M244199 3、創作說明（1) 【技術領域】 本創作係 是指一種破璃 【先前 按 合成纖 配合一 密實組 附於木 ，以節 板亦有 構實際 及業者 1 維或合 旦穿置 栓穿置 易造成 織強度 會產生 2 仍具有 著性不 之問題 技術】 ，習知 維之價 定的樹 織之木 質層板 省使用 直接使 應用時 所話病 、該木 成纖維 過表面 處之縫 濕解、 大大地 變形、 、該習 重量較 佳，使 點0 面雖有黏 鎖組使用 木質層板 層板，該 本硬化密 在遇到外 發生。 由於内層 又與表面 有剝離之 有關一種籃板、車斗板層纽 纖維板之新穎結構型態者。$化〜構，特別 纖維板體之材料形成 格昂貴，在製作時， 脂及硬化劑混合後， 質層板，再用樹脂將 外表面，如此以木質 玻璃纖維或合成纖維 用木質合板之結構， ，長久以來一直存在 質層板外表 ’但在配合 之纖維層及 隙渗入木質 膨脹，使原 降低，尤其 剝落等問題 知纖維板體 重之問題， 該纖維層會 大：ί:該破简纖維或 於根i㊉見的係以木肩 #:具内熱壓製成-具 纖維或合成纖維黏 二，做為内層之填充物 、成本，而内層之纖維 仁上述習知纖維板體結 下述之問題點為消費者 附具防水效果之玻璃纖 時’用於釘組之螺栓一 ’使外界之水分會由螺 木質層板一遇水分就容 實之結構變成鬆散，組 力之擠壓或撞擊後，就 為木質層板，在使用上 之纖維層相互黏合之附 情形發生，形成不耐用M244199 3. Creation instructions (1) [Technical field] This creation refers to a kind of broken glass [previously attached to wood according to a synthetic fiber and a dense group, and the structure is also a practical one-dimensional or Hedan piercing bolt. It is easy to cause weaving strength when worn, and it still has the problem of non-sexuality. Technology], the cost-effective use of wood woven wood laminates can directly make the disease and the wood fiber across the surface. The seam is hydrolyzed, greatly deformed, and the weight of the habit is better, so that although there is a sticky lock group on the point 0 surface using wooden laminates, the hardening occurs in close encounters. Because the inner layer is peeled off from the surface, it is related to a new structure type of fiberboard such as backboard and bodyboard layer. The structure of the special fiber board is expensive. During the production, after the fat and hardener are mixed, the outer surface of the laminated board is made of resin, so the structure of wood plywood with wood glass fiber or synthetic fiber. For a long time, the appearance of the plywood has always existed, but the infiltrating fiber layer and the gap penetrate into the wood to swell, reducing the original, especially the problems such as peeling, and the problem of the weight of the fiberboard. The fiber layer will be large: ί: the broken fiber or See the root of the wooden shoulder #: made with internal heat-pressing-with fiber or synthetic fiber stick two, as the inner layer of filler, cost, and the inner layer of the fiber kernel above the conventional fiberboard body knot the following problems When attaching glass fiber with waterproof effect to consumers, the “bolt for nail group” will make the external moisture from the structure of the spiral wood laminate become loose when it meets the moisture. After the force of the group is squeezed or impacted, It is a wooden laminate, and the adhesion of the fiber layers on the use occurs, which is not durable.
