TWI220425B - Manufacturing process of pellet-like glass material - Google Patents

Abstract

The invention discloses a manufacturing process of pellet-like glass material with smooth surface, which is previously processed by color and category for glass recycling. The manufacturing process includes the steps of: (1) crushing the pre-processed glass material into glass pellet at the first stage; (2) removing the acute edges of the glass pellets by vibration or scattering, during which the glass pellets are mixed up with the refractory bricks with enough hardness; (3) stirring the glass pellets together with the added CRAY or the like in order to keep the glass pellets from sticking together in the following heat treatment; (4) performing a heat treatment to the glass pellets in order to further contract the acute portions of the glass pellets; and (5) performing a drying/cooling process to the glass pellets for improving the hardness of the glass pellets.

Description

修正Amend

造方法，牲 特別係指 製造方法。 1220425 t號 90104438 五、發明說明（1) 一、 【發明領域】 本發明係一種顆粒狀玻璃材料之制 -種具有圓滑表面之顆粒狀玻璃材料： 二、 【習知技術】 時下環保意識高漲，各種廢棄物之 源回收之重要課題’其中，冑玻璃就是 及再利用的材質，以台灣為例，目前每 廢玻璃，這些廢玻璃若能有效加以回收 護與貧源運用之效率皆有極大的幫助。 易融成灰燼，也無法生物分解，但由於 為接近’故已有許多將玻璃回收再利用 s骨材或建材、道路舖裝、人造大理石 為玻㈣製品原材料的例子。 在廢玻璃處理製程中，必須先按昭 進行分色處理’這是因》，最後所得： 具有顏色的單-性方才具備較高的經濟 之回收利用，其處理方式—般皆在對廢 的分類與分色I，再將其中的雜質（鐵 除，接著，將其碾碎與清洗，並稍加以 即可獲得可在利用之廢玻璃顆 理過程，其要點僅在於分類、：色此； 外’為讓回收之廢玻璃能儘可能擴大其 處理之後，亦可再施以傳統窯爐熔解的 收之廢玻璃搗碎後’先進行初^的分類 其&高溫炫1解。此類習知的處理方法不 材料回收已成為資 一種可以完全再生 年皆產生極大量之 利用，則對環境保 然而，玻螭焚化不 玻璃性質與砂石極 =磁磚、地磚、輕 等土木建材、或作 廢玻璃來源之屬性 玻璃顆粒材料必須 仏值。這些廢玻璃 玻璃來源進行初步 ' IS、陶瓷等）去 初步的利角磨鈍， 最基本的廢玻璃處 清洗之過程。此 利用價值，在初步 方式，亦即，將回 與分色處理，再將 外乎將分類過後之Manufacturing method, especially the manufacturing method. 1220425 t number 90104438 V. Description of the invention (1) [Field of invention] The present invention is a kind of granular glass material-a kind of granular glass material with a smooth surface: 2. [Knowledge technology] At present, environmental awareness is rising An important issue for the recycling of various sources of waste is' Among them, 胄 glass is a material that can be reused. Take Taiwan as an example. At present, for every waste glass, if these waste glass can be effectively recycled and protected, the efficiency of the use of poor sources is extremely great. s help. It is easy to melt into ashes and cannot be biodegraded. However, there are many examples of recycling glass as raw materials, such as glass or building materials, road paving, and artificial marble. In the waste glass treatment process, color separation must be carried out according to Zhao '' This is the reason ', and the final result is: a unisex with color can only have a high economic recycling, and its treatment method is generally used for waste. Classification and separation I, and then the impurities (iron removed, then crushed and cleaned, and a little bit can be used to obtain the waste glass granulation process, the main point is only classification, color this; In order to make the recycled waste glass as large as possible, the waste glass can also be crushed with the traditional kiln melting waste glass, and then the initial classification is performed. The conventional treatment method and material recovery have become a kind of material that can be completely recycled every year, and it will produce a large amount of use. However, it is environmentally friendly. However, glass incineration does not have glass properties and sand poles = tiles, floor tiles, light and other civil building materials, Or the properties of the waste glass source glass particulate material must be valued. These waste glass sources are subjected to preliminary 'IS, ceramics, etc.) to the preliminary sharp angle grinding, the most basic process of cleaning the waste glass. This utilization value will be processed in a preliminary manner, that is, will be returned to the separation process, and

