1304384 九、發明說明： 【發明所屬之技術領域】 本發明係有關一種具有二次材成分之美耐亚器皿 及其製法，尤指一種利用美耐皿粉/粒狀元材與已^壓 成型過之美耐孤碎粒/小造型片狀二次材先加以組合， 再經熱壓成型之美耐皿器皿及其製法者。 【先前技術】 按，美耐皿（melamine，三聚氰胺）具有著色自由 (可自由染色）、耐熱性佳、不燃性、且光澤性好等 故被廣泛使用於製造各種容器或器皿，包含如碗、 盤、蛛、鍋、筒等日常用品，而習知美耐皿器皿 法 包括下列步驟：利用一盤形容器承放適量的美耐皿 粒狀兀材，而該粉/粒狀元材可為單色或多人. 將承放有美耐皿粉/粒狀元材之容器置入—加=二中^ 行預熱（preheating)過程，溫产約4η。 甲進 美耐i元材先熱㈣成—軟質再4〇二’;吏狀 器皿成型模具（公母模）中以推奸赦，貝胚體置入 溫度約職；再自成型模具中二、=過程’模具 皿，並進行冷卻、修邊（舜丄 成1之美耐皿器 成-美耐：；：^邊成(以；邊:緣之溢料)，即完 擇再熱壓一層裝飾用花紙，該3二之表面上可選 花紋、色彩、圖樣之薄紙，可藉印有各種 皿外表面上。然而，成型之墓”、、_ 、各貼在吳耐皿器 之美耐狐粉/粒狀元材的顏色/=的底色係與使用 上顏色的粉/粒狀元材混合縱然利用兩種或以 熱壓成型過程時，各種不同务狄=經溫^約18〇°C之 壓而交互流祕m切散?7致受熱受 皿的底色摻雜成一片而顧得模糊不清成 3 ‘1304384 \ ' 彩之間完全無法顯現較清楚之分界線，也無法凸顯出多 色彩底色之繽紛花樣，而且成型後美耐孤器孤所顯現之 元材底色與另熱壓一層裝飾用花紙所顯現之貼花比 較，二者之間的質感不同；而以目前市場而言，習知單 底色或再貼裝飾用花紙之美耐孤器JDI均已是低價之量 產化產品，幾乎無附加價值河言，因此不但無法滿足消 費者求新求變的需求，也相對地限制了美耐皿的應用性 及美耐m器jui市場的發展性。 【發明内容】 _ 本發明主要目的乃在於提供一種具有二次材成分 之美耐皿器皿及其製法，其係利用美耐皿之粉/粒狀元 材與美财JDI已熱壓成型過之碎粒狀二次材，先組成一複 合式元材，再利用該複合式元材進行熱壓成型過程，藉 以取代習知美耐I器皿只利用美而t皿粉/粒狀元材的取 材方式，使美耐孤碎粒狀二次材的形狀及顏色可清楚顯 現在熱壓成型之器皿的外表面上，藉以增進美耐皿器皿 之裝飾效茱及其附加價值。 本發明再一目的乃在於提供一種具有二次材成分 • 之美耐皿器皿及其製法，其係利用美耐皿之粉/粒狀元 材與美耐JHI已熱壓成型之小造型片狀二次材，先組成一 複合式元材，再利用該複合式元材進行熱壓成型過程， 藉以取代習知美耐皿器皿只利用美耐皿粉/粒狀元材的 取材方式，使美耐孤小造型片狀二次材的形狀及顏色可 清楚顯現在熱壓成型之器孤的外表面上，藉以增進美耐 皿器皿之裝飾效果及其附加價值。 本發明另一目的乃在於提供一種具有二次材成分 之美耐皿器皿及其製法，其中該美耐皿之粉/粒狀元材 與美耐JfflL已熱壓成型過之碎粒/小造型片狀二次材，係 4 .13043841304384 IX. Description of the invention: [Technical field of the invention] The present invention relates to a methicable ware having a secondary material composition, and a method for producing the same, in particular, a beauty using a melamine powder/granular element and a molded product. The smash-resistant/small-shaped sheet-shaped secondary material is first combined, and then the hot-pressed melamine vessel and its maker. [Prior Art] According to the melamine (melamine), it has a coloring freedom (freely dyeable), good heat resistance, non-combustibility, and good gloss, and is widely used in the manufacture of various containers or vessels, including, for example, bowls. Conventional products such as dishes, spiders, pots, and cans, and the conventional melamine ware method includes the following steps: using a disc-shaped container to hold an appropriate amount of melamine granular coffin, and the powder/granular element can be monochromatic Or more than one person. The container containing the melamine powder/granular element material is placed in the preheating process, and the temperature is about 4η. A Jinmei resistance i element first heat (four) into - soft then 4 〇 two '; 吏 器 ware forming mold (male and female mold) to push the 赦 赦, shell embryo body into the temperature about the job; then self-forming mold two , = process 'mold dish, and carry out cooling, trimming (舜丄 into the 1 of the United States of America - 耐耐:;: ^ edge into (to; side: edge of the material), that is, choose another hot pressing layer Decorative flower paper, the thin paper with optional pattern, color and pattern on the surface of the 3D can be printed on the outer surface of various dishes. However, the tomb of the molding, _, each paste on the versatile The color of the fox powder/granular element/= the background color is mixed