TWI417201B - A three - dimensional color image processing method - Google Patents
A three - dimensional color image processing method Download PDFInfo
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一種立體彩色圖像加工方法，主要是利用具有蓄光和反光功能之原料加工成織品、刺繡用紗或將已製成之紗和一般天然或人造纖維分開或合撚成織品、刺繡用紗或調製成織品、薄膜、繪畫、素描、書法等作品用塗料或雕塑用材料，再依拍攝或喜愛之圖像製作單色各形式輪廓電腦程式輸入提花、編織、針軋或電腦刺繡機(機)、勾紗機再依原設計需要將蓄光紗或反光紗或和一般天然或人造纖維和靛藍紗分開或合撚利用提花、編織、針軋或刺繡、勾紗於靛藍紗或其他纖維所織之織物或非織物上，形成單色各形式圖像輪廓再將已製成之原彩色圖像熱轉印紙緊密貼合附著於提花、編織、針軋或刺繡、勾紗好之單色各形式圖像輪廓上經熱轉紙印加工冷卻後聚光立體彩色圖像即完成。或利用一般天然或人造纖維和靛藍紗提花、編織、針軋或刺繡、勾紗於靛藍紗或其他纖維所織之織物或非織物上，形成單色各形式圖像輪廓再進行熱轉紙印加工立體彩色圖像即形成者，或再依設計需要於單色各形式圖像輪廓或一般織物、非織物及可熱轉印之薄膜上，分開或混合塗佈上蓄光或反光塗料再依前述之熱轉紙印加工聚光圖像輪廓或織物、非織物之立體彩色圖像即完成。而熱轉印後之薄膜可利用熱轉印法轉印在單色各形式圖像輪廓或一般 織物、非織物上，聚光立體彩色圖像即完成。再者，利用調製好之蓄光和反光塗料或雕塑用材料分開或混合使用在繪畫、素描、書法及雕塑等創作上或塗佈於各種素材相關作品上，再依需要選擇上述熱轉紙印加工立體彩色作品即完成，以形成一種【具蓄光(夜光)和反光功能】立體彩色圖像加工方法者。 A three-dimensional color image processing method, which mainly uses a material having a light storage and a reflective function to process a fabric, an embroidery yarn or separate or combine a finished yarn with a general natural or artificial fiber into a fabric, an embroidery yarn or a modulation In the form of paints or sculptures for fabrics, films, paintings, drawings, calligraphy, etc., and then use the images of the film or the like to create a monochrome computer program of various forms of jacquard, weaving, needle rolling or computer embroidery machine ( Machine, the hook machine and the original design need to separate or combine the light-storing yarn or the reflective yarn or the general natural or man-made fiber and the indigo yarn, using jacquard, weaving, needle rolling or embroidery, hook yarn in indigo yarn or other fiber On the woven fabric or non-woven fabric, the image contour of each form is formed in a single color, and the original color image thermal transfer paper which has been produced is closely attached to the jacquard, the weaving, the needle rolling or the embroidery, and the hook yarn is good. The condensed stereoscopic color image is cooled by the hot-sweeping process on the contour of the form image. Or use general natural or man-made fiber and indigo yarn jacquard, weaving, needle rolling or embroidery, hook yarn on woven fabric or non-woven fabric woven by indigo yarn or other fibers to form a monochromatic image contour and then heat transfer paper printing Processing the three-dimensional color image is formed, or according to the design needs, on the monochromatic image contour or the general fabric, non-woven fabric and the heat transferable film, separately or mixedly coated with the light-storing or reflective coating, and then according to the foregoing The hot-to-paper printing process completes the condensed image outline or the three-dimensional color image of the fabric and non-woven fabric. The film after the thermal transfer can be transferred to a single-color image outline or a general fabric or a non-woven fabric by a thermal transfer method, and the concentrated stereoscopic color image is completed. In addition, use the modulated light-storing and reflective paint or sculpture materials separately or in combination with paintings, drawings, calligraphy and sculptures or on various materials related works, and then select the above-mentioned thermal transfer paper printing processing according to the needs. The three-dimensional color work is completed to form a three-dimensional color image processing method with [light storage (night light) and reflective function].
