201139330 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種琉璃陶瓷板及其製造方法，特別是關 於一種具有無限延伸圖樣的琉璃陶瓷板及其製造方法。本發 明也關於一種由複數個本發明琉璃陶瓷板組拼而成的琉璃 陶瓷板產品。 【先前技術】 • 陶土磁磚因其可塑且窯燒後堅固的特性而被廣泛用於 曰常生活中，例如常被用在壁面或地面鋪設。而為展現連 續性效果’將多片陶土磁磚連接拼接的方式亦已廣泛地被 使用。 然而’單獨使用陶瓷板往往會使產品上的圖案過於單 調呆板且缺乏美感’故發展出將陶瓷板與琉璃結合，利用 琉璃圖樣來增加陶瓷板的美感和藝術感而有裝飾的效果。 一般琉璃與陶瓷板結合的方式是將琉璃與陶瓷板一起 鲁 進订向溫熏燒，由於窯燒的溫度遠高於玻璃的熔融溫度， 為了避免在高溫窯燒過程中玻璃變成熔融態而造成外溢， 般在製作陶瓷板時’會在陶瓷板胚體周圍預留邊框，用 來防止两溫燒結後呈熔融態的玻璃溢出，因此在現有技術 中將琉璃與陶瓷板做結合的琉璃陶瓷板都是單片做使用， @ ;文有將多片琉璃陶瓷板結合為連續性圖案無限延伸使用 的應用出現。 201139330 【發明内容】 本發明提供了 -種具有無限延伸圖樣的琉_ _，其 包含胚體及玻璃’心板胚體中設有凹槽，玻璃填 入凹槽中以形成具有特定圖樣的琉璃圖案層，陶究板胚體且 有多數個側邊，其中該琉璃圖案層的部分圖樣係延伸至陶究 板胚體的側邊且形成多數個節點，琉璃圖案層於每一側邊所 形成的各節點具有相同的相對位置。 在-具體實例中，該陶瓷板胚體具有四個側邊。 • 本發明也提供上述琉璃陶究板的製造方法，其包含下列 步驟： 在一陶瓷板胚體上陰刻具連續延伸的圖樣而形成凹 槽’其中該陶t板胚體周圍留有邊框，部分陰刻的圆樣與邊 框内側連接； 在該陰刻圖樣形成的凹槽内置入玻璃； 將"亥陶瓷板胚體進行窯燒，控制窯燒溫度和時間，窯燒 完成後冷卻取出； Φ 將寞燒後陶瓷板的邊框切除。 在本發明的一具體實例中，玻璃可以玻璃顆粒、粉末 或碎片的形式填入至陶瓷板上陰刻圖樣的凹槽内。 在本發明的另一具體實例中，窯燒的溫度係控制在 1000oC-130(PC。 在本發明的又一具體實例中’窯燒後的陶瓷板邊框係 以水刀或雷射的方法切除。 本發明還關於一種琉璃陶瓷板產品，其係由複數個前述 之本發明琉填陶瓷板組拼而成，當各琉璃陶瓷板相接組拼 201139330 時，相鄰琉璃陶瓷板上的圖案層透過延伸至邊緣的圖樣相連 接。 藉由本發明將琉璃與陶瓷板結合的傳統製程創新，且 改變現有技術之琉璃陶瓷板的基本結構後，利用製作出的 琉璃陶瓷板琉璃圖樣在每個側邊各節點相對位置均相同以 及邊框切除的特點，可以將具有相同或不同圖樣的多個琉 璃陶瓷板以任一側邊相互組拼形成圖樣能夠連續無限延伸 的琉璃陶瓷板產品’所製作出的大面積琉璃陶瓷板產品可 以應用在不論是内或戶外的壁面、地面等空間。 【實施方式】 以下參照圖式進一步說明本發明之琉璃陶瓷板產品製 作的方式。 首先先以第一圖所示的方法製作具有連續延伸圊樣的 琉璃陶竟板。&第-圖⑷可見，先在陶竟板胚體⑴上預留 邊框（3) ’並且將設計好的圖樣陰刻於陶究板胚體⑴上而形 成凹槽’陶瓷板胚體具有多數個側邊，其中有部分圖樣係與 側邊的邊框（3)内側連接形成多數個節點，且每個側邊與邊框 (3)内側連接的各節點具有相同的相對位置；然後取適量的玻 璃（2)置入陶究板胚體⑴上陰刻圖樣所產生的凹槽内，其中 該玻璃（2)可為顆粒、碎片絲末的形式。接著將填入玻璃⑺ 的陶瓷板胚體(1)放入窯體内進行窯燒，窯燒的溫度較佳為約 iooo°c-i3〇o〇c。由於玻璃⑺熔融溫度約為85〇〇c，故在熏 燒期間’凹槽内原本為固態的玻璃⑺將呈稼融態，如第一圖 (b)所示，而此時因陶€板⑴有預留的邊框(3)可避免 。 201139330 玻璃溢出。窯燒完成待陶瓷板冷卻後取出，此時熔融態的玻 璃（2)因冷部至熔融溫度以下而再度呈現固態如第一圖（c) 所示。接著可利用現有技術t的切割方法，像是以水刀或雷 射的方法將為了避免玻璃（2)外溢所預留的邊框（3)切除，最 後獲得如第一圖（d)所見具有連續延伸圖樣之琉璃陶瓷板。 ,第二圖係由本發明方法獲得之琉璃陶瓷板（4 )切除邊框 後的示意圖。由圖可見，琉璃陶瓷板⑷上有先陰刻然後填入 玻璃⑺而形成具有特定圖樣的琉璃圖案層⑺，且琉璃圖案 • f (5)上有部分的圖樣延伸至陶究板側邊形成多個節點。每一 側邊所形成的各節點具有相同的相對位置，> 第二圖所示， 每一側邊的節點⑴）（12)(13)(14)在各個邊上相互之間的相 對位置以及琉璃圖樣的寬幅都是相同的，例如，每個側邊上 的節點（11)都位於相同的相對位置，且每個側邊上的節點〇 U 與該側邊上節點（12)(13)(14)的距離也都相同。藉由這樣的圖 樣設計，可將多片此類的琉璃陶瓷板（4)以任意側邊相互組拼 在一起且作出琉璃圖樣連續延伸的效果。 _ 第三圖與第四圖顯示由本發明方法獲得之琉璃陶瓷板 (4)另一實施例在切除邊框（3)前後的示意圖，第三圖和第 四圖（a)顯示未切除邊框（3)前的琉璃陶瓷板（4)，如圖可見， 琉璃陶瓷板（4)上有琉璃圖案層（5)，且琉璃圖案層（5)上有部 分的圖樣會與邊框（3)内側相連。第三圖⑻和第四圖⑻則顯 示切除邊框（3)後的琉璃陶瓷板（4)，上面琉璃圖案層的部 分圖案直接延伸至琉璃陶瓷板（4)的侧邊。第五圓為利用第三 圖（b)和第四圖（b)的琉璃陶瓷板（4)拼接形成的琉璃陶瓷板產 品，由圖可見，第三圖⑻和第四圖（b)之琉璃陶究板（4)雖然 201139330 呈現的琉璃圖樣不相同，作因在国 “上 — 因為’樣在琉璃陶究板（4)側邊有 相對位置和寬幅相同的節點， 奸士 且透框已經切除，所以在做拼 接時，可料同的琉璃”板⑷__邊相互做組拼，使琉 璃陶瓷板（4)上方的琉璃圖荦声（ ' ,,^ 莱層（5)$夠透過延伸至邊緣的圖 樣相連接，而有連續延伸的效果。 本發明的琉璃陶瓷板產品利 竞板側邊，且在陶竞板側邊上各節點^案“成延伸至陶 點，使得在組拼時，可將夕地 目對位置都相同的特 ^ , _ ,拼f 了❹㈣_竟板任選-邊做組拼， 剎用捣哭舌 不*逐片進仃圖樣的設計和製作，可 利用機器重複大量製造出幾 邊圖摄久〜， ^ 4種圖樣不同但延伸至陶瓷板側 组人成圖ΙΑ目對位置相同的琉璃陶究板，再將其任意拼貼 於不論室内或戶外的壁面或地面等任何空間或場所。應用 作僅4用以解釋本發明之較佳實施例，並非企圖以其 或變更皆仍：在本發二明精神下❹㈣任何料 〜L括在本發明意圖保護之範疇内。 【圖式簡單說明】 第一圖係本發明方法的流程示意圖。 第二圖係本發明琉璃陶莞板的示意圖。 後的^:係本發明琉璃陶究板的一實施例在切除邊框前 前後本發明MM板的另一實施例在切除邊框 第五圖係利用第三圖與第四圖的琉璃陶瓷板切除邊辦。 7 201139330 後組拼成的琉璃陶竞板產品的不意圖。 