with the powder/granular element used in the color. Even when using two or in the hot press forming process, various different DM = temperature ^ 18 ° ° C The pressure and the mutual flow of the secret m cut? 7 caused by the heat of the dish's background color mixed into a piece and looked unclear into 3 '1304384 \ ' between the color can not clearly show a clearer boundary, can not highlight more The color of the background is colorful, and after the molding, the color of the base material of the US and the solitary solitude is displayed on the other side. Compared with flowers, the texture between the two is different. In the current market, the traditional single-color or re-applied decorative paper JDI is a low-cost mass-produced product with almost no added value. Heyan, therefore, not only can not meet the needs of consumers seeking new changes, but also relatively limited the applicability of melamine and the development of the market. The main purpose of the present invention is to provide A melamine vessel having a secondary material composition and a method for preparing the same, which utilizes a melamine powder/granular element material and a crushed granular secondary material which has been hot-pressed by the company JDI, first forming a composite element material Then, the composite element material is used for the hot press forming process, so as to replace the shape and color of the U.S. granule-shaped secondary material by using only the beauty and the t-powder powder/granular element material. It can be clearly displayed on the outer surface of the thermoformed vessel, thereby enhancing the decorative effect of the melamine vessel and its added value. A further object of the present invention is to provide a melamine vessel having a secondary material composition and System of law Melamine powder/granular element and JHI have been hot-formed into small-sized sheet-shaped secondary materials, which first form a composite element, and then use the composite element for hot pressing process to replace the habit Knowing that the melamine dishware only uses the material of the melamine powder/granular element material, the shape and color of the melamine-shaped small-shaped sheet-shaped secondary material can be clearly displayed on the outer surface of the thermoformed device, so as to enhance The decorative effect of the melamine vessel and its added value. Another object of the present invention is to provide a melamine vessel having a secondary material composition and a preparation method thereof, wherein the melamine powder/granular element and the melamine JfflL have been Hot-pressed granules/small-shaped sheet-shaped secondary materials, 4.11304384