$ 7頁 1220425 _#號 90104438 __年 月 日_修正 五、發明說明（2) " =坡璃塊經由加熱、混合或揉作、冷卻、以及捣碎等製 程。這些習知製程可簡述如下： 加熱係將碎玻璃塊置入融溶爐中，將其加熱至約達攝 ^千度以上之高溫，以使玻璃塊成一流體融熔狀的玻璃 漿。 此β或揉作係將藉由鬲溫狀下的漿體溫度，使置入的 =璃塊能快速的熔化成流體狀，此時，可依所需之成品顏 ^ =不同顏色之玻璃塊，接著，並將混合流動混合好的 离水進步融合’且進行不規則的快速揉作與攪拌，以 便揉製成半硬化狀態。 ,、徐冷則將成形後的玻璃放置在適當溫度之室内徐徐冷 部’以防止或除去應變。 販隹，叙Ζ做工業材料與建材之玻璃原料係以塊狀之形式 型i ^毛些由廢玻璃所製成之玻璃原材料還必須經過成 :與=之過程’最後才分成不同的尺寸與顏色販售或 制成ft配合玻璃之用途，亦可將這些玻璃加以搗碎分 衣成細塊或顆粒狀之小塊體。 句午 式往=法中，使用傳統熏爐溶解之後製處理方 、1 1 1定传廢玻璃之回你# 士 古 _ ^ 僅步驟繁複而耗時之為這些熔融製程不 昂，故相對於使用非廣玻=設備成本亦十分高 廢玻璃所製成之玻璃= ; = = =料，使用 力。若為降低廢玻璃回收後製程之;^具備充分㈣爭 Π、去，則其所得之顆粒狀玻：往：：炫融 故在應用=;= 第8頁 1220425$ 7 pages 1220425 _ # 号 90104438 __year month day_correction V. Description of the invention (2) " = Slope blocks are processed by heating, mixing or kneading, cooling, and mashing. These conventional processes can be briefly described as follows: The heating system places the broken glass block into a melting furnace and heats it to a temperature of about 1,000 degrees Celsius or more, so that the glass block becomes a fluid-melted glass slurry. This β or kneading system will make the inserted glass block quickly melt into a fluid state by the temperature of the slurry under the warm temperature. At this time, according to the desired finished color ^ = glass blocks of different colors Then, the mixed and flowed and separated water is progressively merged, and irregular quick kneading and stirring are performed to knead into a semi-hardened state. , And cold cooling, the formed glass is placed in a room at a moderate temperature slowly cooling section 'to prevent or remove strain. The glass raw materials that are used for industrial materials and building materials are sold in a block form. Some glass raw materials made of waste glass must also undergo a process of: and =. Colors are sold or made into ft to match the use of glass. These glasses can also be mashed and divided into fine or granular small pieces. In the sentence noon style = method, the traditional fumigating furnace is used to dissolve and prepare the processing method. 1 1 1 will pass the waste glass back to you # 士 古 _ ^ Only the complicated steps and time-consuming are these melting processes are not expensive, so compared to Use of non-Glass glass = equipment cost is also very high glass made of waste glass =; = = = material, use force. If it is necessary to reduce the process of recycling waste glass after recycling; ^ has sufficient competition Π, to go, then the resulting granular glass: To :: Xuan Rong Therefore in application =; = Page 8 1220425

