八、新型說明： 【新型所屬之技術領域】 種可將夜Eight, new description: [New technology field]
M313063 本創作係有關一種存水^ M 光粉末㈣塗佈於材㈣構’特別是一 、氏層表面之夜光材料結構。 【先前技術】 Γ *於缺乏環境光線的反射，致使人體的可視 低，因此絲造成許多危險，例如在夜間的交通環境中視 =路車輛駕駛員容易因無法及時辨識周遭的物 體或路人而發生喊，並造成人㈣傷害或經濟的損失。ι的物 而夜紐料即是應胁黑暗環境巾之—種警示絲， 是姐級末所製成。t自域有其他統_時，夜光 =g吸㈣_光能’並於黑暗魏_自紐$絲，而無須 、电力的供應’因此適合在黑暗環境巾應驗警*制，可黏貼於 運路二侧之指示牌，或者與衣服或交通卫具結合，轉護路人或 騎士的安全。且由於現代的人多重視生活的樂趣，將夜光材料以 特定形絲貼於房間之天花板’使得該賴可於之後在天花 板發出如星空般耀眼之景色。 目前之夜光材料係將夜光粉末與樹脂依適當比例混合，然而 在混合過程中該夜光粉末即無法均勻的分佈於樹脂之中，造成樹 脂每單位面積所含之夜光粉末不相等，因此若欲維持一定程度之 ^光效果’則谷易浪費大$之仪光粉末，且由於多數之夜光粉末 係包覆於樹脂内部，因此非完全透明之樹脂將限制住該等夜光粉 末的發光效果。 5 M313063 【新型内容】 光於於提供一種夜光材料結構，利用將夜 置==材料結構之表面，以大量節省夜光粉 禾之用1，並達到更好之發光效率。 人J達亡，目的，本創作係提供—種夜光材料結構，包 二一底材’前述夜光粉末係以〆粘著劑均勻黏 著劑。之上表面’且前述夜光粉末係外露於前述枯 於樹3ϋ的ί材料結構係將夜光粉末均勻分佈 得：：：：1吏5亥夜光材料結構的每，單位面積所獲 量平均：避免每-單位面積所獲得之夜： :於，，造成夜光^末的浪費’並可大量減 a '斗、、、°構之表面，並非混入樹脂層内 邛，因此可獲得較大之發光效率。 ⑽本t!作之刖述目的或特徵，將依據後附圖式加以詳細 =’，需明暸的是’後附圖式及所舉之例’祇是做為說 明而非在限制或縮限本創作。 【實施方式】 v本創作係為一種夜光材料結構，利用將夜光粉末均勻 2佈於該夜光材料結構之表面，以取代傳統將夜光粉末與 树脂混合形成夜光材料結構之方式，並達到高效率之夜光 顯示效果。 參考第-圖為本創作較佳實施例之一夜光材料模層 M313063 ίο胃的結構剖面圖。該夜光材料模層1〇係於基材u上利用 熱壓或淋膜方式將PE材料貼合，以形成PE層12，再於 PE層12之表面上處以離型劑，使其形成具有離形效果之 離形層13。再利用高溫處理施於基材u的離形層13，使 該離形層13軟化，將複數個夜光粉末14植入該離形層13M313063 This creation is about a kind of luminescent material structure that is applied to the surface of the material (four) structure, especially the surface of the layer. [Prior Art] Γ * In the absence of reflection of ambient light, the human body has low visibility, so the silk poses many dangers. For example, in the traffic environment at night, the driver of the road is prone to shouting because he cannot recognize the surrounding objects or passers-by in time. And cause people (four) injury or economic loss. The object of ι and the night button is the kind of warning wire that should be threatened by the dark environment towel, which is made at the end of the sister class. t from the domain has other systems _, night light = g suction (four) _ light energy 'and in the dark Wei _ from the New Zealand silk, and no need, the supply of electricity 'is therefore suitable for the dark environment towel should be checked, can be glued to the transport The sign on the second side of the road, or combined with clothes or traffic guards, to protect the safety of passers-by or knights. And because modern people pay more attention to the joy of life, the luminous material is attached to the ceiling of the room with a specific shape wire, so that the Lai can then shine like a starry sky on the ceiling. At present, the luminous material mixes the luminous powder and the resin in an appropriate ratio. However, the luminous powder cannot be uniformly distributed in the resin during the mixing process, and the luminous powder contained in the resin per unit area is not equal, so if it is to be maintained A certain degree of light effect is a waste of the large amount of light, and since most of the luminous powder is coated inside the resin, the non-transparent resin will limit the luminous effect of the luminous powder. 