M324168 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種燈管結構改良，尤其是指將發光 内ί套在外管之内’並於外管一側設成一反射性隹而於另 側設成透光性更佳的一種燈管架構之創新設計。 【先前技術】 自從愛迪生發明電燈以來，人類的夜間生活就脫離不 .了電燈的使用’使人類於夜晚的活動因有電燈的照亮，更 為方便而且更顧多采多姿。 按’早期的電燈大部份都是使用具有鎢絲的燈泡，但 疋隨者能源成本的高漲，加上，政府推行節钓能源之政 策，目前大部份的人都改用日光燈來照明，這些日光燈， 主要係利用燈管裝設在燈具上而成，利用燈管能發光以向 四面八方照射，再配合燈具的反射，將光線照射在要照明 之處。 然而，現有之燈管由於發光時係向四面八方照射，再 配合燈具的反射，而燈管與燈具均有相當距離，且燈具的 反射效果並不好，所以造成該燈管產生的光亮度極為不 佳。 緣是，創作人有鑑於此，秉持多年相關行業實際之設 計與製造經驗，提供一種創新的燈管結構改良，以期完全 改善現有之所有缺失者。 【新型内容】 本創作係有關於一種燈管結構改良，讀燈管主要係由 一發光内管、以及一外管所組成；該發光内管之兩端分別 5 M324168 祕·端子，該外管係為透叫f製成而可呈圓形、 圓形、半圓形、或各種形狀，其係、套在發光内管之外，$ 令發光内管兩端之電性端子係凸伸於外管之外，再者， 管之i外管壁上係設有可擋止光線f透之光反射膜1 額之内管壁上係經蒙化處理而設有不規則之凹凸粗糖 面’可將發光内管所發出之光線向四面八方反射，另外， 外管之另侧外管壁及内管壁上係均設有螢光層，該螢光層 係可經由塗設或貼設形成，令該侧之外管更具透光性；據 此，俾達提供該燈管產生更光亮之效果者/' ’ 【實施方式】 . 而為令本創作之技術内容、創作目的及其所能達成之 功效能更完整、清楚的揭露，茲請一併參閱所揭之亂式及 i 圖號並詳細說明如下： 首先，本創作係有關於一種燈管結構改良，請參聞第 一、二、三圖所示，第一圖係本創作燈管之立體透祝圖， 第二圖係本創作燈管之前視剖面圖，第三圖係本創作燈管 之斷面剖視圖，該燈管（1 )，主要係包括有一發光内# ’ （11)、以及一外管（12)而成，其中： 該發光内管（11)，其兩端分別設有電性端子（111) ’ 該電性端子（111)經電性連接後可令發光内管（11)產生光 源; 該外管（12)，係為透明之材質製成（如：玻璃威石 英），併請參閱第四、五圖所示，從斷面觀之可呈圓形、 橄欖形、半圓形、或其他各種形狀，其係套在發光内管（11) 之外，且令發光内管（11)兩端之電性端子（丨丨丨）係凸伸於 外管（12)之外，再者，外管（12)之一侧外管壁（121)上係 6 M324168 設有光反射膜(2)，該光反射膜（2)可擋止發光内管（ii)所 發出之光線穿透而令光線向内反射，且外管（12)之該侧内 管壁（122)上係經蒙化處理，令該外管（12)之該侧内管壁 (122)係呈不規則之凹凸粗糙面（3)，而可將發光内管（π) 所發出之光線向四面八方反射，另外，外管（12)之另侧外 管壁（121)及内管壁（122)上係均設有螢光層（4)，該螢光 層（4)係可經由塗設或貼設形成，令該侧之外管（12)更具 透光性，以增加燈管（1)之亮度。 I 於實施使用時，請參閱第一、六圖所示，第六圖係本 創作燈管實施使用之斷面剖視示意圖，係先將燈管（1)轉 向，使該燈管（1)在外管（12)之内、外管壁（122)、（121) 上設有螢光層（4)的一側朝向要照明之方向，再將電性端 子（111)接設於燈具上，即可供使用者使用，由於該燈管 (I) 其外管（12)之内、外管壁（122)、（121)上設有螢光層 (4)的一側係朝向要照明之方向，將使該侧之外管（12)更 具透光性，同時，於另側的外管（12)外管壁(121)上係設 > 有光反射膜（2)，該光反射膜（2)可擋止發光内管（11)所發 出之光線穿透而令光線反射，加上，於該侧的外管（12)内 管壁（122)上係設有不規則之凹凸粗糙面（3)，當發光内管 (II) 所發出之光線照設於該侧内管壁（122)時將被向四面 八方反射，因此將使該燈管（1)具有較佳的亮度。 由上所述，本創作之結構組成及實施說明可知，本創 作之燈管，由於在外管的外管壁相對位於要照明方向之另 侧上係設有光反射膜，可擋止發光内管所發出之光線穿透 而令光線向要照明方向反射，且於該側之内管壁上係設有 不規則之凹凸粗糙面，而可將發光内管所發出之光線向四 7 M324168 面八方均勻反射，加上，在外管相對位於要照明方向之内 外管壁上設有螢光層，使該侧之外管更具透光性，所以將 造成該燈管内之發光内管所發出之光線更集中照射於要 照明之方向，使該燈管更具光亮之效果。 綜上所述，本創作實施例確能達到所預期之使用功 效，又其所揭露之具體構造，不僅未曾見諸於同類產品 中，亦未曾公開於申請前，誠已完全符合專利法之規定與 要求，爰依法提出新型專利之申請，懇請惠予審查，並賜 k 准專利，則實感德便。 M324168 【圖式簡單說明】 第一圖：本創作燈管之立體透视圖 第二圖··本創作燈管之前視剖面圖 第二圖：本創作燈管之斷面剖視圖 第四圖:本創作燈管之斷面剖視圖(橄欖形外管) 第五圖：本創作燈管之斷面剖視圖（半圓形外管) 第六圖：本創作燈管實施使用之斷面剖視示意圖 【主要元件符號說明】 <本創作> (1) 燈管 (11) 發光内管 (111) 電性端子 (12) 外管 (121) 外管壁 (122) 内管壁 (2) (4) 光反射膜 螢光層 (3) 凹凸粗縫面M324168 VIII. New description: [New technical field] This creation is about the improvement of a lamp structure, especially when the light is inside the outer tube and is set as a reflective 于 on the side of the outer tube. An innovative design of a lamp structure with better light transmission on the other side. [Prior Art] Since Edison invented the electric light, the night life of human beings has been separated. The use of electric lights has made human activities at night more illuminating with electric lights, which is more convenient and more diverse. According to the 'early electric lights, most of them use tungsten bulbs, but the energy costs of the followers are high. In addition, the government has implemented the policy of saving energy. Most people now use fluorescent lamps to illuminate them. These fluorescent lamps are mainly made up of lamps installed on the lamps, which can be illuminated by the lamps to illuminate in all directions, and then cooperate with the reflection of the lamps to illuminate the places to be illuminated. However, the existing lamp tube is illuminated in all directions due to the illumination, and then cooperates with the reflection of the lamp, and the