第6頁 M244199 g、創作說明（2) 3、該木 纖維或合成纖 型殼板係均完 本相當高，價 是以，針 體形成結構在 維板結構，實 【内容】 欲解決之 之木質層板一 密實之結構變 之擠壓或撞擊 相互黏合的附 解決問題 一發泡纖維體 層玻璃纖維舖 脂黏附一層該 層發泡纖維體 表面黏附一層 纖維體係一種 強的吸收力及 鋼樹脂完全滲 脂乾燥硬化後 織之間均形成 質層板之彈性、塑性不佳，故無法配合 維形成於較流線型之殼板方面，而目;冷 全用玻璃纖維或合成纖維之材料來 L線 格昂貴。 水I &，成 對上述習知籃板、車斗板等結構物之 使用時之問題點’如何研發出_種新^ = 為業界所需改良研發者。 技術問題點 遇水分就容 成鬆散，強 後，就會產 著性不佳之 之技術特點 相互層層疊 設於最底層 發泡纖維體 豐黏至所需 玻璃纖維以 :主要 易造成 度大大 生變形 問題點 :該玻 置黏合 ，於該，依序 之厚度 形成包 具有一定厚度之多 渗透力，可吸收一 入發泡纖維體内各 ’該玻璃纖維與發 相當密實，且相互 係針對 濕解、 地降低 、剝落 加以改 璃纖維 而成， 玻璃纖 向上以，再於 覆内層 孔隙組 定量的 組織間 泡纖維 之附著 習知纖維板體内層 膨脹，使原本硬化 ，尤其在遇到外力 ’且與表面纖維層 良研發者。 板係由玻璃纖維與 形成方式係先將一 維上表面用塑鋼樹 一層玻璃纖維、一 最上層 之型態 織棉體 塑鋼樹 ，藉此 體及其 力強， 發泡纖維體 ，而該發泡 ，具有相當 脂，並使塑 ，待塑鋼樹 各自内部組 形成該玻璃Page 6 M244199 g, creation instructions (2) 3. The wood fiber or synthetic fiber type shell and plate systems are quite high in price, and the price is that the needle body structure is in the dimension plate structure. [Content] Wooden laminates: a dense structure that is squeezed or impacted to adhere to each other; solve the problem; a foamed fiber body layer; a layer of glass fiber; a layer of grease; a layer of this layer of foamed fiber body; a layer of fiber system; a strong absorption and steel resin completely After the fat penetration, drying and hardening, the elasticity and plasticity of the quality laminates are formed between the weaves, so it cannot be combined with the formation of the more streamlined shell plates, and the purpose is to use glass fiber or synthetic fiber materials for the cold line. expensive. Water I &, the problem points when using the conventional structures such as rebounds, body boards, etc., how to develop _ a new type of ^ = the developer who needs to improve the industry. Technical problems: It will be loose when it meets the moisture. When it is strong, it will produce poor technical characteristics. Layered on top of each other. The foamed fiber body is thick and sticky to the required glass fiber. Problem: The glass is bonded, where the sequential thickness forming package has a certain thickness of multiple penetrating forces, which can absorb one into the foamed fiber body. The glass fiber and the hair are quite dense, and they are targeted to each other for wet decomposition. It is made by lowering and peeling to change the glass fiber. The glass fiber is upward, and then it is adhered to the interstitial foam fibers in the inner layer of the pore group. It is known that the inner layer of the fiberboard swells and hardens the original, especially when it encounters external forces. Good developer of surface fiber layer. The board system consists of glass fiber and the forming method. Firstly, one-dimensional upper surface is covered with a plastic-steel tree, a layer of glass fiber, and an uppermost type of woven cotton-plastic-steel tree. Foam, has a considerable fat, and makes plastic, the respective internal groups of steel trees to be plastic form the glass
M244199 四、創作說明（3) 纖維板具有相當剛性、韌性、強度且不吸水之型態板體。 對照先前技術之功效： 1、 該玻璃纖維板係由坡壤纖維與一發泡纖維體相互 層層疊置黏合而成，形成方式係先將一層玻璃纖維舖設於 最底層，於該玻璃纖維上表面用塑鋼樹脂黏附一層該發泡 纖維體，依序向上以一層玻璃纖維、一層發泡纖維體疊黏 至所需之厚度，再於最上層發泡纖維體表面黏附一層玻璃 纖維以包覆内層’形成一種玻璃纖維板之新型型態者。 2、 該發泡纖維體係一種具有一定厚度之多孔隙組織 棉體，在形成玻璃纖維板上可節省玻璃纖維之使用量，以 降低成本’又具有相當強的吸收力及滲透力，可吸收一定 量的塑鋼樹脂’並使塑鋼樹脂完全滲入發泡纖維體内各組 織間，由於發泡纖維體吸收塑鋼樹脂後形成相當密實之組 織結構，使水分無法滲入，形成不吸水之結構型態，當在 配合鎖組使用時，水分由螺栓穿置處之縫隙滲入内層，並 不會造成影響，形成耐用之功效者。 五 3、該發泡纖維體本身較木質層板具有相當的彈性、 早刃性，在重量方面也較輕，在配合玻璃纖維疊黏及本身會 吸附塑鋼樹脂而乾燥硬化之特性，使該玻璃纖維板在剛& 璃ί f、強度方面均較習知結構為佳，且發泡纖維體與玻 ^、、、相互之附著性也較佳，不會有剝落之情形發生， 成相當實用者。 