1373327 101年07月25日修正替槌苜 九、發明說明： 【發明所屬之技術領域】 本發明係有關於一種牙冠體表面 而言之，特別係指一種二氧化鍅全瓷 照複合環氧樹脂製作技術方法。 【先前技術】 按，目前假牙製作技術，僅包含 φ 金屬表面顆粒再機械結合複合樹脂； - 附瓷牙等三種技術使用於假牙補綴體 面破裂只能適量使用補綴體修補，所 技術有使用時間上的問題存在，補綴 合停留的時間不能長久，時間過久會 前述三種補綴體製作技術始終1 黏著堆留’其中’二氧化鍅全瓷材料 於燒附陶瓷粉階段，目前的技術還無 •材料表面熔合光照複合環氧樹脂，且 牙體與自然牙之間相互咬合碰撞所產 因此，有必要進行研發二氧化錯 光照複合環氧樹脂的製作方法。 【發明内容】 本發明之主要目的係在於提供· 牙體與自然牙之間相互咬合碰撞所」 氧化錯全竞材料表面溶合光照複合3 方法。 之製作方法；更詳 牙冠體表面溶合光 有金屬燒附瓷牙、 〖° 一氧化錯全竞燒 ，然而，牙冠體表 述三種假牙補綴體 體於牙冠體表面結 導致補綴體破損。 夢留於燒附製作與 製成方法則係停留 法讓二氧化鍅全瓷 皆無法有效減輕植 生的減壓力。 全竟材料表面熔合 種可有效減輕植 I生的減壓力之二 f氧樹脂製作技術 5 1373327 1373327 101年07月25日修正替換苜 依據上述之目的，本發明所述之二氧化錯全瓷材料 表面溶合光照複合環氧樹脂製作技術方法，其特徵在於 依序包含有牙冠體表面處理以及型態堆築；其中，牙冠 體表面處理，主要係在牙冠體表面塗佈改質劑，使牙冠 體表面粗化以利與光照複合環氧樹脂熔合。 型態堆築，係以光照複合環氧樹脂逐層塗佈，並昭、 射長波光，使光照複合環氧樹脂硬化，即可完成二氧化 錯全瓷材料表面熔合光照複合環氡樹脂之牙冠體。 故：知’上述之二氧化錯全:是材料表面溶合光照複 ^錢脂製作技術方法，係、多次於牙冠體上作表面處 戶：=加二氧化…材料之牙冠體的表面粗縫 二=體與光照複合環氧樹脂溶合度；以及藉由 間相互咬合碰揸… 《减輕植牙體與自然牙之 時間。 卑有效延長假牙使用 【實施方式】 爲期許本創#夕g Μ 為詳盡之了解 ’、^政、特徵及結構能夠有更 解，茲舉較佳實施例 首| 』北配合圖式說明如後。1373327 Modified on July 25, 2001, the invention is as follows: [Technical Field] The present invention relates to a crown surface, in particular to a cerium oxide all-ceramic composite epoxy Resin manufacturing technology method. [Prior Art] According to the current denture making technology, only φ metal surface particles and mechanically combined composite resin are included; - Three techniques, such as porcelain teeth, are used in the denture to compensate for the rupture of the body. Only the patch can be repaired in an appropriate amount. The problem exists, the time for patching and binding can't last long. If the time is too long, the above three kinds of patch body making techniques will always be stuck in the pile of 'the' cerium oxide all-ceramic material in the stage of burning ceramic powder. The current technology is not available. The surface fusion light is combined with the epoxy resin, and the teeth and the natural teeth are engaged with each other. Therefore, it is necessary to develop a method for producing a dioxed light-emitting composite epoxy resin. SUMMARY OF THE INVENTION The main object of the present invention is to provide a method for occluding and colliding a tooth between a tooth and a natural tooth. The production method; the surface of the crown is fused with metal-burned porcelain teeth, 〖°Oxidation is full of competition, however, the crown body expresses three kinds of dentures to complement the body surface of the crown to cause the patch to be damaged. . Dreams are left in the process of making and making, and the method of making it is that the cerium oxide is not effective in reducing the pressure reduction of the plant. The material fusion on the surface of the material can effectively reduce the pressure reduction of the plant. The production process of the oxygen resin is 5 1373327 1373327. The replacement