TWI279193B - A manufacturing method for 3D food by rapid prototyping technology - Google Patents
A manufacturing method for 3D food by rapid prototyping technology Download PDFInfo
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- 235000013305 food Nutrition 0.000 title claims abstract description 62
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- 235000013312 flour Nutrition 0.000 claims description 6
- 239000002904 solvent Substances 0.000 claims description 6
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- YSXLJTGZMRNQSG-UHFFFAOYSA-L disodium;6-amino-5-[[2-[4-[2-[4-[2-[(2-amino-5-sulfonatonaphthalen-1-yl)diazenyl]phenyl]sulfonyloxyphenyl]propan-2-yl]phenoxy]sulfonylphenyl]diazenyl]naphthalene-1-sulfonate Chemical compound [Na+].[Na+].C1=CC=C2C(N=NC3=CC=CC=C3S(=O)(=O)OC3=CC=C(C=C3)C(C)(C=3C=CC(OS(=O)(=O)C=4C(=CC=CC=4)N=NC=4C5=CC=CC(=C5C=CC=4N)S([O-])(=O)=O)=CC=3)C)=C(N)C=CC2=C1S([O-])(=O)=O YSXLJTGZMRNQSG-UHFFFAOYSA-L 0.000 description 1
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Landscapes
- General Preparation And Processing Of Foods (AREA)
Abstract
Description
1279193 九、發明說明: 【發明所屬之技術領域】 本發明係為一種以快速原型(Rapid PlOt()typing 主,結合三維模型設計與可食用粉末與可食用膠合劑=了 使用三維喷印技術(3D Printing),進行立體形狀之食σ二浐 製作技術。為一種整合多種領域技術之快速製作供^用,模 體形狀與造型,同時兼具具藝術感或趣味性之立體合口^ 製作技術。 股艮口口開發 本發明利用-種整合電腦触速原顯,將儲存 憶區的虛擬物雜造成可供觀賞及食狀立體 = —........·,'喷印成型之程序押. " 及硬體,透過喷膠技術將可食用之膠合劑喷印於 = 合可食用粉ί材料上,將儲存在電腦記魅的虛擬物像 2 喷印成型之程序控:體 •複 =軟體運算後之二維圖像,再將膠合劑„:層 膠結,進而建構製成單色或彩色立體形末快逮疊合 【先前技術】 工雕 餅,大多採用木刻淺碟形狀之翻印模呈二糖^或叙 塑而成,然而,由於受食品材料逮捏 成品在:卜型、大小...各方面,實際上可=式j 直正:二t夕ί僅為半面立體之浮雕形狀而已,若欲:二 速度與量產性都嫌不足,不僅如二變化之 1279193 美中不足之處。 惟’有鑒於時代進步神速,人類, 且此一基本 擴大與翻新,因此對「美食必須色=及$求又不斷地 慢慢轉變為食品本身必備的基^的要求,已經 品,除 的滿足,引領 已成為傳統飲食文 X備=ίί本要件外’更須搭配多功能性 ;,L仃、追求打尚、寓教於樂與彼此關懷, 化在未來所追求的目標。 晴細事後著色方式,由人ρίΐί;;;!:: 唯妙ί肖的美麗呈現,就需藉曰助專業焱 而且制費多時又不合經濟效益與量產, ,、衣:㈣及賴减又不容祕得控制及無法統一。 所,22種食口,商品除必須儘量符合客戶對口味與品 i、夕二的置產製作外,甚至在食品外觀造型之多 、查夕L、創新性,都必須滿足客制化要求,也就因此必須 各項條件,才能吸引消費者登門購f。此外,更需 私熟的量產技術與製作品質的嚴格控制,才能進一步降 造成本並從中獲取較高利潤。故如何在傳統食品製造技 :’搭配新科技的精益求精列車,尋找傳統食品產業的新 路與春天,已成為未來提昇食品產業競爭力的必要條件。 、在過去的十年裡,由於電腦辅助設計及製造(CAD/CAM) 的進匕‘4業發展了快速離型方法(Rapid Prototyping,1279193 IX. Description of the invention: [Technical field to which the invention pertains] The present invention is a rapid prototyping (Rapid PlOt() typing main, combined with a three-dimensional model design with edible powder and edible glue = using three-dimensional printing technology ( 3D Printing), a three-dimensional shape food σ 浐 浐 production technology, for a combination of a variety of field technology for rapid production and use, phantom shape and shape, while also has an artistic or interesting three-dimensional joint ^ production technology. The development of the femoral sputum of the present invention utilizes a kind of integrated computer touch speed original display, which causes the virtual material of the memory area to be used for viewing and eating three-dimensional = —........