in their intended editing. Supporting the shape; however, the additional support or frame does not increase the manufacturing cost of the overall application item, and often causes the design design to be hindered or damaged, and the overall volume and weight are also relatively increased. The impact on portability is greatly affected and there is a need to improve it. [New Content] Form No. A0101 Page 4 of 34 M361596 [0007] i 爰 Yes, the main purpose of this creation is to provide a self-forming ability of the illuminating strip structure, which is directly inside the illuminating strip. The utility model is provided with a shapeable strip body, and the surface of the light strip is provided with a concave and convex part which can affect the light irradiation path in the light strip to generate a light image, so that the light strip can be easily used when receiving the light source. Each of the concave and convex portions produces a distinct light image; and the shaped strip body further provides the light strip to be bent or entangled into any type change according to the user's demand, so that the imageable pattern of the single light strip is increased, and then used. The range is increased, and the density of the luminosity display is controlled to achieve energy saving and enhance its practical value. [0008] Another purpose of the present invention is to further utilize the insertion of the shaped strip to provide the self-supporting structural characteristics of the above-mentioned light-emitting strip, that is, without relying on the support of other objects or frames, Self-shaping and maintaining in a pre-formed shape, so that the light strip can be directly fixed to the desired shape according to the preference or needs of the user, so as to easily change the light irradiation path or the appearance of the display. It can produce stereoscopic light image orientation in any set orientation, which can produce flexible changes in diversity, which can enhance the overall decoration or warning effect. [0009] A further object of the present invention is to provide a self-supporting light-emitting strip structure having both soft characteristics, which is capable of reducing the objects by the flexible and self-shaping softness characteristics. Damage caused by a collision. [0010] In order to achieve the above object, the present invention mainly comprises a light guiding strip, the light guiding strip is internally provided with an axial hollow cavity, and the hollow cavity is further arranged with an axially continuous shaped plastic strip body, and At least one end is adapted to receive a light source. Form No. A0101 Page 5 / Total 34 pages M361596 [0012] [0014] [0014] Shooting, thereby guiding the light into the light bar axially, and the light strip The surface of the wall is provided with a concave-convex portion that can change the path of the light irradiation, thereby generating a light-developing effect. In a feasible embodiment, a reflective or absorbing material or a colored strip or a gas that can change the color of the light can be further placed in the cavity of the light guiding strip; The restrictions on weather are significantly reduced, and the promotion is more improved. In the above-mentioned feasible implementation conditions, the end portion of the light-emitting strip can be further equipped with a suitable light source uniformity component, so that the light is evenly distributed through the light source uniform component before the light enters the end of the light-emitting strip to avoid When the light source is projected toward the end of the light strip, a loss of too much light is caused in the cavity or the shaped strip portion to ensure that the overall light strip can produce a brighter and more uniform light development effect. In a feasible embodiment, the outer side of the light-emitting strip may further be provided with an opening groove, so that the object to be assembled is sandwiched and fixed by the channel groove. In the above-mentioned feasible implementation conditions, the shape of the concave and convex portion may be inside the cavity in the light guiding strip, and a continuous concave or convex line may be extended on the wall surface, so that the concave or convex pattern can be formed in the hollow cavity. The comprehensive light imaging effect displayed in series and in all directions can also be set as a paragraph type lining or text to provide more users. In the above-mentioned feasible implementation conditions, the inside of the light-emitting strip may further comprise a light-absorbing material, a color strip or a photo-sensitive gas (such as the inert gas disclosed above) which is conveniently shaped and fixed in the hollow cavity, so that the light-emitting strip is Publication No. A0101 Page 6 of 34 [0015] M361596 Light color is more variable, and can adapt to the display or warning needs of various environments, greatly improving the promotion conditions of the product. [0016] Moreover, under the framework of the above-mentioned feasible embodiment, if the illuminating strip is provided with moderate flexibility (ie, flexibility), the creation can be made into a product with excellent impact resistance. The ability to be destroyed by strong collision or vibration, especially suitable for use as a safety indicator on the road, or as a beacon, not only can extend the light