M3984i 1 五、新型說明： 、 【新型所屬之技術領域】 本創作有關-種躺於齒賴正_助定位裝置特 別是指一種在預估診斷時提供精確的度量基準，並在植入 植體時提供對正定位功能的矯正植體定位裝置。 【先前技術】 近年來’植體橋正在全球_正界正快速而全面的運M3984i 1 V. New description: [New technical field] This creation is related to the type of lying on the tooth _ positive positioning device, especially refers to an accurate metric in the estimation of the diagnosis, and implanted in the implant A corrective implant positioning device that provides a positive positioning function. [Prior Art] In recent years, the implant bridge is being globally
用於臨床__正治療中。所謂植體續正是將微植體植 入齒槽骨巾’藉由織贿作為施力點，提供穩定的拉力 來源以雜特，躺達録⑽咬合_與顏面改善， 並增進齒雜以療效果。當触轉完紐微植體即從 口内取出’而這個_正目的而暫時植入齒槽骨中的微植 體便稱之為橋正植體。 —，，·里由橋正植體的臨床細，喊供續正過程中一個穩 疋的拉力來源。不僅簡化了橋正治療的生物力學設計，且 在不需患者合作下，加速續正療程，縮短橋正治療時間。 也使得—麵本需接㈣刀料_患者，如今僅需要问 單的門診手術即可得到極佳的矯正治療效果，更是大幅降 低，者醫療費用。然而在植入植體時，因為患者個體差異 或疋解剖結構的不同。亦有可能發生植體植人位置不當， 因而傷及鄰近牙根的狀況。 現請參閱第i圖及第2圖，在目前進行橋正植體植入 春脸夸所&用的定位結構多如圖中所示。在術前，牙醫師 、直㈣a4mm〜G.5mm的黃峨丨〇觸在計劃植入植 3 體的兩牙料縫間。織糊平行法X光照射估計位置， 並藉由黃鱗1G i X光底# 11上投影的位紐算可植 續正植體的位置。 傳統以黃鋼線10作為輔助定位裝置雖然裝置簡單，但 :存在著以下許乡缺點。首先黃峨10並沒有精確的量度 標準可以馬上顯現出X光照片與患者口腔巾位置的映= 係。醫師在拍攝完X光照片後必須以鮮_法去判斷可 仃植入位置’然後再财者口腔中去測量在X光照片中判 斷可灯的植人位置。整個過程巾必鮮斷由购進 與判斷’在裝置精顧*足的情形T，誤料根的可能性 定位用的黃銅線ίο L單的綁缚方式固定於 牙縫間^祕生_定純而必須重_定黃鋼線⑺的 狀況每_人綁缚黃銅線1〇的位置均會造成些許不同，也β 造成裝置精確度不高的原因之一。 疋 再凊參閱第2圖，如圖所示，當牙醫師要拍攝χ光照 片時’ X光底片η、患者的牙床12與黃銅線ω之間缺少 =:Γ。因此每次進行平行法x光照射時均會拍 出不Η的χ光照片。而同樣的，當由χ光照片上決定好植 入位置’並實際要進碰人手_，触植雜入的方向 師的操作位置、病人躺在診療椅上的角度以及 «師視線时向獨而再次造成誤差。故村能發生選 ,丨、=植入位置正確’但ο卩馳人触植體時的角度上的 >、终誤差而誤傷到牙根。 【新型内容】 ， 羞是，本創作之主要目的，旨在提供一種端正植體定 位裝置’可與患者的牙鍵侧定，錢有_的測量刻 f以清楚標記出施加手術的植人點，並具有固定X光持片 器的功能’確保每次拍攝X光照片時的測量刻度、患者牙 齒位置與X光底片的相對位置不會改變。 本創作之另-目的在於提供手術用器具定位及植入角 度的校準魏，減少選定正確的植人點後，卻仍因手術的 人為誤差而誤傷患者牙根的情形。 為達上揭目的，本創作橋正植體定位裝置附於患者兩 牙之間的_或舌财齦，作為測量及定絲準；其設有 -具適當厚度的測量基準件’所述測量基準件具有以X光 不透性材卿ad_gue喊贿；並於上述 測量基準件的—側緣處連接設有—與患者牙齒附著固 固定材。 於一可行實施例中，上述固定材設為—具可凝固性的 可塑性材質’最好設斩_加祕娜材絲聚合性樹 酉曰之其中-種，且上似光不透性材料設為黃銅。 於一較佳實施例中，上述測量基準件設有一附著於牙 齦側基材，胁紐絲設置錄交錯轉形成上述測量 料2 ^佳實础巾，上制4絲件以X光不透性材 枓製成，上述測量鱗相多數細桿—體交錯成型一網狀 測量刻度。且上賴狀婦刻度設為_網狀結構’並於 上述測量刻度中以一定間隔設有可以視覺清楚辨別的計數 刻度’便於計算座標位置。然此僅作為方便舉例説明之用， 並非加以限制，亦即上述測量刻度亦可依據患者手術情況 不同而設為極座標造型、橢圓座標造型或其他可行幾何形 狀之一種。 於另-較佳貫施例中，上述測量基準件與固定材連接 的-端進-步設有增加接觸面積的連接部，提高測量基準 件與固賴_定強度。於此—可行實施例巾，上述連接 部最好設為複數個向外延伸的連接腳。 【實施方式】 兹為便於更進-步對梢作之構造、使収其特徵有 更深-層_、詳實的認識與瞭解，絲出錄實施例， 配合圖式詳細說明如下： 首先，請參閱第3圖所示第—較佳實施例，本創作續 正植體錄裝置設有—具有適#厚度的晰基準件2〇，所 述測置基準件20具有X光不透性的測量刻度21 ;並於上 述測量基準件20的-側緣處連接設有一固定材22。於本實 知例中所賴定材22以具有可凝·及可雜材質製成。 藉由調整上職枕22崎触植奴錄置可配合連接 於任何患者树之__或讀秘，並料測量及定 位基準。並在續正植體定位裝置峡完成後，使固定材22 凝固定型雜獻手_触”可維狀位桿準。 於此—可行纽财，上述χ光不舰材料設為黃 。，且上述HU材22可設為印_域，師膠材或光聚合 性樹酯之其中一種。 再請參鮮4圖，於齡以—可行實施财，上述 測量基準件20以複數X光不透性材料細桿一體交錯成型一 網狀測量刻度23。且上述網狀測量刻度23設為矩形，各個 矩形具有相同的邊長，可明確標示出患者牙齒中的相對位 置’並於上述網狀測量刻度23中以一定間隔設有可以視覺 清楚辨別的賴财24，在此-較佳實施辦每5個座標 刻度便設有-方形的計_度24，更便於計算座標位置; 然而測量刻度的配置方式僅作為方便舉例說明之用，並非 加以限制，亦即上制制度21或網狀測侧度Μ亦可 依據患者手術情況不同而設祕座標造型、擴圓座標造型 或其他可行幾何形狀之—種，且賴顺24的數量亦可依 照上述測量刻度21或網狀測量刻度23的密度調整。 現請參閱第5圖，如圖中所示，上述測量基準件2〇與 固定材22連接的-端進一步設有增加接觸面積的連接部 25 ’以提高測量基準件2〇與固定材22的固定強度。於此 -可行實施财，上料接部25設域油向外延伸的連 接腳25卜所述連接腳251表面並設有複數個鎮空開孔议 以增加接觸面積。 再請參閱第6圖，於本圖所示之另一較佳實施例中， 在橋正過程中需額外增加橋正植體或是利用χ光測量齒間 距離時，使用已黏設於患者牙齒32表面的績^ 22l(bmc㈣或繞正線222(wire)做為固定材22，並將,則量某 準件2〇與固定材22才目連接形成一績正植體定位裝置、土 而本創作使用在選定橋正植體植入位異時分別有間接 定位與直接定位兩種方法。