V ' 以適當重量比例組成，如美耐皿粉/粒元材40〜80%而美 耐m碎粒/小造型片狀二次材20〜60%，使熱壓成型過程 中，該適當比例之美耐孤粉/粒狀元材可熱壓結合並緊 密黏著於各美耐皿碎粒/小造型片狀二次材之間，藉以 增進成型器皿之結構強度及堅固性，而提昇美耐皿器皿 之應用性，並避免美耐孤碎粒/小造型片狀二次材之間 因欠缺連結性而易剝離或破裂的缺點。 【實施方式】 為使本發明更加明確詳實，茲列舉較佳實施例並配 _ 合下列圖示，將本發明之結構及其技術特徵詳述如後： 請參考圖1-5所示，其分別係本發明美耐皿器皿一 實施例之立體示意圖，正視示意圖、剖視示意圖、局部 剖視放大示意圖、及製程之簡單示意圖，該美耐皿器皿 1的形狀不限，其結構體主要係由一由美耐孤粉/粒狀元 材10a經熱壓成型過程而形成之美耐孤一次材10部 分，及一已熱壓成型過之美耐孤碎粒狀二次材20部分 構成，其中，該碎粒狀二次材20係利用已熱壓成型過 之數種美耐孤成型材，並可為各種不同顏色，使其經粉 φ 碎處理或再混合後而形成不規則、大小不一且多種顏色 混合的碎粒；而美耐孤係一種熱固性塑膠，而該等美耐 皿碎粒狀二次材20已經過一次熱壓成型過程，再被選 做材料做第二次熱壓成型過程，故稱為二次材；當二次 材20與美耐孤之粉/粒狀元材10a混合後再經一次熱壓 成型過程時，該等碎粒狀二次材20均不再熱熔軟化， 因此，當美耐皿之粉/粒狀元材10a在後一次熱壓成型 過程中加熱形成一次材10時，該等不規則、大小不一 且多種顏色之碎粒狀二次材20,其形狀及顏色即可清楚 顯現在美耐皿器孤1的外表面上如圖1、2所示，此種 5 1304384 J飾效果乃是習知美耐皿器皿或習知製法所無法達成 又在熱壓成型過程中，該等 種顏色之碎粒狀二次材20在模二=、不二且多 完全掌握，會隨預熱過的胚體60:c不易 狀二二人材20之不規則尺寸中（如長 古田拉 J某-尺寸比成型美耐皿器皿i的：:二向) =模具7 0壓迫及自由流動而自錢^^平切 ，度^圍内如圖4所示，使其不規則 色:二 f吴耐皿器皿1的外表面之-面或二面(i下顏面色5現 受:]?具^而破碎成更小之碎粒又以 士 /、7子度有一大概範圍，因此，可 碎粒狀二請2Q讀碎處理喊，使雜狀二次 ，20之大小可大概選擇，或調配大、小碎粒之组 以採m接近器皿厚度之碎粒，或採用大於或 接k益皿尽度之碎粒，或採用大、小混合之碎粒。 又該美耐里之粉/粒狀元材l〇a與美耐孤成型之碎 粒狀二次材20,二者間係以適當重量比例組成，如美耐 亚粉/粒狀兀材l〇a佔40〜80%，而美耐盟碎粒狀二次材 20相對地佔20〜60%，使在熱壓成型過程中，該適當比 例之美耐m粉/粒狀元材10a在熱壓形成美耐孤一次材 1〇時，可同時熱熔結合並緊密黏著於各美耐皿碎粒狀二 次材20之間如圖4所示，藉以增進成型美耐皿器皿i 之結構強度及堅固性，並避免美耐皿碎粒狀二次材2〇 之間因欠缺連結性而易剝離或破裂的缺點。 請再參考圖5所示，其係本發明之製程示意圖，本 發明之製程包含下列步驟： 6 •1304384 步驟（1):提供一美耐JDI之粉/粒狀元材l〇a，及美 耐皿已熱壓成型過並再經碎化處理過之碎粒狀二 20 ； ^ 、，步驟（2):利用上述美耐皿之粉/粒狀元材i〇a與 ^，皿成型之碎粒狀二次材20，以適當比例配組成一適 富蓋之複合式元材30,而該適當量係配合一美耐皿器皿 1之淨重而定，再利用一如圓柱形之容器4〇來承放該適 當量之複合式元材30 ; 步驟（3):將承放有複合式元材30之容器40置入 一加熱器（如烤箱）50中進行預熱（preheating)，溫 度約40°C，使粉/粒狀複合式元材30加熱形成一軟質胚 體 60 ; ' 步驟（4) ··將軟質胚體60置入熱壓成型機中之器 孤成型模具70 (公、母模型態）中，以進行熱壓成型^ 程’該成型模具70之溫度約180°C ; 步驟（5):自成型模具60中取出已成型之美耐皿 1§皿1 a ’並經冷卻、修邊（裁去邊緣溢料）後而完成一 美耐皿器皿1。 其中，步驟（3)至步驟（5)係與習知美耐皿器盟 製程大體類似’但在步驟（3)進行預熱以形成胚體6〇 之箣’本發明之製程比習知美耐皿器皿製程增加一步驟 (2 )之配組程序，該步驟（2 )之配組程序主要目的係 使美耐孤之粉/粒狀元材l〇a與美耐孤成型之碎粒狀二 次材20組成複合式元材30時，該碎粒狀二次材20可 以適¥均勻度分佈在粉/粒狀7〇材l〇a中，以避免因過 度集中，致在熱壓成型過程中，該美耐蓋粉/粒狀元材 10 a無法熱壓結合並緊禮、黏者於各美耐亚碎粒狀二次材 20之間，致使美耐蓝碎粒狀二次材20之間欠缺連結性 7 * 1304384V ' is composed of an appropriate weight ratio, such as 40 to 80% of melamine powder/granular material and 20 to 60% of m-resistant granules/small-shaped sheet-shaped secondary material, so that the appropriate proportion during hot press forming The beauty-resistant powder/granular element can be heat-pressed and adhered tightly between each melamine granule/small-shaped sheet-like secondary material to enhance the structural strength and firmness of the shaped vessel, and to enhance the melamine utensils. The applicability and the disadvantage of being easily peeled off or broken due to lack of connectivity between the US-resistant shards/small-sized sheet-like secondary materials. [Embodiment] In order to make the present invention more clear and detailed, the preferred embodiments are illustrated and the following diagrams are taken to describe the structure and technical features of the present invention as follows: Please refer to FIG. A perspective view of an embodiment of the melamine vessel of the present invention, a front view, a cross-sectional view, a partial cross-sectional enlarged view, and a simple schematic diagram of the process, the shape of the melamine vessel 1 is not limited, and the structure is mainly 10 parts of the US-resistant primary material formed by the hot-press forming process of the US-resistant orphaned/granular element 10a, and 20 parts of a heat-molded US-resistant orphaned secondary material, wherein the The granular secondary material 20 is made of several kinds of beautiful and resistant forming materials which have been