1352761 六、發明說明： 【發明所屬之技術領域】 本發明係有關於一種刺繡物0 4 而言之，特別係指一種透過自動化刺 成有漸色層之刺繡物品的製作工法。 【先前技術】 按，刺繡製品源於歐洲及中國 品’經由技術不斷創新及改良， 、 及至 運用機器替代手工製作，以利於廣 便於量產製作刺繡物品。 為 一般刺繡物品主要係在呈 ^ ^ ^ 八大抵係利用不同顏色之線料剌出 過結合該些區塊而拼構出—多彩的各 惟，由於所述的顏色區塊僅由單2刺 使刺繡物品予人整體視感過於 顏 調，因此盔法予 、調死 …、法予人較佳之質感 業價值。 現感 【發明内容】 本案發明人從事相關領域办 鑑於習知刺繡物品所展示繡面之二 發明人遂本著多年從事相關領域^ 述之缺失深入探討，並依前 :月’在經過長期努力之研究與測試之 發明。 〜 製作工法， 繡縫紉機製1352761 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to an embroidery article 0, and particularly to a method of manufacturing an embroidery article having a color-grading layer by automated. [Prior Art] According to the embroidery products originated from Europe and China, the products are continuously innovated and improved through technology, and the machine is used instead of hand-made to facilitate the mass production of embroidery items. For the general embroidery items, the main items are in the ^ ^ ^ eight major lines using different colors of the line material to combine the blocks and compose the colorful - each because the color block is only a single 2 Make the embroidery items give the overall visual impression too much, so the helmet method gives, adjusts to death..., and the law gives people better quality and value. The present invention [invention] The inventor of the case is engaged in the related field. In view of the fact that the inventor of the embroidered items displayed by the traditional embroidery articles has been deeply explored in the relevant fields for many years, and in the past: The invention of research and testing. ~ Production method, embroidery sewing mechanism
傳統手工_ 現今已逐洋 大眾使用， 面的繡花3 式顏色區招 繡鋪面及彩 色繡成，笔 板，顏色习 ’難以提I 與發展多 過於單調 發經驗， 積極尋求 後，終於 更詳 作形 花藝 透過 同時 樣， ，透 〇 . 〇〇 > 易致 夠協 其產 ，有 本案 對前 決之 成本 3 1352761 緣此，本發明之主要目的，在於提供一種漸色層 刺繡面之製作工法，令使用者得據以簡易快速地製作 出具有二色以上漸層之刺繡面，使刺繡物的外觀色彩 能更為華麗生動而活潑，俾提升其產業價值。 本發明之次一目的，在於提供一種漸色層刺繡面 之製作工法，配合電子式刺繡縫紉機執行自動化之刺 繡加工，藉以進行量產化製作，並能維持刺繡加工之 品質，俾提升其產業價值及效益。 依據上述之目的本發明所述一種漸色層刺繡面之 製作工法，主要包含： 一、 於一襯底上選定刺繡面之基點，利用該基點 作為下針路徑之起始點。 二、 於襯底上先行繡出一預設之邊緣線，選定二 組以上構成漸色層之線料，再取其中明度最淺（或最 深）之線料於襯底來回繡出第一層刺繡面，第一層刺 繡面之上緣線段係貼齊邊緣線。 三、 選定明度次淺（或次深）之線料，於第一層 刺、繡面的下緣，接續來回繡出次一層刺繡面，令次一 層刺繡面的上緣線段嵌入第一層刺繡面下緣線段之間 形成重疊狀； 四、 依據漸色層之組成，重複步驟三。 五、 選定明度最深（或最淺）之線料，於前一層 刺繡面的下緣，接續繡出最末層刺繡面，令最末層刺 繡面的上緣線段嵌入前一層刺繡面下緣線段之間形成 4 1352761 重疊狀，同時將最末層刺繡面的下緣線段貼齊邊緣線 而作收納，即形成一漸色層刺繡面。 其中’除了前述最末層刺繡面外，前述各層刺矯 面之下緣線段係形成參差距離較短的態樣；除了前述 第一層刺繡面外’各層刺繡面之上緣線段’係形成參 差距離較長的態樣並嵌入前一層刺繡面下緣線段之間 而形成重疊狀。 综上所述’本發明係提供使用者一漸色層刺繡面 之製作工法’令使用者得據以簡易快速地製作出具有 二色以上漸層之刺繡面，使刺繡物的外觀色彩能更為 華麗生動而活潑；同時，本發明得配合電子式刺繡縫 初機執行自動化之刺繡加工’是以能夠進行量產化， 並且能夠維持刺繡加工之品質，配合刺繡物更為生動 活潑之色料觀，俾能提升其產業價值及效益。 為期使對於本發明之目的、功效以及構造特徵能 有更詳細明確的瞭解，茲舉出如下述之較佳實施例並 配合圖式說明如後。 【實施方式】 本發明所述的漸色層刺繡面之製作工法，主要係 將用以製作刺繡物品的各式線材及布#，配合一具有 讀取樣式數值等資料之讀取裝置的電子式刺繡縫紉 機（例如台弟工紫股价右、 系版物有限公司所發行之brother 4000D、或是具右 '有同·#力月b之其他機種）’透過該電 子式刺繡縫紉機齡ψ袖# ώ A 、 艰翰出執订自動化加工（刺繡）動作； 5 1352761 惟，亦可運用於手繡方式之製作。 請參閱第一圖至第四圖，其係為本發明所 工法各個步驟的實施示意圖。 本發明所述的漸色層刺繡面之製作工法， 驟包含： 一、 如第一圖所示，於一緊繃於刺繡框（ 襯底（11)上，選定一整體刺繡面之基點（13 用該基點（1 3 )作為下針路徑之參考點，俾藉 刺繡物的絲理；其中，所述襯底（11 )可為一 布（例如荷蘭紗）、水溶布、或底布等常用布料 二、 選定二組以上構成刺繡面所需由淺至 由深至淺）之漸色層的線料，選取其中明度最 是最深）之線料，以基點（1 3 )作為下針路徑 點，再將繡針移至襯底（11 )之預設位置上先 出一圍設之邊緣線（1 2 0 )，藉以預設刺繡面範 時用以固定襯底（11)的布料組織，防止襯底 發生變形、皺摺或走位之情況。 