夕 來赤ί L該發泡纖維體具有彈性、塑性，可配合玻璃纖維 ^ ;較流線型之殼板方面，節省玻璃纖維之使用量，降M244199 Fourth, creation instructions (3) Fiberboard has a fairly rigid, tough, strong and non-absorbent board. Contrast with the effect of the previous technology: 1. The glass fiber board is formed by layering and bonding the slope fiber and a foamed fiber body to each other. The forming method is to first lay a layer of glass fiber on the bottom layer and use it on the top surface of the glass fiber. A plastic steel resin is adhered to a layer of the foamed fiber body, and a layer of glass fiber and a layer of foamed fiber body are sequentially laminated to the required thickness, and then a layer of glass fiber is adhered to the surface of the uppermost foamed fiber body to cover the inner layer. A new type of glass fiber board. 2. The foamed fiber system has a porous body with a certain thickness, which can save the amount of glass fiber used to form the glass fiber board to reduce the cost. It also has a fairly strong absorption and penetration force, which can absorb a certain amount. Plastic steel resin 'and make the plastic steel resin completely penetrate into the tissues of the foamed fiber body. Because the foamed fiber body absorbs the plastic steel resin, it forms a very dense structure, preventing water from penetrating and forming a non-absorbent structure. When used in conjunction with a lock set, moisture penetrates into the inner layer through the gap where the bolt passes, and will not affect it, forming a durable effect. Fifth, the foamed fiber body itself has considerable elasticity and early-edge properties than wood laminates, and it is also lighter in weight. In combination with the characteristics of glass fiber lamination and its ability to absorb plastic steel resin and dry and harden, it makes the glass Fiberboard is better than the conventional structure in terms of rigidity and strength, and the adhesion between the foamed fiber body and the glass fiber is better, and it will not be peeled off, so it is quite practical. . Xi Laichi L The foamed fiber has elasticity and plasticity, and can be matched with glass fiber ^; Compared with the streamlined shell plate, it can save the glass fiber usage and reduce
M244199 马、創作說明（4) 低了成本，在吸附塑鋼樹脂乾燥後可形成硬化，在剛性、 韌性方面較完全用玻璃纖維材料來製造出的殼板要來的好 【實施方式】 為使貴審查委員對本創作之目的、特徵及功效能夠 有更進一步之瞭解與認識，茲請配合【圖式簡單說明】詳 述如后· ~ 首先，請配合參閱第丨、2、3圖所示’係本創作一 籃板、車斗板層組強化結構之較佳實施例， 維板（1 )之結構，其特徵在於： 巧圾碼纖 該玻璃纖維板（1 )係由玻璃纖維（丨〇 )與一、 維體（11 )相互層層疊置黏合而成，形成方式 、' 玻璃纖維（1 〇 )舖設於最底層，於該玻璃纖維' ' 曰 面用塑鋼樹脂（1 3 )黏附一層該發泡纖維體（丨1 0上表 向上以一層玻璃纖維（10)、一層發泡纖維體）’，序 至所需之厚度，再於最上層發泡纖維體（丨丨） ）邊黏 層玻璃纖維（1 0 )以形成包覆内層之型態， 2黏附一 體（1 1 )係一種具有一疋厚度之多孔隙組織棉體，且 當強的吸收力及滲透力，可吸收一定量的塑鋼 L ， ，並使塑鋼樹脂（1 3 )完全滲入發泡纖維體（11曰 織間，待塑鋼樹脂（1 3 )乾燥硬化後，該玻螭H f 與發泡纖維體（11 )及其各自内部組織之間形二 實，且相互之附著力強（如第4、5圖所示）密 滲入，形成不吸水之結構型態，當在配合鎖纟且使^ ς無=M244199 Ma, creation instructions (4) Low cost, it can be hardened after adsorption of plastic steel resin is dried, and the rigidity and toughness are better than the shell plate made of glass fiber material. [Embodiment] In order to make expensive The reviewing committee can further understand and understand the purpose, characteristics and effects of this creation, and please cooperate with [Schematic Description] as detailed below. First, please refer to Figures 丨, 2, and 3 for details. The present invention creates a preferred embodiment of the reinforced structure of the backboard and the body of the car body. The structure of the dimensional board (1) is characterized by the following characteristics: The fiberglass