TW530000B - Method of manufacturing Fresnel lens - Google Patents
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- TW530000B TW530000B TW90133406A TW90133406A TW530000B TW 530000 B TW530000 B TW 530000B TW 90133406 A TW90133406 A TW 90133406A TW 90133406 A TW90133406 A TW 90133406A TW 530000 B TW530000 B TW 530000B
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530000530000
五、發明說明(1) 【發明領域】 本發明係關於一種菲涅耳透鏡之製造方法,特別是* 用局部下膠方式來塗佈光固膠之菲涅耳透鏡製造方法疋利 【習知 隨 品質越 用場合 主要的 過顯示 畫質以 的亮度 菲涅耳 光線收 角内, 菲 涅耳圖 熱壓等 模,一 大尺寸 的菲涅 基丙烯 化,以 技術】 著HDTV 與DVD Player 的普 來越受到市場的重視。在 與價格的考量下,背(内) 發展方向之一。 般而言,背投影屏幕是將 屏幕而進入觀眾的眼睛, 及輕薄為其特點,所以在 、增加影像對比度與解決 透鏡主要的功能在於將投 集起來’使得原來發散的 以達到增加影像亮度之目 淫耳透鏡的構造主要是由 案的樹酯所組成,其製造 方式’但是產品尺寸的大 般連續式的生產流程均限 的產品僅可以批式鑄模方 耳透鏡製造方法是以反應 酸甲酯、聚丙乙烯樹酯或 鱗模方式在壓克力板上形 及大尺寸顯示器的影像 大尺寸顯示器中,由於使 投影電視成為光電產業中 投影機中的影像投出,穿 在市場上是以大尺寸、高 設計上需考慮到觀察角度 影像變型等問題。其中, 影機所投出之大發散角的 光線可以集中於觀眾的視 的。 一壓克力板以及一具有菲 方法有射出成型、鑄模及 小均受限於生產設備的規 制在小於2 〇吋的產品,而 式(casting)生產。習知 型的聚胺基甲酸酯、聚曱 是其共聚物在室溫下硬 成菲涅耳透鏡的圖案後,V. Description of the Invention (1) [Field of the Invention] The present invention relates to a method for manufacturing a Fresnel lens, in particular, a method for manufacturing a Fresnel lens using a local glue method to apply light-solidifying glue. [Knowledge The higher the quality, the higher the quality of the display. The Fresnel light is within the angle, the Fresnel chart is hot-pressed, and a large size of Fresnel is acrylized. The technology of HDTV and DVD Player Pulai has been valued by the market. Under consideration of price, it is one of the development directions. Generally speaking, the rear projection screen is the screen that enters the viewer's eyes, and it is thin and light. Therefore, the main function of increasing the contrast of the image and solving the lens is to gather the light to make the original divergent to increase the brightness of the image. The structure of the eye lens is mainly composed of case resin. Its manufacturing method is' but the product size is generally continuous. The products with limited production processes can only be batch-molded. Ester, polypropylene resin or scale mold method is used in the acrylic large-screen and large-sized display image large-sized display. As the projection television is made into the image projection of the projector in the optoelectronic industry, it is worn on the market. The large size and high design need to take into account the image variation of the viewing angle. Among them, the light emitted by the projector with a large divergence angle can be focused on the viewer's view. An acrylic sheet and a phenanthrene method have injection molding, casting molds, and small products that are limited by production equipment to less than 20 inches, and casting is produced. The conventional polyurethane and polyfluorene are copolymers that are hardened into a Fresnel lens pattern at room temperature.
