五、發明說明（1) ”明係有關於一種於布 種可多/植絨之布表多色㈣方^植、我之方法，尤指- 按，在布材（如服飾、布晝、 稱插植）絨毛圖樣之技術已泛^ ^革ϋ表面栽植（或 材之美觀性與價值感。而常見的植枯^般用於提昇該布 f動化或手工植絨兩種，其區分因素為機械 或工廠規帛，西此兩種技術都 ： 7產品數量 牛驟傳統植域技術，大概區分下列；；“求。 步驟二 步驟三 步驟四 步驟五 步驟六 步驟一，設計圖形及顏色； 依設計圖形預製一圖形樣板； =:，板製做一轉印網版及至少一植絨網版； ::轉印網版於布表選定位置轉印黏膠層； ，用植絨網版及配合靜電機、導電網，將選定顏 之絨毛堆分散均勻栽植於黏膠層上； 經烘乾定型，完成植絨動作。 配八傳；植絨技術中’以轉印網版轉印黏貼層後， 導電網於黏膝層上均句栽植絨毛所採之植絨 圖形樣板之所有@樣直接製成（即單 :個植織網版），周此亦只能栽才直（或選擇）單一顏色之 所以傳統技術只能依設計栽植成單色賊毛圖樣，不 八色彩變化性，也相對限制了植絨技術的多元發展。 業者曾試圖採行前述傳統植絨技術試做多色絨毛圖樣 ’卻苦於無法成功實施，茲舉例說明。『若某甲設計之圖 形樣板m之同心圓’最外環之紅色、中間環是藍色 第4頁 555919 五、發明說明（2) 、最内圓疋黃色。則依據該圖形樣板除製做一對等同心圓 之f印網版1 ’並需分別製做三個圖形基板（分別繪製最 ，裱、中間環及最内圓各一張），再依其分別製成三個對 等形狀之植絨網版。後續利用轉印網版於布表轉印黏膠 層、、利用三個植絨網版分別於黏膠層上栽植三種對應顏色 =絨毛，再經烘乾機烘乾定型』。惟，業者發現以此法栽 之2毛圖樣會造成下述缺失，而無法成功實施： 絲^ ί利用其一植絨網版栽植完成其一顏色（如紅色）之 、j、，，績兩個植絨網版在栽植其他顏色（即藍色、綠 一門j毛^ ’其（另兩個植絨網版）底面與布表間將形成 “巨（：紅色絨毛之實際高度），如此將造成藍色及綠 放空間ί 控未受足夠限制（因底部間距形成局部開 I二，導致栽植路徑並非受限於設定區域内，產生 = = ; =意歪斜現象，則預做同心圓的三ίί 圓，而是= 齊，致使完成之絨毛圖樣並非同心 疋無法預期的不規則形狀」。 撼，絨技術無法製做多色絨毛圖樣之缺 爭卜、+、 成分析研究後所得一種極為可行、括可μ ϊ皆相H的之設計理念°即試圖令不同顏色織毛於栽植 則可確伴：：栽：：消除植絨網版底面與布表間的間距， °又什圖樣形狀與各色分明之多色絨毛圖樣。成相同於 因此，本發明之主要目的，即在提供一插太士 、”方法’可製成相同於設計圖樣形狀各 f色植 匕刀月之多色絨 第5頁 555919 本發明是這樣實現的：一種布表多色 及區分顏色； 形預製一 形狀、數 板製做一 狀及數量 樣板重複 之底框， 度； 網版於布 絨網版及 毛堆分別 型，製成 係利用次 織毛者。 委員瞭解 實施例， 明如后： 色植域方 五、發明說明（3) 毛圖樣者。 為達上述目的 植絨方法，係包含 步驟一，設計圖形 步驟二，依設計圖 預製對應 步驟三，依圖形樣 做對應形 係依圖形 互補形狀 絨毛之長 步驟四，利用轉印 步驟五，利用各植 顏色之絨 步驟六，經烘乾定 其步驟五中， 前栽植完成之他色 為使 貴審查 髒兹藉由下述具體之 做一詳細說明，說 本發明布表多 色之絨毛圖樣，茲配合第一 驟。 步驟一，設計圖形並將 圖形樣板，及依圖形顏色區分 量之圖形基板； 轉印網版，及依各圖形基板製 之植織網版，各植賊網版底面 製做疊層，形成與圖形樣板呈 且底框厚度係大於等於欲栽植 表選定位置轉印黏膠層； 配合靜電機、導電網，將對應· 栽植於黏膠層上； 多色絨毛圖樣。 植織網版底面之底框罩住先 本發明之目的、特徵及功效， 並配合所附之圖式，對本發明 應用於布材表面栽植多 九圖詳細說明其實施步 圖形區分為需求之顏色；V. Description of the invention (1) "Ming is about a kind of multi-colored ^ square planting method that can be used in fabrics / flocking fabrics, especially my method, especially-press on fabric materials (such as clothing, cloth, The technique of the fluff pattern has been generalized ^ ^ The surface of the leather (or the aesthetics and value of the wood). The common plantation is generally used to enhance the cloth's dynamic or manual flocking, which distinguishes The factor is the mechanical or factory regulations. Both of the two technologies are as follows: 7 product quantity. The traditional planting technology may be distinguished from the following; "Please. Step 2. Step 3 Step 4 Step 5 Step 6 Step 1. Design graphics and colors. Prefabricate a graphic template according to the design graphic; = :, the plate is made of a transfer screen and at least one flocking screen; :: transfer screen is used to transfer the adhesive layer at a selected position on the cloth surface; In combination with the electrostatic machine and conductive mesh, the selected pile of flocks is dispersed and evenly planted on the viscose layer; after drying and setting, the flocking action is completed. With eight pass; flocking technology is used to transfer screen printing After the sticking layer, the conductive mesh was planted on the sticky knee layer to pick the flocking pattern. All @ 样 are made directly (that is, a single: a plant weaving screen version), and only a single color can be planted (or selected). The traditional technology can only be planted into a monochromatic thief pattern according to the design. The color variability also relatively limited the diversified development of flocking technology. The industry has tried to adopt the aforementioned traditional flocking technology to try to make a multi-color fluff pattern, but was unable to successfully implement it, and here is an example. "If the graphic model of a certain A design The concentric circle of m 'is the red of the outermost ring and the middle ring is blue. Page 4 555919 V. Description of the