201216989 六、發明說明： 【發明所屬之技術領域】 本發明係提供一種口腔内的載體結構的技術領域，尤指 其技術上提供一種可避免影像干擾之載體結構，其強度夠 且完全沒有金屬成分，所以不會干擾醫療攝影影像者。 【先前技術】201216989 VI. Description of the Invention: [Technical Field] The present invention provides a technical field of a carrier structure in an oral cavity, and more particularly, it provides a carrier structure capable of avoiding image interference, which is strong enough and completely free of metal components. So, it will not interfere with medical photographers. [Prior Art]
習用之牙齒治療技術，有關植牙的部分大多都會用到 鈦金屬的植體’但是鈦金屬的植體在進行磁振造影、電腦 斷層掃描或X光攝影等時，像會被欽金屬干擾而霧化， 造成無法做輯檢查攝影的問題，然而磁振造影、電腦斷 層掃描攝影對於癌症病4，其追踪病程變化相當重要，沒 辦法照相就無法得知病程狀態， 會造成病患無法進食的問題，係 擾著病患與醫師。 而如果將該植體拿掉，又 為相當兩難的難題—直困 * 習用的植牙技術，其大部分 刀用到鈦金屬的植體植入口 内的齒槽骨，再於其上鎖設支 貝又又u座後，於該支台座上固定 牙冠或齒列’雖然該植體可以承 重力 彳-其也要鑽孔纖 比較深以承受較大重力，鑽 鑽冰會有鑽破鼻竇的問題，或盆 齒槽骨因鑽太深與植體間有咖 a 另二障’骨頭難以長回包覆，而 如果齒槽骨不夠長，還必 覆而 賢斜孔才能固定該植體。 是以，針對上述習知έ 、α構所存在之問題點，如 一種更具理想實用性之創 開發 ，、。構’貫消費者所殷切企盼， 201216989 亦係相關業者須努力研發突破之目標及方向。 有4α於此’發明人本於多年從事相關產品之製造開發 -、又U驗冑對上述之目標，詳加設計與審慎評估後， 終得一確具實用性之本發明。 【發明内容】 瓜解決之技術問題點：習 牙的部分大多都會用到鈦金屬 在進行磁振造影、電腦斷層掃 被鈦金屬干擾而霧化，造成無 而攝影對於癌症病患或需要局 用之牙齒治療技術，有關植 的植體’但是鈦金屬的植體 描或X光攝影等時，影像會 法診斷檢查攝影的問題，然 部照相或口腔癌患者，其追 踪病程變化相當重要 3鄉 ^ 及辦法照相就無法得知病程狀態， 士果將》玄植體拿掉，又會造成病患無法進食的問題，係 為相當兩難的難題-直困擾著病患與醫師。 解决問題之技術特點：提供一種可避免影像干擾之載 體結構’係包含有：—聚㈣_ (PQlyetheretherke愉e PEEK )的載體，該載體強度夠又沒有金屬成分，所以不 會干擾攝影，載體可以適當與齒槽骨整合，而該載體由頂 面往内α又有一今置空間及一封蓋該容置空間並可容置磁 鐵，該磁鐵也可結合至該封蓋，I出磁鐵更為容易，並該 假牙之底部亦設有磁鐵或磁吸金屬，如此得以吸附至該數 載體處固①’據此使得需要攝影追踪的病患也可以有穩定 假牙而得到正常咀嚼食物者。 201216989 >子、、'先引技術之功效：本創作該載體結構，該封蓋與 邊磁鐵可以取出， 、, 而邊载體強度夠且完全沒有金屬，所以 進行磁振造影等相關攝 X合工说旦。& W〜迫ί不時，不會干擾景4像，可順利 以㈣變化’病患亦可正常進食者。Conventional dental treatment technology, most of the implants are used titanium implants', but titanium implants will be interfered with by metal when performing magnetic resonance imaging, computed tomography or X-ray photography. Atomization, which can not be used to check the photography, but magnetic resonance imaging and computed tomography photography are very important for cancer disease. It is very important to track the course of the disease. If you can't take pictures, you can't know the status of the disease, which will make the patient unable to eat. The problem is to disturb the patient and the doctor. And if the implant is removed, it is a difficult dilemma - straight sleepy * conventional dental implant technology, most of which use the alveolar bone in the implant of titanium metal, and then lock it After the scallops and the u-seat, the crown or the dentition is fixed on the pedestal. Although the implant can bear the weight of the stalk - it must also be drilled deeper to withstand greater gravity, and the drilled ice will be drilled. The problem of the sinus, or the pelvic groove bone is too deep and the coffee between the implants is a second obstacle. The bone is difficult to cover long, and if the alveolar bone is not long enough, it must be covered and the oblique hole can fix the plant. body. Therefore, in view of the problems existing in the above-mentioned conventional knowledge and structure, such as a more practical and practical development, . The construction of the consumer is eagerly awaited, 201216989 is also the relevant industry to work hard to develop breakthrough goals and directions. There are 4α in this invention, the inventor has been engaged in the manufacture and development of related products for many years, and the U-test has the above-mentioned objectives, detailed design and careful evaluation, and finally has the practical invention. [Summary of the Invention] The technical problem of melon solution: Most of the parts of the tooth are used in the magnetic resonance