201128053 六、發明說明： 【發明所屬之技術領域】 本發明是有關於一種窗簾組件，特別是指一種以纸纖 維為主要原料的窗簾組件的製造方法及其成品。 【先前技術】 以往的百葉窗或氣窗等葉片主要是鋁或鐵質薄片經沖 製成弧形截面後，再經表面烤漆而成’然而，此種材質的 葉片，具有原料成本較高、成品重量較重而影響操作的便 利性，及受陽光照射後易吸熱導致隔熱效果較差等缺點。 為了改善缺失，業者開發出利用聚氯乙烯（pvc)等塑膠原料 成型製出的葉片’以達到輕質化與方便操作的效果，雖然 聚氣乙烯具有容易成型與重量較輕的特性，但是，聚氯乙 烯材質的葉片廢棄後無法在自㈣境分解且可能釋放出毒 素，使塑膠材皙的整+ 的葉片具有無法回收而容易造成環保問題 的缺點。 用品t保意識’以進-步提升生活品質並使曰常 服产保^ ^王使用的標準’目前仍然有持續開發能夠克 術:需^且仍'然保有實用性的環保產品及其相關製造技 【發明内容】 因此，本發明之一 要原料製出且古 的，即在棱供—種以紙纖維為主 需求的窗簾組件的製造^法強m同時符合環保與實用201128053 VI. Description of the Invention: [Technical Field] The present invention relates to a curtain assembly, and more particularly to a method of manufacturing a curtain assembly using paper fibers as a main raw material and a finished product thereof. [Prior Art] In the past, blades such as blinds or louvers were mainly made of aluminum or iron flakes which were punched into a curved section and then painted on the surface. However, the blades of this material have high raw material cost and finished product weight. It is heavier and affects the convenience of operation, and it is easy to absorb heat after exposure to sunlight, resulting in poor heat insulation. In order to improve the defect, the company has developed a blade made of a plastic material such as polyvinyl chloride (PVC) to achieve light weight and convenient operation. Although the polyethylene gas has the characteristics of easy molding and light weight, When the leaves of polyvinyl chloride are discarded, they cannot be decomposed in (4) and may release toxins, so that the whole + blades of the plastic material have the disadvantages of being unrecoverable and easily causing environmental problems. Supplies t-consciousness 'to improve the quality of life in a step-by-step manner and to protect the quality of the product ^ ^ The standard used by the king 'There is still continuous development and can be used: environmentally friendly products that need to be and still have practicality and related manufacturing [Invention] Therefore, one of the inventions is made of raw materials and is ancient, that is, in the manufacture of curtain components which are mainly required for paper fibers, the method is strong and environmentally friendly.
本發明窗簾葉片的製造方法包含下列步驟：（A 201128053 )製備多數_維基板；⑻該等紙纖維基板分別塗附樹 脂；（c)堆疊塗附有樹脂的該等紙纖維基板，並進行模壓 成型為一複合纖維紙材；（D)將該複合纖維紙材進行乾燥 處理’形成-初胚；⑻將乾職理後的初胚進行成= 理’形成一窗簾組件。 处 本發明窗簾組件的製造方法之功效：藉由提供樹脂社 合多數紙纖維基板並漏成Μ該複合纖維紙材作為初^ ’能符合窗簾組件必要的财潮效果’藉此能以環保材質為 主原料製出該窗簾組件，能兼顧到實用與環保的要求。 本發明的另一目的，是在提供一種能透過前述製法所 製得的窗簾組件。 於疋，本發明的窗簾組件是由一複合纖維紙材裁切成型 ’該複合纖維紙材由多數紙纖維基板及多數塗佈在該等紙纖 維基板之間的黏著層結合而成，料紙纖維基板分別以 91 95 /〇紙漿、3〜5°/。曱基型樹脂，及2〜4%撥水劑混合製成 〇 本發明窗簾組件之功效：利用黏著層使得該等紙纖維 基板結合形成的複合纖維紙材，不但結構強 度佳、耐用、 防潮，且使該窗簾組件能以符合環保需求、。 【實施方式】 有關本發明之前述及其他技術内容、特點與功效，在 乂下配S參考圖式之二個較佳實施例的詳細說明中，將可 清楚的呈現。 4本發明被詳細描述之前，要注意的是，在以下的說 201128053 月内'中，類似的元件是以相同的編號來表示。 A圖1及圖2所示，本發明窗簾組件的製造方法之較 佳貫施例，包含下列步驟： 、步驟製備多數紙纖維基板卜該等紙纖維基板1可 ^使用磨木紙I、化學紙漿或半化學紙㈣為主原料。紙The method for manufacturing a curtain blade of the present invention comprises the following steps: (A 201128053) preparing a plurality of reticle substrates; (8) coating the paper fiber substrates with a resin; (c) stacking the paper fiber substrates coated with the resin, and molding Forming into a composite fiber paper; (D) drying the composite fiber paper to form an initial embryo; (8) subjecting the post-emergence embryo to a curtain assembly. The effect of the method for manufacturing the curtain assembly of the present invention: by providing a resin material, a plurality of paper fiber substrates are combined and leaked into the composite