invention (2) The innermost circle is yellow. According to the graphic template, a pair of f-prints equivalent to the concentric circle are made. Screen version 1 'requires three graphic substrates (one each for drawing the most, mounting, middle ring and inner circle), and then three flocking screens of equivalent shape are made according to it. Subsequent use The transfer screen is used to transfer the adhesive layer on the cloth surface, and three flocking screens are used to plant three corresponding colors = fluff on the adhesive layer, and then dried by a dryer to set it. "However, the industry found that The two-hair pattern of the law can cause the following defects, which cannot be Function implementation: Silk ^ ί uses one of the flocking screens to plant one color (such as red), j ,, and two flocking screens are planting other colors (ie, blue, green, and other hairs) ^ ' There will be a "giant (: actual height of red fluff)" between the bottom surface of the (the other two flocking screens) and the cloth surface, which will cause the blue and green space to be spaced. I Second, the planting path is not limited to the set area, which produces = =; = intentional skew, then three concentric circles are pre-made, but = uniform, so that the completed fluff pattern is not unintended. Regular shape. ”The fleece technology cannot make multi-colored fleece patterns. The lack of controversy, +, and analysis is a very feasible design concept that includes μ and μ, which is similar to H. It is an attempt to make different colors of wool. Planting can be surely accompanied by :: Planting :: Eliminate the gap between the bottom of the flocking screen and the cloth surface, and the pattern shape and the multi-colored fluff pattern with distinct colors. It is the same as this. Therefore, the main purpose of the present invention is to provide a method of inserting a taxi. The "method" can be made into a multi-colored cashmere of the same color as the design pattern. Fifth page 555919 The present invention achieves this : A kind of cloth table with multiple colors and distinguishing colors; shape prefabrication, shape, number plate to make a shape and repeat the bottom frame of the number template, degree; screen plate in cloth velvet screen and pile pile, respectively, made by the use time Weavers. The members understand the examples and will be clear as follows: Color planting field Fifth, description of the invention (3) Hair pattern. To achieve the above purpose, the flocking method includes step one, design step two, and prefabricate according to the design drawing. Step 3: Make long hairs corresponding to the shape of the pattern based on the pattern. Step 4: Use the transfer step 5. Use the velvet of each plant color. Step 6. After drying, determine the other colors in step 5. In order to make your review dirty, we will make a detailed explanation by the following specifics, saying that the multi-colored fluff pattern of the cloth surface of the present invention is the first step. Step one, design the graphic and the graphic template, and follow Graphic substrates with different shapes and colors; transfer screens, and woven screens made according to each graphic substrate, and the bottom of each plant thief screen is laminated to form a pattern template and the thickness of the bottom frame is greater than or equal to the planting Transfer the adhesive layer at the selected position of the table; Cooperate with the electrostatic machine and conductive mesh to plant the corresponding layer on the adhesive layer; Multi-color fluff pattern. The bottom frame of the bottom surface of the plant woven screen covers the purpose, features and effects of the present invention In conjunction with the accompanying drawings, the present invention is applied to the surface of the cloth material to plant more than nine figures in detail to explain its implementation steps. The graphics are divided into required colors;