·, 'Printing and forming Programs. " and hardware, through the spray technology to print the edible glue on the = edible powder ί material, will be stored in the computer to remember the virtual object image 2 printing process control: body • Complex = two-dimensional image after software operation, and then the glue „: layer is cemented, and then constructed into a single color or a color three-dimensional shape. [Prior Art] Knife cake, mostly in the shape of a woodcut dish The reprinting mold is disaccharide ^ It is made of plastic, however, because the food material is caught and pinched in the following aspects: Bu, size... In fact, it can be = straight j: two t ί is only a half-dimensional three-dimensional relief shape, if you want: The second speed and mass production are not enough, not only the 1279193 in the shortcomings of the second change. However, in view of the rapid progress of the times, human beings, and this basic expansion and renovation, therefore, "food must be color = and demand and continue The ground slowly transforms into the basic requirements of the food itself. The products have been replaced, and the satisfaction has become a traditional diet. The text has become a traditional food, and it has to be used in combination with versatility. Educate and care for each other, and pursue the goals pursued in the future. After the fine-grained coloring method, by ρίΐί;;;!:: The beautiful presentation of the wonderful, you need to help the professional and cost more At the same time, it is not economical and mass-produced, and clothing: (4) and the reduction is not allowed to be controlled and cannot be unified. Therefore, 22 kinds of foods, goods must be in line with the customer's taste and product i, the second two Outside of production, even in the appearance of food , Cha-H, innovation, must meet the requirements of customization, so it must be all conditions to attract consumers to buy f. In addition, more need for private production technology and strict control of production quality, Further reduce the cost and obtain higher profits from it. Therefore, how to use traditional food manufacturing technology: 'The new road and spring with the new technology to find the traditional food industry, has become a necessary condition for improving the competitiveness of the food industry in the future. In the past decade, due to the advancement of computer-aided design and manufacturing (CAD/CAM), the '4 industry has developed a rapid separation method (Rapid Prototyping,
Rp),旎报迅速的將設計原始構想製造出來。快速原型(Rp) 技術可不文任何形狀限制,而且越複雜的物件形狀,越能頻 示技術的卓越性,同時節省人力及節省加工時間,在時 的要求下,將CAD上的物件圖形,呈現到您的面前, 讓您摸的到’感受的到它的幾何曲線。 廷些快速離型法有很多種,如三維印刷(3-D printing), 立體印刷(Ste跡lithography,SLA),選擇性雷射燒結 (Selectee Laser Sintering,SLS),立體製版(SoIider Pr〇cess, 证)口’ ^合合》儿積模型(FuSed Dep〇sition Modeling,FDM),層化 物口口^造(Laminated Object Manufacturing,LOM),及所謂的 辦公室雛型(Office rP)-快速概念成型法(Rapid C〇nc Mo曰deler,RCM)。其中快速概念成型法(RCM),為一種最新 ^最經濟之方法,能將設計者構想概念由設計圖迅速的做出 模里改進其缺點,並直接開新模而生產。如此不但構相鱼 成品的開發日夺間加速,而且節省相當可觀的開發、經f。― 若以RP的材料來區分,可以分為固體(如l〇m),液 (如SLS)等多種。然而,各種快速原型法搭配 二,用之材料,以膠黏粉末方法之製作速度最快,而且不 頜外支撐就能將任何三維立體形狀成型。故吾等發明人遂構 思以適當的食品粉末配合食用水或食用油性液體,再搭 述RP印刷技術,即可將任何形狀、各種尺寸、任何^ —維立體造型食品,直接且快速地製作出來。並進一步發 見上千種>[貝廉又可食用的微細粉末,只要在適當的條件及 比例組合下,只要配合Rp印刷技術就可快速地成 各樣符合國人形狀要求之立體食品,如此一來, = 文化更可增添許多樂趣。 界上乙的 但就以RP的原來訴求而言,快速原型的, 1279193 概念,如果能以更經濟及更安全且更快速的方式,結合適去食 品粉末與膠合劑,不但能在辦公室或是每個家庭裡,若能用 Rp機器於食品的製作上,再加上未來世界在設計創新的及 化的輔助下,每個人皆可以自己生產出所喜愛的三維立體^品 已成為未來趨勢,而設計創新的普及化,必可促成食品文 入科學藝術或更高的領域。 % 有鑑於此,為有效解決傳統食品造型立體感不足及生 ^於緩慢等闕,及促進食品文化及產業之發展,吾等 地結合食品及RP快速原型技術並進行研發,進而有又 之Ϊ世,同時在研發過程中亦已有多項成品問世證士本 發明之可實施性及具產業利用價值。 乃不 【發明内容】 维為提供—翻快速原型技術生產三 立體舍^可以快速生產各式複雜形狀之三維 σ文^/ϋ目μ吝;提升*品美感及藝術價值,以及促進食 口口文化及相關產業進步性之功效者。 