現請參閱第7圖至第9圖如 圖中所示，錢躺奴_首先_量基轉2()擺放在 預先準備好的患者辑石膏_ 3〇上，於此-可行實施例 中’測量基準件20擺設於診斷石膏模型3〇的頰間牙齦上， 並依照模動牙縣面造麵綱#基準件2㈣外型，使 測量基準件20貼合於診斷石膏模型3〇的牙齦表面，並將 測量基準件20過長的部份切除。 將測量基準件20調整完畢後，準備適量固定材22，在 固定材22未硬化之前與測量基準件2〇連結固定，並配合 患者咬合面31調整固定材22的造型，將固定材22固定ς 診斷石模型30的咬合面31上。再把χ光持片器罐哪 holder)依騎行輯縫賴22上翻定材r 表面產生X光持片器的定位壓痕223。 待固定材22凝固硬化後，將續正植體定位震置整個轉 移L者口中’藉由固定材Μ將橋正植體定位裝置確實定 位於患者口中’並以定位壓痕您確保測量基準件如、患 者牙齒32以及X光底之間_對位置轉固定。進 而確保拍攝所得的X光照片精確性。 再請參閱第K)圖至第U圖，於圖示此一可行實施例 ，使用本鮮進行直奴簡方法如下。若患者牙齒表 面無續正fi’acket) ’則可直接選取適當大小的測量基準件 2〇進行外型微調’使測量基準件20能配合患者牙嵩幻及 牙酿表面触m枝32絲已設，則先修 煎部分測量基準件20以避開續正器’再同锋微調測量基準 件20的外型，使^西己合患者牙齒32及牙銀表面造型。完 成測量基準件20⑽型微雛取適量固定材22與般基 準件20連細定，並配合患者咬合面31調整峡材22的 4型，將固定材22固定於患者咬合面31上。 ，著取X光持片器40在未完全硬化的固定材22上屋 印-定位壓痕223 ’並藉定位_ 223確保測量基準件2〇、 患者牙齒32奴X絲# 11之_姆位置特固定。 進而確保拍攝所得的X光照片精確性。For clinical __ positive treatment. The so-called implants continue to implant micro-implants into the alveolar bone towel' by using bribery as a point of application, providing a stable source of tension to the genus, lying down (10) occlusion _ with facial improvement, and enhancing the miscellaneous Therapeutic effect. The micro-plants that are temporarily implanted into the alveolar bone when the neo-implant is touched and removed from the mouth are called bridge implants. -,, · Li, the clinical details of the bridge body, shouting a steady source of tension in the process of renewal. It not only simplifies the biomechanical design of the bridge treatment, but also accelerates the continuous treatment and shortens the bridge treatment time without the cooperation of patients. It also makes it possible to pick up (four) knives _ patients, and now only need to ask for an outpatient operation to get excellent corrective treatment effect, but also greatly reduce the medical expenses. However, when implants are implanted, the individual differences in the patient or the anatomy of the ankle are different. It is also possible that the implant is improperly placed, thus injuring the condition of the adjacent root. Please refer to the i-figure and the second figure. The positioning structure used in the current implanted implants is shown in the figure. Before the operation, the dentist, straight (four) a4mm ~ G.5mm jaundice touched between the two teeth of the planned implant. The weave parallel X-ray illumination estimates the position, and the position of the positive implant can be implanted by the position projection on the yellow scale 1G i X-ray bottom #11. Traditionally, the yellow steel wire 10 is used as an auxiliary positioning device. Although the device is simple, there are the following disadvantages of the hometown. First of all, the jaundice 10 does not have an accurate measurement standard. It can immediately show the X-ray photograph and the position of the patient's mouth towel. After the X-ray photograph is taken, the doctor must judge the position of the implant by the fresh method, and then measure the position of the implanted person in the X-ray photograph. The whole process towel must be cut off from the purchase and judgment 'in the case of the device's attention to the foot of the foot T, the possibility of the root of the possibility of positioning the brass wire ίο L single binding method fixed to the interdental joint ^ secret _ The condition of pure and must be heavy _ fixed yellow steel wire (7) will be slightly different for each position of the brass wire 1 人, and β is one of the reasons for the low accuracy of the device.