201035406 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品之製作工法 而言之，特別係指一種可製作出立體刺繡物品 工法。 【先前技術】 按’刺繡製品源於歐洲及中國的傳統手工 品’其主要係利用一刺繡機，直接在欲呈現圖 © 料上依據圖形設計將繡線穿設於布料或衣服（ 、畫物、布偶等物，從而完成—刺繡物品；惟 該刺繡物品之繡線係以平貼方式直接結合於布 因此僅症呈現一平面視感的繡花式樣，整體外 乏變化性，而各家差異僅止於色澤及樣式的不同 後有人思及製作立體之刺繡物品，其係將 型的填充物鋪設並固定於欲刺繡之底材（布） ❹ 利用人工針線鏠製輪廓’以將該填充物包覆其 成一立體刺繡物品；惟’以該方式所製作出的 品雖能呈現「浮凸」之態樣，但總體而言仍無 貼合於平面之視感，效果有限。 另外有人思及，直接對一平面的刺繡并 裁’並於其背面黏貼一骨架或剛性線體，辑以 刺繡物品的布面’以呈現出立體視感；惟就產 體而言，該刺繡物品的外觀（背面）無法合乎 品之製作水準，實在無法增進整體產品之附知價 ，更詳 的製作 繡花藝 樣的布 旗袍） ，由於 面上’ 觀則缺 0 用以成 上，再 中’形 刺繡物 進行剪 A禕該 品的整 刺繡藝 值。 3 201035406 【發明内容】 本案發明人從事相關領域之研究與發展多年， 鑑於習知立體刺繡物品誠未能夠跳脫平面的視感及 果，無法增進整體產品之附加價值，本案發明人遂 著多年從事相關領域之研發經驗，針對前述之缺失 入探討，並依前述之需求積極尋求解決之道，在經 長期努力之研究與測試之後，終於完成本發明。 緣此，本發明之主要目的，在於提供一種立體 繡物之製作工法，以期令使用者得據以簡易快速地 作出立體刺繡物品，增加視覺呈現效果，進而提升 體產品的附加價值及產業效益。 依據上述之目的，本發明所述的立體刺繡物之 作工法，主要包含： 一、 於襯底上繍出一刺繡面。 二、 將一具有可撓性之金屬線體圍繞於刺繡面 緣，選定一特定針址寬度，俾將繡線來回刺於金屬 體之兩側，並穿置刺繡面與襯底，藉以將金屬線體 覆於刺繡面邊緣而形成繡邊。 三、 沿刺繡面的繡邊進行剪裁，並將金屬線體 留一用於組合之線端，之後調整繡邊的彎折曲度， 製作出一立體刺繡物品之組件。 四、 重複步驟一至步驟三，製作出各部組件。 五、 將各部組件進行結合，再作修飾，俾完成 立體刺繡物品。 有 效 本 深 過 刺 製 整 製 邊 線 包 預 即 4 201035406 - 綜上所述， 法，令使用者得 廓立體刺繡物品 潑之立體視感， 品的附加價值及 為期使對於 有更詳細明確的 配合圖式說明如: Ο 【實施方式】 本發明所述 用以製作刺繡物 取樣式、數值專 (例如台弟工業 D、或是具有同 刺繡縫幼機輸出 可運用在一般手 請參閱第/ . 工法各個步驟的 系線刺於金屬線 線刺於金屬線艘 本發明所$ 包含： 一 '如第"""" 立體刺繡物品各 本發明係提供一立體刺繡物之製作工 據以簡易快速地製作出一具有立體輪 ’能夠賦予整體刺繡物品更為生動活 增加視覺呈現效果，進而提升整體產 t業效益。 本發明之目的、功效以及構造特徵能 瞭解’茲舉出如下述之較佳實施例並 的立體刺繡物之製作工法，主要係將 品的各式線材及布料，配合一具有讀 資料之讀取裝置的電子式刺繡縫紉機 股份有限公司所發行之br〇ther 4000 等效能之其他機種），透過該電子式 執行自動化加工（刺繡）動作；惟亦 _之製作方式。 圖至第四圖’其係為本發明所述製作 實施示意圖。其中，第三圖A係為上 體兩側之示意圖；第三圖B係為下系 兩側之不意圖。 的立體刺繡物之製作工法，主要步驟 圖所示’利用電子式刺繡縫紉機讀取 部組件（1 )的樣式、規格及製作工法 5 201035406 ，再於一緊繃於刺繡框（2 )内的襯底（3 )上，透過 電子式刺繡縫紉機的變化針法，以相同顏色的上系線 (1 0 0 )、下系線同時進行車繡，當上系線（1 0 0 )穿 置襯底（3 )時，會結合襯底（3 )底下的下系線，並 將下系線提至襯底（3 )上形成一針扎點，據此方式逐 步車繡出立體刺繡物品各部組件之平面刺繡面（1 0 ) ;其中，所述襯底（3 )可為一具有經緯紗的紗網用布 (例如荷蘭紗）、水溶布或是底布等常用布料。 二、 如第二圖所示，以手工方式將一具可撓性之 金屬線體（11 0 )圍繞設置於刺繡面（1 0 )之邊緣，再 透過電子式刺繡縫紉機功能的變化針法，如第三A圖 與第三B圖所示，選定一特定針址寬度及密度，俾將 上、下系線（1 0 0 )( 1 01 )來回刺於金屬線體（11 0 ) 之兩側，並穿置於刺繡面（1 0 )與襯底（3 )而形成針 扎點（1 0 2 )，藉以將金屬線體（11 0 )包覆在刺繡面 (1 0 )邊緣，使刺繡面（1 0 )的邊緣形成一内含可定 型之金屬線體（11 0 )且能夠進行彎折調整之立體繡邊 (11 )。 三、 如第四圖所示，將完成、繡邊（1 1 )的刺繍面 (10)，利用剪裁器具沿其繡邊（11 )之外緣進行剪 裁取下，再調整該繡邊（11 )的彎折曲度，使刺繡面 (1 0 )成型為適當之造型，即完成一立體刺繡物品之 組件（1 );同時，將金屬線體（11 0 )預留有一特定 長度之線端，俾便組合成立體刺繡物品。另外，藉由 6 201035406 該繡邊（11)的設置’使在剪裁刺繡面（丨〇) 具有避免該呈經緯紗狀的襯底（3 )及刺繡面（ 生鬚邊之功用。 四、 依據前述步驟一至步驟三的工法，逐 立體刺繡物品各部組件。 五、 利用各組件（1 )所預留之金屬線體！ 線端’將各部組件穿設並疊置於一襯底上，再 襯底的金屬線體（1 1 0 )反折或進行修剪，以作 〇 修飾，俾完成一立體刺繡物品。 請參閱第五圖，其係為本發明所述製作卫 出一較佳實施例之立體示意圖。 如圖所示，本實施例係利用前述製作工法 製作出複數個花瓣繡面（50 )與葉片繡面（51 將該花瓣繡面（50 )與葉片繡面（51 )疊置於 或待繡面（圖中未示）上進行組合，之後調整 ^ 面（50 )與葉片繡面（51 )之繡邊（500 )、 的彎折曲度，藉以成型出該花瓣繡面（5 〇 )與 - 面（51 )的立體輪廓，從而完成一花朵的立體 品（5 )。 综上所述’本發明係提供一立體刺繡物之 法’令使用者得據以簡易快速地製作出一具有 或可適當彎折調整之繡邊的立體刺繡物品組件 用該些組件與待繡面進行組合，同時透過調整 件之繡邊，加以成型出其彎折狀或豎立狀的立 時，得 10)產 ι·_ J 二*· _,,L> 凡成 :110 ) 將穿置 固定及 法製作 ，據以 )，復 —襯底 花瓣繡 〔510) 葉片繡 刺矯物 製作 可定型 ’再利 該些組 體輪廓 7 201035406 ，從而形成一立體刺繡物品；據此，本發明能夠 整體刺繡物品更為生動活潑之立體視感，增加視 現效果，進而提升整體產品的附加價值及產業效益 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。 賦予 覺呈 〇 實用 獻， 『創 『進 已， 之其 本發 201035406 【圖式簡單說明】 第一圖係為本發明製作工法之實施示意圖（一）。 第二圖係為本發明製作工法之實施示意圖（二）。 第三圖A係為上系線刺於金屬線體兩側之示意圖。 第三圖B係為下系線刺於金屬線體兩側之示意圖。 第四圖係為本發明製作工法之實施示意圖（三）。 第五圖係為本發明較佳實施之立體示意圖。 【主要元件符號說明】 1 組件； 10 刺繡面； 100 上系線； 101 下系線； 102 針扎點； 11 、繡邊； 110 金屬線體； 2 繡框； 3 襯底； 5 立體刺繡物品； 50 花瓣繡面； 500 ,繡邊； 51 葉片繡面； 510 繞邊；201035406 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a method for manufacturing an embroidery article, and particularly to a method for producing a three-dimensional embroidery article. [Prior Art] According to the 'handmade products originated from European and Chinese traditional handicrafts', the main purpose is to use an embroidery machine to directly thread the embroidery thread on the fabric or clothes according to the graphic