5 M313063 [New content] It is better to provide a luminous material structure, and use the surface of the night == material structure to save a lot of luminous powder and achieve better luminous efficiency. The person J died, the purpose is to provide a kind of luminous material structure, including the second substrate. The upper surface 'and the aforementioned luminous powder system are exposed to the above-mentioned 材料 material structure of the tree ϋ 将 将 将 将 : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : - The night of the unit area: :,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, (10) The purpose or characteristics of this t! will be detailed in accordance with the following figures = ', it should be understood that 'the latter drawing and the examples cited' are for illustrative purposes only and are not limiting or limiting creation. [Embodiment] v This creation system is a luminous material structure, which uses a uniform luminous powder 2 on the surface of the luminous material structure to replace the traditional way of mixing the luminous powder with the resin to form a luminous material structure, and achieve high efficiency. Luminous display effect. Referring to the first drawing, a structural sectional view of a luminous material mold layer M313063 ίο stomach is shown in the preferred embodiment of the present invention. The luminescent material layer 1 is attached to the substrate u by hot pressing or laminating to bond the PE material to form the PE layer 12, and then the release agent is disposed on the surface of the PE layer 12 to form a separation layer. The fractal layer 13 of the shape effect. The release layer 13 applied to the substrate u is further treated with a high temperature to soften the release layer 13, and a plurality of luminous powders 14 are implanted into the release layer 13
上’並以熱壓方式將該夜光粉末14壓入離形層13與PEUp and pressing the luminous powder 14 into the release layer 13 and PE by hot pressing
層2，以形成該夜光材料模層1〇。其中，該等夜光粉末14 係為不規則狀且大小不一之細微粒子。利用該離形層13 將該等夜光粉末14均勻分佈，使該等夜光粉末14可達最 佳之發光效果。且較佳的，該等夜光粉末14係以喷覆方式 植入該離形層13。 爹考第二圖為夜光材料模層1〇結合樹脂層15與底材 16、之組合結構的結構剖面圖。該夜光材料結構係於完成之 夜光材料模層1〇包含夜光粉末14之一側表面塗佈一樹脂 層15以作為一粘著劑，再以該樹脂層15黏貼一底材16， 並置放以等待該樹脂層15乾燥。 芩考第三圖為組合結構中自離形層13與夜光粉末14 分離之實施狀態剖面圖。當該樹脂層15乾燥之後，即可利 ^離形層13之分離特性，將夜光材料模層1〇中用以固定 夜光粉末14之基材1卜pe模層12、離形層π等剝離該夜 光粉末14與樹脂層15及底材16，以形成如第四圖所= 夜光材料結構。 復參考第四圖所示本創作較佳實施例之夜光材料結 的結構剖面圖。由於該等夜光粉末14係為均勻分佈於該 脂層15之上表面，使該夜光材料結構的每一單位面積所& M313063 - 得之夜光粉末14數量平均，避免每一單位面積所獲得之夜 光粉末14數量分配不均勻，造成夜光粉末14的浪費’並 可大量減少於該夜光材料結構中之夜光粉末14的用量。且 由於該等夜光粉末14係直接設置於該夜光材料結構之表 面，並非混入該樹脂層15内部，因此當該夜光材料結構發 出夜光時，該夜光材料結構可直接從表面之夜光粉末14發 出夜光，較之習知技術的夜光粉末需從樹脂内部發出夜光 可獲得較大之發光效率。 ® 在詳細說明本創作的較佳實施例之後，熟悉該項技術 人士可清楚的瞭解，在不脫離下述申請專利範圍與精神下 進行各種變化與改變，且本創作亦不受限於說明書中所舉 實施例的實施方式。 M313063 【圖式簡單說明】 第一圖為本創作較佳實施例之一夜光材料模層的結構 剖面圖； 第二圖為夜光材料模層結合樹脂層與底材之組合結構 的結構剖面圖； 第三圖為組合結構中自離形層與夜光粉末分離之實施 狀態剖面圖；以及 第四圖為本創作較佳實施例之夜光材料結構的結構剖 面圖。 [主要元件符號對照說明] ίο ---夜光材料模層 11— 基材 12— --PE 模層 13— 離形層 14— 夜光粉末 15— 樹脂層 16— --底材 9Layer 2 is formed to form the luminescent material mold layer 1 〇. Among them, the luminous powders 14 are fine particles having irregular shapes and different sizes. The luminous powders 14 are evenly distributed by the release layer 13 so that the luminous powders 14 can achieve the best luminescent effect. Preferably, the luminous powders 14 are implanted into the release layer 13 by spraying. The