7 results about "Buccal Surface" patented technology

The application discloses a force couple orthodontic accessory, a personalized fixed appliance, a tooth correction system, a design method of the force couple orthodontic accessory and a design method of the tooth correction system. The force couple orthodontic accessory comprises a bottom plate, an accessory body and a force couple structure, the bottom plate is used for being bonded with a labial buccal surface of a tooth, the accessory body is provided with an arch wire accommodating cavity, and the force couple structure is arranged in the arch wire accommodating cavity and comprises protrusions and / or grooves which are symmetrically arranged on both sides of the channel and are used for cooperating with partial bending structures of an arch wire to form a force couple for a single tooth. The personalized fixed appliance comprises a plurality of force couple orthodontic accessories and a personalized arch wire, the arch wire is provided with partial bending structures corresponding to positions of teeth to be corrected, and a preset force couple is formed after loading. The force couple orthodontic accessory, the personalized fixed appliance and the tooth correction system provided by the application realize accurate force couple control of a single tooth and improve correction precision and a personalized degree.

An attachment that effectively reduces the incidence of undercut and improves the overall efficiency of tooth movement includes an attachment body with a gingival portion and a vertical portion. The vertical portion includes a mesial portion located mesially to the crown and a distal portion located distally to the crown. The gingival portion is close to the gingival margin and located slightly below the undercut of the crown. Both the gingival portion and the vertical portion have opposing lingual and buccal surfaces, opposing occlusal and gingival surfaces, and opposing mesial and distal surfaces. The lingual surface is bonded to the tooth surface. The gingival, occlusal, mesial, and distal surfaces are all arc-shaped or spherical. This structural design not only greatly increases the undercut of the tooth but also provides multiple contact areas and a larger force application area with the orthodontic appliance, providing more effective coverage area for mesial or distal tooth movement. This effectively reduces the incidence of undercut and improves the overall efficiency of tooth movement.

This utility model discloses a palatal support occlusal oral device, comprising an upper dental brace and a palatal support. The upper dental brace has a structure that engages with the upper teeth, including the buccal surface, lingual surface, and occlusal surface of the upper teeth. The palatal support includes a hard palate region corresponding to the hard palate and a soft palate region corresponding to the soft palate. Pressure sensors are respectively provided on at least the occlusal surface of the upper teeth and on both the hard and soft palate regions. This utility model, by placing sensors at multiple points on the tongue, palate, and occlusal surface, can detect pressure data at multiple points, thereby enabling coordinated analysis of multi-stage chewing and swallowing movements.

We offer a new type of all-around cleaning toothbrush that reduces blind spots during cleaning and improves cleaning effectiveness. [Solution] The new all-directional cleaning toothbrush is equipped with a toothbrush handle 1, a toothbrush body 2 is provided at the upper end of the toothbrush handle, and a toothbrush head 3 is fixed to the upper end of the toothbrush body. A silicone strip 5 is fixed to the side of the toothbrush head, and a silicone pad 4 is fixed to the back surface of the toothbrush head. The silicone strip is formed in a U shape. A rotating shaft 6 is fixed to the upper end of the toothbrush handle, an annular groove is formed inside the toothbrush handle, and a locking mechanism is provided inside the annular groove, and the locking mechanism includes a connecting ring. In this invention, the silicone strip can effectively clean the space between the buccal tooth surface and the buccal mucosa. The U-shaped silicone strip follows the arc shape of the dentition well, and can perform gentle and comprehensive cleaning of the tooth surface and gingival margin during brushing.

An attachment mounting template (100), comprising a template body (10) having a cavity (S) for accommodating teeth, at least one attachment accommodating cavity (11) located on the template body (10), and at least one segment line (12) located on the template body (10). The template body (10) comprises a first edge line (101) located on a buccal-labial surface (A1) thereof and a second edge line (102) located on a lingual surface (A2) thereof, and the segment line (12) extends from the first edge line (101) to the second edge line (102). The provision of the segment line (12) simplifies the operation of a user of detaching the attachment mounting template (100), thereby reducing deformation caused by the force applied when the user detaches the attachment mounting template (100), and improving the convenience of using the attachment mounting template (100) and the reliability of attachment mounting; and the segment line (12) extends from the first edge line (101) to the second edge line (102), i.e., across the entire surface of the template body (10), and when the segment line (12) is completely broken, the attachment mounting template (100) can be separated into multiple completely detached segments.

This invention discloses a periapical radiograph centerline positioning device and method, comprising a personalized substrate, an angle positioning mechanism, and an optical indicator. The shape of the inner surface of the personalized substrate matches the anatomical morphology of the occlusal and buccal surfaces of the patient's target dentition. The angle positioning mechanism is fixedly disposed on the buccal side of the personalized substrate. The optical indicator is detachably mounted on the angle positioning mechanism. The angle positioning mechanism is configured to adjust and lock the angle of the optical indicator in both the horizontal and vertical directions. Using this device for positioning, this periapical radiograph centerline positioning device and method can materialize and visualize personalized digital angles, and guide the X-ray tube of the dental radiograph for precise and rapid alignment.