fiber paper material as a preliminary material, which can meet the necessary financial effects of the curtain assembly. The curtain assembly is produced as a main raw material, and can meet both practical and environmental requirements. Another object of the present invention is to provide a window covering assembly which can be obtained by the above-described method. In the present invention, the curtain assembly of the present invention is cut from a composite fiber paper. The composite fiber paper is formed by combining a plurality of paper fiber substrates and a plurality of adhesive layers coated between the paper fiber substrates. The fiber substrates were respectively 91 95 / 〇 pulp, 3 to 5 ° /. The ruthenium-based resin and the 2~4% water-repellent agent are mixed to form the curtain assembly of the present invention: the composite fiber paper material formed by combining the paper fiber substrates by using the adhesive layer is not only structurally strong, durable, and moisture-proof. And the curtain assembly can meet environmental protection requirements. [Embodiment] The foregoing and other technical contents, features, and advantages of the present invention will be apparent from the detailed description of the preferred embodiments of the present invention. 4 Before the present invention is described in detail, it is to be noted that in the following description, in the following description, the like elements are denoted by the same reference numerals. A and FIG. 2 show a preferred embodiment of the method for manufacturing a curtain assembly of the present invention, comprising the following steps: Steps: preparing a plurality of paper fiber substrates, such paper fiber substrates 1 can use wood paper I, chemistry Pulp or semi-chemical paper (4) is the main raw material. paper
二原料肖添加甲基型樹脂與撥水劑進行混合成型紙 纖維基板1，本實施例中，所使用的撥水劑是丙稀酸類。且 較佳的：是使用91〜95%的紙漿配合3〜5%的甲基型樹脂（ 醇一甲基丙烯酸酯）與撥水劑2〜4%混合製成。 。玄等，我纖維基板工使用的紙滎來源不應受限較佳是 利用回收紙張再製成的紙漿作為製造主原料以符合資源再 利用的環Mb生產製造該紙纖維基板丨的方法屬於現 有技術，在此不再贅述。 步驟二：該等紙纖維基板i分別塗附樹脂2，較佳的是 使用丙稀酸醋類的樹脂，可以利用塗佈或是喷濃方式固覆 於紙纖維基板1上。 步驟堆疊金附有樹脂2的該等紙纖維基板1，並以 機械進行模壓成型為—複合纖維紙材丨⑻，該等紙纖維基板 1堆疊的層數依照預定要製成的窗簾組件類型而定，較佳的 ，當預定要製作窗簾葉片時，是使用2〇〜4〇張且厚度為 0·08〜〇.12mm的紙纖維基板1結合而成，並於模壓後的厚度 控制在3.1〜3.2_»當預定要製作窗簾上樑時，是使用 40〜60張且厚度為0.08〜〇.12_的紙纖維基板ι結合而成， 並於模塵後的厚度控制在3.2〜3.3mme當預定要製作窗簾下 201128053 樑時，是使用8042〇張且厚声. 艰且与展為0.08〜0.12mm的紙纖維基 板1結合而成’並於模塵後的厚度控制在3 4〜3 6_。 步驟四：將該複合纖維紙材1〇〇進行乾燥處理，且形 成一初胚。 步驟五：以裁切機械對該初胚進行成型處理，並可形 成一窗簾組件100,，如該窗連組# 1⑻，可為窗簾葉片、窗 簾上樑、窗簾下樑或窗簾用配件等。 β值得說明的是，為了增加該窗簾組件100,的附加實用 知值可在製造過程中再添加一輔助功能劑組份，且該輔 助功能劑組份為-選自下列群組中的物f:抗紫外線劑、 耐=劑及其等的組合。藉此，可賦予該窗簾㈣⑽，成品 抗兔外線的效m善其耐用性及延長使用壽命，並能克 服紙纖維的肖祕，㈣供較安㈣使用效果。 參閱圖2 ’本發明的窗簾組件1GG，，是依上述製造方法 騎^複合纖維紙材i⑼，經乾燥成初胚後，再經裁切成 型=製得，該等複合纖維紙#⑽是由多數紙纖維基板^ 及多數塗佈在該等紙纖維基i之間的黏著I結合模壓而 成’匕該等紙纖維基板i分別是以91〜95%紙浆、3〜5%甲基型 樹月曰（例如乙二醇二甲基丙稀酸醋）及2〜4%撥水劑混合製 成。撥水劑為丙烯酸。黏著層為丙烯㈣型樹脂2。於本實 知例中，本發明的窗簾組件1⑼，是以窗簾葉片為例，且是 40張且厚度為〇 〇8〜〇12mm的紙纖維基板】結合 而成’並於模壓後的厚度控制在3.1〜3.2mm。本發明的窗簾 且件為由簾上樑時，是使用4〇〜6G張且厚度為G.()8〜().12mm 201128053 ‘ I紙纖維基& 1結合而成，並於模屋後的厚度控制在 - 3.2〜3.3mm。本發明的窗簾組件為窗簾下樑時，是使用 80〜120張且厚度為0.08〜〇12mm的紙纖維基板1結合而成 ’並於模壓後的厚度控制在3.4〜3.6mm。 . 歸納上4 ’本發明窗簾組件的製造方法及其成品，能 • 夠獲致下述的功效及優點，所以能達到本發明的目的： 本發明的製造方法藉由提供多層式的紙纖維基板^ # 配合樹脂2的結合模壓，且經烘乾後使紙纖維獲得穩定固 著與定型，進而形成具有較佳結構強度且能有效防潮的複 合纖維紙材_，使本發明的製造方法能順利將環保材質的 紙纖維料材製成耐用、耐潮的窗簾組件100,，有效克服紙 材產品易受潮、易破損等缺點，達到兼顧實用性與環保需 求的_目的。 二、本發明窗簾組件100,以紙纖維基板i作為主結構 ^ ’材質符合環保需求，再配合樹脂2對紙纖維基板i提 鲁#防護及固著與互相緊密結合，能有效克服單純紙材製品 不耐用與容易受潮的缺點，達到堅固耐用與防潮的效果， 並有輕貝化與環保的優點，使該窗簾組件i 00，兼具環保與 實用效益。 八 二、本發明窗簾組件100’以紙纖維基板i作為主結構 P ’紙纖維基才反1於成型時添加有甲基型樹脂，使該窗簾 此有效克服卓純紙材製品不耐用與容易受潮的缺 點。 