為達致以上目的,吾等發明 產三維立體食品之製造方法,係包含以下%速縣技術生 (1) 確疋客戶對立體_及文字内容之需求; (2) 將客戶之需求輪入電腦; (3) 墙彩色化並進 ⑷將最後_予,結及觀為切賴案格式; '刀層貝料傳送到快速原型機準備開始製作; )决速原型機依照切層軟體送來之圖形資料,驅動喷 1279193 頭快速來回喷膠及製作三維立體形狀之食品; (7)將立體形狀之食品成品取離快速原型機及可再進行 後處理。 、據上所述之以快速原型技術生產三維立體食品之製造方 ί: ί-t:該快速原型機内係裝填可食用之食品粉末i原物 料貝頭中則裝填可食用之膠合劑。 、據上所述之以快速原型技術生產三維立體食品之製造方Rp), the report quickly created the original idea of the design. Rapid Prototyping (Rp) technology can not be limited by any shape, and the more complex object shape, the more the technical excellence can be expressed, while saving manpower and saving processing time, the object graphic on CAD will be presented at the time. In front of you, let you touch the 'feeling' of its geometric curve. There are many types of rapid release methods, such as 3-D printing, Stereolithography (SLA), Selectee Laser Sintering (SLS), and Stereo Plateau (SoIider Pr〇cess). , certificate) FuSed Dep〇sition Modeling (FDM), Laminated Object Manufacturing (LOM), and so-called Office rP - Rapid Concept Molding Method (Rapid C〇nc Mo曰deler, RCM). Among them, Rapid Concept Molding (RCM) is the latest and most economical method. It can quickly improve the shortcomings of the designer's conception from the design and directly produce new models. This not only accelerates the development of the phased fish products, but also saves considerable development. ― If it is distinguished by the material of RP, it can be divided into solid (such as l〇m), liquid (such as SLS) and so on. However, various rapid prototyping methods, with the use of materials, are the fastest in the production of the adhesive powder method, and any three-dimensional shape can be formed without the external support. Therefore, our inventors have conceived that the appropriate food powder can be combined with edible water or edible oily liquid, and then RP printing technology can be used to directly and quickly produce any shape, various sizes and any shape-dimensional food. . And further see thousands of kinds of [Pui Lian and edible fine powder, as long as the appropriate conditions and ratio combination, as long as the Rp printing technology can quickly become a variety of three-dimensional foods in line with the shape requirements of the Chinese people, such a Come, = culture can add a lot of fun. In the case of the original appeal of the RP, the rapid prototyping, 1279193 concept, if it is more economical and safer and faster, the right food powder and glue can be used not only in the office or In every family, if you can use Rp machines for the production of food, and with the help of the future world in the design innovation and innovation, everyone can produce their favorite three-dimensional products, which has become a future trend. The popularization of design innovation will certainly promote food culture into science and art or higher fields. In view of this, in order to effectively solve the lack of three-dimensional sense of traditional food modeling and slow growth, and to promote the development of food culture and industry, we have combined food and RP rapid prototyping technology and research and development, and then there are At the same time, in the process of research and development, there have been a number of finished products that have been implemented and have industrial applicability. It is