hot-pressed, and can be made into various irregular colors, which are irregular, different in size and various in various colors. Color-mixed granules; and US-resistant singularly a thermosetting plastic, and these melamine-grained secondary materials 20 have undergone a hot press forming process and are selected as materials for the second hot forming process. It is called a secondary material; When the secondary material 20 is mixed with the melamine powder/granular element 10a and then subjected to a hot press forming process, the granulated secondary materials 20 are no longer hot melted and softened, so when the melamine powder is used When the granular material 10a is heated to form the primary material 10 during the subsequent hot press forming process, the irregular shape, the size of the multi-colored granular secondary material 20, the shape and color thereof can be clearly seen in the beauty As shown in Fig. 1 and Fig. 2 on the outer surface of the resistant device, the effect of the 5 1304384 J decoration is not achievable by the conventional melamine vessel or the conventional method, and in the hot pressing process, the colors are The crushed granular secondary material 20 is in the mold 2 =, the second and the more completely grasped, and will follow the preheated embryo body 60: c is not easy to shape the irregular size of the 20 human body 20 (such as Chang Gutian La J - The size is smaller than that of the molded melamine utensils i:: two-way) = the mold 70 is pressed and free flowing from the money ^^ flat cut, the degree ^ inside is shown in Figure 4, making it irregular color: two f Wu The surface of the outer surface of the dish 1 or the two sides (i is now 5: 5) is broken into smaller pieces and has a approximate range of ±, 7 degrees, because 2, can be broken and granular, please 2Q to read and shout, so that the second shape, the size of 20 can be roughly selected, or the group of large and small granules can be used to pick the size of the vessel close to the thickness of the vessel, or use greater than or The granules of the k-boiler, or the granules of the large and small mixed. The melamine powder/granular element l〇a and the granule-shaped secondary material 20 It is composed of appropriate weight ratio, such as Meiniya powder/granular coffin l〇a accounted for 40~80%, while Meineng crushed granular secondary material 20 accounts for 20~60%, making it in hot press forming In the process, the appropriate proportion of the US-resistant m powder/granular element 10a can be simultaneously hot-melt bonded and closely adhered to each of the melamine-grained secondary materials 20 when hot-pressed to form a single-resistant primary material. As shown in FIG. 4, the structural strength and firmness of the formed melamine vessel i are improved, and the disadvantage that the melamine-shaped granulated secondary material is easily peeled off or broken due to lack of joint property is avoided. Please refer to FIG. 5 again, which is a schematic diagram of the process of the present invention. The process of the present invention comprises the following steps: 6 • 1304384 