按，目前利用提花、編織、針軋或刺繡、勾紗加工製成之立體彩色圖像，因受限於機器結構與圖像色彩複雜，一組立體彩色圖像完成必須準備色紗繁多之故，業界大致都選擇圖像中較顯眼、突出、強烈之色系當主色系，再經提花、編織、針軋機或刺繡、勾紗機加工完成，無法真正達到依拍攝或喜愛之圖像所顯現立體彩色要求及真實感，失去原利用提花、編織、針軋或刺繡、勾紗欲達成具有聚光立體彩色功能而提昇典藏紀念意義及高級時尚附加價值應用上受到很多限制。 According to the current three-dimensional color image made by jacquard, weaving, needle rolling or embroidery, and hook yarn processing, due to the complexity of the machine structure and image color, a set of three-dimensional color images must be prepared for a variety of color yarns. The industry generally chooses the more conspicuous, prominent and strong colors in the image as the main color system, and then through jacquard, weaving, needle rolling mill or embroidery, and the hooking machine is completed, it is impossible to truly achieve the image according to the shooting or favorite. Appearing stereoscopic color requirements and realism, losing the original use of jacquard, weaving, needle rolling or embroidery, hooking to achieve the condensed three-dimensional color function and enhance the collection of commemorative significance and high-end fashion value-added applications are subject to many restrictions.
再者，若一組圖像色系高達20色色紗以上得準備染20色以備製作之需始能完成提花、編織、針軋或刺繡、勾紗加工，以刺繡加工為例：如係採用平車或手工刺繡要完成一組圖像必須利用手工不斷換線至少達20次以上，若採用電腦刺繡機(機)，以目前世界最先進之電腦刺繡機(機)最多只15針(15色)完成一組20色以上圖像還需靠人工不斷換線始能完成，況，20色以上之彩色圖像程式製作複雜費時，就以人之臉部圖像為例：臉部之表情、膚色、紋路、頭髮層次感等等之表現色系之多絕非提花、編織、針軋機或刺繡、勾紗機加工可以完成的，又如：軍、憲、警使用之安全維護用衣或設施只有反光功能 無光源即失去蓄光(夜光)功能，夜間執行交通安全、救災等任務時無法顯現目標(人或物)，不僅對生命安全無保障亦不符合目前市場少量多樣要求，因色紗、塗料、雕塑用材料色系使用量多更不符合環保減碳及降低成本要求，造成製造上之困擾是其重大缺失。 Furthermore, if a set of image colors is up to 20 colors, it is necessary to dye 20 colors for the production. Jacquard, weaving, needle rolling or embroidery, and hooking processing can be completed. For example, embroidery processing is used. Flat car or hand embroidery to complete a set of images must be manually changed by hand for at least 20 times, if using a computer embroidery machine ( Machine), with the world's most advanced computer embroidery machine ( Machine) A maximum of 15 stitches (15 colors) to complete a group of more than 20 colors of images still need to be manually changed after the line can be completed. In other words, the color image programming of more than 20 colors is complicated and time-consuming, and the human face map is used. For example, facial expressions, skin color, texture, hair layering, etc. are not the color of the jacquard, weaving, needle rolling mill or embroidery, and the hooking machine can be completed, such as: military, constitution, The safety maintenance clothing or facilities used by the police are only reflective. Without light source, the light storage (light) function is lost. When the traffic safety and disaster relief tasks are performed at night, the target (person or object) cannot be displayed, which is not only insecure or incompatible with the current life. There are a small number of requirements in the market. Because the color of color yarn, paint and sculpture materials is more inconsistent with environmental protection, carbon reduction and cost reduction, the manufacturing troubles are a major deficiency.