of the bismuth ceramic material according to the above purpose. A method for fabricating a surface-blended light composite epoxy resin, characterized in that the surface treatment of the crown body and the type stacking are sequentially included; wherein the surface treatment of the crown body is mainly applied to the surface of the crown body by applying a modifier The crown surface is roughened to fuse with the light composite epoxy resin. The type of stacking is coated with light-based composite epoxy resin layer by layer, and the long-wavelength light is irradiated to make the light-compositing epoxy resin harden, and the surface of the oxidized composite all-ceramic material can be completed. Crown. Therefore: knowing the above-mentioned dioxins are all: the material surface is dissolved and the light is made by the method of making the fat, and the system is applied to the surface of the crown for several times: = plus the oxidation of the crown of the material. Surface rough joint 2 = body and light composite epoxy resin solubility; and by mutual bite collision... "Reducing the time of implanted teeth and natural teeth. Explicitly prolonging the use of dentures [Embodiment] For the purpose of creating a new eve g Μ For a detailed understanding of ', ^ politics, features and structure can have a better solution, the preferred embodiment first | 『North with the schema description as .
盲先’凊依序參閱第一A圄雄 圖 '第二R固 弟 圖、第一 B圖、第二A 圖、第三A圖、第：r卩面 四B圖；第一 — 8圖、第四A圖及第 A圖係為牙冠體塗. ,¾圖，第一 B圖 第一改質劑之剖視示 第二A圖係為牙冠辦冬 改質劑之實體圖， 體㈣第二改質劑之剖視示意圖，第 6 1373327 I 101年07月25日修正替拖百 -· 二8圖係為牙冠體塗佈第二改質劑之實體圖，第三A圖 . 係為牙冠體塗佈光起改質劑之剖視示意圖，第三B圖係 為牙冠體塗佈光起改質劑之實體圖，第四A圖係為牙冠 體塗佈光敏感改質劑之剖視示意圖，第四B圖係為牙冠 體塗佈光敏感改質劑之實體圖。 本發明所述之二氧化錯全瓷材料表面溶合光照複 合環氧樹脂製作技術方法，其特徵在於依序包含有牙冠 體表面處理以及型態堆築。Blind first '凊 第一 第一 第一 第一 第一 第一 第一 ' ' ' 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二The fourth A picture and the A picture are the crown body coating. , 3⁄4 picture, the first B picture first modification agent cross section shows that the second A picture is the physical figure of the crown winter modification agent. Schematic diagram of the second (4) second modifier, No. 6 1373327 I Revised on July 25, 101. The figure for the second modified agent of the crown coating, the third A Fig. is a schematic cross-sectional view of a crown-coated light-up modifier, the third figure is a solid figure of the crown-coated light-up modifier, and the fourth picture A is a crown coating A schematic cross-sectional view of the light-sensitive modifier, and a fourth panel B is a physical diagram of the crown-coated light-sensitive modifier. The method for fabricating a surface-dissolved light-compositing epoxy resin according to the invention is characterized in that the surface treatment of the crown and the type stacking are sequentially included.
