序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
1 人造牙齿咬合器 CN201480027487.0 2014-02-24 CN105377180A 2016-03-02 金钟华; 车鲜柱; 金基正
发明的人造牙齿咬合器由于具有通过在支架和平台之间设置高度调节手段,调节以支架为媒介分别设置在基板和顶板上的平台的高度,并且通过在平台上设置宽度调节手段,将安置在平台上端托盘在5个方向上分别独立地调节宽度并通过挤压托盘的边缘使其加固,并且通过调节的颌间调节手段,在沿着支撑棒的外周上下滑动并支撑平台时,利用支撑棒上形成的刻度,能够对平台的平倾斜度分别从3个方向进行调节的结构,因此,能够精准地进行调节以更加接近现实地模仿颌间关系,具有使结构和操作简单的同时能够最小化颌间误差范围的效果。
2 定位牙的定位器 CN200610067964.3 2006-03-21 CN1846649A 2006-10-18 N·萨维克; O·姆罗策克; D·埃雷特
发明涉及生产假牙时定位牙的定位器,其具有一个带有活动牙牙齿定位导杆,并且牙块有牙印,用以容纳牙齿。
3 Articulator, method for fabricating denture and method for adjusting occlusal vertical dimension in fabrication of denture JP2002280015 2002-09-25 JP2004113398A 2004-04-15 SASAGAWA OSAMU
<P>PROBLEM TO BE SOLVED: To provide an articulator capable of accurately reproducing the occlusal vertical dimension in the oral cavity of a patient to fabricate a denture good in occlusion in a short period of time. <P>SOLUTION: The articulator 1 has a lower frame 23 having a lower jaw support part 21, to which a lower jaw model 20 can be attached in a freely detachable manner, on the upper surface thereof, the strut parts 30 vertically arranged to the rear part of the lower frame and an upper frame 13 having an upper jaw support part 11, to which an upper jaw model 10 can be attached in a freely detachable manner, on the rear surface thereof and mounted on the strut parts in an on-off movable manner. One or more kinds of disc plates 40 different in thickness are prepared with respect to the support parts 11 to obtain the articulator 1 which enables the model mounting surfaces of the respective support parts to move in parallel to the respective frames by replacing the disc plates. The occlusal vertical dimension can be adjusted by respectively independently adjusting the horizontal positions of the upper and lower jaw models, and the positions of the upper and lower jaw models coinciding with the occlusal vertical dimension in the oral cavity of the patient can be easily obtained on the articulator. <P>COPYRIGHT: (C)2004,JPO
4 ARTIFICIAL TEETH ARTICULATOR EP14797398.6 2014-02-24 EP2997929A1 2016-03-23 CHA, Sun Joo; KIM, Ki Jeong; KIM, Jong Hwa

An artificial teeth articulator according to the present invention has a structure comprising: a height control means installed between a holder and a table, for controlling the height of the table installed on a base plate and a top plate by using the holder; a width control means installed on the table, for controlling individually from five directions the width of a tray seated on the table so that the periphery of the tray is held by means of pressing force; and a jaw gap control means installed so that the horizontal tilt of the table can be individually controlled from three different directions through graduations formed on a support rod, when supporting the table by vertically sliding along the outer circumference of the support rod. As a result, more accurate control is enabled so that the jaws can be more real-istically and closely recreated, and the advantages of a simpler structure and operation, and minimization of margin of error can be provided.