design. , cloth puppets, etc., to complete - embroidery items; but the embroidered items of the embroidery items are directly bonded to the cloth in a flat manner, so that only the embroidered pattern of a flat visual sense is present, the overall lack of variability, and the differences Only after the difference in color and style, some people think about making three-dimensional embroidery items, which are to lay and fix the type of filler on the substrate to be embroidered (cloth) 鏠 use the artificial needle to make the outline 'to fill the filler Wrap it into a three-dimensional embroidery item; only the product made in this way can show the appearance of "embossing", but overall it still has no visual effect on the plane, and the effect is limited. Directly embroider and cut a plane and attach a skeleton or rigid body on the back side, and embroider the cloth's surface to give a stereoscopic view; but in terms of the body, the embroidery item is outside (Back) can't meet the production level of the product, it can't improve the price of the whole product, and more elaborately make the embroidery pattern of the cheongsam. Because the face is lacking 0, it is used to make it, and then the 'embroidery' The object is cut and cut to the full embroidery value of the product. 3 201035406 [Summary of the Invention] The inventor of the present invention has been engaged in the research and development of related fields for many years. In view of the fact that the three-dimensional embroidery articles have not been able to escape the visual sense and fruit of the plane, and cannot enhance the added value of the whole product, the inventor of the case has been holding for many years. Engaged in research and development experience in related fields, and actively explored solutions to the aforementioned shortcomings, and actively sought solutions according to the above-mentioned needs. After long-term efforts and research, the present invention was finally completed. Accordingly, the main object of the present invention is to provide a method for manufacturing a three-dimensional embroidery, so as to enable a user to easily and quickly make a three-dimensional embroidery item, thereby increasing the visual presentation effect, thereby enhancing the added value and industrial benefits of the body product. According to the above object, the working method of the three-dimensional embroidery object of the present invention mainly comprises: 1. Pulling an embroidery surface on the substrate. 2. A flexible metal wire body is wrapped around the embroidery edge, a specific needle width is selected, and the embroidery thread is slanted back and forth on both sides of the metal body, and the embroidery surface and the substrate are placed to thereby metal The wire body covers the edge of the embroidery surface to form an embroidered edge. 3. Cut along the embroidered edge of the embroidered surface, and leave the metal wire body for the end of the combination, then adjust the bending curvature of the embroidered edge to create a component of the three-dimensional embroidery item. 4. Repeat steps 1 through 3 to create the components. 