其中，本發明係利用電子式刺繡縫紉機的 法，以相同顏色的上、下系線同時進行車繡， 線被穿置襯底（11 )時，會結合襯底（11 )底 系線並將該下系線提至襯底（11 )上，形成一 (124 );據此，在車繡邊緣線（120 )時，於 徑之起點開始，每間隔適當距離即設置針扎點 ，俾令邊緣線（1 2 0 )上形成有複數個針扎點 述製作 主要步 10 )的 )，利 以統一 紗網用 〇 深（或 淺（或 之參考 行車繡 圍，同 (11 ) 變化針 當上系 下的下 針扎點 下針路 (124) 〔124 ) 1352761 ，藉以加強邊緣線（120)之固定效果。 三、 如第二圖所示，以步驟二選定之線料，於邊 緣線（1 2 0 )内繡出第一層刺繡面（1 21 )，令第一層 刺繡面（1 21 )的上緣線段貼齊邊緣線（1 20 )，下緣 線段形成參差距離較短且線條勻齊之態樣；其中，第 一層刺繡面（1 2 1 )同樣係利用電子式刺繡縫紉機的變 化針法，以相同顏色的上、下系線同時進行車繡，俾 於每一段來回之下針路徑上形成複數個針扎點（1 24 ) ，藉以固定構成第一層刺繡面（1 21 )之系線的絲理； 以下各層刺繡面皆同。 四、 如第三圖所示，選定明度次淺（或次深）之 線料，於第一層刺繡面（1 21 )下緣接續繡上第二層刺 繡面（1 22 )，令第二層刺繡面（1 21 )的上緣線段形 成參差距離較長的態樣並嵌入第一層刺繡面（1 21 )下 緣線段之間形成重疊狀，藉以隱伏針跡及襯底（11 ) ，第二層刺繡面（1 22 )的下緣線段亦形成參差距離較 短的態樣。 五、 依據漸色層之組成，重複步驟四。 六、 如第四圖所示，再選定明度最深（或最淺） 之線料，於前一層刺繡面（本實施例中係接續於第二 層刺繡面（1 22 ))的下緣接續繡上最末層刺繡面（本 實施例中係為第三層刺繡面（1 2 3 ))，令第三層刺繡 面（1 23 )的上緣線段形成參差距離較長的態樣並嵌入 第二層刺繡面（1 22 )下緣線段之間形成重疊狀，下緣 7 1352761 線段貼齊收納，從而形成第五圖所示之漸色層刺 (12)。 七、之後可再依據製作需求，將該漸色層刺 (1 2 )的邊緣線段繡沒隱藏，或是對漸色層刺繡 輪廓進行包邊，俾完成漸色層刺繡面（物）的製作 本發明所製作之漸色層刺繡面，主要係以各 繡面的上緣線段之參差長度，據以形成該漸色層 的漸序分佈狀況。 綜上所述，本發明係提供使用者一漸色層刺 之製作工法，令使用者得據以簡易快速地製作出 二色以上漸層之刺繡面，使刺繡物的外觀色彩能 華麗生動而活潑；同時，本發明得配合電子式刺 紉機執行自動化之刺繡加工，是以能夠進行量產 並且能夠維持刺繡加工之品質，配合刺繡物更為 活潑之色彩外觀，俾能提升其產業價值及效益。 本發明在同類領域中，具有極佳之進步性及 性，同時查遍國内外關於此類架構之技術資訊文 亦未發現有相同近似之構造存在於先，應已符合 作性』、『合於產業利用性』、『新穎性』以及 步性』的專利要件，爰依法提出申請。 惟，以上所述者僅係本發明之較佳實施例而 故舉凡應用本專利說明書以及申請專利範圍所為 他等效方法結構變化者，均屬可行，理應包含在 明之申請專利範圍内。 绩面 纊面 面的 〇 層刺 顏色 绩面 具有 更為 繡縫 化， 生動 實用 獻， 『創 『進 已， 之其 本發 8 1352761 【圖式簡單說明】 圖（一）。 圖（二）。 圖（三）。 圖（四）。 圖。 第一圖係為本發明製作工法之實施示意 第二圖係為本發明製作工法之實施示意 第三圖係為本發明製作工法之實施示意 第四圖係為本發明製作工法之實施示意 第五圖係為本發明漸色層刺繡面之示意 【主要元件符號說明】 10 刺繡框； 11 襯底； 12 刺繡面； 12 0 邊緣線； 121 第一層刺繡面； 122 第二層刺繡面； 123 第三層刺繡面； 1 2 4 針扎點； 13 基點； 9Traditional Handmade _ Nowadays, it has been used by the public. The embroidered 3 color area of the face is embroidered and color embroidered, the pen board, the color learning is difficult to mention I and the development is more than a monotonous experience. After actively seeking, finally more detailed The shape of the flower through the same sample, through the 〇 〇〇 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易 易Therefore, the user can easily and quickly produce an embroidered surface with two or more layers of gradation, so that the appearance of the embroidery can be more vivid and lively, and enhance its industrial value. A second object of the present invention is to provide a method for fabricating a color-grading layer embroidering surface, and performing an automated embroidery processing with an electronic embroidery sewing machine, thereby mass-producing production, maintaining the quality of embroidery processing, and enhancing its industrial value. And benefits. According to the above object, a method for fabricating a color-grading layer embroidering surface according to the present invention mainly comprises: 1. selecting a base point of an embroidering surface on a substrate, and using the base point as a starting point of the lower needle path. 2. Embed a preset edge line on the substrate first, select two or more lines of the gradation layer, and then take the lightest (or deepest) line of the lightness to embroider the first layer on the substrate. Embroidered surface, the upper edge of the first layer of embroidered surface is lined with edge lines. 