案號 90104438 '發明說明（3) 用與安全。所以，亟需針對此一情形提出一改善之廢玻璃 回收的後製程，以便能達成資源回收的最高目標。 三、【發明概要】 $ 制本發明係提供一種具有圓滑表面之顆粒狀玻璃材料的 =造方法，其可將分類分色好、並已先行初步處理過之玻 =材料進行進一步之處理，以利回收廢玻璃之資源再利 ^，該方法包含以下步驟：（1)將玻璃材料先加以初步碾 $成玻璃顆粒；（2)以震動與撞擊的方式初步去除玻璃顆 材=兒、!八其，，㈣顆粒係與一具有足夠硬度之耐火塊 銳角目二U便藉由其相互之碰撞而鈍化各玻璃顆粒之 (3)加入一分離劑於玻璃顆粒之中並將一起授拌， 便區隔各個玻璃顆粒使其不致於在後 見+ ;;==;(4)對，粒進行-熱處理= 縮銳角之顆：:進一步收縮；“及(5)將已收 用風乾與徐冷以強化玻璃顆粒之硬度。利 璃顆粒有效地去除A/羼理衣耘，可將回收之廢玻 作為各種^ ^此所得之廢玻璃顆粒完全可Case No. 90104438 'Explanation (3) Use and safety. Therefore, there is an urgent need to propose an improved post-process for recycling waste glass in order to meet this situation in order to achieve the highest goal of resource recovery. III. [Summary of Invention] The invention provides a method for making granular glass material with a smooth surface, which can classify glass materials that have been classified and colored and have been processed in advance for further processing. In order to recycle the resources of waste glass, the method includes the following steps: (1) the glass material is first crushed into glass particles; (2) the glass particles are initially removed by vibration and impact. Wherein, the gadolinium particles and a refractory block having a sufficient hardness, the acute-angled head U, passivate each of the glass particles by collision with each other. (3) Add a separating agent to the glass particles and mix them together. Separate each glass particle so as not to see + ;; ==; (4) Pair, heat-treat the particles = shrink the sharp angle of the particles :: shrink further; "and (5) use the air-dried and Xu-cooled Strengthen the hardness of glass particles. Li glass particles can effectively remove A / Clear clothes, and the recovered waste glass can be used as a variety of waste glass particles.

作為各種建材與工藝用品等只徂兀王J 收的目標。而且，採用太蘇日Η θ刀達到廢玻璃資源回 可完全捨辛傳統窒煻 X所提供之廢玻璃處理製程， 化廢玻璃之處理過•，其’故可大為簡 收之推行。 展而大為可仃，極有利於資源回 四、【實施例】As a target for all kinds of building materials and craft supplies, only the King of J. In addition, the use of the Taisu Sundial θ knife to achieve waste glass resource recovery can completely eliminate the waste glass treatment process provided by the traditional suffocation X, and the waste glass has been treated. Therefore, it can be implemented simply. The exhibition is very embarrassing, which is very conducive to the return of resources.

