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    • 1. 发明申请
    • METHOD FOR FORMING DENTAL COATING AND DENTAL CAD/CAM DEVICE
    • 形成牙科涂层和牙科CAD / CAM设备的方法
    • US20120322025A1
    • 2012-12-20
    • US13579274
    • 2011-06-17
    • Nobuyoshi OzawaYasunori Sumi
    • Nobuyoshi OzawaYasunori Sumi
    • A61B6/14A61C5/10A61C13/003A61C5/00
    • A61C13/0004A61C5/77A61C9/0053G01B9/02091G01B11/2441
    • A dental CAD/CAM device capable of accurately forming a dental coating is provided. The device includes: an intraoral-site measurement section 100 configured to measure 3D shape data on an intraoral site 130 with an OCT probe 150 for obtaining a tomogram of an object using near-ultraviolet light; a treatment-target-tooth 3D shape data acquisition section 200 configured to acquire shape data of a treatment target tooth from 3D shape data obtained by the intraoral-site measurement section 100; and a coating object 3D shape data creation section 300 configured to create 3D shape data on a dental coating such that the dental coating matches the 3D shape data of the treatment target tooth obtained by the treatment target tooth 3D shape data acquisition section 200.
    • 提供能够精确地形成牙齿涂层的牙科CAD / CAM装置。 该装置包括:口内部位测量部分100,被配置为使用OCT探针150在口腔内部位置130上测量3D形状数据,以用于使用近紫外光获得物体的断层图; 治疗对象牙3D形状数据取得部200,其从由口内部位测定部100得到的3D形状数据获取治疗对象牙的形状数据; 以及被配置为在牙齿涂层上创建3D形状数据的涂层对象3D形状数据创建部300,使得牙科涂层与由治疗对象牙齿3D形状数据获取部200获得的治疗目标牙齿的3D形状数据相匹配。
    • 3. 发明申请
    • METHOD AND SYSTEM FOR DENTAL PLANNING
    • 牙科计划方法与系统
    • US20100151417A1
    • 2010-06-17
    • US12600633
    • 2008-05-21
    • Urban NilssonMatts Andersson
    • Urban NilssonMatts Andersson
    • A61C13/003G06F17/50
    • A61C13/0004A61C1/084A61C7/002B33Y80/00G06F19/00G16H50/50
    • Methods are provided for computer-based planning of a dental restorative procedure of a patient having a craniooral space and/or of at least one dental component for the dental restorative procedure. Certain methods include determining a first spatial position of a first boundary surface, in the craniooral space, of a first dental unit of a dental restoration; determining a second spatial position of a second boundary surface, in the craniooral space remote the first boundary surface, of a second dental unit of the dental restoration; and determining a third spatial position of at least a portion of the at least one dental component relative at least one of the first and second spatial positions.
    • 提供了用于具有颅骨空间和/或用于牙齿修复程序的至少一个牙科部件的患者的牙齿修复程序的计算机计划的方法。 某些方法包括确定牙科修复体的第一牙科单元在颅内空间中的第一边界表面的第一空间位置; 在所述牙科修复体的第二牙齿单元的第一边界表面的颅内空间中确定第二边界表面的第二空间位置; 以及确定所述至少一个牙科部件的至少一部分相对于所述第一和第二空间位置中的至少一个的第三空间位置。
    • 5. 发明授权
    • Method and product for shaping a fibre product for dental use
    • 用于成型用于牙科用途的纤维产品的方法和产品
    • US06881062B2
    • 2005-04-19
    • US10169457
    • 2001-01-11
    • Ilkka KangasniemiPekka Vallittu
    • Ilkka KangasniemiPekka Vallittu
    • A61C5/77A61C13/00A61C13/003A61C13/225A61C5/04
    • A61C13/0003A61C5/77A61C13/26
    • The invention relates to a method and silicone product for shaping a fibre product used in dentistry to reinforce a prosthetic appliance or a similar structure under construction to conform to the final location. The fibre product containing fibres and curable material is pressed by means of silicone material against the final location or a model thereof followed by curing the curable material present in the fibre product. The invention is characterized in that the silicone material is a polymerised, elastic and soft silicone material that has been shaped to a piece (10,11) corresponding to the size and shape of the fibre product to be shaped, and that when pressed, the silicone material adopts the shape of the final location or the model thereof.