board (1) is composed of glass fiber (丨 〇) and one. The dimensional body (11) is laminated and bonded to each other in a layered manner. The formation method is, 'glass fiber (10) is laid on the bottom layer, and a layer of the foamed fiber is adhered to the glass fiber with a plastic steel resin (1 3). Body (丨 10 10 above the table with a layer of glass fiber (10), a layer of foamed fiber body) ', in order to the required thickness, and then the uppermost layer of foamed fiber (丨 丨) side glued glass fiber ( 1 0) to form a coating inner layer State, 2 adhesive integration (1 1) is a cotton body with a porous structure with a thickness of 1 疋, and when strong absorption and penetration force, can absorb a certain amount of plastic steel L, and make the plastic steel resin (1 3) completely penetrate After the foamed fiber body (11 is the weaving room), after the plastic steel resin (1 3) is dried and hardened, the glass fiber H f and the foamed fiber body (11) and their respective internal structures form a solid and have mutual adhesion. Strong (as shown in Figures 4 and 5) dense infiltration, forming a structure that does not absorb water, when the lock is mated and ^ ς without =
第9頁 M244199 四、創作說明（5) 分由螺栓穿置處之縫隙滲入内層，並不會造成影響，藉此 ，形成該玻璃纖維板（1 )具有相當剛性、韌性、強度且 不吸水之型態板體。 如第6、7圖所示，其中，該發泡纖維體（11 )上均勻 分佈設有貫通之滲透孔（1 2 )，讓塑鋼樹脂（1 3 )能快速 、均勻的滲透到發泡纖維體（11 )與玻璃纖維（1 0 )之黏 合面，增加了發泡纖維體（11 )與玻璃纖維（1 0 )之間的 附著力者。 另外，該發泡纖維體（11 )具有彈性、塑性，可配合 玻璃纖維（1 0 )形成於較流線型之殼板方面，節省玻璃纖 維（1 0 )之使用量，降低了成本，在吸收塑鋼樹脂（1 3 ) 乾燥後可形成硬化，在剛性、韌性方面較完全用玻璃纖維 (10)材料來製造出的殼板要來的好。 【功效說明】 本創作功效增進之事實如下： 1、 玻璃纖維板（1 )係由玻璃纖維（1 0 )與一發泡 纖維體（11 )相互層層疊置黏合而成，形成方式係先將一 層玻璃纖維（1 0 )舖設於最底層，於該玻璃纖維（1 0 )上 表面用塑鋼樹脂（1 3 )黏附一層該發泡纖維體（11 )，依 序向上以一層玻璃纖維（1 0 )、一層發泡纖維體（1 1 )疊 黏至所需之厚度，再於最上層發泡纖維體（1 1 )表面黏附 一層玻璃纖維（1 0 )以包覆内層，形成一種玻璃纖維板（ 1 )之新型型態者。 2、 該發泡纖維體（11 )係一種具有一定厚度之多孔Page 9 M244199 Fourth, the creation instructions (5) are penetrated into the inner layer by the gaps where the bolts pass through, and will not affect it, thereby forming the glass fiberboard (1) which has a relatively rigid, tough, strong and non-absorbent type State board. As shown in Figs. 6 and 7, the foamed fiber body (11) is evenly provided with penetrating penetration holes (1 2), so that the plastic steel resin (1 3) can penetrate the foamed fiber quickly and uniformly. The adhesion surface between the body (11) and the glass fiber (1 0) increases the adhesion between the foamed fiber body (11) and the glass fiber (1 0). In addition, the foamed fiber body (11) has elasticity and plasticity, and can be formed with a glass fiber (1 0) in a more streamlined shell plate, which saves the amount of glass fiber (1 0) used, reduces costs, and absorbs plastic steel. The resin (1 3) can be hardened after drying, and the rigidity and toughness are better than the shell plate made of glass fiber (10) material. [Effect description] The facts that this creative effect is enhanced are as follows: 1. The glass fiber board (1) is made of glass fiber (1 0) and a foamed fiber body (11) laminated and bonded to each other. The formation method is to first layer Glass fiber (1 0) is laid on the bottom layer, and a layer of the foamed fiber body (11) is adhered to the upper surface of the glass fiber (1 0) with a plastic steel resin (1 3), and a layer of glass fiber (1 0) is sequentially upwardly A layer of foamed fiber body (1 1) is laminated to the required thickness, and then a layer of glass fiber (1 0) is adhered to the surface of the uppermost layer of foamed fiber body (1 1) to cover the inner layer to form a glass fiber board (1 ) Of the new type. 2. The foamed fiber body (11) is a porous material with a certain thickness