not [invention] Weiwei provides - rapid prototyping technology to produce three-dimensional housing ^ can quickly produce a variety of complex shapes of three-dimensional sigma ^ / ϋ eye μ吝; enhance * aesthetic and artistic value, and promote food mouth The function of the progressive nature of culture and related industries. In order to achieve the above objectives, we have invented the manufacturing method for producing three-dimensional foods, including the following % speed county technical students (1) to confirm the customer's demand for stereo and text content; (2) to turn the customer's demand into the computer (3) The colorization of the wall (4) will be the final _, the end and the view as the format of the cut; 'the blade layer is sent to the rapid prototype to prepare to start production; · The speed prototype is sent according to the layered software Information, drive spray 1279193 to quickly spray back and forth and make three-dimensional shape food; (7) Take the three-dimensional shape of the food product away from the rapid prototype and can be post-processed. According to the above, the manufacture of three-dimensional foods by rapid prototyping technology is: ί-t: The instant prototype is filled with edible food powder i, and the edible material is filled with edible glue. According to the above, the manufacturer of three-dimensional foods by rapid prototyping technology is produced.
it二’該食品粉末係可由充填劑,穩定劑,強化劑、特殊 二角八他不同特性之食品粉末組合而成;而膠合劑則包含主 溶劑 '可食用染料、流動促進劑、凝固促進劑與奈米促進充填 據上所述之以快速原型技術生產三維立體食品之製造方 法,,其中,該食品粉末係可為可食用石膏粉、麵粉、糯米粉、 玉米粉、巧克力粉及其他可食用粉末者。 、據上所述之以快速原型技術生產三維立體食品之製造方 法,其中,該膠合劑之主溶劑係可為食用水、食用油者。It's the food powder can be composed of fillers, stabilizers, fortifiers, food powders with special characteristics and special characteristics; and the binder contains the main solvent 'edible dyes, flow promoters, solidification accelerators And a method for producing a three-dimensional food product by rapid prototyping technology according to the above, wherein the food powder may be edible gypsum powder, flour, glutinous rice flour, corn flour, chocolate powder and other edible foods. Powder. According to the above, a method for producing a three-dimensional food product by rapid prototyping technology, wherein the main solvent of the glue is edible water or edible oil.
、據上所述之以快速原型技術生產三維立體食品之製造方 法,其中,該主溶劑中係可加入一種或一種以上之顏料。 據上所述之以快速原型技術生產三維立體食品之製造方 法,.其中,該立體後處理軟體係可為CATIA、Pr〇-E、I-Deals、According to the above, a method for producing a three-dimensional food product by rapid prototyping technology, wherein one or more pigments may be added to the main solvent. According to the above, a method for manufacturing a three-dimensional food product by rapid prototyping technology, wherein the stereo post-processing soft system can be CATIA, Pr〇-E, I-Deals,
Solidwork、Solid edge、AutoCAD、TrueSpace、3D MAX ;、Solidwork, Solid edge, AutoCAD, TrueSpace, 3D MAX;
