Digital Gothic bow device and manufacturing method thereof
A production method and Gothic technology, applied in the field of denture modification, can solve problems such as the inability to trace patients with special edentulous jaws, and the inability to personalize the design of the Gothic arch, and achieve the effect of simplifying recording and transferring, and facilitating recording and transferring.
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Embodiment 1
[0067] A digital gothic bow device, comprising a facebow, an upper jaw tray 3 , an upper jaw tracing board 4 , a lower jaw tray 1 , a lower jaw fixing board 2 and a tracing screw 8 .
[0068]The facebow is fixed on the user's face. In this embodiment, the facebow of the finished Gothic bow in the prior art can be used.
[0069] The upper jaw tray 3 is set in the user's oral cavity and fits the upper jaw. The upper jaw tray 3 is connected to the facebow through the handle 5. The data of the handle 5 of the upper jaw tray 3 is consistent with the data of the handle 5 of the finished bow. It can be used to connect the joint and finally fit the upper jaw to the joint frame. If you are using another brand of facebow, the handle 5 data is consistent with the corresponding Hecha handle 5 data.
[0070] The maxillary tracing board 4 has an upper side and a lower side, and the upper side of the maxillary tracing board 4 is fixedly attached to the lower side of the maxillary tray 3;
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Embodiment 2
[0078] This embodiment is aimed at the auxiliary component of Embodiment 1. When installing the tracing screw 8 and the mandibular fixing plate 2, it is necessary to control its installation position. The device in this embodiment also includes a height positioning plate 6 and a height checking buckle 7.
[0079] The height positioning plate 6 has a first end and a second end, the first end of the height positioning plate 6 is located between the upper jaw tray 3 and the lower jaw tray 1, and is provided with a positioning through hole;
[0080] The second end of the height positioning plate 6 is provided with a card edge, and the outer end of the handle 5 of the upper jaw tray 3 is provided with a card groove 51 adapted to the card edge;
[0081] By setting the locking groove 51 and the locking edge, after connecting the height positioning plate 6 with the handle 5, the positioning through hole can be at a fixed position.
[0082] The height positioning plate 6 is located be...
Embodiment 3
[0088] Digital technology brings many possibilities and advantages to prosthodontics in terms of diagnosis, planning treatment formulation, design and manufacture of restorations. It has more possibilities and advantages in data acquisition, modification, storage, and fitting. In computer-aided design (CAD) software, the finished arch data can be easily modified and scaled freely to meet the needs of treatment. In addition, computer-aided manufacturing (CAM) techniques enable the production of high-quality restorations and other auxiliary restoration tools.
[0089] Therefore, this embodiment describes a manufacturing method of a digital Gothic bow device, which is used to manufacture the above-mentioned digital Gothic bow device. It uses CAD / CAM technology to solve some complicated and difficult situations, reducing the Hours of operation in the clinic and processing plant.
[0090] A method for making a digitized Gothic bow device, comprising:
[0091] The first step is t...
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