疋 Referring back to Figure 2, as shown in the figure, when the dentist is going to take a χ light sheet, the X-ray film η, the patient's gums 12 and the brass wire ω are missing =:Γ. Therefore, every time you perform parallel x-ray illumination, you will get a photo of the twilight. In the same way, when the position of the implant is determined by the photo of the twilight, and the person actually touches the hand, the position of the teacher who touches the miscellaneous direction, the angle of the patient lying on the chair, and the direction of the teacher And again caused the error. The village can be selected, 丨, = implant position is correct 'but ο卩 卩 people touch the implant at the angle of the >, the final error and accidentally injured the root. [New content], Shame is, the main purpose of this creation is to provide a kind of correct implant positioning device that can be set with the patient's dental key, and the money has a measurement mark to clearly mark the implant point of the operation. And has the function of a fixed X-ray holder' to ensure that the measurement scale, the position of the patient's teeth and the relative position of the X-ray film do not change each time an X-ray is taken. Another purpose of this creation is to provide a calibration of the positioning and implantation angle of the surgical instrument, which reduces the situation in which the correct rooting point is selected, but the root of the patient is still injured by the human error of the operation. In order to achieve the goal, the artificial bridge positioning device is attached to the patient's two teeth, or the tongue, as a measurement and fixed wire; it is provided with a measuring reference piece of appropriate thickness. The reference member has a bribe with an X-ray opaque material ad_gue; and is connected at a side edge of the above-mentioned measuring reference member to adhere to the patient's teeth. In a possible embodiment, the fixing material is made of a plastic material having a coagulable property, preferably 斩 加 加 加 加 加 加 加 加 加 加 加 加 加 加 加 加 加 加 加 加 加 秘 秘 秘 秘 秘 秘 秘 , , For brass. In a preferred embodiment, the measuring reference member is provided with a substrate attached to the gingival side, and the tying wire is arranged to be staggered to form the measuring material 2 ^ 实实基巾, and the upper 4 wire member is X-ray opaque. Made of material, the above-mentioned measuring scales are mostly thin rod-body interlaced to form a mesh measuring scale. Further, the upper scale is set to the _mesh structure and a count scale which can be clearly and clearly distinguished is provided at intervals in the above measurement scale to facilitate calculation of the coordinate position. However, this