、W 牙冠體1表面處理’主要係在牙冠體1表面塗佈改 質劑，使牙冠體1表面粗化以利與光照複合環氧樹脂熔 合，其中’牙冠體1表面處理程序係包含有如下步驟： 步驟一、以熔合溫度720度〜1000度之狀態下，將 二氧化錯全瓷材料製成之牙冠體1表面熔合第一改質劑 2 ’形成預定厚度的粗糙面，該第一改質劑2係為溫度 溶合改質劑。（如第一 A圖及第一 B圖所示） 鲁 步驟二、以熔合溫度720度〜1〇〇〇度之狀態下，將 步驟一完成第一次熔合之牙冠體1表面熔合含有微米無 機氧化物顆粒之第二改質劑3，形成預定厚度的粗繞 面。（如第二A圖及第二b圖所示） * 步驟三、以光起改質劑4塗佈於步驟二中完成第二 次溶合之牙冠體表面，並以第一長波光照射塗佈於牙冠 體表面之光起改質劑4進行反應，該光起改質劑4係為 乙醇一矽氧烷一丙酮混合物，第一長波光的波長範圍為 7 1373327 101年07月25日修ίί赫怕百 1400〜2000奈米。（如第三Α圖及第三Β圖所示） 步驟四、以光敏感改質劑5塗佈於完成步驟三之牙 冠體1表面，並以第二長波光照射塗佈於牙冠體1表面 之光敏感改質劑5進行反應’該光敏感改質劑5係為亞 磷酸一聚合單體一硫辛酸體混合物，第二長波光的波長 範圍為1600〜2500奈米。（如第四A圖及第四β圖所示） 續請依序參閱第五A圖、第五B圖、第六a圖、 第六B圖、第七A圖、第七B圖、第八a圖及第八β 圖；第五A圖係為牙冠體堆築象牙質層之剖視示意圖， 第五B圖係為牙冠體堆築象牙質層之實體圖，第六八圖 係為牙冠體堆築法瑯質層之剖視示意圖，第六B圖係為 牙冠體堆築法瑯質層之實體圖，第七A圖係為牙冠體堆 築表面透明層之剖視示意圖，第七B圖係為牙冠體堆築 表面透明層之實體圖，第八A圖係為完成牙冠體表面堆 築之剖視示意圖，第八B圖係為完成牙冠體表面堆築之 實體圖。 由圖可知，該牙冠體i 複合環氧樹脂逐層塗佈堆築 合壤氧樹脂硬化，即可完成 光照複合環氧樹脂之牙冠體 氧樹脂之型態堆築方式，係 驟： 表面經建立後，可再以光照 ，並照射長波光’使光照複 二氧化錯全瓷材料表面熔合 1，其中，前述光罩復合環 包含有接續步驟四的如下步 步驟五 以光照複合環氧樹脂於完成步驟 四之牙冠 表面，建立不透明内層之象 # m， 筲6，並以長波光（波 長範圍為1400〜2000奈米）照射 〜8分鐘，使不透明内 層之象牙質6硬化。（如第五a 間及第五B圖所示） 步驟六、建立第二層半透明 c Y層之法瑯質7，並以 長波光（波長範圍為14〇〇〜2〇〇〇灰& ^'米）照射4〜8分鐘，使 半透明中層之法瑯質7硬化。（如 第六A圖及第六B圖 所示）, W tooth crown 1 surface treatment 'mainly on the surface of the crown body 1 coated with modifiers, so that the surface of the crown body 1 is roughened to fuse with the light composite epoxy resin, wherein the 'crown body 1 surface treatment program The method comprises the following steps: Step 1: fused the surface of the crown body 1 made of the dioxic all-ceramic material to the first modifier 2 at a fusion temperature of 720 degrees to 1000 degrees to form a rough surface of a predetermined thickness The first modifier 2 is a temperature-melting modifier. (As shown in Figure A and Figure B) Step 2: At the fused temperature of 720 ° ~ 1 〇〇〇, the surface of the crown 1 is fused for the first time. The second modifier 3 of the inorganic oxide particles forms a rough surface of a predetermined thickness. (As shown in Figure 2A and Figure 2b) * Step 3: Apply the light-up modifier 4 to the surface of the crown that is fused in the second step and irradiate with the first long-wave light. The light applied to the surface of the crown body is reacted by a modifier 4, which is a mixture of ethanol and oxane-acetone, and the wavelength of the first long-wave light is in the range of 7 1373327. Japanese repair ίί He feared 1400 ~ 2000 nm. (As shown in the third and third figures) Step 4. Apply the light-sensitive modifier 5 to the surface of the crown 1 of the third step, and apply the second long-wave light to the crown. 1 The surface of the light-sensitive modifier 5 is reacted. The photo-sensitive modifier 5 is a mixture of phosphorous acid-polymerizable mono-lipoic acid, and the second long-wavelength light has a wavelength in the range of 1600 to 2500 nm. (As shown in the fourth A map and the fourth β graph) Continue to refer to the fifth A map, the fifth B graph, the sixth a graph, the sixth B graph, the seventh A graph, the seventh B graph, and the Fig. 8a and Fig. 8; Fig. 5A is a cross-sectional view of the dentin layer of the crown body, and Fig. 5B is a solid figure of the dentin layer of the crown body, figure 68 The figure is a cross-sectional