【主要元件符號說明】 1陶瓷板 2玻璃 3邊框 4琉璃陶瓷板 5琉璃圖樣層 11節點 12節點 13節點 14節點201139330 VI. Description of the Invention: [Technical Field] The present invention relates to a glazed ceramic plate and a method of manufacturing the same, and more particularly to a glazed ceramic plate having an infinitely extended pattern and a method of manufacturing the same. The present invention is also directed to a glazed ceramic panel product assembled from a plurality of glazed ceramic panels of the present invention. [Prior Art] • Clay tiles are widely used in everyday life because of their plasticity and strong properties after kiln burning, for example, they are often used on walls or floors. In order to show the continuous effect, the method of splicing a plurality of clay tiles has been widely used. However, the use of ceramic plates alone tends to make the patterns on the products too dull and unattractive. Therefore, the combination of ceramic plates and glass has been developed, and the glass patterns are used to increase the aesthetic and artistic feel of the ceramic plates. Generally, the way of combining glass and ceramic plates is to sculpt the glass with the ceramic plate, and the temperature of the kiln is much higher than the melting temperature of the glass, in order to avoid the glass becoming molten during the high temperature kiln firing process. Overflow, when making ceramic plates, 'will leave a frame around the body of the ceramic plate to prevent the glass from melting in the molten state after the two-temperature sintering. Therefore, in the prior art, the glass ceramic plate combining the glass and the ceramic plate is combined. They are all used in a single piece, @; The article has the application of combining multiple pieces of glazed ceramic plates into an infinite extension of the continuous pattern. 201139330 [Description of the Invention] The present invention provides a 琉__ having an infinitely extended pattern, which comprises a body body and a glass. The core body is provided with a groove, and the glass is filled in the groove to form a glass with a specific pattern. The pattern layer has a plurality of sides, wherein a part of the pattern of the glass pattern layer extends to the side of the ceramic body and forms a plurality of nodes, and the glass pattern layer is formed on each side. Each node has the same relative position. In a specific example, the ceramic plate body has four sides. The present invention also provides a method for manufacturing the above-mentioned glazed glazed panel, comprising the steps of: forming a groove on a ceramic plate body with a continuously extending pattern, wherein a frame is left around the body of the ceramic plate; The inscribed circle is connected to the inside of the frame; the groove formed in the intaglio pattern is built into the glass; the "Hai ceramic plate body is subjected to kiln firing, the kiln firing temperature and time are controlled, and the kiln is cooled and taken out after cooling; Φ The frame of the ceramic plate is removed after the simmering. In one embodiment of the invention, the glass may be filled into the recessed pattern of the ceramic plate in the form of glass particles, powder or chips. In another embodiment of the present invention, the temperature of the kiln is controlled at 1000oC-130 (PC. In yet another embodiment of the present invention, the ceramic plate frame after kiln firing is cut by a water knife or a laser. The invention also relates to a glazed ceramic plate product, which is formed by a plurality of the above-mentioned enamel-filled ceramic plate sets, and when each glazed ceramic