is only for convenience of illustration, and is not limited, that is, the above measurement scale can also be set as a polar coordinate shape, an elliptical coordinate shape or other feasible geometric shape depending on the patient's surgical condition. In another preferred embodiment, the measuring reference member is connected to the fixing member in an end-to-step manner with a connecting portion for increasing the contact area, thereby improving the measuring reference and the fixing strength. Here, in a possible embodiment, the connecting portion is preferably provided with a plurality of outwardly extending connecting legs. [Embodiment] In order to facilitate the construction of the tip-to-step structure, and to make the features deeper-layered, and to understand and understand in detail, the silking example is described in detail as follows: First, please refer to In the first preferred embodiment shown in FIG. 3, the present invention is provided with a clear reference member 2 having a thickness of #, the measuring reference member 20 having an X-ray opaque measuring scale. 21; and a fixing member 22 is connected to the side edge of the measuring reference member 20. The material 22 to be used in the present embodiment is made of a condensable and miscible material. By adjusting the upper position of the occupant, you can connect to any patient tree or read the secret, and measure and locate the reference. And after the completion of the vegetative positioning device gorge is completed, the fixing material 22 is fixed and fixed, and the styling is visibly "visible". Here, it is feasible to use New Zealand, the above-mentioned twilight material is set to yellow. The above-mentioned HU material 22 can be set as one of the printing field, the teacher glue material or the photopolymerizable resin. Please refer to the fresh figure 4, the age is determined to be feasible, and the above-mentioned measuring reference piece 20 is incomplete in X-ray. The thin rods of the material are integrally formed by a mesh measuring scale 23. The mesh measuring scale 23 is rectangular, and each rectangle has the same side length, which clearly indicates the relative position in the patient's teeth and is measured in the above mesh. In the scale 23, there is a Lai Cai 24 which can be clearly and clearly distinguished at a certain interval. Here, the preferred implementation office has a square meter _ degree 24 for every five coordinate scales, which is more convenient for calculating the coordinate position; The configuration method is only for convenience of illustration and description, and is not limited, that is, the upper system 21 or the mesh side measurement degree may also be set according to different surgical conditions of the patient, the coordinate shape, the rounded coordinate shape or other feasible geometric shapes. — species, and Lai Shun 2 The number of 4 can also be adjusted according to the density of the above-mentioned measuring scale 21 or the mesh measuring scale 23. Referring now to Figure 5, as shown in the figure, the end of