Step (1): providing a JDI powder/granular element l〇a, and melon The dish has been hot-pressed and then crushed and processed into two pieces; 20, ^, step (2): using the above-mentioned melamine powder/granular element i〇a and ^, the dish formed by the dish The secondary material 20 is composed of a suitable composite element 30 in an appropriate ratio, and the appropriate amount is matched with the net weight of the melamine vessel 1, and then the cylindrical container 4 is used. The appropriate amount of the composite element 30 is placed; step (3): the container 40 holding the composite element 30 is placed in a heater (such as an oven) 50 for preheating, and the temperature is about 40. °C, the powder/granular composite element 30 is heated to form a soft body body 60; 'Step (4) · The soft body body 60 is placed in a thermoforming machine orphan mold 70 (male and female In the model state, the hot stamping process is performed. The temperature of the molding die 70 is about 180 ° C. Step (5): the formed melamine is taken out from the molding die 60. 1 § 1 a ' and after cooling, trimming (cutting the edge flash) to complete a melamine vessel 1. Wherein, the steps (3) to (5) are substantially similar to the process of the conventional melamine device process, but the preheating in the step (3) is performed to form the embryo body 6〇. The process of the invention is better than the conventional melamine dish. The ware process is added to the matching procedure of the first step (2). The main purpose of the matching procedure of the step (2) is to make the granules of the granules of the granules of the granules When the composite element 30 is composed of 20, the crushed secondary material 20 can be uniformly distributed in the powder/granular 7 coffin l〇a to avoid excessive concentration, which is caused during the hot press forming process. The US-resistant cover powder/granular element 10 a can not be combined by hot pressing and tightly adhered, and is adhered to each of the US-resistant granule-shaped secondary materials 20, resulting in a lack of between the US and the blue-grained secondary material 20 Connectivity 7 * 1304384
而產生剝離或破裂現象。又步驟（2)之配組程序包含 择# (mixing)、或表面鋪設等不同方式，其申，攪拌 方式係取用適當量之美耐皿粉/粒狀元材1〇=與碎粒狀 一次材20,後，利用攪拌（mixing)方式如使用一般果 汁機，使美耐皿粉/粒狀元材1〇a與碎粒狀二次材2〇均 勻攪拌後，再倒入一如圓柱形之容器4〇中，以繼續進 ^驟（3);而表面鋪設方式可分為兩種模式（圖5中 土不）’其一者係先取用適當量之美耐皿粉/粒狀元材 〇a ’先倒入容器40内，再取用適當量之碎粒狀二次材 鋪設在容器40内美耐皿粉/粒狀元材1〇a的上表面， 再繼績進行步驟（3);另一者係先取用適當量之碎粒狀 一次材20鋪設在容器4〇内底面上，再取用適當量之美 耐皿粉/粒狀元材l〇a倒入容器4〇内之碎粒狀二次材2、〇 士面，再繼續進行步驟（3);又上述表面鋪設方式中， 狀二次材2〇並不限制要整面均勻鋪設在粉/粒狀元 材^U)a上面（第一種模式）或容器4〇内底面上（第二 ^ ’其亦可局部鋪設，以使碎粒狀二次材2〇顯現 耐皿器皿1之局部處，藉以增進美耐皿器皿1上碎 粒狀二次材2〇顯現圖樣的變化性。 #為ί在步驟（4)中，由於美耐皿二次材20相當堅硬， ;堅成型過程中使用之熱壓成型模具7〇須利用高堅 f材料，如以高硬度不銹鋼材製成，使成型模具70 之成型面具有足夠硬度以避免毁損。 耐i:再乡考圖6、7、8、9所示，其分別係本發明美 干立Ξ皿另一實施例之立體示意圖，正視示意圖、剖視 、及局部剖視放大示意圖，該美耐皿器皿2之妗 卢在六，與上述美耐皿器皿1近似如圖5所示，其不^ h杲耐皿器皿2之結構中或其製程之步驟（^)中， 耐服器现2另利用小造型片狀二次材20a以取代碎粒 8 * 13〇4384 狀二次材20，或同時使用碎粒狀二次材2q及小造型片 狀二次材20a如圖6-9所示，而該小造型片狀二次材2〇& 係指利用美耐JBI之粉/粒狀元材1 〇a先熱壓成型製出具 有外觀造型及適當厚度的小片體，如」星形、彎^造、 型，或一著名商標圖樣（如米老鼠Mickey mouse ) ^如 圖6-9所示。