玖、發明說明： 【發明所屬之技術領域】 本發明係指一種蓄光逃生標識牌之製造方法，乃針對 以往蓄光逃生標識以貼紙貼合或薄膜貼合於標識牌所造 成易脫落、易燃、有毒、亮度不夠等缺點而創作所提供之 製造方法，並可改進前述缺失。 【先前技術】 按，習用之蓄光逃生標識牌如圖一所示，其主要係藉 由一塑膠板片（1)上方貼合一層具有蓄光材料之逃生圖形 (21)與說明文字（22)的薄膜，或者如圖二所示以貼合方式 在板體（3)貼合一層具有蓄光材料之逃生圖形（41)與逃生 說明文字（42)的貼紙（4)，唯經查其乃存在有容易脫落、 易燃、有毒以及亮度較差之缺失；有鑑於此，本發明者乃 加以研究創作而提供一種蓄光逃生標識牌之製造方法。 是以本發明之主要目的乃在於提供一種蓄光逃生標 識牌之製造方法，除了可大量生產以外，其所得成品乃具 有蓄光標識不易脫落、不易燃、無毒以及亮度較佳之優點。 【發明内容】 本發明一種蓄光逃生標識牌之製造方法，係包括有下 列之步驟： 基材裁切，將鋁合金板材或不銹鋼金屬板材裁切成具有適 合加工之面積的板材； 脫脂去油，將前述步驟加工後之板材以蘇打輕洗機去除板 材表面之油脂； 表面處理，將前述步驟加工後之板材以上光機在板材表面 上一層金油以填補板材表面之毛細孔，並增加板材之表 面附著力； 上蓄光油墨，將油墨與鋁酸锶鈣（蓄光粉）以1:1〜1:1.7 的比例混合撹拌成蓄光油墨，然後藉印刷機以蓄光油墨 將前述步驟加工後之板材印刷一層具有蓄光油墨之逃 生標識，而此種逃生標識係可為逃生方向指示圖形、逃 生路線說明文字或圖形； 乾燥，將前述印刷有蓄光油墨之板材烘乾； 表面硬化處理，將前述步驟加工後之板材以上光機再上一 層金油以強化印刷表面之硬度，降低刮傷； 上保護膜，以貼合專用機將前述步驟所加工後之板材上方 貼合一層PE保護膜； 上背膠，以上膠機將前述步驟加工後之板材背面上膠，而 完成未分割之成品； 裁切，依實際使用時所須尺寸利用裁切機將前述步驟加工 後之未分割成品裁切成預定之數量而完成成品； 而藉由前述步驟所得蓄光逃生標識牌乃具有蓄光標 識不易脫落、不易燃、亮度較佳且無毒性之產業上利用價 值。 茲配合圖式詳加說明如后。 【實施方式】 如圖三所示，本發明一種蓄光逃生標識牌之製造方 法，係包括有下列之步驟： 基材裁切，將銘合金板材或不錄鋼金屬板材裁切成具有適 合加工之面積的板材； 脫脂去油，將前述步驟加工後之板材以蘇打輕洗機去除板 材表面之油脂； 表面處理，將前述步驟加工後之板材以上光機在板材表面 上一層金油以填補板材表面之毛細孔，並增加板材之表 面附著力； 上蓄光油墨，將油墨與鋁酸锶鈣（蓄光粉）以1:1〜1:1·7 的比例混合撹拌成蓄光油墨，然後藉印刷機以蓄光油墨 將前述步驟加工後之板材印刷一層具有蓄光油墨之逃 生標識，而此種逃生標識係可為逃生方向指示圖形、逃 生路線說明文字或圖形； 乾燥，將前述印刷有蓄光油墨之板材烘乾； 表面硬化處理，將前述步驟加工後之板材以上光機再上一 層金油以強化印刷表面之硬度，降低刮傷； 上保護膜，以貼合專用機將前述步驟所加工後之板材上方 貼合一層ΡΕ保護膜； 上背膠，以上膠機將前述步驟加工後之板材背面上膠，而 完成未;分割之成品（5)(參考圖四）； 裁切，依實際使用時所須尺寸利用裁切機將前述步驟加工 後之未分割成品（5)裁切成預定之數量而完成成品 (50)(參考圖五）。 是以藉由前述步驟所得蓄光逃生標識牌由於具有蓄 光標識不易脫落、不易燃、亮度較佳且無毒性之產業上利 用價值，又可大量快速生產，乃謹以發明專利申請之，懇 請鈞局貴審查委員予以詳查並賜准專利，至感德便。 【圖式簡單說明】 圖一係習用蓄光逃生標識牌之未組合狀態立體分解圖。 圖二係另一習用蓄光逃生標識牌之未組合狀態立體分解 圖。 圖三係本發明實施例之流程圖。 圖四係本發明實施例製造方法所得未分割成品之平面示 意圖。 圖五係本發明實施例製造方法所得成品之平面示意圖。 圖號說明： (5)未分割之成品（50)成品说明 Description of the invention: [Technical field to which the invention belongs] The present invention refers to a method for manufacturing a light-storage escape identification tag, which is based on the past light-storage escape identification tag or film attached to the identification tag, which is easy to fall off, flammable, Poisonous, insufficient brightness and other shortcomings, the manufacturing method provided by the creation, and can improve the aforementioned defects. [Previous technology] Press, the conventional light-storage escape sign is shown in Figure 1. It is mainly attached with a layer of light-storage material escape figure (21) and explanatory text (22) above a plastic plate (1). A film, or a sticker (4) with a light-storage material escape figure (41) and escape description (42) is pasted on the board (3) in a laminating manner as shown in Fig. 2, but it is found that It is easy to fall off, flammable, toxic, and lacks brightness. In view of this, the inventor has researched and created to provide a method for manufacturing a light-saving escape sign. The main purpose of the present invention is to provide a method for manufacturing a light-storage escape sign. In addition to mass production, the finished product has the advantages that the light-storage mark is not easy to fall off, non-flammable, non-toxic, and has better brightness. [Summary of the invention] A method for manufacturing a light-storage escape sign according to the present invention includes the following steps: cutting of a substrate, cutting an aluminum alloy plate or a stainless steel metal plate into a plate having an area suitable for processing; degreasing and degreasing, Remove the grease on the surface of the board with a soda light washing machine after the previous steps. For surface treatment, apply a layer of gold oil to the surface of the board to polish the pores on the board, and increase the thickness of the board. Surface adhesion; Put light-storage ink, mix the ink with calcium strontium aluminate (light-storage powder) in a ratio of 1: 1 ~ 1: 1.7 to mix light-storage ink, and then print the plate processed by the above steps with a light-storage ink by a printing machine. One layer has a light-emission ink-escape sign, and this type of