而，數千年來繪畫、素描、書法或雕塑等相關作品使用素材原料媒介除傳統之蠟筆、碳筆、鉛筆、水彩、油墨顏料外，雕塑用材料則以陶土、石膏、木材、金屬、塑膠、橡膠等化工產品為主，最新媒材也僅限於壓克力、PU、柏油、有機性碳物色料及混合媒材等，而新雕塑用材料則以化工原料為多，雖對藝術創作者是一大福音，但使用上與舊媒材並無很大差異；故近世紀並無非常知名重大美術品及高級時尚品出現非常可惜，尤以不具夜光和反光功能對文化創作及高級時尚無法展現最佳創意，是文化及高級時尚界一大損失。 However, for thousands of years, paintings, drawings, calligraphy, sculptures and other related works use the raw materials of the material in addition to the traditional crayons, carbon pens, pencils, watercolors, ink pigments, sculpture materials are clay, plaster, wood, metal, plastic Chemical products such as rubber, rubber and other chemical products are mainly limited to acrylic, PU, tar, organic carbon materials and mixed media, while the new sculpture materials are more chemical raw materials, although for art creators A big gospel, but the use is not very different from the old media; so in the recent century, there are no very famous major art and high-end fashion products, it is a pity, especially the lack of luminous and reflective functions can not show cultural creation and high fashion. The best ideas are a major loss in the culture and high fashion world.
有鑑於此，本創作人以多年來在本領域之專業素養及技術造詣，經過無數次的實驗測試，突破一些技術上之瓶頸，終於讓本加工方法得以研發成功，其主要是利用具蓄光和反光功能之原料加工成織品、刺繡用紗或將已製成之紗和一般天然或人造纖維加工成織品、刺繡用紗或調製成織品、薄膜、繪畫、素描、書法等用塗料或雕塑用材料，再依拍攝或喜愛之圖像輸入電腦製作立體單色圖像各形式輪廓程式，再依圖像製作安排需要選擇輸入提花、編織、針軋機或電腦刺繡機(機)、勾紗機再依圖像規劃選用蓄光紗或反光紗或和一般天然或人造纖維和靛藍紗分開或合撚利用提花、編織、針軋或刺繡、勾紗於靛藍紗或其 他纖維所織之織物或非織物上，完成單色各形式圖像輪廓再將已製成之原彩色圖像熱轉印紙緊密貼合附著於提花、編織、針軋或刺繡、勾紗好之單色圖像各形式輪廓上，經熱轉印加工冷卻後聚光立體彩色圖像即完成。或利用一般天然或人造纖維和靛藍紗提花、編織、針軋或刺繡、勾紗於靛藍紗或其他纖維所織之織物或非織物上而成單色圖像各形式輪廓再進行熱轉紙印加工立體彩色圖像即形成者，或再依需要於單色各形式圖像輪廓或一般織物、非織物及可熱轉印之薄膜上，分開或混合塗佈上蓄光或反光塗料再依前述之熱轉紙印加工過程聚光圖像輪廓或織物、非織物之立體彩色圖像即完成。而熱轉印後之薄膜可利用熱轉印法轉印在單色各形式圖像輪廓或一般織物、非織物上，聚光立體彩色圖像即完成。再者，可利用調製完成之蓄光和反光塗料或雕塑用材料使用在繪畫、素描、書法及雕塑等創作上或塗佈於各種素材相關作品上，再依需要選擇上述熱轉紙印加工，聚光立體彩色作品即完成。以上製程至今未見有業界有研發本發明加工方法及製品發表成功案例，本加工方法確係本人首創之新發明，不僅符合政府環保減碳政策要求，對產量增加成本降低提昇企業文化藝術及高級時尚附加價值、競爭力貢獻良多，符合申請發明專利要件，始提出發明專利申請，本發明其他目的、製造流程及功能，請參照下列最佳實施例之圖示，詳細說明如下： In view of this, the creator has used many years of experimental tests to break through some technical bottlenecks in the field of professional literacy and technical know-how in the field, and finally let this processing method be successfully developed, mainly using light storage and Raw materials for reflective functions are processed into fabrics, yarns for embroidery or processed into natural or man-made fibers and fabrics for embroidery, embroidery or fabrics, films, paintings, drawings, calligraphy, etc. Then, according to the image taken or loved, input the computer to make stereoscopic monochrome image contour programs, and then arrange the input jacquard, weaving, needle rolling machine or computer embroidery machine according to the image making arrangement ( Machine), the hooking machine selects the light-storing yarn or the reflective yarn according to the image plan or separates or combines with the natural or man-made fiber and the indigo yarn, using jacquard, weaving, needle rolling or embroidery, hook yarn on the indigo yarn or other fibers. On the woven fabric or non-woven fabric, complete the outline of each image in monochrome, and then attach the original color image thermal transfer paper that has been made to the jacquard, weaving, needle rolling or embroidery, and the monogram of the hook yarn The condensed stereoscopic color image is cooled by thermal transfer processing like the outline of each form. Or use general natural or man-made fiber and indigo yarn jacquard, weaving, needle rolling or embroidery, hook yarn on woven fabric or non-woven fabric woven from indigo yarn or other fibers to form a monochrome image and then heat transfer paper Processing the stereoscopic color image as a formr, or separately applying the light-storing or reflective coating on the monochromatic image contour or the general fabric, non-woven fabric and the heat transferable film as needed The hot-sweeping process of the condensed image outline or the woven fabric, non-woven