the measuring reference member 2〇 connected to the fixing member 22 is further provided. The connecting portion 25' of the contact area is increased to increase the fixing strength of the measuring reference member 2's and the fixing member 22. Here, it is possible to implement the connecting portion 25 with the connecting leg 25 extending outward from the domain oil. The surface of the 251 is provided with a plurality of open-hole openings to increase the contact area. Referring again to Figure 6, in another preferred embodiment shown in the figure, an additional bridge implant is required during the bridge. Or when using the calender to measure the distance between the teeth, use the score 22l (bmc (four) or the positron 222 (wire)) which has been adhered to the surface of the patient's teeth 32 as the fixing material 22, and then measure the standard 2〇 It is connected with the fixing material 22 to form a positive implant positioning device and soil. The present invention uses two methods of indirect positioning and direct positioning when the implanted implants are different in position. Please refer to Figure 7 to Figure 9 shows the picture, the money lying slave _ first _ amount base 2 () placed in advance A good patient's plaster _ 3 〇, here - in the feasible embodiment, 'measurement reference 20 is placed on the buccal gum of the diagnostic plaster model 3〇, and according to the Moulding County Noodle Noodle #Standard 2 (4) The measuring reference member 20 is attached to the surface of the gum of the diagnostic plaster model 3, and the portion of the measuring reference member 20 that is too long is cut off. After the measurement reference member 20 is adjusted, an appropriate amount of the fixing member 22 is prepared, in the fixing material. 22 is fixed and fixed to the measurement reference member 2 before being hardened, and the shape of the fixing member 22 is adjusted in accordance with the patient's occlusal surface 31, and the fixing member 22 is fixed to the occlusal surface 31 of the diagnostic stone model 30. Which holder) produces a positioning indentation 223 of the X-ray holder on the surface of the flipping material r by the riding seam. After the fixing material 22 is solidified and hardened, the positioning of the continuous implant is shaken in the mouth of the entire transfer L. 'The positioning device is positioned in the patient's mouth by the fixing material '' and the positioning reference piece is ensured by the positioning indentation. For example, the patient's teeth 32 and the X-ray bottom are fixed to each other. In addition, it ensures the accuracy of the X-rays obtained. Referring again to FIG. K) to FIG. U, in the illustrated embodiment, the method of using the fresh direct simplification is as follows. If the patient's tooth surface does not have a continuous fi'acket) ' then you can directly select the appropriate size of the measurement reference 2 〇 for fine-tuning' so that the measurement reference 20 can be matched with the patient's gingival and tooth-feeling surface If it is set, the part