    • 本发明涉及一种用于成形用于牙科的纤维制品的方法和硅酮产品,用于加强在建设中符合最终位置的假肢器具或类似结构。 含有纤维和可固化材料的纤维产品通过硅树脂材料压在最终位置或其模型上,然后固化存在于纤维产品中的可固化材料。 本发明的特征在于,硅氧烷材料是聚合的,弹性的和软的硅酮材料,其已经被成形为对应于待成形的纤维产品的尺寸和形状的片(10,11),并且当被压制时 硅胶材料采用最终位置的形状或其型号。
    • 7. 发明授权
    • Method and appliance using one or more wire-feeding tracks for
production of artificial supporting members for the human body
    • 用于生产人体的人造支撑构件的一个或多个送丝轨道的方法和装置
    • US5779477A
    • 1998-07-14
    • US602775
    • 1996-04-23
    • Anders Boss
    • Anders Boss
    • A61C8/00A61C13/003A61C13/225
    • A61C8/0048A61C13/26
    • A method for producing artificial supporting members in the human body is provided. In a first manufacturing stage, at least two support part members are matched together by machining contact surfaces on the supporting part members via which the supporting members are joined. Also during this stage, positional information regarding the relative positions of the contact surfaces and the supporting part members is identified. In a second manufacturing stage, the supporting part members are joined together using the positional information and are applied on a bearing member in relation to a plane. The plane extends at right angles with respect to a selected direction of the supporting member parts when they are in their matched positions. At least one of a wire feeding track and the bearing member are moved whereby the position of the wire feeding track is altered with respect to the plane. The wire feeding track is moved to cross connection portions of the supporting part members. As the wire feeding track crosses the connection portions, the supporting part member is machined to create a contact surface which can cooperate with another contact surface on another supporting part member. The positional information obtained during the first manufacturing stage is based on the positional relationship of the wire feeding track and the bearing member in the plane.
    • PCT No.PCT / SE95 / 00809 Sec。 371日期:1996年4月23日 102(e)日期1996年4月23日PCT提交1995年6月30日PCT公布。 公开号WO96 / 01082 日本1996年1月18日提供了人体中生产人造支撑构件的方法。 在第一制造阶段中,至少两个支撑部件通过加工支撑部件连接的支撑部件上的接触表面而相互配合。 此外,在该阶段中,识别关于接触表面和支撑部件的相对位置的位置信息。 在第二制造阶段,使用位置信息将支撑部件接合在一起,并相对于平面施加在轴承部件上。 当它们处于其匹配位置时,平面相对于支撑构件部件的选定方向成直角延伸。 导线馈送轨道和支承构件中的至少一个被移动,由此导线馈送轨道的位置相对于平面改变。 送丝轨道移动到支撑部件的交叉连接部分。 当送丝轨道穿过连接部分时,对支撑部件进行加工,以形成可与另一个支撑部件上的另一个接触表面配合的接触表面。 在第一制造阶段中获得的位置信息基于导线馈送轨道和轴承部件在平面中的位置关系。
    • 8. 发明授权
    • Method for molding dental restorations
    • 牙科修复体成型方法
    • US5507981A
    • 1996-04-16
    • US250926
    • 1994-05-31
    • Richard W. Petticrew
    • Richard W. Petticrew
    • A61C5/10A61C13/003A61C13/20A61K6/00B28B1/24B28B5/04C03C3/091C03C10/04C03C10/06C03C10/12C04B35/16A61C13/00
    • C03C4/0021A61C13/20B28B1/24B28B5/04C03C10/00Y10T428/13
    • A process for the formation of dental restorations from glass-ceramic materials and the resulting dental restorations. In this invention, a dental restoration is prepared by placing a glass-ceramic material in a heat-pressure deformable crucible. Heat is then applied to the crucible in order to bring the glass-ceramic material to a working range at temperatures above its liquidus temperature. The crucible in which the glass-ceramic material is placed has heat-pressure deformation properties which are matched to the working temperature of the glass-ceramic material being heated. The heat deformation properties of the crucible must be such that when the glass-ceramic material in the crucible is in the working range the crucible is heat-pressure deformable without rupturing. Once the glass-ceramic material is heated to its working temperature, the crucible is brought into contact with a mold having a preformed cavity therein, the cavity being in the shape of the desired dental restoration. As the distance between the heated glass-ceramic material and the mold is decreased, the crucible is deformed to form a seal with the mold thereby facilitating the injection of the molten glass-ceramic material into the mold cavity. An interactive seal between the crucible and the mold may be provided for. The composite process may be carried out in a vacuum. The resulting dental restoration has superior optical esthetic and strength properties. The invention further includes the heat-pressure deformable crucible which is useful in the process of this invention and the related apparatus.
    • 用于从玻璃陶瓷材料形成牙科修复物和由此产生的牙科修复体的方法。 在本发明中,通过将玻璃陶瓷材料放置在热压可变形坩埚中来制备牙科修复体。 然后将热量施加到坩埚上,以便在高于其液相线温度的温度下使玻璃 - 陶瓷材料达到工作范围。 其中放置玻璃 - 陶瓷材料的坩埚具有与被加热的玻璃 - 陶瓷材料的工作温度相匹配的热压变形特性。 坩埚的热变形性能必须使得当坩埚中的玻璃 - 陶瓷材料处于工作范围内时,坩埚可以在不破裂的情况下进行热压变形。 一旦玻璃陶瓷材料被加热到其工作温度,坩埚就与其中具有预制腔的模具接触,该空腔是所需的牙科修复体的形状。 随着加热的玻璃 - 陶瓷材料和模具之间的距离减小,坩埚变形以与模具形成密封,从而便于熔融玻璃 - 陶瓷材料注入模腔。 可以提供坩埚和模具之间的交互式密封。 复合方法可以在真空中进行。 所得牙科修复物具有优异的光学美学和强度特性。 本发明还包括在本发明的方法和相关装置中有用的热压可变形坩埚。