FreeForm及其他軟體者。 ’ 據上所述之以快速原型技術生產三維立體食品之製造方 法’其中’该快速原型機係可為Z-Corp之3D Printer系列、 3D system 公司的 Thermojet 印刷機、SLA 或 SLS,及 Stratasys 公司的FDM及其他快速製造物體之機器者。 1279193 據上所述之以快速原型技術生產三維立體食品之製造方 法,其中,該後處理係在不破壞物件形狀為前提,利用食品粉 末之孔隙吸附特性,對物件表面噴灑可食用之添加物,以增添 不同口味、色彩及提升美觀性者。 曰 【實施方式】FreeForm and other software. 'The manufacturing method for producing three-dimensional foods by rapid prototyping technology' is described as 'the rapid prototyping machine can be Z-Corp's 3D Printer series, 3D system's Thermojet printing press, SLA or SLS, and Stratasys FDM and other robots that make objects quickly. 1279193 According to the above-mentioned method for producing a three-dimensional food by rapid prototyping technology, wherein the post-treatment is based on the premise of not destroying the shape of the object, and using the pore adsorption property of the food powder, spraying the edible additive on the surface of the object, To add different tastes, colors and enhance the aesthetics.曰 [Embodiment]
本發明所運用之技術其實與麻省理工學院早期針對快 原型之研究有若干她之情境,惟,該相關研究雖 國專利權,例如 USPN 5,2〇4,〇55、USPN 5,340,656、uspN 5,387,380、USPN5,902,441,然以上專利案之内容多著重 成型方法技術及其設備做研創,對於所使用之粉末材料 開發中,且該等技賴職之射與食品產業完全無關,而 且,使用國外原始之技術並無法立即製造出三維立體 可見本發明將快速原型技術與食品產業相結合,並進而; 全新二維立體食品製造方法,乃前所未見之鱗益誤丄 述,本發明自始即不預設立場,不作原始粉末之成份分析,j 城牆之施工方式及獅為先例,以及實驗 :力之經驗’吾等發明人遂按照可實施材料(即可 了 ί合調f ’ Ϊ以航太零件最困難成型之壓縮器葉輪i造之成 功,、否,來欺觀成分是何姻職 、 =研發及實驗過程中,亦經歷相當之失敗, 同應用之構想,可見原創性思維之重要性。 口此何生不 再者,誠如本發明之名稱所述,本發明之 於「利用快速·機生產三雉立體食品 重 明之重點躲駐駐齡品之紐騎驟,㈣ 之結構以及製作食品之粉末原料成分,雖係如此,^發明, 1279193 認為在本發明說明書中,實仍有需針對一般快速原型機之結構 及原理」以及可供運用之食品粉末原料成分作概略說明之必 要,相信如此當可令鈞上更易於了解本發明之精髓並認同本 發明,特予敘明。 (一)快速原型機設備及製程: 以快速原型機而言,其主要係以喷墨式印表頭來回喷印汾 佈方式來將膠合劑逐層塗於粉末之中,以達到令粉末膠合之ς 理上,膠合劑之目的即在使粉末之間產生結合作用, 么匕^ ^此產生較強之凡得瓦鍵(Van der Waals bond),甚至可 5產,》干之化I反應,產生離子鍵(Ionie bond)或共價鐽 ^:ent bond),促使鍵結更為強化,進而可以建構三維立體 而^發,之快速原型製作過程中,快速原型機1〇之喷 ί 1末二字f合劑卿腿)喷在一層層 ϊ型機中粉末堆疊及膠合過^簡 卜利用鋪粉滚輪12從進料區Η中收缺夠的粉末材料16 ; 2、將粉末材料16鋪平於工件區18上; 了夕餘之⑥末材料16轉移至回收槽四中加以收集; 4、噴墨式印表頭22依照陳噴膠; 5進料适活塞24上升,工件區活塞%下降;、. 6、重複1至5步Ό“件28建構完成; =件區活基26上升’轉工仔⑸周圍未黏著之粉末材料 (一)粉末及膠合劑·· 1279193 分所扮演不同之功能,其中,各種粉末主要係分 (即食品粉末中之主要成份),穩定劑(即: 入田4甘寺a在胗口方面,其主溶劑係可為食用水或 促進劑與奈米促進充填劑,凝固促進以主= i劑器’而奈米促進充填_== 但供外型觀看與食用,g進體ί二告不 配合實際包裝之需要。 件之尺寸精度,達到 (、三)〜三敎體食品之製造方法及触,請相第二圖所示: 音體圖形及文字内容之需求··由於本發明之立The technique used in the present invention actually has a number of her contexts with MIT's early research on rapid prototyping, but the related research is not only USPN 5,2〇4, 〇55, USPN 5,340,656, uspN 5,387,380. , USPN5, 902, 441, but the content of the above patent case is more than the weight forming method technology and equipment for research and development, for the development of the powder materials used, and the technology is completely irrelevant to the food industry, and, The original technology can not immediately create three-dimensional visible. The present invention combines the rapid prototyping technology with the food industry, and further; the new two-dimensional three-dimensional food manufacturing method is a precedent that has never been seen before, and the present invention is initially That is, no pre-set position, no analysis of the composition of the original powder, j construction method of the city wall and the lion as a precedent, and experiment: the experience of the force 'our inventor 遂 according to the implementable material (can be adjusted to f ' The success of the most difficult-to-form compressor impellers for aerospace parts, or not, to obscure the composition of the ingredients, in the process of R&D and experiment, also experienced considerable failure. The concept of application can be seen as the importance of original thinking. If the life is no longer the case, as described in the name of the present invention, the present invention