五、發明說明（4) 直到本發明所提供之廢玻璃顆粒的處理製程。 法。=而ΐ订處理之後所得的破璃顆粒進-步的處理方 理，此^廢:链回收之廢玻璃必須先經過分類與分色的處 如，回收之前置處理製程1即如圖1所示，例 飲料瓶等^ ^之玛收來源可為映像管玻璃或特定顏色之 (如平板、、些經過步驟11而分類分色好的廢玻璃材料 塊碎片/二像管破“)皆係大小參差綱 或雜物=雜步驟12中過遽其中的雜質 塊Airnr，接著’在步驟13中，再將這些大 理，經過产：ί 5! 一步加以粗碎化，“方 <更後續之處 續處理。‘攄：恭14後丄即可將所得之廢玻璃顆粒進行後 是將這些由χ =收i=實ΐ例’—玻璃顆粒處理製程2即 置處理制μ % χ璃所製成之玻璃顆粒在經過上述之前 為顆粒=璃後材^一/求加以加工與修整，以便能符合作 在制玻璃顆粒處理製程2中，，先，在步 碾碎，將丄1 士灸理衣耘1中所得之玻璃顆粒加以初步的 略艰碎至i;=Κ以-粗碎機(】…sher)加以粗 在步驟π由3 mm之顆粒狀或塊狀玻璃。然後， 材料相混：：：些，之玻璃顆粒與-耐火塊組成之 化各坡璃；片：dt震動機之機器藉由相互礎撞而鈍 是因為由前置處理製程1所 為尖銳的銳角，且其形狀亦參 1220425 案號 90104438 五 l、發明說明（5) — ---- 差不齊，該耐火塊直徑約50_100mm並具有足夠之硬度，豆 與待處理之玻璃顆粒充分混合後，即可藉由與玻璃顆粒之 相互碰撞而將其銳角磨豸，所以，此步驟可將待處理之玻 璃顆拉尺寸加以初步地平均化。#著，在步驟23中 些初步碾碎的玻璃顆粒以雳動的 谈、餘、S X〜斗^ 式（例如’利用-震動 機）師4不同尺寸的破璃顆知，A ^ 敬埽顆拉，在經過步驟21與22之處理 顆粒之尺寸變小’故較有利於後續之執處 理，此乃因尺寸較小的玻璃顆粒其表面積亦較小，：：對 娜亦較低’故熱處理之加熱溫度即；二；， 尚的加熱溫度不但耗費能源，且亦為圪 的相互黏結。接著在步驟23中則依；= = 粒 玻璃顆粒加以分類，並將分類好 ^ 晉 乂將 中，以待後續之處理。 勺破璃顆拉置入儲存桶 靜11之t二24中’將以上所得之玻璃顆粒摻入-如 锻k白土之分離劑，並在室溫下將其 其目的在於利用分離劑能使各玻顆致2 "機中， 果。在本實施例中，所使用之玻^巧致直接接觸的效 1之體積比進行授拌…，在較佳之停件下匕土係以1: 3〇〇1^左右之玻璃顆粒與锻燒白土二’係將總重 到間隔各玻璃顆粒而使其不相直接接觸的目：：=有士達 來，在進行下一步驟之熱處理時，即可蚩旦乞〇此一 粒互黏的機率。 飯里降低各玻璃顆 然後’步驟2 5係將與煅燒白土充人 以進一步之教處理，产姑★舳 此5之玻璃顆粒加V. Description of the invention (4) Up to the treatment process of waste glass particles provided by the present invention. law. = And the processing method of the broken glass particles obtained after the ordering process is further processed, this waste: the waste glass recovered by the chain must be sorted and separated, such as processing process 1 before recycling, as shown in Figure 1 As shown in the figure, the source of the beverages such as beverage bottles can be the image tube glass or a specific color (such as a flat plate, some pieces of waste glass material that have been sorted and separated after step 11), and the two image tubes are broken. The size or miscellaneous size of the system is equal to the impurity block Airnr in step 12, and then 'in step 13, these Dali are processed and then produced: ί 5! One step is coarsely crushed, "Fang < more subsequent Continue processing. '摅: Christine can make the waste glass particles after 14 and then these are made by χ = 收 i = 实 ΐ 例' —Glass particle processing process 2 ie, glass particles made of μ% χ glass Before going through the above process, the granules = glass substrates ^ a / be processed and trimmed so that they can be used in the process 2 of glass granule processing. The glass granules are initially slightly broken to i; = K to a coarse crusher (] ... sher) and coarsened in step π from 3 mm of granular or lumpy glass. Then, the materials are mixed :: some, the glass particles and the refractory block are composed of various slopes; the sheet: the machine of the dt vibrator is dulled by collision with each other because the sharp angle is sharpened by the pre-processing process 1. And its shape is also referred to 1220425 Case No. 90104438 V. Description of the invention (5) — —— The difference is that the refractory block has a diameter of about 50-100 mm and has sufficient hardness. After the beans and the glass particles to be treated are fully mixed, That is to say, the sharp angle can be abraded by the collision with the glass particles. Therefore, this step can initially average the drawing size of the glass particles to be processed. # 着 ， In step 23, some of the preliminary crushed glass particles are shaken, Yu, SX ~ bucket ^ (for example, 'utilization-vibration machine') 4 different sizes of broken glass particles, A ^ respectful Pull, after the treatment of steps 21 and 22, the size of the particles becomes smaller, so it is more conducive to subsequent treatment. This is because the smaller glass particles also have a smaller surface area. The heating temperature is two. The current heating temperature not only consumes energy, but also bonds to each other. Then, in step 23, according to; = = Grain Glass particles are classified, and the classification is good ^ Jin will be in the middle, for subsequent processing. Scoop broken glass particles and put them into the storage bucket static 11 t 2 24 'incorporate the glass particles obtained above-such as the separating agent of wrought white clay, and its purpose is to use the separating agent to make each Glass Pellet 2 " Machine, Fruit. In this embodiment, the volume ratio of the glass 1 used for direct contact with the effect of 1 is used for blending ..., under the preferred stopper, the glass particles are calcined with 1:30 White clay II 'is the total weight to the distance between the glass particles so that they are not in direct contact with each other :: = there is Shidalai, in the next step of heat treatment, you can beg this bead. Chance. Reduce the glass particles in the rice, and then ‘step 2 5’ will be filled with calcined white clay for further teaching and treatment.