imaging range of a single light source as described above, thereby improving the overall warning effect and utilizing The shape of the plastic strip can be adjusted to cover the original shape, and it is just that the current safety Μ benchmark is easy to be damaged by the impact, that is, it cannot be restored to the original application. [Embodiment] [0017] In order to facilitate the further description of the structure, function and other features of the present invention, the following detailed description of the preferred embodiment will be described in detail as follows: [0018] Please refer to Figures 1 to 6 The creative wife is a hollow light guiding strip body 设 which is formed by a transparent material, and the hollow light guiding strip body is internally provided with a cavity ii along the axial direction of the light guiding strip body 1 . And at least one concave-convex portion 丄2 of the inner circumferential wall surface 1 1 〇 (or the outer peripheral wall surface 丄〇 2) of the hollow cavity 1 1 is provided, and in the middle cavity 1 1 , axially disposed A plastic strip 13 having a flexible bend shape is incorporated. [0019] The light guide strip body 10 shown in FIGS. 1 and 3, wherein the uneven portion 12 is attached to the inner peripheral wall surface 110 (or the outer peripheral surface wall 102) of the cavity 11 in the light guide strip body 10, The type can be a density form nickname A0101 page 7 / a total of 34 pages M361596 uniform or non-uniform concave or convex 2 2, or a convolution into at least one spiral square concave or convex 1 2 1, The inner peripheral wall surface 110 (or the outer peripheral wall surface 102) is at least partially distributed by parallel or axial concave or & 1 2 0 or concave or convex pattern or concave and convex text 1 2 3 , etc., when a predetermined light source 20 will When the light is irradiated axially toward one end of the light guiding strip body 〇, the light ray has a concave-convex portion 1 2 which is deflected or reflected by the light projection direction, so that each concave-convex portion 丄 2 has The effect of producing a light guiding image toward the light guiding strip 1 让 allows the observer to observe the light guiding strip i 0 from any direction or angle, and can easily and clearly obtain the obvious light image. Or, warning effect. [0021] In addition, the interior of the cavity ^ i in the light guiding strip body 10 can be serially inserted into the color strip or the reflective strip i 3 依 according to requirements; and if the inner peripheral wall surface 1 In the case of 10, it can be sprayed or filled with a light absorbing material or a photosensitive gas (not shown) of a suitable gradation, so that the light guiding strip 10 can produce a variety of illumination reaction images to adapt to various differences. The use of occasions. Referring to FIG. 5 and FIG. 8 , another feasible embodiment of the present invention is shown. In the embodiment, the end of the light guiding strip body i Q is provided with a light emitting device 30 ′. The light emitting device 3 〇 The light source 20 is disposed inside, and the light-emitting device 3 is removed from the base 3 of the ground or other positioning object, and the component (such as a magnet... The ferrous surface or the :: body is adsorbed and combined (as shown in Fig. 10), and, in order to allow the light of the light source 20 to be uniformly projected from the end of the light guiding strip 10 into the 'lighting' Form 3 〇 and light guide strip i 相对 are combined with the form number A0101 Page 8 / Total 34 pages M361596 This end can be equipped with a solid light source uniform component 3 〇丄, which makes the original more concentrated The light of the light source of the t-heart can be incident: after the light source is evenly distributed to the element 3 G 1 , the light intensity of each part is set to be symmetrical, and then evenly incident on the end of the light guide strip i 如此'It will reduce the majority of people who are originally concentrated in the center of the light source 2 射, by the central shape The body blocks the reflection loss, or directly escapes from the inner center of the hollow cavity to the end of the light guiding strip 1 . [0022] Furthermore, the outside of the light guiding strip 1 is created (see FIG. 4), An opening groove 14 can also be formed, and a fitting rib 4 预设 is preset on a fitting object on the object to be combined, so that the light guiding strip body 10 can directly utilize the opening groove α. 4 is fitted on the fitting portion 40 to achieve the purpose of positioning and combining with the object. [0023] Please refer to Figures 8 to 15 in which the light guide body 0 is set as The shapeable strip can be applied to the benchmark pole 5 of the road beacon 50 as shown in Fig. 8, which can achieve a durable or excellent safety flashing or safety indicator." 