plate meets the group 201139330, the patterned layer on the adjacent glazed ceramic plate By connecting the patterns extending to the edges, by the conventional process innovation of combining the glass with the ceramic plates of the present invention, and changing the basic structure of the prior art glass ceramic plates, the glass glazing patterns produced on each side are used on each side. The relative positions of the nodes are the same and the characteristics of the frame are cut off, and a plurality of glazed ceramic plates having the same or different patterns can be formed by forming one side of each other to form a pattern which can continuously and infinitely extend the glazed ceramic plate product. The area glazed ceramic plate product can be applied to a space such as a wall surface or a ground surface, whether it is inside or outside. [Embodiment] The following is further described with reference to the drawings. The method for fabricating the glazed ceramic plate product of the present invention. Firstly, the glazed ceramic slab with continuous extension swatches is prepared by the method shown in the first figure. & - Figure (4) can be seen on the ceramic body (1) The frame (3) is reserved and the designed pattern is engraved on the ceramic body (1) to form a groove. The ceramic plate body has a plurality of sides, some of which are bordered by the side (3) The inner connection forms a plurality of nodes, and each side of each side of the frame (3) has the same relative position; then an appropriate amount of glass (2) is placed on the ceramic plate body (1). In the groove, the glass (2) may be in the form of particles or fragments. Then, the ceramic plate body (1) filled in the glass (7) is placed in the kiln for kiln firing, and the temperature of the kiln is preferably About iooo°c-i3〇o〇c. Since the melting temperature of glass (7) is about 85〇〇c, the glass (7) which is originally solid in the groove during the smoldering will be melted, as shown in the first figure (b). ), while at this time there is a reserved frame (3) due to the ceramic plate (1). 201139330 Glass overflow After the kiln is fired, the ceramic plate is cooled and taken out. At this time, the molten glass (2) is again solidified due to the cold portion to below the melting temperature as shown in the first figure (c). Then, the cutting method of the prior art t can be utilized. For example, the frame (3) reserved for avoiding the overflow of the glass (2) is cut off by a water knife or a laser method, and finally a glass ceramic plate having a continuous extension pattern as seen in the first figure (d) is obtained. The figure is a schematic view of the glazed ceramic plate (4) obtained by the method of the present invention after the frame is cut off. It can be seen from the figure that the glazed ceramic plate (4) is first engraved and then filled into the glass (7) to form a glass pattern layer (7) having a specific pattern, and the glass is colored. Pattern • Part of the pattern on f (5) extends to the side of the ceramic board to form multiple nodes. Each node formed by each side has the same relative position, > The nodes (1))(12)(13)(14) have the same relative position on each side and the width of the glass pattern are