第10頁 M244199 四、創作說明（6) 隙組織棉體，在形成玻璃纖維板（1 )上可節省玻璃纖維 (1 0 )之使用量’以降低成本，又具有相當強的吸收力及 滲透力，可吸收一定量的塑鋼樹脂（丨3 )，並使塑鋼樹脂 (1 3 )完全渗入發泡纖維體（丨丨）内各組織間，由於發泡 纖維體（11 )吸收塑鋼樹脂（丨3 )後形成相當密實之組織 結構，使水分無法滲入，形成不吸水之結構型態，當在配 合鎖組使用時，水分由螺栓穿置處之缝隙滲入内層，並不 會造成影響，形成耐用之功效者。 3 :該發泡纖維體（11 )本身具有相當的彈性、韌性 ，在重篁方面也較輕，在配合玻璃纖維（1〇)疊黏及本 會吸附塑鋼樹脂（13)而乾燥硬化之特性，使該玻璃纖維 板,1人在:'?生、韌性、強度方面均較佳’且發泡纖維體 (11 ) /、玻璃纖維（i 0 )相互之附著性也較佳， 落之情形發生，形成相當實用者。 ： 、4、該發泡纖維體（11 )具有彈性、塑性，可配合破 1 π:!成於較流線型之殼板方面，節省玻璃纖維 燥後可形成:f，降低了成本，在吸附塑鋼樹脂（13)乾 1 〇 )材料來製、生+在剛性、勃性方面較完全用玻璃纖維（ 出的殼板要來的好。 M244199Page 10 M244199 IV. Creation instructions (6) The gap tissue cotton body can save the amount of glass fiber (1 0) used to form the glass fiber board (1) to reduce costs, and has a relatively strong absorption and permeability It can absorb a certain amount of plastic-steel resin (丨 3), and make the plastic-steel resin (1 3) completely penetrate into the tissues in the foamed fiber body (丨 丨), because the foamed fiber body (11) absorbs the plastic-steel resin (丨 3) ) Later form a very dense organizational structure, so that moisture cannot penetrate, forming a structure that does not absorb water. When used in conjunction with a lock group, moisture penetrates into the inner layer through the gap where the bolt penetrates, and will not affect the formation of a durable Efficacy. 3: The foamed fibrous body (11) itself has considerable elasticity and toughness, and is relatively light in terms of weight. In combination with glass fiber (10), it will adhere to plastic steel resin (13) and dry harden. In order to make the glass fiber board, one person is: 'better in terms of health, toughness, and strength', and the adhesion between the foamed fiber body (11) / glass fiber (i 0) is also better, and the situation occurs To form quite practical. : 4, The foamed fiber body (11) has elasticity and plasticity, and can be used to break 1 π :! It is formed in a more streamlined shell plate, which can be formed after saving glass fiber dryness: f, which reduces the cost and reduces the cost of adsorbing plastic steel. Resin (13) dry 1 〇) material to make, produce + in terms of rigidity, robustness than glass fiber (the shell plate will come out better. M244199
第12頁 圖式簡單說明 第 1 圖 係 本創 作 玻 璃 纖 維 板 各 層 黏 合 前 之 分 解圖。 第 2 圖 係 本創 作 玻 璃 纖 維 板 之 黏 合 示 意 圖 〇 第 3 圖 係 本創 作 玻 璃 纖 維 板 加 厚 之 黏 合 示 意 圖。 第 4 圖 係 本創 作 塑 鋼 樹 脂 之 渗 透 示 意 圖 〇 第 5 圖 係 本創 作 塑 鋼 樹 脂 乾 燥 硬 化 後 之 分 佈 圖。 第 6 圖 係 本創 作 發 泡 纖 維 體 之 局 部 放 大 圖 〇 第 7 圖 係 本創 作 發 泡 纖 維 體 之 剖 視 圖 〇 【元件符號說明】 玻璃纖維板 ---（1 ) 玻璃纖維 ——（10 ) 發泡纖維體 --- （11 ) 滲透孔----- ——(12 ) 塑鋼樹脂Brief description of the drawing on page 12 The first drawing is the resolution of the original layers of the glass fiber board before bonding. Figure 2 is the bonding schematic diagram of the original glass fiber board. Figure 3 is the bonding schematic diagram of the thickening of the glass fiber board. Figure 4 shows the penetration of the resin made of plastic steel. Figure 5 shows the distribution of the resin made of plastic steel after drying and hardening. Figure 6 is a partial enlarged view of the foamed fibrous body of the original creation. Figure 7 is a cross-sectional view of the foamed fibrous body of the original creation. [Element Symbol Explanation] Glass Fiber Board --- (1) Glass Fiber-(10) Foam Fibrous body --- (11) penetration hole ------- (12) plastic steel resin