第6頁 555919 五、發明說明（4) 步驟二，依設計圖 示），圖形樣板上依設 區11、藍色區12、 分預製對應圖形樣板上 1 3等形狀之圖形基板 步驟三，依圖形樣 所示），轉印網版2上 、藍色區1 2 、黃色區 之製作技術如塗佈感光 技術’且並非本發明之 形基板製做對應紅色區 形狀之三個植絨網版3 圖及第五圖所示），其 3 1 ;其中，各植絨網 樣板1重複製做疊層（ 次），形成與圖形樣板 —1圖所示），其表面 鏤空區2 1 ，惟底框3 長度，因此鏤空區3 3 步驟四，利用轉印 ]SL · 層， 步驟五，請參閱第 版3 A及配合靜電機、 勻栽植於黏膠層上，形 形預製一圖形樣板1 ( 計形成顏色區隔，如同 黃色區13;另依前述 紅色區11 、藍色區1 共三個； 板1製做一轉印網版2 形成對應圖形樣板1上 I 3等同心圓之鏤空區 塗料、曝光、去料等步 特色，因此不予贅述） II 、藍色區12 、黃 A、3 B 、3 C (如第 頂面均形成對應顏色形 版 3A、3B、3C 底 同於轉印網版2之製作 1呈互補形狀之底框3 形成與轉印網版2表面 2厚度係大或於等於欲 之厚度遠大於鏤空區2 網版2於布表4選定位 六圖第七圖及第九圖， 導電網5 ，將對應紅色 成紅色絨毛4 1 ;續利 如第1圖所 心圓之紅色 圖形顏色區 2 、黃色區 (如第2圖 紅色區1 1 2 1 (網版 驟係屬習用 ，另依各圖 色區1 3等 3圖、第4 狀之鐘空區 面係依圖形 方法施做數 2 (如第3 相同形狀之 栽植賊毛之 1 ； 置轉印黏膠 利用植絨網 之絨毛堆均 用植域網版 555919 五、發明說明（5) 3 B及配合靜電機、導電網5 ^一 ^ 栽、植於黏膠及上，形成藍色絨〜毛4f應麗色之鱗毛堆均勾 C及配合靜電彳|、導電網5 ，將，利用植絨網版3 植於黏膠層上，形成黃色絨毛4 3 ^之絨毛堆均勻栽 ，係利用次-植絨網版3 B底面之底框L如第8圖所示 )罩住先前栽植完成之紅色絨毛4ι · 2 (鏤空區33 步驟六，經烘乾機或其他烘 成多色絨毛圖樣於布表4。 、 °又予以烘乾定型，製 依上述實施方法可得， 者 網版外，主要利用次一植絨網版底面二$動作之植絨 完成之他色絨毛，藉此令不 於2罩住先前栽植 則可確保各色織毛栽植=相互隔 依此法亦可依序完成若干不同顏色之多圖樣。當然 驟與前述實施例原則相同，不再贅述。μ毛’其步 ，上所述可知，本發明布表多色植 不同顏色絨毛於栽植時皆相互隔離，亦確貫令 3成製成相同於設計圖樣形狀與各色分明之多= 丄確實改善傳統手工植絨技術之各項缺點，已 產業上之利用性、新穎性及進步性。 ’…、 非用t以上所述者，僅為本發明之一較佳實施例而已，並 圍新从限疋本發明Λ她之範圍。即凡依本發明申請專利範 圍斤作之均等變化與修飾，皆為本發明專利範圍所涵蓋。 第8頁 555919 圖式簡單說明 第1圖係本發明所採圖形樣板之示意圖。 第2圖係本發明所採轉印網版之示意圖。 第3圖係本發明所採栽植紅色絨毛之植絨網版示意圖。 第3 — 1圖係第3圖植絨網版之底面示意圖。 第4圖係本發明所採栽植藍色絨毛之植絨網版示意圖。 第5圖係本發明所採栽植黃色絨毛之植絨網版示意圖。 第6圖係本發明之實施狀態示意圖一。 第7圖係本發明之實施狀態示意圖二。 第8圖係沿第7圖A — A線之側剖示意圖。 第9圖係本發明所製成之多色絨毛圖樣示意圖。 圖號之簡單說明： 1......圖形樣板 11......紅色區 1 2......藍色區 13......黃色區 2 ......轉印網版 21......鏤空區 3 A.....植絨網版 3 B.....植絨網版 3 C.....植絨網版 31......鏤空區 32.......底框 33......鏤空區 · 4········布表 41.....紅色絨毛 42.....藍色絨毛 43.....黃色絨毛 5.......導電網Page 6 555919 V. Description of the invention (4) Step 2, according to the design diagram), the graphic template is provided with a zone 11, a blue zone 12, and a pre-designed graphic substrate corresponding to the shape of the template 13 and so on. Figure shows), the production technology of the transfer screen 2, the blue area 1 2 and the yellow area, such as coating and photosensitivity technology, and is not the shape of the substrate of the present invention to make three flocking screens corresponding to the shape of the red area Figure 3 and Figure 5), which are 3 1; Among them, each flocking mesh template 1 is duplicated as a stack (times) to form a pattern template (shown in Figure 1), and its surface hollow area 2 1, but Bottom frame 3 length, so the hollowed out area 3 3 step 4 using transfer] SL · layer, step 5, please refer to the 3rd edition and the electrostatic machine, evenly planted on the adhesive layer, pre-shaped a pattern template 1 (Counting the formation of color partitions, like the yellow area 13; another three of the red area 11 and the blue area 1 mentioned above; plate 1 is made of a transfer screen 2 to form the corresponding hollow pattern of I 3 on the pattern template 1 Zone paint, exposure, blanking and other steps, so I will not repeat them) II, blue zone 12, yellow A, 3 B, 3 C (if the top surface is formed in the corresponding color shape plate 3A, 3B, 3C, the bottom is the same as that of the transfer screen 2 production, and the bottom frame 3 is complementary to the formation of the transfer screen 2 surface 2 The thickness is large or equal to the desired thickness is much larger than the hollowed out area. 2 The screen plate 2 is selected from the cloth table 4 and the sixth and seventh images and the ninth image. The conductive mesh 5 will correspond to red to red fluff 4 1; The red graphic color area 2 and the yellow area of the circle in the figure 1 (such as the red area 1 1 2 1 in Figure 2 (the screen version is customary, and according to the color areas in each figure 1 3 and so on 3 pictures, the fourth bell) The empty area surface is numbered 2 according to the graphic method (such as 1 of the first planting thief of the same shape; the transfer viscose uses the flock pile of flocking net to use the plant domain screen version 555919. 