200944134 九、發明說明： . 【發明所屬之技術領域】 - * . 本發明係有關於一種具有奈米鹼性鈣離子成份的飼料， 主要係將奈米驗性舞離子水與水混合，利用喷灑及烘乾的方 式製得具有奈米鹼性鈣離子成份的飼料。 〇 【先前技術】 以往，對於應用在經濟動物的疾病防治對策上，大多會 在禽、畜飼料的添加成份中，參雜了抗生素，但是抗生素濫 用的結果，誘發了病原菌產生抗藥性，使得藥物治療逐漸失 效’無法有效遏止傳染疾病的爆發，*且殘存於禽體内的 抗生素’食用後對人類的健康造成嚴重的影響。目前，國内 有關人士在於顧及禽、畜或人類的备益健康上，潛心研究利 用奈米驗性聊子成份作為添加成份，使生禽、畜類的成長 既健康又迅速。 【發明内容】 本發月主要目的’在於提供一種具有奈米驗性觸子成 伤的飼料’係利用魚粉、玉米澱粉、改質殿料、纖維素、大 豆、大麥、米糠、滑石粉......等作為混合飼料成份， 200944134 進-步再與奈米驗性_子成份所共同組成。其主要特徵在 於利用奈米雜纟子水與水㈣#_混合後，利用同步 嘴霧乾燥法傾在飼觀合成份上，使飼騎面財奈米驗 性纖子成份’藉由該製法所獲得具有奈米鹼性_子成份 的飼料’可以使用於雞、鴨、魚、豬等禽、畜類的適用飼料 ❹ 上’藉㈣騎、畜輯加抵抗力膽育健康等功效。 【實施方式】 一種具有奈綠性_子的侧，主要係由下列成份組 成混合飼料：魚粉（5〜細％)、大麥（15〜2Gwt%)、玉米 澱粉（45〜5〇wt%)、纖維素（1〇〜15wt%)、大豆（5〜術愧） 米糠（4 6wt%)、滑石粉（〇· 5〜1. 5wt%)。再與奈米驗 性_子成份（〇 . 5〜lwt%)混合域。其巾奈米驗性妈離 © 子水的取得來自於前申請案第9311Ϊ347號的裝置。再取數個 奈米驗性觸子麵置人賴管形成猶管巾，水流經過遽 管即形成奈米驗性_子水，其含有㈣約lmg/L再取奈米 驗性娜子水（姻cc〜5G()cc)與水⑽g)相混合調配後 β用輸送《^運送混合飼料並明步噴霧乾燥法將奈米驗性 #5離子·Κ均勻地嘴;麗在上述混合飼料上，再予以供乾（7〇〜 80°C)使飼料表面具有奈米驗性齊離子成份的成品。 200944134 以下係實施例將對本發明作進一步說明，唯非用 本發明之範圍，任何熟習此項技藝 以限制 之人士 ，可幸至易達成的修 飾及改變，均涵蓋於本發明的範圍内。 實施例1 ❹ 取下列表1 _料成份互相_混合形成1公_用於 緒攝取的觸，《制運輸帶，並 取敝C奈米鹼性_子水與5Q kg水相互混合，以同步喷霧 乾燥設備魏奈米驗性_子水混合液在混合飼料表面，其 混合飼料再經過75v μ私Β 、， Zj P元成具有奈米驗性#5離子的飼 隻緒分兩組：對照組A (5隻豬）（無含奈米鹼 =广、試驗組b(5隻豬)(含有奈米鹼_200944134 IX. Description of the invention: [Technical field to which the invention pertains] - * The present invention relates to a feed having a nano alkaline calcium ion component, mainly by mixing nanometer-experienced dance ion water with water, using a spray A sprinkling and drying method produces a feed having a nano alkaline calcium ion component. 〇[Prior Art] In the past, antibiotics were often used in the disease control measures of economic animals, and the antibiotics were induced in the addition of poultry and animal feed, but the antibiotics were induced to cause resistance to pathogens. The gradual failure of treatment 'cannot effectively curb the outbreak of infectious diseases*, and the antibiotics remaining in the birds' have a serious impact on human health after consumption. At present, the relevant domestic people are concerned about the health of poultry, livestock or human beings, and they have devoted themselves to researching the use of nano-inspectives as ingredients to make the growth of raw poultry and livestock healthy and rapid. [Summary of the Invention] The main purpose of this month is to provide a feed with nano-inducible contact damage, which uses fishmeal, corn starch, modified temple material, cellulose, soybean, barley, rice bran, talcum powder. .... as a mixed feed ingredient, 200944134 is further combined with the nano-tester _ sub-component. The main feature is that after mixing with nano-hybrid water and water (four) #_, the mixture is sprayed on the feed component by the simultaneous nozzle mist drying method, so that the feeding surface is verified by the method. The obtained feed having nano basic _ sub-component can be used in chicken, duck, fish, pig and other poultry, livestock suitable feed ❹ 'borrow (four) riding, animal series plus resistance and health benefits. [Embodiment] A side having a navel green genus, mainly consisting of a mixed feed consisting of fish meal (5 to fine %), barley (15 to 2 Gwt%), corn starch (45 to 5 wt%), Cellulose (1〇~15wt%), soybean (5~愧) rice bran (46% by weight), talc (〇·5~1. 