imaging, the computerized tomography scan is disturbed by the titanium metal and atomized, resulting in no photography for cancer patients or need for local use. Dental treatment technology, related to implanted implants, but titanium implants or X-ray photography, imaging methods can be used to diagnose and examine photography problems, but for patients with photographic or oral cancer, it is important to track changes in disease duration. ^ And the method of photography can not know the status of the disease, the fruit will remove the mysterious body, and will cause the problem of patients unable to eat, is a difficult dilemma - directly plagued patients and physicians. Technical feature of solving the problem: providing a carrier structure capable of avoiding image interference' contains a carrier of: poly (tetra)_ (PQlyetheretherke e PEEK), the carrier is strong enough and has no metal component, so it does not interfere with photography, and the carrier can be appropriately Integrating with the alveolar bone, the carrier has a space from the top surface and a space for covering the accommodating space and can accommodate the magnet. The magnet can also be coupled to the cover, and the magnet is easier to remove. And the bottom of the denture is also provided with a magnet or a magnetic metal, so that it can be adsorbed to the carrier. Thus, a patient who needs photography tracking can also have a stable denture to obtain a normal chewing food. 201216989 > child, the effect of the first introduction technology: the creation of the carrier structure, the cover and the side magnet can be taken out, and the side carrier strength is sufficient and there is no metal at all, so the magnetic resonance imaging and the like are taken. The co-workers said. & W~ forced ί from time to time, will not interfere with the scene 4, can be smoothly (four) change 'patients can also eat normally.
關本發月所採用之技術、手段及其功效，茲舉一較 貫例並配。圖式詳細說明於后，相信本發明上述之目 的、構造及特徵，當可由之得一深入而具體的瞭解。 【實施方式】 參閱第一至第四圖所示，本發明係提供一種可避免影 像干擾之載體結構，包括： 至少一聚謎 _ 酮（polyetheretherketone，PEEK )的 栽體（1 0)，該聚醚醚酮的載體（i 〇)強度夠又沒有金 屬成分，所以不會干擾攝影，而該聚醚醚酮的載體（1 〇 )由頂面往内設有一容置空間（1 1 )及一封蓋（2 〇 )， 該封蓋（2 0 )封設於該容置空間（1 1 )開口（ 1 1 1 )’該容置空間（1 1 )並可容置一磁鐵（3 〇 )，該磁鐵 (3 〇 )也可結合至該封蓋（2 〇 )，使取出該磁鐵（3 〇 )更為容易；以及 一假牙（4 0 )，該假牙（4 〇 )之底部設有磁鐵或磁 吸金屬（4 1 );該數聚醚醚酮的載體（1 〇)乃得以適當 距離結合至齒槽骨（5 0 )，並該假牙（4 〇 )之底部亦設 有磁鐵或磁吸金屬（4 1 )，如此得以吸附至該數載體（1 201216989 ο )處嚼食物 固定，據此使得需 要攝影追踪的病患也可以玉常咀The techniques, means and functions used in this month are set out in a consistent example. The drawings are described in detail, and it is believed that the above-described objects, structures, and features of the invention can be [Embodiment] Referring to the first to fourth figures, the present invention provides a carrier structure capable of avoiding image interference, comprising: at least one polyetheretherketone (PEEK) carrier (10), the poly The carrier of ether ether ketone (i 〇) is strong enough and has no metal component, so it does not interfere with photography, and the carrier (1 〇) of the polyetheretherketone is provided with an accommodating space (1 1 ) and a side from the top surface. a cover (2 〇), the cover (20) is sealed in the accommodating space (1 1 ) opening (1 1 1 )' the accommodating space (1 1 ) and can accommodate a magnet (3 〇) The magnet (3 〇) can also be coupled to the cover (2 〇) to make it easier to remove the magnet (3 〇); and a denture (40) with a magnet at the bottom of the denture (4 〇) Or a magnetic metal (4 1 ); the carrier (1 〇) of the polyetheretherketone is bonded to the alveolar bone (50) at an appropriate distance, and the bottom of the denture (4 〇) is also provided with a magnet or a magnetic Suction metal (4 1 ), so that the chew food is fixed to the number carrier (1 201216989 ο ), thereby making it possible for patients who need photography tracking to Chang Tsui