view of the enamel layer of the crown body building method, the sixth figure B is the physical figure of the enamel layer of the crown body building method, and the seventh picture A is the transparent layer of the crown body building surface. A cross-sectional view, the seventh B is a solid view of the transparent layer of the crown body, the eighth A is a cross-sectional view of the surface of the crown, and the eighth B is the complete crown A solid map of surface stacking. It can be seen from the figure that the crown-shaped composite epoxy resin is layer-by-layer coated and cemented with oxygen resin to complete the patterning method of the crown epoxy resin of the light composite epoxy resin. After being established, the surface of the refractory di- oxidized all-ceramic material may be fused by illumination and irradiated with long-wave light, wherein the photomask composite ring comprises the following step 5 in the subsequent step 4 to illuminate the epoxy resin. On the surface of the crown of step 4, the opaque inner layer of the image #m, 筲6 is formed, and the long-wavelength light (wavelength range is 1400~2000 nm) is irradiated for ~8 minutes to harden the ivory inner layer of the opaque inner layer. (As shown in the fifth and fifth B diagrams) Step 6. Create a second layer of translucent c-Y layer enamel 7 with long-wavelength (wavelength range 14〇〇~2〇〇〇灰& ; ^ 'm) is irradiated for 4 to 8 minutes to harden the tannin 7 of the translucent middle layer. (as shown in Figures 6A and 6B)
步驟七、建立第三層表面透明層 長抵圍為1400〜2000奈米）照射7 之表面透明層8硬化， 的二氧化銼全瓷牙冠體 第八A圖及第八B圖所示） 而上述步驟七所得之» ^ J付您牙冠體更可進行拋光和打蠟 等表面型態修飾，以增加視感。Step 7: Establish a third layer of transparent surface layer with a length of 1400~2000 nm). The surface transparent layer 8 of the irradiation 7 is hardened, and the cerium oxide all-ceramic crown is shown in the eighth A and the eighth B) The above-mentioned step 7 of the ^ ^ J pays your crown can be polished and waxed surface modification to increase the visual acuity.
101年07月25日修正替換百 體 8，並以長波光（波 分鐘，使牙冠體1 即得表面線合光照複合環氧樹脂 1。（如第七A圖、第七b圖、 如下為發明人透過金屬工業研究發展中心進行二 氧化鍅和光聚樹脂之剝離試驗（本案之發明人為委託者 贊騰器材有限公司之代表人）： 檢測項目：剝離試驗 使用設備：MTS 810 SYSTEM 100KNC試驗機 測試溫度：溫度2 5 °C 試片面積為12.14x14.27mm 檢測結果得知本發明所述之二氧化錯全瓷材料表 面溶合光照複合環氧樹脂製作技術方法，所得之二氧化 9 1373327 101年Q7月25日修正替換頁| l 鍅與光照複合環氡樹脂的黏著效果的最大負荷為 . 193kgf ’明顯提高其熔合效果，故應用於牙科膺復補綴 · 體、植牙體和牙體復形材料，俾可實現。 综觀上述可知’本發明所述之二氧化錯全究材料表 面溶合光照複合環氧樹脂製作技術方法，其係有下列之 優點： 多次於牙冠體上作表面處理，藉以增加二氧化錯全 瓷材料之牙冠體的表面粗糙度，強化牙冠體與光照 複合環氧樹脂熔合度。 複合環氧樹脂之材料特性’有效減輕植牙體盥自麸 牙之間相互咬合碰撞所產生的減壓力，俾有效延： 假牙使用時間。 0) (2) 10 1373327 __ 101年07月25日修正替換百 【圖式簡單說明】 第一 A圖係為牙冠體塗佈第一改質劑之剖視示意圖。 第一 B圖係為牙冠體塗佈第一改質劑之實體圖。 第二A圖係為牙冠體塗佈第二改質劑之剖視示意圖。 第二B圖係為牙冠體塗佈第二改質劑之實體圖。 第三A圖係為牙冠體塗佈光起改質劑之剖視示意圖。 第三B圖係為牙冠體塗佈光起改質劑之實體圖。 第四A圖係為牙冠體塗佈光敏感改質劑之剖視示意圖。 第四B圖係為牙冠體塗佈光敏感改質劑之實體圖。 •’ 第五A圖係為牙冠體堆築象牙質層之剖視示意圖。 第五B圖係為牙冠體堆築象牙質層之實體圖。