is based on the use of fast machine to produce three-dimensional foods. The structure of the product, the structure of the powder, and the composition of the powder raw material for the production of food, although this is the case, 1279193, it is believed that in the specification of the present invention, there is still a need to apply to the structure and principle of the general rapid prototype. It is necessary to make a summary description of the raw materials of the food powder, and it is believed that the essence of the present invention can be more easily understood and recognized by the present invention. (1) Rapid Prototype Equipment and Process: Using a Rapid Prototype In other words, the inkjet printing head is used to print the smear back and forth to apply the glue to the powder layer by layer, so as to achieve the purpose of bonding the powder, the purpose of the glue is between the powders. Produces a binding effect, 匕 匕 ^ ^ This produces a strong Van der Waals bond, even 5, "dry I reaction, produce ion bonds (Ionie bond) or covalent 鐽 ^: ent Bond), To promote the bond enhancement, and then to construct a three-dimensional stereo, and in the rapid prototyping process, the rapid prototyping machine 1 〇 ί 1 末 末 末 末 1 喷 喷 喷 喷 喷 喷 喷 粉末 粉末 粉末 粉末 粉末 粉末 粉末 粉末 粉末And gluing through the powder roller 12 to take up enough powder material 16 from the feed zone ;; 2, the powder material 16 is laid flat on the workpiece area 18; the eve of the 6th material 16 is transferred to the recycling 4, the inkjet printing head 22 according to Chen spray glue; 5 feeding suitable piston 24 rises, the workpiece area piston% down;, 6. Repeat 1 to 5 steps Ό "Part 28 construction completed; = The active area of the part 26 rises 'The unfilled powder material around the reworker (5) (1) Powder and glue · · 1279193 The sub-function plays a different role, among which the main components of the various powders (ie the main ingredients in the food powder) ), Stabilizer (ie: Into the field 4 Gansi a in the mouth of the mouth, its main solvent can be edible water or accelerator and nano-promoting filler, solidification promotes the main = i agent' and nano to promote filling _ == But for the appearance of watching and eating, g into the body ί second notice does not meet the needs of the actual packaging. The dimensional accuracy of the piece reaches the manufacturing method and touch of (3)~three carcass food, please see the second figure: The demand for the sound body graphic and text content··Because of the invention
叶之3D圖檔,或依照客戶之設計理冬,I 迷立體形狀食品製造。 不f彳進^丁决 、=2,入電腦:依照客戶所建立之書面資料,從 自系統中搜哥已經内建之圖形或文字,亦可讀取由客戶 12 1279193 戶自行創作之文字或圖 、=體圖體彩色化並進-步做運 用,需對該斗他直接應 立】圍邊緣之點資料,貼合成i:面=:2處The 3D image of the leaf, or according to the design of the customer, I am a three-dimensional shape food manufacturing. Not f彳入^丁决,=2, into the computer: According to the written information established by the customer, from the system to search for the graphics or text that has been built in the brother, you can also read the text or figure created by the customer 12 1279193 , = body image colorization and advance - step to use, you need to directly stand on the edge of the bucket] information on the edge of the edge, paste synthesis i: face =: 2