5 IMPRESSIONLESS DENTAL MODELING SYSTEMS AND METHODS EP12839310 2012-10-15 EP2765951A4 2015-09-09 HUFFMAN RONALD E
Dental systems and methods related to impressionless dental modeling. A dental modeling system includes a dental model base and a mounting plate. The dental model base includes a plate support surface and a plurality of pin receiving apertures formed in the support surface. The mounting plate includes a plate portion positioned on the plate support surface and a plurality of pins extending into the pin receiving apertures to provide removable attachment of the mounting plate to the dental model base. The plate portion includes a model support surface configured to support a model of a person's teeth. The model may be formed directly on the model support surface using an impressionless technique. The model may be formed separately using an impressionless technique and then bonded to the model support surface.
6 Articulator JP30576997 1997-11-07 JP3555829B2 2004-08-18 邦夫 尾▲崎▼
7 Auxiliary apparatus for measurement of three dimensional shape of mouth model JP32347293 1993-12-22 JPH07178122A 1995-07-18 MOTOSUGI KAZUICHI; KITAMURA IKUO
PURPOSE: To obtain an auxiliary apparatus for measurement of three dimensional shape of mouth model, where setting of the mouth model on the subject stand of the three dimensional measurement apparatus can be done quickly and easily. CONSTITUTION: The main body 1, with connecting sections 1a, 1b, 11 and 12 to link plural separate parts provided, the first mouth model fixing base 2, with a connecting section 2a to join 'with the connecting sections 1a and 1b of the main body and connecting sections 2b and 2c to link the subject stand of the three dimensional shape measurement apparatus provided, and the first fixing means 4 to retain the positional correlation between the main body 1 and the first mouth model fixing base 2 constant are provided. The auxiliary apparatus for measurement of three dimensional shape is also provided with the second mouth model fixing base 3, with a connecting section to join with the connecting sections 11 and 12 of the main body 1 and connecting sections 3a and 3b to link the subject stand of the three dimensional shape measurement apparatus provided, the second fixing means 5 to retain the positional correlation between the main body 1 and the second mouth model fixing base 3 constant, and the positioning 6 for the first and/or second mouth models. COPYRIGHT: (C)1995,JPO
8 JPH032541B2 - JP50246782 1982-08-07 JPH032541B2 1991-01-16 BURAUN FURANKU DEEE; UITSUTO UARUTAA; PUUTORA SUTANISURAFU
9 Positioning aiding device for positioning teeth JP2006078627 2006-03-22 JP2006263471A 2006-10-05 SAVIC NOVICA; MROTZEK OLAF; EHRET DIETER
<P>PROBLEM TO BE SOLVED: To provide a positioning aiding device for arranging denture especially in producing denture by which arrangement of denture is simplified. <P>SOLUTION: The positioning aiding device for positioning denture, especially in producing denture, has a tooth positioning guide with movable tooth blocks 10, and the tooth blocks have dental impressions 16 for receiving teeth. Thereby the positioning aiding device can guarantee accurate positioning of artificial denture in bite without restriction of personal function pattern of a patient and simultaneously reduce 80% of time and labor in comparison with known methods. <P>COPYRIGHT: (C)2007,JPO&INPIT
10 Articulator JP30576997 1997-11-07 JPH11137571A 1999-05-25 OZAKI KUNIO
PROBLEM TO BE SOLVED: To achieve higher maintainability and operability with a sample structure by enabling manufacturing of models of upper arid lower jaws with a higher accuracy to facilitate the manufacturing, correction and adjustment of the models of upper and lower jaws. SOLUTION: An upper jaw model mounting base 18 on which an upper jaw model 4 is mounted is adjustably combined horizontally with an upper jaw mold mounting member 17. The upper jaw mold mounting member 17 is adjustably combined with a stand member 13 in a horizontally independent horizontally through a slide support mechanism 23. A lower jaw model mounting member 14 is adjustably combined longitudinally with the stand member 13 through a slide guide mechanism 24. A lower jaw model mounting base 15 which has a lower jaw model 1 mounted on a lower jaw model mounting member 14 is combined with an incisal table 16. An incisal pin 20 is adjustably combined with the upper jaw mounting member 17 in the direction of rotation and the height thereof. This enables adjustment in various directions at an independent part thereby reproducing the form of the jaws of a patient accurately and handily. COPYRIGHT: (C)1999,JPO
11 JPS58501260A - JP50246782 1982-08-07 JPS58501260A 1983-08-04
12 Bite device having detachable tray JP17267481 1981-10-28 JPS57103637A 1982-06-28 CHIYAARUZU BUREHINAA
13 교합기 KR1020130112011 2013-09-17 KR1020150032033A 2015-03-25 변태희; 변재형; 박민성; 김병문
본 발명은 교합기에 관한 것으로, 보다 상세하게는 부착판과 몸체를 석고를 사용하지 않고 배면결합부와 결합수용부의 끼움결합으로 견고하고 용이하게 착탈시킬 수 있으며, 몸체의 하부로 돌출된 제1고정핀을 이용하여 부착판의 분리시 용이하게 분리시킬 수 있고, 부착판에 형성된 절단선, 치아중심표시선, 둘레홈과 몸체에 형성된 치아중심표시선를 이용하여 절단 및 구강모형부착 작업을 정확하게 할 수 있는 하부부재와; 하부부재에 부착된 구강모형과 대합되는 대합치의 인상체가 부착될 수 있는 상부부재;가 연결부에 의하여 회전가능하도록 연결되어 제작공정을 간소화할 수 있고, 실제 악골의 운동을 재현할 수 있으며, 지지부를 이용하여 상부부재와 하부부재 사이의 높이 확보가 가능한 교합기에 관한 것이다.
14 인공치아 교합기 KR1020130054933 2013-05-15 KR101302701B1 2013-09-03 김종화; 차선주; 김기정; 김정훈
PURPOSE: An artificial dental articulator is provided to precisely correct the gap between upper and lower jaw and minimize error in operation due to an easy method for using the articulator. CONSTITUTION: An artificial dental articulator comprises a base plate, a supporting bar (20) which is fixed in the back and on left and right of the base plate, a top plate which is connected between a pair of supporting bar with a hinge, a front supporting bar (40) which is connected to the center of the top plate at a right angle and placed in front of the base plate and a pair of table (80) supporting an upper and lower trays (50a)(50b) which precisely correct the upper and the lower jaw and are detachable by a supporting plate which controls a horizontal controller at the center of the top plate and the base pate.
15 치아 위치 설정용 보조 기구 KR1020060025138 2006-03-20 KR1020060101858A 2006-09-26 노비카사비크; 오라프므로트첵; 디이터에레트
본 발명은, 특히 치과용 보철물의 제조시 치아를 위치 설정시키는 보조 기구로서, 치아 위치 설정 가이드가 이동가능 치아 블록을 구비하고, 이러한 치아 블록이 치아를 수용하는 치아 인상부를 구비하는 치아 위치 설정용 보조 기구에 관한 것이다. 치아, 위치 설정, 보조 기구
16 ARTIFICIAL TEETH ARTICULATOR EP14797398 2014-02-24 EP2997929A4 2016-05-25 CHA SUN JOO; KIM KI JEONG; KIM JONG HWA
17 IMPRESSIONLESS DENTAL MODELING SYSTEMS AND METHODS EP12839310.5 2012-10-15 EP2765951A1 2014-08-20 Huffman, Ronald E.
Dental systems and methods related to impressionless dental modeling. A dental modeling system includes a dental model base and a mounting plate. The dental model base includes a plate support surface and a plurality of pin receiving apertures formed in the support surface. The mounting plate includes a plate portion positioned on the plate support surface and a plurality of pins extending into the pin receiving apertures to provide removable attachment of the mounting plate to the dental model base. The plate portion includes a model support surface configured to support a model of a person's teeth. The model may be formed directly on the model support surface using an impressionless technique. The model may be formed separately using an impressionless technique and then bonded to the model support surface.
18 Aufstellhilfe für das Aufstellen von Zähnen EP06005120.8 2006-03-14 EP1704831A1 2006-09-27 Savic, Novica; Mrotzek, Olaf; Ehret, Dieter