5. Combine the components of each part, and then modify them to complete the three-dimensional embroidery items. Effectively deeper than the piercing and finishing of the edge package is expected 4 201035406 - In summary, the law allows the user to obtain the three-dimensional visual impression of the three-dimensional embroidery items, the added value of the product and the period for a more detailed and clear cooperation The description of the drawings is as follows: 实施 [Embodiment] The invention is used for making embroidery styles and numerical values (for example, the D-Dind industry D, or the output of the embroidery machine with the same embroidery can be applied to the general hand, please refer to the /. The method of the various steps of the method is stuck in the metal wire to the metal wire. The invention includes: a 'like the '"""" Three-dimensional embroidery articles, each of which provides a production work of a three-dimensional embroidery It is easy and quick to produce a three-dimensional wheel that can give the whole embroidery item more vivid and increase the visual presentation effect, thereby improving the overall production efficiency. The object, function and structural characteristics of the present invention can be understood as follows. The manufacturing method of the three-dimensional embroidery of the preferred embodiment mainly relates to the various wires and fabrics of the product, and the electric power of the reading device with the reading data. br〇ther issued the embroidering machine, Ltd. 4000, etc. The effectiveness of other models), the electronic actuators through automated processing (embroidery) operation; _ but also the production methods. Figure 4 to Figure 4 are schematic views showing the fabrication of the present invention. The third figure A is a schematic diagram of the two sides of the upper body; the third figure B is the intention of the two sides of the lower system. The manufacturing method of the three-dimensional embroidery, the main step diagram shows the style, specification and manufacturing method of the electronic embroidery sewing machine reading unit (1) 5 201035406, and then a tight lining in the embroidery frame (2) On the bottom (3), through the changing needle method of the electronic embroidery sewing machine, the upper thread (100) and the lower thread of the same color are simultaneously embroidered, and the upper thread (100) is placed on the substrate. (3), the lower line under the substrate (3) is combined, and the lower line is lifted onto the substrate (3) to form a pinning point, and according to this method, the components of the three-dimensional embroidery article are gradually embroidered. A flat embroidered surface (10); wherein the substrate (3) may be a conventional cloth such as a gauze cloth (for example, a Dutch yarn) having a warp and weft, a water-soluble cloth or a base cloth. 2. As shown in the second figure, a flexible metal wire body (110) is manually placed around the edge of the embroidery surface (10) and then passed through the changing needle function of the electronic embroidery sewing machine function. As shown in the third A and third B diagrams, a specific needle width and density are selected, and the upper and lower tethers (1 0 0 ) (1 01 ) are stabbed back and forth to the metal wire body (11 0 ). Side, and placed on the embroidery surface (10) and the substrate (3) to form a pinning point (1 0 2 ), thereby wrapping the metal wire body (11 0 ) on the edge of the embroidery surface (10), so that The edge of the embroidered surface (10) forms a three-dimensional embroidered edge (11) which is provided with a conformable metal wire body (110) and which can be bent and adjusted. 