VI ___ 凡是具有尖VI ___ Everything with a sharp tip

1220425 __案號90104438_年月曰 铬,下_ 五、發明說明（6) 熱 溶 璃 玻 因 互 步 之 螺 處 四 則 的 的 所 0 來 適 免 水 該 銳外形之部位由於其表面積小而炼點較高，故極易因力α 而熔化，而玻璃顆粒較為圓滑的部位因熔點較高則不致 化，如此即可進一步收縮各玻璃顆粒之銳角而獲致使玻 顆粒具有圓滑外形的效果。而且，由於在步驟24中已將 璃顆粒充分混合以煅燒白土，故在加熱的過程十，不致 為局部的溫度過高而造成各玻璃顆粒的相互沾黏、或因 炼而相結合成另一尺寸較大之顆粒。然而即便如此，此 驟之加熱溫度仍不宜過高，在本實施例中，係將待處理 玻璃顆粒輸送於一螺旋加熱機中，根據實驗的結果，該 旋加熱機之較佳溫度控制大約可分成（6 〇 〇 ± 5 〇 )、（ 8 5 〇 土 50)、（1050±50)、（8〇〇±50)°C四個加熱區段，受加熱 理之該玻璃顆粒係以540 ± 5〇 kg/hr之速率連續通過該 溫度區段，若送入螺旋加熱機中之玻璃顆粒的量過多， 會影響對其加熱的均勻度，玻璃顆粒之銳角即無法充分 收縮，此外，其加熱之總長度最好不要小於4公尺以下， 以提供足夠的加熱時間。在收縮銳角之後，各玻璃顆粒 收縮程度各有不同，故所形成之顆粒大小亦有所不同， 以’在步驟26中，則以一震動機進行第二次的尺寸篩選 此外，在進行二次之尺寸篩選之前，剛從螺旋加熱機出 之玻璃顆粒並需先經過一保溫之輸送過程，此過程需要 度地將剛加熱完畢之玻璃顆粒保持在—定的溫度下，以 玻璃顆粒因驟冷而破碎。 接著，在步驟2 7中’將玻璃顆粒以一水洗機加以 >月洗，以去除先前製程所摻加之諸如锻燒白 !係以溫度約為40-5^之溫水沖洗其中之祐“ hlT^LLM -«UL mJWI paiU.LBIIULIMffU· I m mmm .. .一 __ 1220425 _案號 9010443R 五、發明說明（7) 粒。然後，在步驟2 8中 熱風乾與徐冷之過程。 爐之溫度基本上需高於 根據貫驗的結果，在本 在30C左右。藉由此_ 粒的硬度。至此，即完 程，接著，將這些玻璃 裝即可。 利用本發明所提供 將回收之廢玻璃碎片或 玻璃顆粒原料，而且， 滑之表面與規格劃一之 與工藝等用途之需求。 處理製程，即可完全捨 璃處理製程，故可大為 本亦大為降低，因此， 凰’極有利於資源回收 、 本發明之所製成之 域，例如，在建材方面 地面、與柏油路面等； 與盆栽等；其它則可應 等等。 以上藉由實施例所 内各’而非將本發明狹 神所做之任何 ，將玻璃顆粒在一 在此熱風乾與徐冷 室溫而低於步驟2 5 實施例中，徐冷爐 過程，可進一步強 成本貫施例之一玻 顆粒送入儲存桶中 粒的後 有極高 玻璃顆 全可符 本發明 以熔融 的處理 廢玻璃 料可廣 築物之 ，可應 之製作 係為方 該實施 本發明 之廢玻璃顆 碎塊加工成 其所製成之 尺寸，故完 而且，採用 棄傳統窯爐 簡化廢破璃 亦大為增進 之推行。 破璃顆粒原 ’可用於建 在園藝方面 用於工藝品 做之描述， 義地限制於 修正 徐冷爐中進行一 之過程中，徐冷 之熱處理溫度， 之溫度大約維持 化加熱後玻璃顆 璃顆粒處理製 並進行後續之包 置處理製程，可 工業運用價值之 粒皆具有極為圓 合工業、營造、 所提供之廢玻璃 方式進行之廢破 流程，其處理成 回收的經濟效 泛運用於各個領 裏外牆、室内外 用於庭園造景、 、與魚缸内裝錦 便說明本發明之 例。凡未背離本 申μ專利之乾 變更，皆屬1220425 __Case No. 90104438_Year Cr, the next _ V. Description of the invention (6) The hot-melt glass is free of water due to its small surface area due to its small surface area. The melting point is high, so it is easy to melt due to the force α, and the relatively smooth parts of the glass particles are not caused by the high melting point. In this way, the sharp angle of each glass particle can be further contracted and the effect of making the glass particles have a smooth shape is obtained. Moreover, since the glass particles have been sufficiently mixed to calcined the clay in step 24, during the heating process, the local temperature will not be too high, which will cause the glass particles to stick to each other or combine to form another due to refining. Larger particles. Even so, however, the heating temperature should not be too high. In this embodiment, the glass particles to be processed are conveyed into a spiral heating machine. According to the experimental results, the preferred temperature control of the rotary heating machine is approximately It is divided into four heating sections (600 ± 50), (850 ° 50), (1050 ± 50), and (800 ± 50) ° C. The glass particles are heated at 540 ± The rate of 50kg / hr continuously passes through this temperature zone. If the amount of glass particles fed into the spiral heating machine is too large, it will affect the uniformity of heating, the acute angle of the glass particles cannot fully shrink, and in addition, the heating The total length is preferably not less than 4 meters to provide sufficient heating time. After shrinking at an acute angle, the degree of shrinkage of each glass particle is different, so