Die Erfindung betrifft eine Aufstellhilfe für das Aufstellen von Zähnen, insbesondere bei der Prothesenherstellung, mit einer Zahnpositionierungslehre mit beweglichen Zahnblöcken, und besteht darin, dass die Zahnblöcke Zahnimpressionen zur Aufnahme von Zähnen aufweisen.

19 ARTICULATOR, SPECIFICALLY FOR APPLICATIONS IN DENTISTRY AND DENTAL TECHNIQUE EP01962727.2 2001-06-11 EP1289444A1 2003-03-12 Battistutta, Lorenzo
An articulator, specifically for applications in dentistry and dental technique, including a lower base (2) and an upper base (3) reciprocally attached at the joints (6, 7) placed at a variable height or distance from the base (3) of the articulator, in order to allow the occlusal plane of the dental arches to be positioned at the correct level on the condylar axis.
20 Vorrichtung für die Aufnahme von anatomischen Gelenkmodellen EP00810622.1 2000-07-14 EP1172072A1 2002-01-16 Lerch, Peter

Eine Vorrichtung für die Aufnahme von anatomischen Gelenkmodellen, insbesondere Artikulator für Kiefermodelle, zur Fixierung in der richtigen Stellung und zum Nachvollziehen des Bewegungsablaufes des entsprechenden Gelenks umfasst einen Ständer (1) mit einem Fussteil (2) und einem diesem gegenüberliegenden, am Ständer (1) angebrachten Bügel (10). Ein Aufnahmeteil (9) ist am Fussteil (2) angebracht, während der andere Aufnahmeteil (11) am Bügel (10) angebracht ist. Der eine Aufnahmeteil (9) ist derart am Fussteil (2) angebracht, dass er bezüglich dieses Fussteils 2 und demzufolge bezüglich des anderen Aufnahmeteils (11) jeweils entlang einer ersten Achse (6), einer zweiten Achse (38) und einer dritten Achse (16) verschiebbar und jeweils um die erste Achse (6), die zweite Achse (38) und die dritte Achse (16) oder jeweils einer parallelen Achse dazu verschwenkbar ist. Hierbei stehen die erste Achse (6), die zweite Achse (38) und die dritte Achse (16) im wesentlichen senkrecht zueinander. Dadurch lässt sich der eine Aufnahmeteil (9) bezüglich des anderen Aufnahmeteils (11) in jede beliebige Lage bringen.

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