escape sign can be an escape direction instruction graphic, escape route description text or graphics; dry, dry the board printed with the light-emission ink; surface hardening treatment, after the previous steps are processed Add a layer of gold oil to the glazing machine to strengthen the hardness of the printing surface and reduce scratches; With a special laminating machine, a layer of PE protective film is pasted on the board processed by the above steps; the back glue is applied, and the above glue machine glues the back of the board processed by the previous steps to complete the undivided product; cutting, According to the size required for actual use, a cutting machine is used to cut the undivided finished product processed in the foregoing steps into a predetermined amount to complete the finished product; and the light-saving escape identification plate obtained through the foregoing steps has a light-saving logo that is not easy to fall off, non-flammable, Industrial utilization value of better brightness and non-toxicity. Detailed descriptions are given below in conjunction with the drawings. [Embodiment] As shown in FIG. 3, a method for manufacturing a light-saving escape identification plate according to the present invention includes the following steps: cutting of a substrate, cutting an alloy plate or a non-steel metal plate into a material suitable for processing; Area of the board; degreasing and degreasing, the board processed by the previous steps to remove the grease on the surface of the board with a soda light washing machine; surface treatment, the board processed by the previous steps on the surface of the board with a layer of gold oil to fill the board surface Capillary pores, and increase the surface adhesion of the board; On the light-storage ink, mix the ink with calcium strontium aluminate (light-storage powder) at a ratio of 1: 1 ~ 1: 1 · 7 to mix the light-storage ink, and then use the printing machine to The light-storage ink prints a layer of the light-storage ink escape logo with the light-storage ink, and this escape mark can indicate the escape direction, the escape route description text or graphics; dry, dry the board printed with the light-storage ink ; Surface hardening treatment, the plate processed by the previous step is polished with a layer of gold oil to strengthen the hardness of the printing surface, reduce Injury; on the protective film, a special machine will be laminated with a layer of PE protective film above the board processed by the previous step; on the back glue, the above glue machine will glue the back of the board processed by the previous step, and finished unfinished; The finished product (5) (refer to Figure 4); cutting, according to the size required for actual use, using a cutting machine to cut the undivided product (5) processed in the previous steps into a predetermined amount to complete the finished product (50) ( (Refer to Figure 5). The light-storage escape identification plate obtained through the foregoing steps has the industrial use value of the light-storage mark that is not easy to fall off, non-flammable, better brightness, and non-toxic, and can be mass-produced. Your examiner will examine and grant the patent in good faith. [Schematic description] Figure 1 is a three-dimensional exploded view of the unassembled state of a conventional light-storage escape sign. Fig. 2 is an exploded perspective view of an unassembled state of another conventional light-storage escape sign. FIG. 3 is a flowchart of an embodiment of the present invention. FIG. 4 is a schematic plan view of an undivided product obtained by the manufacturing method according to the embodiment of the present invention. FIG. 5 is a schematic plan view of a finished product obtained by the manufacturing method according to the embodiment of the present invention. Drawing number description: (5) Undivided finished product (50) Finished product