the size of the formed particles is also different. In step 26, a second size screening is performed with a shaker. In addition, a second time Before the size screening, the glass particles just out of the spiral heating machine need to go through a heat preservation conveying process. This process needs to keep the glass particles just heated at a certain temperature. And broken. Next, in step 27, 'the glass particles are washed with a water washing machine> for monthly washing to remove the whitening added in the previous process, such as calcined white! Rinse them with warm water at a temperature of about 40-5 ^ " hlT ^ LLM-«UL mJWI paiU.LBIIULIMffU · I m mmm .. .__ 1220425 _ Case No. 9010443R V. Description of the invention (7) granules. Then, the process of hot air drying and spin cooling in step 2 8 The temperature should basically be higher than according to the results of the test, which is about 30C. With the hardness of the particles. At this point, the process is completed, and then these glasses can be packed. Use the provided by the present invention to recycle them Waste glass shards or glass particles raw materials, and smooth surface and specifications and the needs of the process and other uses. The processing process can completely eliminate the glass processing process, so it can be greatly reduced and greatly reduced. Therefore, Conducive to resource recovery, the field made by the present invention, for example, in terms of building materials, ground, asphalt pavement, etc .; potted plants, etc .; others can be used. The above is based on the examples, rather than the present invention. What Narrow God does, will The glass granules are dried at room temperature in this hot air and cooled at a temperature lower than that in step 25. In the embodiment, the Xu cold furnace process can further increase the cost of one of the examples. Glass granules are sent to the storage bucket and there are extremely high glass granules. It is in accordance with the present invention that the molten waste glass frit can be used to build buildings. It can be produced in accordance with the present invention. The waste glass particles according to the present invention are processed into their manufactured dimensions. Simplified waste glass simplification in traditional kiln is also greatly promoted. The broken glass granules can be used in the description of horticulture and handicrafts. It is limited to modify the heat treatment temperature of Xu Leng in the process of Xu Leng furnace. The temperature of the glass is maintained after the chemical heating and the glass granules are processed and the subsequent encapsulation process is carried out. The granules with industrial application value all have a waste crushing process that is extremely congruent with industrial, construction, and waste glass methods provided. The economical effect of processing it for recycling is widely used in various inner and outer walls, indoor and outdoor for garden landscaping, and fish tank interior decoration. An example of the present invention will be described. Who have not changed departing from the present application μ dry patent, as both