201128053 惟以上所述者，僅為本發明之較佳實施例而已，當不 能以此限定本發明實施之範圍，即大凡依本發明申請專利 範圍及發明說明内容所作之簡單的等效變化與修錦，皆仍 屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 一較佳實施例的流 說明該窗簾組件由 圖1是本發明窗簾組件的製造方法 程圖；及 圖2是該較佳實施例的剖視示意圖， 多數紙纖維基板與多數黏著層纟士人而 201128053 【主要元件符號說明】 1 ..........紙纖維基板 100.......複合纖維紙材 2 .........•樹脂 100’……窗簾組件The second raw material is added with a methyl type resin and a water repellent to form a paper substrate 1. In the present embodiment, the water repellent used is acrylic acid. Preferably, it is prepared by mixing 91 to 95% of pulp with 3 to 5% of a methyl type resin (alcohol monomethacrylate) and 2 to 4% of a water repellent. . Xuan et al., the source of paper pulp used by my fiber substrate workers should not be limited. It is better to use the pulp made from recycled paper as the main raw material for the production of the paper fiber substrate which is compatible with the recycling of resources. Technology will not be described here. Step 2: The paper fiber substrates i are respectively coated with a resin 2, preferably an acrylic acid vinegar resin, and can be applied to the paper fiber substrate 1 by coating or spray coating. The paper fiber substrate 1 to which the resin 2 is attached is stacked, and is mechanically molded into a composite fiber paper sheet (8), and the number of layers of the paper fiber substrate 1 stacked is in accordance with the type of the curtain assembly to be formed. Preferably, when the curtain leaf is intended to be produced, it is formed by combining 2 to 4 sheets of paper fiber substrate 1 having a thickness of 0·08~〇.12 mm, and the thickness after molding is controlled at 3.1. ~3.2_»When it is scheduled to make the upper beam of the curtain, it is made of 40~60 sheets of paper fiber substrate ι with a thickness of 0.08~〇.12_, and the thickness after the dust is controlled at 3.2~3.3mme When it is scheduled to make the 201128053 beam under the curtain, it is made of 8042 且 且 and thick sound. It is difficult to combine with the paper fiber substrate 1 which is 0.08~0.12mm. The thickness after the dust is controlled at 3 4~3 6_. Step 4: The composite fiber paper is dried and formed into an initial embryo. Step 5: The initial embryo is shaped by a cutting machine, and a curtain assembly 100 can be formed. For example, the window connection group #1(8) can be a curtain blade, a curtain upper beam, a curtain lower beam or a curtain accessory. It is worth noting that in order to increase the additional practical value of the curtain assembly 100, an auxiliary functional ingredient component may be added during the manufacturing process, and the auxiliary functional agent component is - an object selected from the group consisting of f : A combination of an anti-UV agent, a resistance agent, and the like. Thereby, the curtain (4) (10) can be imparted, and the finished product can resist the durability of the outer line of the rabbit and maintain its service life, and can overcome the mystery of the paper fiber, and (4) for the use of the safety (four). Referring to Fig. 2, the curtain assembly 1GG of the present invention is obtained by riding the composite fiber paper i (9) according to the above manufacturing method, drying it into an initial embryo, and then cutting and forming =, and the composite fiber paper #(10) is The paper fiber substrate i is 91~95% pulp, 3~5% methyl, respectively, by a plurality of paper fiber substrates and a plurality of adhesions I coated between the paper fibers i. It is made by mixing a tree sap (such as ethylene glycol dimethyl acrylate vinegar) and 2 to 4% water repellent. The water repellent is acrylic acid. The adhesive layer is a propylene (tetra) type resin 2. In the present embodiment, the curtain assembly 1 (9) of the present invention is a curtain fiber blade as an example, and 40 sheets of paper fiber substrates having a thickness of 8 to 12 mm are combined to form a thickness control after molding. In 3.1~3.2mm. When the curtain of the present invention is made of a curtain beam, it is made of 4〇~6G sheets and has a thickness of G.