3. Select the light material with lightness (or sub-deepness), and embroider the next layer of embroidered surface on the lower edge of the first layer of thorn and embroidered surface, so that the upper edge of the next layer of embroidered surface is embedded in the first layer of embroidery. An overlap is formed between the lower edge segments; 4. Repeat step 3 according to the composition of the dither layer. 5. Select the line with the deepest (or lightest) brightness, and embroider the last layer of embroidered surface on the lower edge of the embroidery surface of the previous layer, so that the upper edge line of the last layer of embroidered surface is embedded in the lower edge of the previous layer of embroidered surface. 4 1352761 is formed to overlap each other, and the lower edge line segment of the last layer of the embroidery surface is fitted to the edge line for storage, thereby forming a color-grading layer embroidery surface. In addition to the above-mentioned last layer of embroidered surface, the lower edge line segments of the aforementioned layers of the puncture plane form a pattern with a short staggered distance; in addition to the aforementioned first layer embroidered surface, the 'top edge of the embroidered surface of each layer' forms a stagger The longer aspect is embedded between the lower edge segments of the previous layer of embroidery and forms an overlap. In summary, the present invention provides a user with a method for producing an embroidered surface of a color-grading layer, so that the user can easily and quickly produce an embroidered surface having two or more layers of gradation, so that the appearance of the embroidery can be more colorful. It is gorgeous and lively; at the same time, the invention can be combined with the electronic embroidery stitching machine to perform automated embroidery processing', which is capable of mass production, and can maintain the quality of embroidery processing, and more vivid colors with embroidery. It can enhance its industrial value and efficiency. For a more detailed and detailed understanding of the purpose, the <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; [Embodiment] The method for manufacturing the color-grading layer embroidering surface according to the present invention mainly relates to various types of wires and cloths used for producing embroidery articles, and an electronic device having a reading device having reading data and the like. Embroidery sewing machine (such as the brother 4000, the right side of the company, the brother 4000D issued by the company, or the other model with the right '有同·#力月b)' through the electronic embroidery sewing machine age sleeve #ώ A, Junghan issued an automated processing (embroidery) action; 5 1352761 However, it can also be used in the production of hand embroidery. Please refer to the first to fourth figures, which are schematic diagrams of the implementation of the various steps of the method of the present invention. The method for manufacturing the color-grading layer embroidering surface according to the present invention comprises: 1. As shown in the first figure, a base point of the integral embroidery surface is selected on the embroidery frame (substrate (11). The base point (13) is used as a reference point of the lower needle path, and the thread of