'And, because this creation makes good use of the concave and convex part 12 inside the light guiding strip 10 to greatly lengthen (expand) the range of light imaging, so that the far-reaching marking effect can be enhanced, and the warning effect of the passerby can be provided early, and the relative growth The reaction time of the collision reduces the probability of accidental collision; in addition, it provides appropriate for the above-mentioned light guiding strip i 0 Protection and moisture-proof and dust-proof, outside the light guide strip 10 (at least at its end), an outer sheath 15 can be covered, which can overcome the interference of foreign objects or external forces and break the soil. The long strip-shaped shapeable body shown in the figure can be arbitrarily wound around the light guide strip 10 according to the user's needs. It becomes an arbitrary pattern, for example, the form on the locomotive body 6 shown in Fig. 1 No. A0101 Page 9 / Total 34 pages M361596 Peripheral light carving 5 2, Figure 1 2 Figure 2 body rear warning light 5 3, Figure 1 3 shows the venue of the meeting place 舫 6 2 lighting 5 4, the outdoor lighting umbrella pole 6 3 shown in Figure 14 of the atmosphere lighting 5 5, or the portable body (crutch) shown in Figure 5 6 4 or directly on the staff 6 5 Wrap (as shown in Figure 16), to enhance the identifiability of visually impaired occasions or other feasible embodiments such as light-emitting decorative strips used for personnel diving and night activities, etc. The soft plasticity of the light strip 10 is achieved; moreover, since the overall light guide strip 10 of the present creation can produce light and shine, therefore, In the case shown in Fig. 17, in the case where the illuminating device 58 which is complicated and has a turning path is required (such as the position of the deeper component of the automobile engine room), the shapeable light guiding strip body of the present invention is 10 It can be bent by the user into the curved illuminating device of the desired shape, and then bent into the deep zigzag path, and the port light beam at the end thereof is irradiated to a specific position, and the periphery of the entire light guiding strip body 10 is also Producing sufficient illumination effects solves the problem that traditional light sources are difficult to penetrate into complex tortuous paths. Obviously, this design, as described above, is designed to provide a wide range of applications for a wide range of applications, and is suitable for increasing the breadth of its applications. BRIEF DESCRIPTION OF THE DRAWINGS [0025] [0026] FIG. 1 is a perspective view of a first possible embodiment of the present invention. Fig. 2 is a partially enlarged perspective view of a portion 1A of Fig. 1 〇 Fig. 3 is a partially enlarged perspective view showing a second possible embodiment of the present invention. Form No. A0101 Page 10 of 34 M361596 [0027] Figure 4 is a partially enlarged perspective view of a third possible embodiment of the present invention. Figure 5 is a perspective view of a fourth possible embodiment of the present invention. [0029] Figure 6 is a perspective view of a fifth possible embodiment of the present invention. [0030] Figure 7 is a creation of the present invention. A schematic structural diagram of a light source combination relationship of the fifth or sixth feasible embodiment.第 [0031] FIG. 8 is a schematic diagram of a possible embodiment of the present invention combined with a pedestal. [0032] FIG. 9 is a partially enlarged perspective view of FIG. [0033] Fig. 10 is a perspective view showing a possible embodiment of the present invention in a long winding form. [0034] Fig. 1 is a schematic diagram of a practical example of the use of the present invention as a light sculpture of a body. [0035] Figure 12 is a schematic diagram of a practical embodiment of the present invention as a warning light for the rear of the vehicle body. [0036] Figure 13 is a schematic embodiment of the present invention for use as a plaque lighting fixture. - [0037] Figure 14 is a schematic diagram of a possible embodiment of the creation of the sunshade pole lighting. [0038] Figure 15 is the use of the present invention as a wrapper on a wrap-around form number A0101 page 11 / a total of 34 pages M361596 [0040] [0041] [0044] [0044] [0044] [0048] [0054] [0054] [0054] A schematic perspective view of a possible embodiment of a lighted decorative strip of Form No. A0101. Figure 16 is a schematic diagram of the use of this creation to wrap the diver's body as a warning light. Figure 17 is a schematic diagram of the use of this design for deep and multi-folded illumination paths. [Description of main component symbols] Light guide strip 10 Peripheral wall surface 1 0 2 Cavity 1 1 Inner peripheral wall surface 110 Concave-convex portion 1 2 Vehicle-oriented concave or convex 1 2 0 Spiral concave or convex 121 Concave or convex Point 1 2 2 Concave pattern or embossed text 1 2 3 Shaped strip 13 Color strip or reflective strip 1 3 0 Open groove 1 4 Outer sheath 1 5 Light source 2 0 Page 12 of 34 M361596
[0055] 發光裝置3 0 [0056] 基座3 0 0 [0057] 光源均佈元件3 0 1 [0058] 磁吸元件3 1 0 [0059] 嵌合肋4 0 [0060] 道路燈標5 0 [0061] 標桿5 1 [0062] 警示燈誌5 3 [0063] 燈飾5 4、5 5 [0064] 發光飾條5 6 ' 5 7 [0065] 照明具5 8 [0066] 車身6 1 [0067] 周緣光雕5 2 [0068] 牌舫6 2 [0069] 遮陽傘桿6 3 [0070] 隨身攜帶物（拐杖）6 4 [0071] 人員6 5 [0072] 轉折路徑6 6 表單編號A0101 第13頁/共34頁[0055] Light-emitting device 3 [0056] Base 3 0 0 [0057] Light source uniformity element 3 0 1 [0058] Magnetic element 3 1 0 [0059] Fitted rib 4 0 [0060] Road beacon 5 0 [0061] Benchmark 5 1 [0062] Warning light 5 3 [0063] Lighting 5 4, 5 5 [0064] Light strip 5 6 ' 5 7 [0065] Lighting 5 8 [0066] Body 6 1 [0067] Peripheral Light Carving 5 2 [0068] Plaque 6 2 [0069] Parasol Rod 6 3 [0070] Carrying Object (Crutch) 6 4 [0071] Person 6 5 [0072] Turning Path 6 6 Form No. A0101 Page 13 / Total 34 pages