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第14頁Page 14

1220425 _案號90104438_年月日_Hi_ 圖式簡單說明 圖1係用以說明本發明之實施例的製程流程圖。 【圖式編號】 1〜前置處理製程 2〜玻璃顆粒處理製程 11〜分類 1 2〜去除雜質 1 3〜碾碎1220425 _Case No. 90104438_ 年月 日 _Hi_ Brief Description of Drawings Figure 1 is a process flow chart for explaining an embodiment of the present invention. [Pattern number] 1 ~ pre-treatment process 2 ~ glass particle treatment process 11 ~ classification 1 2 ~ removal of impurities 1 3 ~ milling

1 4〜清洗 2 1〜碾碎 2 2〜去除銳角 23〜篩選/分類 24〜攪拌原物料 2 5〜收縮銳角 2 6〜二次篩選 2 7〜水洗 28〜熱風乾與徐冷1 4 ~ washing 2 1 ~ crushing 2 2 ~ removing acute angles 23 ~ screening / sorting 24 ~ stirring raw materials 2 5 ~ shrinking acute angles 2 6 ~ secondary screening 2 7 ~ water washing 28 ~ hot air drying and cold cooling

第15頁Page 15

Claims (1)

1220425 _案號90104438_年月日__ 六、申請專利範圍 4 ·如申請專利範圍第1項之玻璃顆粒材料的製造方 法，其中，在步驟（3)中，該分離劑係一煅燒白土。 5 ·如申請專利範圍第1項之玻璃顆粒材料的製造方 法，其中，在步驟（3 )中，係將該玻璃顆粒與該分離劑以 1 : 1之體積比加以持續授摔。 6 ·如申請專利範圍第5項之玻璃顆粒材料的製造方 法，其中，在步驟（3 )中，係將3 0 0 k g重之該玻璃顆粒與 該分離劑連續攪拌達5分鐘。1220425 _Case No. 90104438_Year_Month__ VI. Scope of Patent Application 4 · The manufacturing method of glass particulate material according to the scope of patent application item 1, wherein, in step (3), the separating agent is a calcined white clay. 5. The method for manufacturing a glass particle material according to item 1 of the scope of patent application, wherein in step (3), the glass particles and the separating agent are continuously dropped at a volume ratio of 1: 1. 6. The method for manufacturing a glass particle material according to item 5 of the scope of patent application, wherein in step (3), the glass particles having a weight of 300 kg and the separating agent are continuously stirred for 5 minutes. 7 ·如申請專利範圍第1項之玻璃顆粒材料的製造方 法，其中，該熱處理之加熱長度之總長不可小於4公尺。 8. 如申請專利範圍第1項之玻璃顆粒材料的製造方 法，其中，在步驟（4)中，受加熱處理之該玻璃顆粒係以 5 4 0 ± 50 kg/hr之速率連續通過該四溫度區段。 9. 如申請專利範圍第1項之玻璃顆粒材料的製造方 法，其中，在步驟（4 )之後，經過熱處理完畢之玻璃顆粒 接著並經過一保溫之輸送過程。7 · The method for manufacturing glass granule material according to item 1 of the scope of patent application, wherein the total length of the heating length of the heat treatment must not be less than 4 meters. 8. The method for manufacturing a glass particle material according to item 1 of the scope of patent application, wherein in step (4), the glass particles subjected to heat treatment pass through the four temperatures continuously at a rate of 5 4 0 ± 50 kg / hr. Section. 9. The method for manufacturing a glass particle material according to item 1 of the patent application scope, wherein, after step (4), the heat-treated glass particles are then subjected to a heat-retaining transportation process. 1 〇 ·如申請專利範圍第1項之玻璃顆粒材料的製造方 法，其中，在步驟（5 )中，該熱風乾與徐冷過程之環境溫 度係高於室溫且低於步驟（4 )之加熱溫度。 11.如申請專利範圍第1項之玻璃顆粒材料的製造方 法，其中，在步驟（5 )中，該熱風乾與徐冷過程之環境溫 度保持在3 (Γ C。 1 2.如申請專利範圍第1項之玻璃顆粒材料的製造方 法，其中，在進行步驟（5)之前尚有一篩選步驟，該步驟1 0. The method for manufacturing a glass particulate material according to item 1 of the scope of patent application, wherein in step (5), the ambient temperature of the hot air drying and cooling process is higher than room temperature and lower than that of step (4). Heating temperature. 11. The method for manufacturing a glass particulate material according to item 1 of the scope of patent application, wherein, in step (5), the ambient temperature of the hot air drying and spin cooling process is maintained at 3 (Γ C. 1 2. As the scope of patent application The method for manufacturing a glass particulate material according to item 1, wherein there is a screening step before performing step (5), which step 第17頁 1220425 _案號 90104438_年月日__ 六、申請專利範圍 係以震動方式進行該玻璃顆粒之尺寸篩選。 1 3.如申請專利範圍第1項之玻璃顆粒材料的製造方 法，其中，在步驟（5 )之前，尚有一水洗過程，以去除上 述各製程中所添加之材料，且該水洗過程之水溫係維持在 4 0 - 5 0 〇C。Page 17 1220425 _ Case No. 90104438 _ Month and Day __ VI. Scope of patent application The size of the glass particles is screened by vibration. 1 3. The method for manufacturing glass particulate material according to item 1 of the scope of patent application, wherein, before step (5), there is still a water washing process to remove the materials added in the above processes, and the water temperature of the water washing process The system is maintained at 40-50 ° C. 第18頁Page 18