the embroidery is used; wherein the substrate (11) can be a cloth (such as a Dutch yarn), a water-soluble cloth, or a base cloth. Cloth 2, select two or more sets of strands of the gradation layer from shallow to dark, which are required to form the embroidered surface, select the line with the sharpest of the brightness, and use the base point (1 3 ) as the lower needle path point. Then, the embroidery needle is moved to a preset position of the substrate (11) to first exit a surrounding edge line (1 2 0), thereby presetting the embroidery tissue to fix the fabric structure of the substrate (11). Prevent the substrate from being deformed, wrinkled or moved. Wherein, the present invention utilizes the method of an electronic embroidery sewing machine to perform the vehicle embroidery simultaneously with the upper and lower lines of the same color, and when the wire is placed through the substrate (11), the bottom line of the substrate (11) is bonded and The lower line is lifted onto the substrate (11) to form a (124); accordingly, when the edge line (120) of the vehicle is embroidered, the needle point is set at an appropriate distance from the beginning of the diameter. A plurality of needles are formed on the edge line (1 2 0) to form the main step 10), which is used to make the uniform gauze deep (or shallow (or reference to the driving embroidered, the same (11) change needle) Under the lower needle point of the upper needle (124) [124] 1352761, to strengthen the fixing effect of the edge line (120). 3. As shown in the second figure, the line selected in step 2 is on the edge line ( 1 2 0 ) Embroider the first layer of embroidery surface (1 21 ), so that the upper edge line segment of the first layer of embroidery surface (1 21 ) is aligned with the edge line (1 20 ), and the lower edge line segment forms a short staggered distance and lines. a uniform pattern; the first layer of embroidered surface (1 2 1) is also a change stitch using an electronic embroidery sewing machine. At the same time, the upper and lower lines of the same color are embroidered at the same time, and a plurality of pinning points (1 24 ) are formed on the path of the needles under each of the back and forth, thereby fixing the lines constituting the first layer of the embroidery surface (1 21 ). Silk texture; the following layers of embroidered surface are the same. 4. As shown in the third figure, select the light material with lightness (or sub-darkness), and then embroider the second layer on the lower edge of the first layer of embroidered surface (1 21). The embroidery surface (1 22 ) is such that the upper edge line segment of the second layer of the embroidery surface (1 21 ) forms a pattern with a long staggered distance and is embedded in the lower edge line segment of the first layer of the embroidery surface (1 21 ) to form an overlap. The hidden stitch and the substrate (11) and the lower edge line segment of the second layer of the embroidered surface (1 22 ) also form a short staggered distance. 