5wt%). Then mix the field with the nanotest _ subcomponent (〇. 5~lwt%). Its towel Nami test sex mother © Zishui obtained the device from the previous application No. 9311Ϊ347. Then take a few nano-inspective tentacles and set up a tube to form a jugular tube. The water flows through the fistula to form a nano-test _ water, which contains (4) about 1 mg/L and then take the nano-test Nazi water. (Marriage cc~5G()cc) mixed with water (10)g), β is transported by "Feeding mixed feed and Mingbu spray drying method to make nano-inspective #5 ion·Κ evenly mouth; Li in the above mixed feed On the top, and then dry (7 〇 ~ 80 ° C) so that the surface of the feed has a nano-inspective Qi ion component of the finished product. The invention is further described in the following examples, which are intended to be included within the scope of the present invention. Example 1 取 Remove the list 1 _ material components mutually _ mixed to form a 1 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The spray drying equipment Wei Nai's test _ sub-water mixture is mixed on the surface of the feed, and the mixed feed is passed through 75v μ private, and the Zj P element is divided into two groups with the nanometer-detective #5 ion: Control group A (5 pigs) (no natriuretic base = broad, test group b (5 pigs) (containing naphthenic _
離子絲的飼料）進行健食其結果如表2。 7 200944134 表2 : 具有奈米鹼性鈣離子的飼料進行肉豬攝取的影響結果表 項目 對照組（A) -試驗組（B) 初體重（kg) 36. 58+1.0 35. 95+0. 5 終體重（kg) 48. 65+1.5 48.65+1.0 飼料攝取量（g /曰） 2122±105 2289+58 每曰體重增加量（g /曰） 1018+90 1058±58 上述表2所提及對照組A中飼料攝取量雖然很多，但是 含奈米鹼性鈣離子成份的試驗組B的飼料攝取量更多，關於 每曰體重增加量（g/曰）試驗組B高於對照組A，因此，係 含有奈米鹼性鈣離子成份的試驗組B係有增加豬隻攝取後增 加其健康與成長的功效。 實施例2 ❹ 依據實驗1相同步驟並取0 cc、400 cc，500 cc，600 cc 不同量的奈米鹼性鈣離子水與50 kg水相混合，經過同步喷霧 乾燥設備的喷灑，並取12隻雞分兩組：對照組（A1，不含 奈米鹼性鈣離子成份）、試驗組（B1，含奈米鹼性鈣離子成 份）其結果如表3。 200944134 表3 : —攝取的影g果表 細 4fe4- H3 Δη / . s—1 "———:— 對照組（Α·ι 試驗組（Β1The feed of the ion silk) was eaten as shown in Table 2. 7 200944134 Table 2: Effect of feeds with nano alkaline calcium ions on hog intake Table item control group (A) - test group (B) Initial weight (kg) 36. 58+1.0 35. 95+0. 5 final weight (kg) 48. 65+1.5 48.65+1.0 feed intake (g / 曰) 2122 ± 105 2289 +58 weight gain per ( (g / 曰) 1018 + 90 1058 ± 58 mentioned in Table 2 above In the control group A, although the feed intake was large, the test group B containing the nano alkaline calcium component had more feed intake, and the test group B was higher than the control group A for each weight gain (g/曰). Therefore, the test group B containing a nano alkaline calcium ion component has an effect of increasing the health and growth of the pig after ingestion. Example 2 ❹ According to the same procedure of Experiment 1, and taking 0 cc, 400 cc, 500 cc, 600 cc of different amounts of nano alkaline calcium ion water mixed with 50 kg of water, sprayed through a synchronous spray drying apparatus, and Twelve chickens were divided into two groups: control group (A1, no nano alkaline calcium ion component), and test group (B1, containing nano alkaline calcium ion component). The results are shown in Table 3. 200944134 Table 3: - Ingestion of the shadow of the fruit table Fine 4fe4- H3 Δη / . s-1 " ———: - Control group (Α·ι test group (Β1
_^料攝取量(g/日） ❹ 〇 ---~~1 X yjc y 上述’有·雜取対奈米細·子飼料結含有 奈米驗性_子飼料的比較組Η，B1，其中顯然飼料中喷 壤奈米驗_離子水的混合量（働cc，5〇h，麵⑹進 行提高，對於每曰體重增加（g)與第6〇曰體重⑷都會增 加’顯然雞隻攝取後體重增加又健康。 今. 本發明係為-種具有奈米驗性_子的 利要件，今爰依法提出專利申請。 1 【圖式簡單說明】 【主要元件符號說明】_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ It is obvious that the amount of mixed water in the feed _ ion water (働cc, 5〇h, surface (6) is increased, for each weight gain (g) and the sixth weight (4) will increase 'obviously chicken intake After the weight gain is healthy and healthy. Today, the present invention is a kind of product with a nanometer test _ child, and the patent application is filed according to law. 1 [Simple description of the figure] [Main component symbol description]