$ 4頁 530000$ 4 page 530000
脫模痕以及不易脫模等缺點。另一 ^、、、間過長、且有先 係以紫外線硬化膠來替代反應型 =涅耳透鏡製造方法 產期程、*量生產,但容易在製造過:中J :::以縮短生 所製作出之菲淫耳透鏡的良率有报大的影泡’對於 【發明概要】 針對上述問題, 膠方式塗佈光固膠於 淫耳透鏡之製造方法 為達上述目的,本發明 法’包含下列步驟··將一光 菲淫耳模具上;以滾壓方式 光固膠之菲涅耳模具上;以 模具來固化光固膠;及將光 形成菲涅耳透鏡。 下 非 提供一種菲涅耳透鏡之製造方 固膠以局部下膠方式塗佈於一 將一壓克力基板覆蓋於塗佈有 光線照射壓克力基板與菲涅耳 固膠與菲涅耳模具分離,據以Disadvantages such as demolding marks and not easy demolding. Another ^ ,,, and interval are too long, and the UV-curing glue was used to replace the reactive type = Neel lens manufacturing method. The production period and the mass production, but it is easy to manufacture: The yield rate of the produced philistine lens has a large shadow bubble. 'For the [Summary of the Invention] In view of the above problems, the manufacturing method of applying light-solid adhesive to the erotic lens by a gel method is to achieve the above purpose, the method of the present invention The method includes the following steps: placing a light Fresnel mold; a Fresnel mold for curing light by a rolling method; curing the light curing adhesive with a mold; and forming the light into a Fresnel lens. Xiafei provides a Fresnel lens manufacturing method. The square glue is applied in a partial glue method. An acrylic substrate is covered with a light-coated acrylic substrate and Fresnel cement and Fresnel mold. Separate
與習知技術相比,本發明菲涅耳透鏡之製造方法係利 用局部下膠方式塗佈光固膠於菲涅耳模具上,其能夠有效 除去製程中所產生的氣泡,對於提升所製造之菲涅耳透鏡 的良率有很大的助益。 【車父佳實施例之詳細說明】 以下將參照相關圖式,說明依據本發明實施例的菲涅 耳透鏡之製造方法,其中相同的元件將以相同的參照符號Compared with the conventional technology, the method for manufacturing a Fresnel lens according to the present invention is to apply a light-curing glue on a Fresnel mold by using a local glue method, which can effectively remove air bubbles generated during the manufacturing process, and improve The yield of Fresnel lenses can be very helpful. [Detailed description of the Chevrolet embodiment] The method of manufacturing a Fresnel lens according to an embodiment of the present invention will be described below with reference to related drawings, wherein the same components will be denoted by the same reference symbols
第5頁 530000Page 5 of 530000
加以說明。 -^ r, , , ; :ί2 : ; :Γ)" I"; ^:;Τ " ^ 板13覆蓋於塗佈有光固和之菲埋耳模具& ^^基 =照射/克力基板13與菲淫耳模具12來固化光固膠11Explain. -^ r,,,;: ί2:;: Γ) " I "; ^ :; Τ " ^ The plate 13 is covered with a light-fixed phenanthrene ear mold & ^^ base = irradiation / gram Force substrate 13 and Philip ear mold 12 to cure light-solid adhesive 11
(夫二:^s〇 1中,如圖2所示’係利用-自動下膠系統 H中)將光固膠11以局部下膠的方式塗佈在菲这 = ^12上。而將光固谬u塗佈在菲淫耳模具12之前,择 2電消除ϋ去除壓克力基板13上與鋒耳模具12表面上 之靜電以及靜電吸附的粉塵。(Husband 2: ^ s〇1, as shown in Fig. 2 'in the use-automatic sizing system H) The photo-curing glue 11 is applied on the surface of Philippine ^ 12 in a partial sizing manner. Before applying the photo-cursor u to the philanthropic mold 12, select 2 electric elimination to remove the static electricity and electrostatically adsorbed dust on the acrylic substrate 13 and the surface of the ear mold 12.