second drawing is a cross-sectional view showing the structure of the combination of the resin layer 15 and the substrate 16 of the luminous material layer 1 . The luminescent material structure is coated with a resin layer 15 on the side surface of the finished luminescent material layer 1 〇 comprising the luminous powder 14 as an adhesive, and then the substrate 16 is adhered with the resin layer 15 and placed. The resin layer 15 is waited for drying. The third drawing is a cross-sectional view showing the state in which the self-release layer 13 and the luminous powder 14 are separated in the combined structure. After the resin layer 15 is dried, the separation property of the release layer 13 can be improved, and the base material 1 of the luminous material mold layer 1 for fixing the luminous powder 14 and the release layer π can be peeled off. The luminous powder 14 and the resin layer 15 and the substrate 16 are formed as a luminous material structure as shown in the fourth figure. Referring to the fourth embodiment, a cross-sectional view of the structure of the luminous material of the preferred embodiment of the present invention is shown. Since the luminous powders 14 are uniformly distributed on the upper surface of the lipid layer 15, the amount of the luminous powder 14 per unit area of the luminous material structure is averaged to avoid the obtained per unit area. The amount of luminous powder 14 is unevenly distributed, resulting in a waste of luminous powder 14 and can be substantially reduced by the amount of luminescent powder 14 in the luminescent material structure. Moreover, since the luminous powders 14 are directly disposed on the surface of the luminous material structure and are not mixed into the resin layer 15, the luminous material structure can directly emit luminous light from the surface luminous powder 14 when the luminous material structure emits luminous light. Compared with the conventional technology, the luminous powder needs to emit night light from the inside of the resin to obtain a large luminous efficiency. ® After a detailed description of the preferred embodiment of the present invention, it will be apparent to those skilled in the art that various changes and modifications can be made without departing from the scope and spirit of the application. Embodiments of the illustrated embodiments. M313063 [Simple description of the drawings] The first figure is a structural sectional view of a luminous material mold layer of a preferred embodiment of the present invention; the second figure is a structural sectional view of a combination of a luminous material mold layer and a resin layer and a substrate; The third drawing is a cross-sectional view showing the state in which the self-release layer and the luminous powder are separated in the combined structure; and the fourth drawing is a structural sectional view showing the structure of the luminous material of the preferred embodiment. [Main component symbol comparison description] ίο --- Luminous material mold layer 11 - Substrate 12 - - PE mold layer 13 - Release layer 14 - Luminous powder 15 - Resin layer 16 - - Substrate 9