three-dimensional color image is completed. The film after the thermal transfer can be transferred to a single-color image outline or a general fabric or a non-woven fabric by a thermal transfer method, and the concentrated stereoscopic color image is completed. Furthermore, the illuminating and reflective paints or sculptural materials can be used in the creation of paintings, drawings, calligraphy and sculptures or on various materials related works, and then the above-mentioned thermal transfer paper printing processing can be selected as needed. The light three-dimensional color work is completed. The above process has not seen any successful cases in the industry for research and development of the processing method and product of this invention. This processing method is indeed the new invention initiated by me. It not only meets the requirements of the government's environmental carbon reduction policy, but also increases the cost of production and improves the culture and art of enterprises. The added value of fashion and the contribution of competitiveness are in line with the requirements for applying for invention patents. The invention patent application is filed. For other purposes, manufacturing processes and functions of the present invention, please refer to the following diagrams of the preferred embodiments, which are described in detail below:
首先請參閱第1圖為本發明一種立體彩色圖像加工方法製造流程圖，其主要加工步驟如下： First, please refer to FIG. 1 for a manufacturing flow chart of a three-dimensional color image processing method according to the present invention. The main processing steps are as follows:
(1)首先選用具有蓄光(夜光)和反光功能之發光材料製成之可蓄光、反光或蓄光及反光之發光紗；其蓄光原料，係於遇光源照射時圖像、作品能蓄光(吸光)，而無光源(黑暗)時圖像、作品會因蓄 光物理反應而自動擴散夜光之蓄光原料；而反光原料，則係於遇光源(黑暗)照射時，圖像、作品會自動反射光芒特性之反光原料；而一般纖維，係指天然纖維或人造纖維、靛藍紗。 (1) Firstly, the illuminating material which can be stored, reflected or stored and reflected by the luminescent material having the light-storing (light-emitting) and reflective functions; the light-storing material is used to store light (light absorption) when the light source is illuminated. Without the light source (darkness), the image and the work will be saved The photophysical reaction automatically diffuses the luminous material of the luminous light; while the reflective raw material is a reflective material that automatically reflects the radiant characteristics when the light source (dark) is irradiated; and the general fiber refers to the natural fiber or the rayon. Indigo yarn.
(2)係將具蓄光、反光或蓄光及反光之發光紗做為刺繡用紗，用以刺繡以形成立體單色各形式圖像於一織品，其各形式單色立體圖像之刺繡作係由拍攝或喜愛之圖像輸入電腦，以製作各形式單色圖像程式輸入電腦刺繡機(機)，再依個別需求將蓄光紗、反光紗分開刺繡於靛藍紗或一般纖維所織之織物、非織物之布匹或裁片上形成各形式單色立體圖像；(3)再依原輸入電腦拍攝或喜愛圖像製成之彩色圖像之熱轉印紙；(4)將彩色圖像熱轉印紙緊密貼合附著於刺繡好之單色各形式圖像之輪廓上，進行熱轉印加工，使熱轉印紙轉印彩色原圖像於該各形式單色立體圖像之輪廓上，即可完成一種【具蓄光(夜光)和反光功能】之立體彩色圖像之一種立體彩色圖像加工方法者。 (2) Using light-storing, reflective or light-storing and reflective light-emitting yarns as embroidery yarns for embroidery to form stereoscopic monochrome images in a fabric, and embroidery of various forms of monochrome stereo images Input the computer from the shooting or favorite image to create a computerized embroidery machine for each form of monochrome image program ( Machine), according to individual needs, the light-storing yarn and the reflective yarn are separately embroidered on the fabric woven with indigo yarn or general fiber, non-woven fabric or cut piece to form various forms of monochrome stereo image; (3) input into the computer according to the original a thermal transfer paper that captures or likes a color image made of an image; (4) attaches a color image thermal transfer paper to a contour of each of the embroidered monochrome images for thermal transfer processing, A stereoscopic color image processing method for realizing a stereoscopic color image with a light storage (night light) and a reflective function by transferring a color original image onto the contour of each form of the monochrome stereo image By.