5. Repeat step 4 according to the composition of the dither layer. As shown in the four figures, the line with the deepest (or lightest) brightness is selected, and the lower layer of the embroidery layer on the previous layer (in this embodiment, the second layer of embroidery surface (1 22)) is attached to the last layer. The embroidered surface (in this embodiment, the third layer of embroidered surface (1 2 3 )), the upper edge of the third layer of embroidered surface (1 23 ) The segments form a pattern with a long staggered distance and are embedded in the lower layer of the second layer of embroidered surface (1 22 ) to form an overlapping shape, and the lower edge 7 1352761 is lined up to form a gradation layer as shown in the fifth figure. (12). After that, according to the production requirements, the edge line segment of the gradation layer thorn (1 2 ) is not hidden, or the embroidered contour of the gradation layer is edging, and the gradation layer embroidery surface is completed ( Manufacture of the gradation layer of the gradation layer produced by the present invention is mainly based on the staggered length of the upper edge line segment of each embroidered surface, thereby forming a progressive distribution of the gradation layer. In summary, the present invention provides a user's method for making a color grading layer, so that the user can easily and quickly create an embroidered surface of two or more layers, so that the appearance of the embroidery can be vivid and vivid. At the same time, the present invention can be used in conjunction with an electronic stabbing machine to perform automated embroidery processing, which is capable of mass production and can maintain the quality of embroidery processing, and with the more vivid color appearance of the embroidery, can enhance its industrial value and benefit. The invention has excellent progress and sex in the same field, and at the same time, it has not found that the same similar structure exists in the technical information articles about such structures at home and abroad, and should have been consistent with the practice, and The patent requirements for industrial utilization, "novelty" and pacing" are applied in accordance with the law. However, the above description is only for the preferred embodiment of the present invention, and it is possible to apply the patent specification and the scope of the patent application to the equivalent of the structure of the equivalent method, and it is intended to be included in the scope of the patent application.绩 的 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色 颜色Figure II). Figure (3). Figure (4). Figure. The first drawing is a schematic diagram of the implementation of the manufacturing method of the present invention. The second drawing is the implementation of the manufacturing method of the present invention. The third drawing is the implementation of the manufacturing method of the present invention. The fourth figure is the fifth embodiment of the manufacturing method of the present invention. The figure is the schematic of the embroidered surface of the color-grading layer of the invention [the main component symbol description] 10 embroidery frame; 11 substrate; 12 embroidery surface; 12 0 edge line; 121 first layer embroidery surface; 122 second layer embroidery surface; Third layer of embroidered surface; 1 2 4 pinning point; 13 base points; 9