進-步功ί,itί接下來更可利用三維軟體之 形與文;結 ίΐίί舰,使原狀圖文更加生_潑,增加客戶之 4、 Hi f結轉換細層格式:對所建立之 摊,r ΐ、’轉換成热數的網格封閉平面所組成的織面格式In-step ί,it ί can then use the shape and text of the three-dimensional software; knot ΐ ΐ ί , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , r ΐ, 'texture format composed of grid closed planes converted into heat numbers
田.S )、asci1 VRML file(*.wrl)、SolidView SFX file 、Binary PLYfile(*.p·式檀等,如此,才能 ^ v進仃由下^上的程式化適應控制符合電腦數位的报多 切層面的運异,並得到物體各個高度之切層剖面形狀資 料。 、 5、 將切層貧料傳送到快速原型機準備開始製作··快速原型機 需要*.stl等格式才能讀取,並顯示出產品形狀於螢幕上, 此快速原型機可為本發明團隊自行研發成功並已獲准發 明專利之三維快速成型機(請參閱申請第93118961號發明 專利案)和 Z-Corp Z402、Z310、Z406 及 Z510 3D printer 或 3D system 公司的 Thermojet、SLA 或 SLS,及 StratasysTian.S), asci1 VRML file (*.wrl), SolidView SFX file, Binary PLYfile (*.p·style Tan, etc., so that ^ v into the lower part of the stylized adaptive control in accordance with the computer number of newspapers Multi-cut planes are transported, and the shape of the section profile of each height of the object is obtained. 5. Transfer the sliced lean material to the rapid prototyping machine and prepare to start production. · The rapid prototype requires *.stl and other formats to read. And the product shape is displayed on the screen. This rapid prototyping machine can be developed by the team of the invention and has been approved by the invention. The three-dimensional rapid prototyping machine (see application No. 93118961 invention patent) and Z-Corp Z402, Z310, Z40 and Z510 3D printer or 3D system's Thermojet, SLA or SLS, and Stratasys
13 1279193 6 7 機等,唯若產品需加以彩色,則只能以 、喷膠及製作三維立體形狀之食品:詳細過 缸明翏閱刖文相關說明以及第一圖所示。 =三=、體形狀之食品成品取離快速原型機及進行後處 士目刖以柘末堆疊方式製作三維立體食品,因夂 間?本身設計結構強度等因素:“ί 作前可先在工件區放置一 剛性平板,於製作完成後直接以 Ξί彡㈣:=發-=驗ΐ 二 ::ί料轉合劑同步製作—外盒及三維立體謂添加物,以添加不同之口味 色彩 經上述詳細說明可知本發虹要具扣下轩優點及功效: ,增添恤型之多樣 提升食品吸引力並可促進食===求’不僅 用本發立齡“請,亦可利 耒之决速设計技術,縮短設計與實際開模 14 © 1279193 守間,再加上食品模具無須高 旦 原型機製作輔食品材湘之mu可錢利用快速 組不同形狀之模具再交付叫間内先行生產多 :木雕或金屬模具,、=達時間與高成本 三維立體(域輕計及製造 維動書多婢體術、正逆向整合工程技術、三 種寓教於。、軸靖),输能符合各13 1279193 6 7 Machines, etc., if the product needs to be colored, it can only be used, glued and made into a three-dimensional shape of the food: a detailed description of the cylinder and the first picture. = three =, the shape of the food product is taken away from the rapid prototyping machine and after the shovel 士 刖 刖 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作 制作Factors such as the strength of the design structure itself: “You can place a rigid flat plate in the workpiece area before the production. After the production is completed, directly Ξί彡 (4):=发-=verification 2:: 料 material transfer agent synchronous production - outer box and Three-dimensional three-dimensional add-on, to add different tastes of color. According to the above detailed description, this hair rainbow has the advantages and effects of buckled Xuan: Adding a variety of shirts to enhance the appeal of food and promote food === seeking 'not only This issue of the age of "please, can also benefit from the rapid design technology, shorten the design and the actual mold opening 14 © 1279193 Guardian, plus food molds do not need high-denier prototype production auxiliary food materials Xiang Mu can use Quickly set up different shapes of molds and then deliver them in the first place: wood carving or metal mold, = time and high cost three-dimensional (domain light meter and manufacturing maintenance book multi-body surgery, forward and reverse integration engineering technology, three Educate in., Axis Jing), the energy can meet each