當小造型片狀二次材2〇a再與美耐皿之粉 /粒狀元材l〇a再經一次熱壓成型過程時，該等碎粒均 不再熱溶軟化，因此，在後一次的熱壓成型過程中，當 美耐皿之粉/粒狀元材l〇a加熱形成一次材1〇時，該等 亡造型片狀二次材20a之形狀及顏色即可顯現在美耐皿 态皿2的外表面上如圖6-9所示，藉以再增進美耐皿器 皿1的變化性。 當使用小造型片狀二次材20a而其尺寸又大於成型 器亚2的厚度時，為避免小造型片狀二次材2〇a在埶壓 成型過程中破裂，該等小造型片狀二次材2〇a在步驟('2) 之配組程序中，p利用表面鋪設方式較佳，亦即將小造 型片狀二次材2〇a鋪設在容器4〇内已置入之美耐孤粉/ 粒狀元材l〇a上面，或先鋪設在容器4()内底面上，再 置入美耐皿粉/粒狀元材l〇a。 准，上述所揭之圖式及說明，僅為本發明之實施例 而已，非為限定本發明之實施例；大凡熟悉該項技藝之 入士，其所依本發明之特徵範_，所作之其它等效變化 或修飾’皆應涵蓋在以下本案之申請專利範圍内。 【圖式簡單說明】 圖1係本發明美耐皿器皿一實施例之立體示意圖。 圖2係圖1之正視示意圖。 圖3係圖1之剖視示意圖。 圖4係圖3之局部放大示意圖。 -I3G4384 ' 圖5係本發明製程之簡單示意圖。 圖6係本發明美耐皿器孤另一實施例立體示意圖。 圖7係圖6之正視示意圖。 圖8係圖6之剖視不意圖。 圖9係圖8之局部放大示意圖。 【主要元件符號說明】 美耐皿器皿1、2 美耐皿器皿1 a 一次材10 _ 美耐皿粉/粒狀元材l〇a 二次材 20、20a 複合式元材3 0 容器40 加熱器5 0 軟質胚體60 成型模具70There is a phenomenon of peeling or cracking. The matching procedure of the step (2) includes different methods such as selecting (mixing) or surface laying, and the stirring method is to take an appropriate amount of the melamine powder/granular element 1 〇 = with the granulated primary material 20, after that, using a mixing method, such as using a general juice machine, the melamine powder/granular element 1〇a and the crushed granular secondary material are uniformly stirred, and then poured into a cylindrical container. 4〇, to continue the process (3); and the surface laying method can be divided into two modes (not shown in Figure 5) 'One of them is to take the appropriate amount of melamine powder / granular material 〇 a ' First, the container 40 is poured into the container 40, and then an appropriate amount of the granulated secondary material is placed on the upper surface of the melamine powder/granular element 1〇a in the container 40, and the process proceeds to step (3); Firstly, the appropriate amount of the granulated primary material 20 is firstly laid on the inner bottom surface of the container 4, and then the appropriate amount of melamine powder/granular element l〇a is poured into the crucible of the container 4 Material 2, gentleman's noodles, and then proceed to step (3); in the above surface laying method, the secondary material 2〇 does not limit the entire surface to be evenly laid in the powder/granular element The material (U) a top (the first mode) or the bottom surface of the container 4 (the second ^ ' can also be partially laid so that the granulated secondary material 2 〇 appears in the portion of the refractory vessel 1 Enhance the variability of the pattern of the granulated secondary material on the melamine vessel 1. #为ί In step (4), since the melamine secondary material 20 is quite hard, the heat used in the forming process The press molding die 7 does not need to be made of a high-resistance material such as a high-hardness stainless steel material, so that the molding surface of the molding die 70 has sufficient hardness to avoid damage. i: Re-testing figures 6, 7, 8, and 9. Illustrated in the above, which is a perspective view of another embodiment of the present invention, a schematic view, a cross-sectional view, and a partial cross-sectional enlarged view, the melamine utensil 2 is in the sixth, and the above-mentioned The dish 1 is similar to that shown in FIG. 5, and it is not in the structure of the dish 2 or in the process (^) of the