of the measuring reference piece 20 is firstly trimmed to avoid the shape of the continuous measuring device', and then the shape of the reference piece 20 is finely adjusted to make the surface of the patient's teeth 32 and the silver teeth. The measurement reference member 20 (10) type micro-claw is appropriately defined by the appropriate amount of the fixing member 22 and the general reference member 20, and the type 4 of the gorge 22 is adjusted in conjunction with the patient occlusal surface 31 to fix the fixing member 22 to the patient occlusal surface 31. , taking the X-ray holder 40 on the incompletely hardened fixing material 22 on the roof printing-positioning indentation 223 'and by positioning _ 223 to ensure that the measuring reference piece 2 〇, the patient's teeth 32 slave X wire # 11 _ 姆 position Special fixed. In turn, the accuracy of the X-rays obtained by the shooting is ensured.
現請參閱第12圖至第15圖，如圖中所示，由拍攝的X 先照片50選定要植入績正植體的位置後再次將橋正植體定 位裝置擺人患者D 萄_量鱗件％精確的找 入點51 °接著使用一體式導引套筒6〇在牙床12進行預鑽。 再猶正植體雜裝置岭者σ中取出，並於測量基 2〇上裁切出足以套人可拆式斯雜μ的空隙纪。 靖正植體定位健擺相患者口 t ;並把上述可拆式 1 61套人上輕㈣t ’藉由可彳_牙賴6】的定 位作用，將植體63植入牙床12中。 再請參閱第16圖，配合本創作使用自攻式 64(Sd_eadingimp_f，在選定植入點之後先 準件2〇上裁切出足以供自攻式植體64套入的空隙62。f ^由橋正植败健置_辦自攻式健64狀牙床= 綜上所述，本創作續正植體定位裝置透過可與患者牙 齒定位固定的測量基準件以及固定材的定位 =_量職以咖_加手術 二:x= 夺片器的功能’確絲次拍攝x光照片時的測量 位置與x光底⑽贿位置不會改變。且 測里基準件亦可作為輔助固定手術器材之用，減少選定正 ^=卻因手術時植入峨方㈣誤差而誤傷Please refer to Fig. 12 to Fig. 15, as shown in the figure, the position of the implanted implant is selected by the X first photograph 50 of the photograph, and then the bridge implant positioning device is placed again on the patient D. The scale item has a precise point of entry of 51 ° and then pre-drilled in the gum bed 12 using a one-piece guide sleeve 6 . Then, it is taken out from the σ of the planting device, and the gaps of the detachable sigma μ are cut out on the measuring base. The Jingzheng implant is positioned in the patient's mouth, and the implant 63 is implanted into the gums 12 by the positioning of the above-mentioned detachable 1 61 sets of light (four) t ’ by the 彳 牙 牙 6 6 。. Referring again to Figure 16, in conjunction with this creation, a self-tapping 64 (Sd_eadingimp_f is used, and after the selected implantation point, the gap 62 is sufficient for the self-tapping implant 64 to be nested. Bridge is erected and steadied _ self-attacking 64-shaped gums = In summary, the original continuation of the implant positioning device through the positioning of the patient's teeth fixed measurement reference and the positioning of the fixed material = _ Coffee _ plus surgery 2: x = the function of the film capture device 'The measurement position and the x-ray bottom (10) bribe position will not change when the x-ray photo is taken. The test reference piece can also be used as an auxiliary fixed surgical device. , reduce the selected positive ^ = but accidentally injured due to the error of implanting the quadrilateral (four) during surgery