於一步驟SO 1中’局部下膠方式係可分為線狀下勝(如 :日所示)以及點狀下膠(如圖2 A所示),下膠的圖形可 以疋门字型(如圖2所示)、μ字型(如圖2B )與弧形(如 ,2C所不)等等’其可減少光固膠丨丨的使用量以及防止製 程中所產生的氣泡。另外,於本實施例中所使用之光固膠 11係為一紫外光(UV )膠,其係可為曱基丙烯酸甲酯系列 以及氨基甲酸酯系列,如永寬化學型號ΕΧΑ288壓克力系列 之I外光硬化樹脂’而在·同時所使用之光起始劑係為C i ba E〜1 84 0· 5〜5%。製程中所產生之氣泡亦可藉由下膠喷頭 1 4與菲’圼耳模具1 2之間的距離控制來減少氣泡的產生’具 體而言’下膠喷頭1 4與菲涅耳模具丨2之間的距離約在1〜3In one step SO1, the method of “partial gluing” can be divided into linear gluing (as shown in Japanese) and dot gluing (as shown in FIG. 2A). As shown in FIG. 2), μ-shaped (as shown in FIG. 2B), curved shapes (such as 2C), etc., which can reduce the amount of light curing glue and prevent air bubbles generated in the manufacturing process. In addition, the light-solid adhesive 11 used in this embodiment is an ultraviolet light (UV) adhesive, which can be fluorenyl methyl acrylate series and urethane series, such as Yongkuan chemical model ΕΑΑ288 acrylic Series I external light hardening resin ', and the light initiator used at the same time is Ciba E ~ 1 84 0 · 5 ~ 5%. The air bubbles generated during the process can also be reduced by the distance control between the lower glue nozzle 1 4 and the Philip's mold 1 2 'specifically' the lower glue nozzle 1 4 and the Fresnel mold丨 The distance between 2 is about 1 ~ 3
530000 五、發明說明(4) 公分的範圍内。再者,光固膠丨丨的黏度(Visc〇sity )須 控制在約60 0厘泊〜1500厘泊(Cent卜p〇ise,Cp )之間。 此外,還須添加〇· 1〜1 %的界面活性劑,如台灣氰特科技 AEROSOL surfactants,來預防氣泡的產生。 , 又’如圖3所示,於步驟S02中所使用之壓克力基板13 係為單面霧面防眩處理之光學壓克力基板。於步驟s〇2 中’以祠服轴慢慢覆蓋2〜3職的壓克力基板1 3於塗有光固 膠Π之菲淫耳模具12上,並且同時隨著滾壓輥(R〇ller ) 1 5往可滾壓’將光固膠丨丨在水平方向上有效的展開,亦可 有效去除下膠噴頭1 4所產生的氣泡。 圖4及圖5係為圖3之局部放大圖。於圖4及圖5中,可 清楚看出光固膠11與菲涅耳模具丨2之間的紋路。 請參照圖4,覆蓋完壓克力基板丨3之後,將壓克力基 板1 3、光固膠11以及菲涅耳模具丨2以輸送帶一同送入光照 裝置中照射光線藉以固化光固膠丨1,於此,光線為一紫外 光。 / ^再請參照圖5,將照完紫外光之壓克力基板1 3、光固 膠11以及菲淫耳模具1 2以自動脫模系統將菲涅耳模具丨2與 光固膠11分離,藉以形成菲涅耳透鏡1。 “本發明的菲涅耳透鏡之製造方法係利用局部下膠方法 將光固膠塗佈於菲涅耳模具上,由於局部下膠方法的關 係’可以有效減少在製程中所產生的氣泡,增加所製作之 $涅耳透鏡的良率。又,本發明所使用的樹酯係為光固 膠’經由照射光線就能固化樹酯,亦能夠縮短生產期程以530000 V. Description of the invention (4) Within the range of cm. In addition, the viscosity of the light-solid adhesive 丨 丨 must be controlled between about 60 centipoise and 1500 centipoise (Cent, pise, Cp). In addition, 0.1 to 1% of a surfactant must be added, such as AEROSOL surfactants from Taiwan Cytec Technology to prevent the generation of air bubbles. As shown in FIG. 3, the acrylic substrate 13 used in step S02 is an optical acrylic substrate with a single-sided matte anti-glare treatment. In step s02, 'acrylic substrate 1 2 of 3 ~ 3 positions are slowly covered with the temple clothes shaft on the Philippine ear mold 12 coated with light solid glue Π, and simultaneously with the rolling roller (R〇 ller) 1 5 can be rolled to 'expand the light solid glue 丨 丨 in the horizontal direction effectively, and can effectively remove the air bubbles generated by the lower glue spray head 1 4. 