3. As shown in the fourth figure, the hedge surface (10) of the embroidered edge (1 1 ) will be cut and removed along the outer edge of the embroidered edge (11) by the cutting tool, and then the embroidered edge will be adjusted (11). The bending curvature makes the embroidery surface (10) into a proper shape, that is, completes the assembly of a three-dimensional embroidery article (1); at the same time, the metal wire body (11 0 ) is reserved with a wire end of a specific length. , the combination of the squats to create body embroidery items. In addition, by 6 201035406 the embroidering edge (11) setting 'make the embroidery surface (丨〇) to avoid the warp and weft-like substrate (3) and the embroidery surface (the function of the raw edge.) In the foregoing steps 1 to 3, the components of the article are embroidered one by one. 5. Using the metal wire body reserved by each component (1)! The wire ends are placed and stacked on a substrate, and then lined. The bottom metal wire body (1 1 0 ) is folded or trimmed to be trimmed to complete a three-dimensional embroidery article. Please refer to the fifth figure, which is a preferred embodiment of the present invention. As shown in the figure, in the embodiment, a plurality of petal embroidered surfaces (50) and a blade embroidered surface (51 are superimposed on the vane embroidered surface (51) and the blade embroidered surface (51) are produced by the above-mentioned manufacturing method. Or the combination of the surface to be embroidered (not shown), and then adjust the bending curvature of the embroidered edge (500) of the surface (50) and the surface of the blade (51), thereby forming the embroidered surface of the petal (5) 〇) and - face (51) of the three-dimensional contour, thus completing a three-dimensional flower (5 In summary, the 'the present invention provides a three-dimensional embroidery method' allows the user to quickly and easily produce a three-dimensional embroidery article assembly with or with appropriate bending adjustment of the embroidery component. The surface to be embroidered is combined, and at the same time, the embroidered edge of the adjusting piece is formed to form a bent or vertical standing state, and 10) yield ι·_ J 2*· _,, L> Fancheng: 110) will wear Set and fixed, according to the), the complex-substrate petal embroidered [510] blade embroidered orthopedic material can be shaped to refine the group outline 7 201035406, thereby forming a three-dimensional embroidery article; accordingly, the present invention It is able to embroider items more vividly and vividly, and increase the visual effect, thereby enhancing the added value and industrial benefits of the whole product. The invention has excellent progress and sex in the same field, and at the same time, it has been investigated at home and abroad. The technical information of such an architecture has not found that the same approximation exists in the first place, and should have been in compliance with the patent requirements, "combined with industrial use", "novelty" and procedural requirements. Apply. 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. Give a sense of 〇 practical contribution, 『create 『进, its own hair 201035406 [simple description of the diagram] The first picture is a schematic diagram of the implementation of the production method of the invention (1). The second figure is a schematic diagram of the implementation of the manufacturing method of the present invention (2). The third figure A is a schematic view of the upper line being stabbed on both sides of the metal wire body. The third figure B is a schematic view of the lower line spurting on both sides of the metal wire body. The fourth figure is a schematic diagram of the implementation of the manufacturing method of the present invention (3). The fifth drawing is a schematic perspective view of a preferred embodiment of the present invention. [Main component symbol description] 1 component; 10 embroidery surface; 100 upper thread; 101 lower thread; 102 pin point; 11, embroidered edge; 110 metal wire body; 2 frame; 3 substrate; 50 petal embroidered face; 500, embroidered edge; 51 blade embroidered surface; 510 around the edge;