=上鱗實關，_為讀說日林卿並 制’在不離本創作精神射，熟悉此一行業技藝人士依I m專 r範圍及創作說明所作之各種簡易變形與修 句仍應含括於以下申請專利範圍中。 【圖式簡單說明】 ==频術中以黃銅線作為定位基準之示意圖； 第2圖係第1圖中χ光持片器無法確實定位之示意圖； 第3圖係本創作—較佳實施例之立體圖； 第4圖係本創作另—較佳實施例之立體圖； 第5圖係第4圖增加連接部之立體圖； 第6圖係本創作另-實施例中固定材之立體圖； 第7 __纽法t預先難值觀峡位 配合患者牙床之示意圖； 第8圖制較位法中湖紐上觀 意圖； 民〈不 第9圖係間接定位法中將橋正植體定位褒置與 片器定位於患者口中之示意圖； 、 體定位裝置以配合 第10圖係直接定位法中調整續正植 患者牙床之示意圖’； 第11圖係JL接定位法中將X光持#器與固定材定位之 不意圖； 第12圖係由X光照片選定橋正植體植入點之示意圖； 第13圖係以-體式導引賴進行植人點預鑽之^意 第14圖係將測量基準件切開—定位用空隙之示意圖； 第15圖係第Μ圖中以可拆式植牙套筒配合空^將植 體定位植入之示意圖；以及 第16圖係* 14圖中以自攻式植體配合空隙將植體定 位植入之示意圖。 【主要元件符號說明】 10—黃銅線 11…X光底片 12--牙床 20- 測量基準件 21- -測量刻度 22- --固定材 221--矯正器 222橋正線 223—定位壓痕 23…網狀測量刻度 24…計數刻度 M398411 25—連接部 251—連接腳 252…鏤空開孔 30—診斷石膏模型 31…咬合面 32--患者牙齒 40—X光持片器 50—X光照片 • 60…一體式導引套筒 61…可拆式植牙套筒 62- -空隙 63— 植體 64…自攻式植體= On the scales, _ for the reading of the Japanese forest and the system of 'not in the spirit of this creation, familiar with this industry, the various types of simple deformation and repairs made by the skilled person and the creative description should still include In the scope of the following patent application. [Simplified description of the figure] == Schematic diagram of the brass wire as the positioning reference in the frequency technique; Figure 2 is a schematic diagram of the twilight holder in Fig. 1 that cannot be reliably positioned; Figure 3 is the creation of the preferred embodiment - the preferred embodiment FIG. 4 is a perspective view of a preferred embodiment of the present invention; FIG. 5 is a perspective view of the connection portion of FIG. 4; FIG. 6 is a perspective view of the fixing material in another embodiment of the present invention; _ Newfat t pre-difficult view of the gorge in conjunction with the patient's gums; Figure 8 is a comparison of the method of the lake in the inferior method; the indirect positioning method of the ninth figure is the positioning of the bridge The schematic diagram of the slicer positioned in the patient's mouth; the body positioning device is adapted to adjust the schematic diagram of the patient's gum bed in the direct positioning method of the 10th figure; the 11th figure is the JL connection method and the X-ray device is fixed and fixed. Figure 12 is a schematic diagram of the implanted points of the bridges selected by the X-ray photographs; Figure 13 is the 14th diagram of the pre-drilling of the implants by the -body guide Reference piece cutting--a schematic diagram of the space for positioning; Figure 15 is a figure in the figure Implant empty sleeve with the formula ^ positioning of the implant to implant a schematic view of the body; and FIG. 16 to FIG. 14 * based self-tapping plant explants with the void schematic of implant positioning thereof. [Main component symbol description] 10—brass wire 11...X-ray film 12--tooth bed 20-measuring reference piece 21--measuring scale 22--fixing material 221--corrector 222 bridge positive line 223-positioning indentation 23... mesh measuring scale 24... counting scale M398411 25—connecting part 251—connecting foot 252... hollow opening 30—diagnostic plaster model 31...biting surface 32—patient tooth 40—X-ray holder 50—X-ray photo • 60... integral guide sleeve 61... detachable implant sleeve 62 - - void 63 - implant 64... self-tapping implant