lamp tube and the lamp have a considerable distance, and the reflection effect of the lamp is not good, so the brightness of the lamp is extremely low. good. The reason is that, in view of this, the creators have provided an innovative lamp structure improvement with the actual design and manufacturing experience of relevant industries for many years, with a view to completely improving all the existing missing. [New content] This creation department is about the improvement of a lamp tube structure. The reading tube is mainly composed of a light-emitting inner tube and an outer tube; the two ends of the light-emitting inner tube are respectively 5 M324168 secret terminal, the outer tube It is made of translucent f and can be round, circular, semi-circular, or various shapes. It is sleeved outside the inner tube of the light-emitting tube, so that the electrical terminals at both ends of the inner tube of the light-emitting tube are protruded from In addition to the outer tube, in addition, the outer tube wall of the tube is provided with a light reflecting film 1 which can block the light from passing through. The inner wall of the tube is subjected to a masking process and an irregular concave and convex sugar surface is provided. The light emitted by the inner tube can be reflected in all directions, and the outer tube wall and the inner tube wall of the outer tube are provided with a fluorescent layer, which can be formed by coating or affixing. Therefore, the outer tube of the side is more translucent; according to this, the company provides the light tube to produce a brighter effect / "the embodiment". For the purpose of making the technical content, creation purpose and the ability of the creation The effect achieved can be more completely and clearly disclosed. Please refer to the unexamined and i-numbers and explain in detail. Bottom: First of all, this creation department has an improvement on the structure of a lamp. Please refer to the first, second and third figures. The first picture is the three-dimensional illustration of the lamp, and the second picture is the lamp. The cross-sectional view of the present invention is a cross-sectional view of the lamp tube. The lamp tube (1) mainly comprises a light-emitting interior #' (11) and an outer tube (12), wherein: The light-emitting inner tube (11) is respectively provided with electrical terminals (111) at both ends thereof. The electrical terminal (111) is electrically connected to cause the light-emitting inner tube (11) to generate a light source; the outer tube (12), It is made of a transparent material (such as glass wei quartz), and can be seen in the fourth and fifth figures. It can be circular, olive, semi-circular, or various other shapes. The outer end of the light-emitting inner tube (11) is disposed outside the outer tube (12), and the outer tube (12) is protruded from the outer tube (12). One of the side outer tube walls (121) is provided with a light reflecting film (2), and the light reflecting film (2) can block the light emitted by the light emitting inner tube (ii) from passing through the light. Internal reflection, and the inner tube wall (122) of the outer tube (12) is subjected to a dressing treatment, so that the inner tube wall (122) of the outer tube (12) has an irregular rough surface ( 3), the light emitted by the inner tube (π) can be reflected in all directions, and the outer tube wall (121) and the inner tube wall (122) of the outer tube (12) are provided with fluorescent light. The layer (4), the phosphor