5. Description of the invention (5) 3 B and cooperate with electrostatic machine, conductive net 5 ^ a ^ Plant, plant on viscose and form blue fleece ~ hair 4f should be beautiful scale piles are hooked C, and with electrostatic 彳 |, conductive net 5, will (Using flocking screen 3 to plant on the viscose layer to form a pile of yellow fluff 4 3 ^ uniformly planted, the bottom frame L of the bottom surface of the sub-flocking screen 3 B is shown in Figure 8) The previously planted red fluff 4ι · 2 (hollow area 33 step six, dried by a dryer or other multi-colored fluff pattern on the cloth table 4., and then dried and shaped, the system can be obtained according to the above implementation method, or In addition to the screen version, the other color fluff that is completed by the second flocking screen with a $ 2 action on the bottom is used to make sure that the color of the woven wool is not covered by the previous planting. It can be separated from each other. In order to complete a number of different colors of the pattern. Of course, the principle is the same as the previous embodiment, and will not be repeated. μ hair 'step. As mentioned above, it can be known that the multi-colored fluff of the cloth surface of the present invention is isolated from each other when planted, and it also consistently makes 30% the same shape and design as the design pattern. The shortcomings of traditional hand flocking technology have been industrially applicable, novel and progressive. …, The ones described above are only one of the preferred embodiments of the present invention, and are intended to limit the scope of the present invention. That is, all equal changes and modifications made in accordance with the scope of patent application for the present invention are covered by the scope of the present invention patent. Page 8 555919 Brief Description of Drawings Figure 1 is a schematic diagram of a graphic template used in the present invention. Figure 2 is a schematic diagram of a transfer screen plate used in the present invention. FIG. 3 is a schematic diagram of a flocking screen plate planted with red fluff. Figure 3 — 1 is the bottom view of the flocking screen in Figure 3. FIG. 4 is a schematic diagram of a flocking screen plate with blue fluff collected by the present invention. FIG. 5 is a schematic diagram of a flocking screen plate with yellow fluff collected by the present invention. FIG. 6 is a first schematic view of an implementation state of the present invention. Fig. 7 is the second schematic diagram of the implementation state of the present invention. Figure 8 is a schematic side sectional view taken along line A-A in Figure 7. FIG. 9 is a schematic diagram of a multi-colored fluff pattern made by the present invention. Brief description of drawing number: 1 ... graphic template 11 ... red area 1 2 ... blue area 13 ... yellow area 2 ... .Transfer screen 21 ... Hollow area 3 A ..... Flock screen 3 B ..... Flock screen 3 C ..... Flock screen 31 .. .... Hollow area 32 ....... Bottom frame 33 ... Hollow area · 4 ····· Cloth table 41 ..... Red fluff 42 .... .Blue fluff 43 ..... yellow fluff 5 .... conductive mesh