()8~().12mm 201128053 'I paper fiber base & 1 After the thickness is controlled at -3.2~3.3mm. When the curtain assembly of the present invention is a lower beam of a curtain, it is formed by combining 80 to 120 sheets of paper fiber substrate 1 having a thickness of 0.08 to 12 mm and controlling the thickness after molding to 3.4 to 3.6 mm. In summary, the manufacturing method of the curtain assembly of the present invention and the finished product thereof can achieve the following effects and advantages, so that the object of the present invention can be attained: The manufacturing method of the present invention provides a multi-layer paper fiber substrate by # Combined with the bonding of the resin 2, and after drying, the paper fiber is stably fixed and shaped, thereby forming a composite fiber paper having better structural strength and being effective in moisture resistance, so that the manufacturing method of the present invention can be smoothly The environmentally-friendly paper fiber material is made into a durable and moisture-resistant curtain assembly 100, which effectively overcomes the shortcomings of the paper product being vulnerable to moisture and breakage, and achieves the purpose of both practicality and environmental protection. 2. The curtain assembly 100 of the present invention uses the paper fiber substrate i as the main structure. The material conforms to the environmental protection requirements, and is further combined with the resin 2 to the paper fiber substrate i. The protection and fixation of the paper fiber substrate are closely combined with each other, which can effectively overcome the simple paper material. The product is not durable and easy to get wet, achieving the effect of being durable and moisture-proof, and has the advantages of light shelling and environmental protection, so that the curtain assembly i 00 has both environmental protection and practical benefits. 82. The curtain assembly 100' of the present invention uses the paper fiber substrate i as the main structure P' paper fiber base to be reversed. The methyl type resin is added during molding, so that the curtain can effectively overcome the durability and easyness of the pure paper product. The shortcomings of dampness. The above is only the preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, that is, the simple equivalent change and repair according to the scope of the present invention and the description of the invention. Jin is still within the scope of the patent of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS The flow chart of a preferred embodiment illustrates the method of manufacturing the window covering assembly of FIG. 1 and FIG. 2 is a schematic cross-sectional view of the preferred embodiment of the present invention. Most adhesive layer gentleman and 201128053 [main component symbol description] 1 .......... paper fiber substrate 100....... composite fiber paper 2 ......... • Resin 100'... curtain assembly