layer (4) can be formed by coating or pasting, so that the outer tube (12) is more translucent to increase the brightness of the tube (1). I In the implementation, please refer to the first and sixth figures. The sixth figure is a cross-sectional schematic view of the implementation of the lamp. The lamp is first turned (1) to make the lamp (1) The side of the outer tube (12), the outer tube wall (122), and the (121) having the fluorescent layer (4) facing the direction to be illuminated, and then the electrical terminal (111) is connected to the lamp. That is, it can be used by the user, because the inner side of the outer tube (12) of the tube (12) and the side of the outer tube wall (122) and (121) with the fluorescent layer (4) are oriented toward the illumination. The direction will make the outer tube (12) more translucent, and at the same time, the outer tube (12) on the other side of the outer tube (121) is provided with a light reflecting film (2), the light The reflective film (2) blocks the light emitted by the inner tube (11) from penetrating to reflect the light, and the irregularity is formed on the inner wall (122) of the outer tube (12) on the side. The rough surface (3) will be reflected in all directions when the light emitted from the inner tube (II) is reflected on the side inner tube wall (122), so that the tube (1) will have better brightness. . From the above, the structural composition and implementation description of the present invention can be seen that the lamp tube of the present invention can block the inner tube of the light tube because the outer tube wall of the outer tube is provided with a light reflecting film on the other side opposite to the direction of illumination. The emitted light penetrates to reflect the light in the direction to be illuminated, and an irregular concave and convex rough surface is arranged on the inner wall of the side, and the light emitted from the inner tube can be directed to the four 7 M324168 faces. Uniform reflection, in addition, a fluorescent layer is arranged on the inner and outer tube walls of the outer tube relative to the direction of illumination, so that the outer tube of the side is more translucent, so that the inner tube of the inner tube of the tube is emitted The light is more concentrated in the direction to be illuminated, making the tube more luminous. In summary, the present embodiment can achieve the expected use efficiency, and the specific structure disclosed therein has not been seen in similar products, nor has it been disclosed before the application, and has fully complied with the provisions of the Patent Law. And the request, the application for a new type of patent in accordance with the law, please forgive the review, and give the k patent, it is really sensible. M324168 [Simple description of the diagram] The first picture: the perspective view of the creation of the lamp tube, the second picture, the front view of the creation lamp, the second picture: the sectional view of the creation lamp, the fourth picture: the creation lamp Sectional cross-sectional view of the tube (orange-shaped outer tube) Figure 5: Sectional cross-sectional view of the tube (semi-circular outer tube) Figure 6: Schematic cross-sectional view of the implementation of the lamp (main component symbol) Description] <This creation> (1) Lamp (11) Illuminating inner tube (111) Electrical terminal (12) Outer tube (121) Outer tube wall (122) Inner tube wall (2) (4) Light reflection Film fluorescent layer (3) concave and convex rough surface