其次，請再閱第2圖所示本發明加工方法另一實施例製造流程圖：(1)利用一般天然或人造纖維和靛藍紗做為經緯紗或刺繡用紗；(2)以前述經緯紗提花成為織物或刺繡用紗刺繡於靛藍紗或一般纖維所織之織物或非織物上而形成各形式單色立體圖像；(3)再依原輸入電腦拍攝或喜愛圖像製作具彩色原圖像之熱轉印紙； (4)再進行熱轉紙印加工，使該熱轉印紙之彩色原圖像轉印於前述各形式單色立體圖像之輪廓上，以形成立體彩色圖像者。 Next, please refer to the manufacturing flow chart of another embodiment of the processing method of the present invention shown in FIG. 2: (1) using general natural or man-made fibers and indigo yarn as warp or weft or embroidery yarn; (2) using the aforementioned warp and weft yarns Jacquard becomes a fabric or embroidery yarn embroidered on the woven fabric or non-woven fabric woven by indigo yarn or general fiber to form various forms of monochrome stereoscopic image; (3) according to the original input computer shooting or favorite image to produce a color original image Like thermal transfer paper; (4) Performing a thermal transfer printing process to transfer the original color image of the thermal transfer paper onto the outline of each of the aforementioned monochrome stereoscopic images to form a stereoscopic color image.
再者，請再參閱第3圖所示本發明一種立體彩色圖像加工方法之再一實施例，其主要加工步驟如下：(1)利用一般天然或人造纖維和靛藍紗做為刺繡用紗；(2)以前述刺繡用紗刺繡於靛藍紗或一般纖維所織之織物或非織物上而形成各形式單色立體圖像；(3)再以具蓄光(夜光)和反光塗料選擇分開或混合塗佈在該單色各形式圖像之輪廓以形成一薄膜；(4)再依該圖像之輪廓製作彩色原圖像熱轉印紙；(5)並將熱轉印紙之彩色原圖像轉印在塗佈薄膜上，於各形式單色立體圖像之輪廓上，即完成一種(聚光)立體彩色圖像。 Furthermore, please refer to still another embodiment of a three-dimensional color image processing method of the present invention shown in FIG. 3, the main processing steps of which are as follows: (1) using general natural or man-made fibers and indigo yarn as embroidery yarns; (2) Embossing the above-mentioned embroidery yarn on the woven fabric or non-woven fabric woven by the indigo yarn or the general fiber to form a monochrome stereoscopic image of each form; (3) separately separating or mixing with the light storage (night light) and the reflective paint. Coating a contour of each of the monochromatic images to form a film; (4) fabricating a color original image thermal transfer paper according to the contour of the image; (5) transferring the original color image of the thermal transfer paper It is printed on the coated film to complete a (concentrated) stereoscopic color image on the outline of each form of monochrome stereoscopic image.
再者，請再參閱第4圖所示本發明一種立體彩色圖像加工方法之又一實施例，其主要加工步驟如下：(1)利用蓄光和反光原料依使用需要分開或混合調製成織品、薄膜、繪畫、素描、書法等用塗料；(2)以調製完成之塗料使用在繪畫、素描、書法製品上；(3)再依原輸入電腦拍攝或喜愛之立體彩色圖像雕塑完成之作製作成彩色原圖像熱轉印紙；(4)再將熱轉印紙緊密貼合附著於繪畫、素描、書法製品上，使熱轉印紙織彩色原圖像轉印於製品上或自行彩畫一種【具蓄光(夜光)和反光功能】立體彩色圖像作品即完成，而形成另一種(聚光)立體彩色圖像加工方法者。 Furthermore, please refer to another embodiment of a three-dimensional color image processing method of the present invention shown in FIG. 4, the main processing steps of which are as follows: (1) using the light-storing and reflective materials to be separated or mixed into a fabric according to the use, Coatings for film, painting, drawing, calligraphy, etc.; (2) using the finished paint for painting, drawing, and calligraphy; (3) making it according to the original three-dimensional color image sculpture that was imported into the computer or loved. Color original image thermal transfer paper; (4) then attach the thermal transfer paper to the painting, sketch, and calligraphy products, and transfer the original image of the thermal transfer paper to the product or paint it by itself. Light storage (night light) and reflective function] The three-dimensional color image work is completed, and another (concentrated) three-dimensional color image processing method is formed.