On July 25, 101, the replacement of the body 8 was corrected, and the long-wavelength light (wave minute, so that the crown body 1 was obtained by surface-lighting combined with the epoxy resin 1) (as shown in Figure 7A, Figure 7b, For the inventor to conduct the peeling test of cerium oxide and photopolymerized resin through the Metal Industry Research and Development Center (the inventor of this case is the representative of the franchisee Zanteng Equipment Co., Ltd.): Test item: Peeling test equipment: MTS 810 SYSTEM 100KNC testing machine Test temperature: temperature 2 5 °C The test piece area is 12.14x14.27mm. The test results show that the oxidized erroneous all-ceramic material surface-dissolving light composite epoxy resin manufacturing method according to the present invention is obtained, and the obtained oxidized 9 1373327 101 Correction of replacement page on July 25th, 2017 | l The maximum load of 黏 and light composite ring enamel resin is 193kgf 'improving its fusion effect, so it is applied to dental sputum complex body, implant body and tooth body complex The shape material, 俾 can be realized. Looking at the above, the technical method for fabricating the surface fused light composite epoxy resin of the dioxo-defective material of the present invention can be known, which has the following advantages. : Repeated surface treatment on the crown to increase the surface roughness of the crown of the oxidized all-ceramic material, and strengthen the fusion degree of the crown and the light epoxy resin. The material properties of the composite epoxy resin Effectively reduce the pressure reduction caused by the occlusal collision between the dental implants and the bran teeth. 俾 Effective extension: The use time of the dentures 0) (2) 10 1373327 __ July 25, 2011 Correction replacement 100 [Simple description The first A is a cross-sectional view of the first modifier applied to the crown. The first B is the physical diagram of the first modifier applied to the crown. The second A is the crown. A cross-sectional view of the second coating agent applied to the body. The second B is a physical diagram of the second modifier of the crown coating. The third A is a crown coating coated light modifier. Figure 3 is a cross-sectional view of the crown-coated light-sensitive modifier. Figure 4A is a cross-sectional view of the crown-coated light-sensitive modifier. A solid diagram of the photo-sensitive modifier applied to the crown. • 'The fifth A is a cross-sectional view of the dentin layer of the crown. The fifth line of FIG crown body B piled layer of dentin entities FIG.
〇 第六A圖係為牙冠體堆築 第六B圖係為牙冠體堆築 第七A圖係為牙冠體堆筚 第七B圖係為牙冠體堆築 第八A圖係為完成牙冠體 苐八B圖係為完成牙冠體【主要元件符號說明】1 牙冠體 法瑯質層之剖視示意圖。 法螂質層之實體圖。 表面透明層之剔視示意圖 表面透明層之實體圖。 表面堆築之剖視示意圖。 表面堆築之實體圖。 2 第一改質劑 第二改質劑 4 光起改質劑 5 光敏感改質劑 6 象牙質 11 1373327 101年07月25日修正替換頁 7 法瑯質 8 表面透明層〇The sixth A picture is the crown body piled up the sixth B picture is the crown body piled up the seventh A picture is the crown body piled up the seventh B picture system is the crown body piled up the eighth A picture system In order to complete the crown, the eight-B diagram is a cross-sectional view of the crown of the crown. The physical map of the legal layer. A schematic view of the surface transparent layer. A schematic cross-sectional view of the surface stacking. A solid map of surface stacking. 2 First Modifier Second Modifier 4 Light Modifier 5 Light Sensitive Modifier 6 Ivory 11 1373327 Modified on July 25, 2011 7 Famolism 8 Surface Transparent Layer
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