the same, for example, the nodes (11) on each side are located at the same Relative position, and the section on each side Square U and the side edge node (12) (13) (14) are also the same distance. With such a pattern design, a plurality of such glazed ceramic plates (4) can be joined together in any side and the glass pattern can be continuously extended. The third and fourth figures show a schematic view of another embodiment of the glazed ceramic plate (4) obtained by the method of the present invention before and after cutting the frame (3), and the third and fourth figures (a) show the uncut frame (3). The front glazed ceramic plate (4), as shown in the figure, has a glazed pattern layer (5) on the glazed ceramic plate (4), and a part of the pattern on the glazed pattern layer (5) is connected to the inner side of the frame (3). The third figure (8) and the fourth figure (8) show the glazed ceramic plate (4) after the frame (3) is cut, and the partial pattern of the upper glaze pattern layer directly extends to the side of the glazed ceramic plate (4). The fifth circle is a glazed ceramic plate product formed by splicing the glazed ceramic plates (4) of the third figure (b) and the fourth figure (b), as can be seen from the figure, the glass of the third figure (8) and the fourth figure (b) Although the glass pattern presented by 201139330 is different, it is caused by the same position and width of the same side in the side of the glazed pottery board (4). It has been cut off, so when splicing, the same glass slab (4) __ can be combined to make each other, so that the glass squeak above the glazed ceramic plate (4) ( ' , , ^ 莱 layer (5) $ through The patterns extending to the edges are connected, and have the effect of continuous extension. The glazed ceramic plate products of the present invention are on the side of the competitive board, and the nodes on the side of the Tao competition board are "extending to the ceramic point, so that the group When you fight together, you can use the special features of the same place, _, 拼, f (4) _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Using the machine to repeat the mass production of several side images for a long time ~, ^ 4 different patterns but extended to the ceramic plate side group The glazed slabs of the same position are arbitrarily tiled in any space or place such as the wall or the floor of the room or the outdoors. The application is only 4 to explain the preferred embodiment of the present invention, and is not intended to be The changes are still: in the spirit of the present invention, (4) Any material ~ L is included in the scope of the present invention. [First description of the drawings] The first figure is a schematic flow chart of the method of the present invention. The second figure is the glass of the present invention. A schematic diagram of a pottery board. The following is an embodiment of the glazed panel of the present invention. Before and after cutting the frame, another embodiment of the MM board of the present invention uses the third and fourth figures in the fifth frame of the cut frame. 7 393 393 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 Node 14 node
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