4 and 5 are partial enlarged views of FIG. 3. In FIG. 4 and FIG. 5, the lines between the light-curing adhesive 11 and the Fresnel mold 2 can be clearly seen. Please refer to FIG. 4, after covering the acrylic substrate 丨 3, the acrylic substrate 1 3, the light-curing adhesive 11 and the Fresnel mold 丨 2 are sent to the lighting device together with a conveyor belt to irradiate light to cure the light-curing adhesive.丨 1, here, the light is an ultraviolet light. / ^ Please refer to FIG. 5 again, the acrylic substrate 1 3, the light-curing glue 11 and the Fresnel mold 12 after the ultraviolet light is irradiated, the Fresnel mold 2 and the light-curing glue 11 are separated by an automatic demolding system. To form a Fresnel lens 1. "The manufacturing method of the Fresnel lens of the present invention is to apply a light-solid adhesive to a Fresnel mold by using a local glue method. Due to the local glue method, it can effectively reduce air bubbles generated during the manufacturing process and increase Yield of the $ Neel lens produced. In addition, the resin used in the present invention is a light-curing adhesive. The resin can be cured by irradiating light, and the production period can be shortened.
530000 五、發明說明(5) 及大量製造生產。 以上所述僅為舉例性,而非為限制性者。任何未脫離 本發明之精神與範疇,而對其進行之等效修改或變更,均 應包含於後附之申請專利範圍中。530000 V. Description of the invention (5) and mass production. The above description is exemplary only, and not restrictive. Any equivalent modification or change made without departing from the spirit and scope of the present invention shall be included in the scope of the attached patent application.
第8頁 530000 圖式簡單說明 【圖式之簡單說明】 圖1係為一方塊圖,說明本發明菲涅耳透鏡之製造方 法。 圖2 A到2 C係為示意圖,說明光固膠塗佈於菲理耳模具 上之局部下膠方式。 圖3係為一示意圖,說明壓克力基板覆蓋於菲涅耳模 具上。 圖4係為圖3之局部放大之一示意圖,說明光線照射以 固化光固膠。 圖5係為圖3之局部放大之一示意圖,說明分離光固膠 與菲涅耳模具,藉以形成菲涅耳透鏡。 · 【圖式符號說明】 1 菲 涅 耳 透 鏡 11 光 固 膠 12 菲 涅 耳 模 具 13 壓 克 力 基 板 14 下 膠 喷 頭 15 滾 壓 輥Page 8 530000 Brief description of the drawings [Simplified description of the drawings] FIG. 1 is a block diagram illustrating the manufacturing method of the Fresnel lens of the present invention. Figures 2A to 2C are schematic diagrams illustrating the partial dispersing method of applying light-solid adhesive on a Ferre mold. Fig. 3 is a schematic view illustrating that an acrylic substrate is covered on a Fresnel mold. Fig. 4 is a partially enlarged schematic diagram of Fig. 3, illustrating the irradiation of light to cure the photo-curing adhesive. Fig. 5 is a schematic enlarged view of a part of Fig. 3, illustrating the separation of the light-solid adhesive and the Fresnel mold to form a Fresnel lens. · [Illustration of Symbols] 1 Fresnel Lenses 11 Light-Solid Glue 12 Fresnel Mould 13 Acrylic Base Plate 14 Lower Nozzle Nozzle 15 Roller
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TW90133406A TW530000B (en) | 2001-12-31 | 2001-12-31 | Method of manufacturing Fresnel lens |
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TW90133406A TW530000B (en) | 2001-12-31 | 2001-12-31 | Method of manufacturing Fresnel lens |
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