請再參閱第5圖所示本發明一種立體彩色圖像加工方法之又一實施例，其主要加工步驟如下：(1)利用蓄光和反光原料依使用需要分開或混合調製成雕塑用料；(2)以調製完成雕塑用料雕塑成各種雕塑製品；(3)再依個別需要自原輸入電腦拍攝或喜愛之彩色原圖像製作熱轉印紙；(4)再將熱轉印紙緊密貼合附著於雕塑製品上，使熱轉印紙之彩色原圖像轉印於雕塑製品上或自行彩畫一種【具蓄光(夜光)和反光功能】立體彩色圖像作品即完成，而形成另一種(聚光)立體彩色圖像加工方法者。 Please refer to another embodiment of a three-dimensional color image processing method of the present invention shown in FIG. 5, wherein the main processing steps are as follows: (1) using the light-storing and reflective materials to be separately or mixed into a sculpture material according to the use; 2) Sculpture the sculpture materials into various sculpture products; (3) Make the thermal transfer paper from the original original image of the original computer input or favorite according to individual needs; (4) Then attach the thermal transfer paper closely On the sculpture products, the original color image of the thermal transfer paper is transferred to the sculpture product or painted by itself. [With the light storage (night light) and the reflective function] the three-dimensional color image works are completed, and another kind is formed (concentrated light) ) Three-dimensional color image processing method.
綜上所述，利用以上製造流程，即可達成本發明預期之功效，不僅改變了數千年來一般立體彩色圖像色彩複雜須備繁多色紗之苦，更簡化圖像程式製作及圖像作品之真實感，另其聚光製品因具蓄光(夜光)和反光功能，如製成軍、憲、警用安全維護之各種成衣、設備等更能提供生命安全之保障，大大提升生命安全維護及文化藝術高級時尚高附加價值，合於發明專利要件者。 In summary, by using the above manufacturing process, the intended effect of the present invention can be achieved, which not only changes the color complexity of the three-dimensional color image for thousands of years, but also simplifies the image programming and image. The realism of the work, and its concentrating products, because of the light storage (night light) and reflective functions, such as military, constitutional, police security maintenance of various garments, equipment, etc. can provide life safety protection, greatly enhance life safety maintenance And cultural and art high fashion and high added value, combined with the invention patents.
以上實施方式，僅是本發明實施例中較佳實施範例，當不能限定本發明實施範圍，即如依本發明申請專利範圍所作之加工方法變更其製品，皆屬本發明專利涵蓋之範圍。 The above embodiments are merely preferred embodiments of the present invention. When the scope of the present invention is not limited, that is, the processing method according to the scope of the present invention is changed to the scope of the present invention.
第1圖 本發明一種立體彩色圖像加工方法之製造流程圖。 Fig. 1 is a flow chart showing the manufacture of a three-dimensional color image processing method.
第2圖 本發明一種立體彩色圖像加工方法另一實施例。 Fig. 2 A further embodiment of a stereoscopic color image processing method according to the present invention.
第3圖 本發明一種立體彩色圖像加工方法另一實施例。 Fig. 3 A further embodiment of a stereoscopic color image processing method according to the present invention.
第4圖 本發明一種立體彩色圖像加工方法另一實 施例。 Figure 4 is another embodiment of a three-dimensional color image processing method Example.
第5圖 本發明一種立體彩色圖像加工方法另一實 施例。 Figure 5 is another embodiment of a three-dimensional color image processing method Example.
Claims (5)
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