攝影時取下该假牙（4 Q 、該封蓋（2 0 )及該 磁鐵（3 0 )者。 至该聚峻喊酮的載體（1 〇 )容 1 1 )，得以公母扣合的固定該封 的裁體（10)容置空間（11 該封蓋（2 0 )結合 置空間（1 1 )開口 （ 1 蓋（20)至該聚醚醚_ )開口（ 1 1 1 )。 該聚醚醚酮的載體（i 〇 孔（1 2 )，該數通孔（i 2 ) )底側設有橫向貫通的數通 得讓骨長入，以強化該聚醚 醚酮的載體（1 〇 )穩固性。 該封蓋（20)可A — ;J ^鈦合金封蓋（2 0 )。 習用植體要鑽深且可承成+ j承焚重力’而本發明該聚醚醚酮 的載體（1 Q )不用嶺· #，时u J不用鑽很冰的孔即可植入，且其固定方式 是利用磁鐵（3 0 )，如 ,ν τ / )所乂不而承受重力，所以也沒有因為 鑽孔冰所產生的缺失。該聚醚醚酮的載體（1 〇)為聚醚 _ (polyetheretherketone，PEEK)，PEEK 為耐高溫熱塑 性樹脂，溶點33代，長期使用溫度為25代。短期工作溫 度3°° C。其柔韌性佳’在耐高溫樹脂中名列前茅。耐藥性 強只溶於濃硫酸’加工成型性佳，流動性好，便於2次加 。且其強度強者。 則文係針對本發明之較佳實施例為本發明之技術特徵 進π具體之說明；$ ’熟悉此項技術之人士當可在不脫離 201216989 圍所界定之範疇 本發明之精神與原則τ對本發明進行變更與修改，而該等 變更與修改，皆應涵蓋於如下申請專利範 圖式簡單說明】 第圖·係本發明其一實施例之示意圖。 楚 — —圖：係本發明其一實施例植入齒槽骨之剖示 第：圓 二圏：係本發明數載體以間距排設於齒槽骨之 不惠圖 四圖：係本發明數載體以磁鐵吸附假牙之示意圖。 【主要元件符號說明】 聚醚醚酮的載體 (11)容置空間 (1 1 1 )開口 通孔 (2 〇 (3 〇 (4 〇 (4 1 (5 〇 封蓋 磁鐵 假牙 磁鐵或磁吸金屬 齒槽骨 7When the photograph is taken, the denture (4 Q , the cover (20) and the magnet (30) are removed. The carrier (1 〇) of the polyketone is 1 1 ), and the male and female snaps are fixed. The sealed body (10) housing space (11) the cover (20) is combined with the space (1 1 ) opening (1 cover (20) to the polyether ether _) opening (1 1 1 ). The carrier of the ether ether ketone (i pupil (1 2 ), the number of vias (i 2 )) is provided with a laterally penetrating number to allow the bone to grow in to strengthen the polyetheretherketone carrier (1 〇 The cover (20) can be A-; J ^ titanium alloy cover (20). Conventional implants are drilled deep and can be filled with + j-bearing gravity' and the polyetheretherketone of the present invention The carrier (1 Q ) does not need to be ridged. #, u J can be implanted without drilling a very cold hole, and the fixing method is that the magnet (3 0 ), for example, ν τ / ) is not subjected to gravity, so There is also no loss due to borehole ice. The polyetheretherketone carrier (1 〇) is polyetheretherketone (PEEK), PEEK is a high temperature resistant thermoplastic resin, the melting point is 33 generations, and the long-term use temperature is 25 generations. Short-term working temperature is 3 ° ° C. Its flexibility is among the best in high temperature resistant resins. Strong resistance to strong sulfuric acid only. Good processing and formability, good fluidity, easy to add twice. And its strength is strong. The following is a description of the technical features of the present invention in accordance with a preferred embodiment of the present invention; and the person skilled in the art can apply the present invention to the present invention without departing from the spirit and principles of the present invention. Changes and modifications are to be made, and such changes and modifications are to be included in the following description of the patent specification. FIG. 1 is a schematic diagram of an embodiment of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a cross-sectional view of an implanted alveolar bone according to an embodiment of the present invention: a circular dip: a number of rows in which the number of carriers of the present invention are arranged at a pitch on the alveolar bone. FIG. The carrier is a schematic diagram of a magnet adsorbing a denture. [Main component symbol description] Polyetheretherketone carrier (11) accommodating space (1 1 1) open through hole (2 〇 (3 〇 (4 〇 (4 ( (5 〇 capping magnet denture magnet or magnetic metal) Alveolar bone 7