、社所述’本發明所揭露之技術手段確可達致預期之目 触功效且具長遠進频,誠射供絲上之發明血誤, 2法提”請’㈣耻惠預審觸准發财利,至感 定太,僅為本發明之較佳實施例,當不能以此限 =„大凡依本發日种請專利範圍及發明說 範i内μ乍之4处化與修飾,皆應仍屬本發明專利涵蓋之The company's technology disclosed in the invention can achieve the expected visual effect and has long-term frequency, the invention of blood on the silk supply, 2 law, "please" (four) shame pre-examination touch Wealth, to the sense of too, is only a preferred embodiment of the present invention, when it is not possible to limit this „ 凡 凡 凡 凡 凡 凡 凡 凡 凡 凡 凡 凡 凡 凡 凡 凡 凡 凡 凡 凡 凡 凡 凡 凡 凡 凡 凡 凡 凡 凡 凡 凡 凡 凡Should still be covered by the patent of the invention
【圖式簡單說明】 第一圖係快速原型機粉末堆疊及膠合過程示意圖。 第一圖係以快速原型技術生產三維立體食品之製造方法流程 圖。 【主要元件符號說明】 10-一决速原型機 12-—鋪粉滾輪 14---進料區 16—-粉末材料 18---工件區 2〇---回收槽 15 1279193 22—喷墨式印表頭 24—進料區活塞 2^—工件區活塞 28 工梓 【附件】 附件一係以本發明之製造方法製成之具備各種造型之立體食 品樣品照片。[Simple description of the diagram] The first diagram is a schematic diagram of the powder stacking and gluing process of the rapid prototyping machine. The first figure is a flow chart for manufacturing a three-dimensional food product using rapid prototyping technology. [Main component symbol description] 10-one speed prototype 12--dusting roller 14---feeding zone 16--powder material 18---work area 2〇---recycling tank 15 1279193 22-inkjet Print head 24 - Feed zone piston 2^ - Work area piston 28 Work [Attachment] Attachment 1 is a photograph of a three-dimensional food sample prepared by the manufacturing method of the present invention.
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TWI424917B (en) * | 2011-04-11 | 2014-02-01 | Microjet Technology Co Ltd | Control method of three-dimensional make-up machine |
CN105454446A (en) * | 2014-09-04 | 2016-04-06 | 研能科技股份有限公司 | Three-dimensional forming meat substitute device |
CN105455182A (en) * | 2014-09-04 | 2016-04-06 | 研能科技股份有限公司 | Making method of three-dimensional forming meat substitutes |
US10011074B2 (en) | 2014-10-01 | 2018-07-03 | National Taiwan University Of Science And Technology | Color three-dimensional printing apparatus and color three-dimensional printing method |
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TWI571371B (en) * | 2014-09-04 | 2017-02-21 | 研能科技股份有限公司 | Three dimensional replacing meats manufacturing machine |
TWI572286B (en) * | 2014-09-04 | 2017-03-01 | 研能科技股份有限公司 | Manufacturing method of three dimensional replacing meats |
US9854828B2 (en) | 2014-09-29 | 2018-01-02 | William Langeland | Method, system and apparatus for creating 3D-printed edible objects |
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TWI424917B (en) * | 2011-04-11 | 2014-02-01 | Microjet Technology Co Ltd | Control method of three-dimensional make-up machine |
CN105454446A (en) * | 2014-09-04 | 2016-04-06 | 研能科技股份有限公司 | Three-dimensional forming meat substitute device |
CN105455182A (en) * | 2014-09-04 | 2016-04-06 | 研能科技股份有限公司 | Making method of three-dimensional forming meat substitutes |
US10011074B2 (en) | 2014-10-01 | 2018-07-03 | National Taiwan University Of Science And Technology | Color three-dimensional printing apparatus and color three-dimensional printing method |
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