process, the service device 2 is replaced by a small-shaped sheet-shaped secondary material 20a. The grain 8 * 13 〇 4384-shaped secondary material 20, or both the crushed granular secondary material 2q and the small-shaped sheet-shaped secondary material 20a are shown in Fig. 6-9, and The small-sized sheet-shaped secondary material 2〇& refers to a small piece body having a shape and a suitable thickness, such as a star shape or a curved shape, by first thermoforming a powder of the JBI powder/granular element material 1 〇a. Create, type, or a famous trademark pattern (such as Mickey mouse) as shown in Figure 6-9. When the small shape of the sheet-shaped secondary material 2〇a and then the melamine powder / granular element l〇a After another hot press forming process, the granules are no longer hot melt softened. Therefore, in the subsequent hot press forming process, when the melamine powder/granular element l〇a is heated to form the primary material 1 When 〇, the shape and color of the dead-shaped sheet-like secondary material 20a can be displayed on the outer surface of the melamine dish 2 as shown in Fig. 6-9, thereby enhancing the variability of the melamine vessel 1. . When the small-sized sheet-shaped secondary material 20a is used and its size is larger than the thickness of the former 2, in order to prevent the small-sized sheet-shaped secondary material 2〇a from being broken during the press forming process, the small-sized sheet-like two In the assembly process of the step (2), the sub-material 2〇a is preferably used in the surface laying method, that is, the small-sized sheet-shaped secondary material 2〇a is placed in the container 4〇. / The granular element l〇a is placed on top of the bottom surface of the container 4 (), and then placed into the melamine powder/granular element l〇a. The drawings and the descriptions of the present invention are only examples of the present invention, and are not intended to limit the embodiments of the present invention; those skilled in the art, which are characterized by the invention, are made according to the features of the present invention. Other equivalent variations or modifications are to be included in the scope of the patent application in this case below. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing an embodiment of the melamine vessel of the present invention. Figure 2 is a front elevational view of Figure 1. Figure 3 is a schematic cross-sectional view of Figure 1. Figure 4 is a partial enlarged view of Figure 3. -I3G4384' Figure 5 is a simplified schematic diagram of the process of the present invention. Fig. 6 is a perspective view showing another embodiment of the melamine apparatus of the present invention. Figure 7 is a front elevational view of Figure 6. Figure 8 is a cross-sectional view of Figure 6. Figure 9 is a partially enlarged schematic view of Figure 8. [Main component symbol description] Melamine utensils 1, 2 melamine utensils 1 a Primary material 10 _ Melamine powder / granular element l〇a Secondary material 20, 20a Composite element 3 0 Container 40 Heater 5 0 soft embryo body 60 molding die 70