Loading patent…
OwnerAngel Manuel Eyaralar Argüelles, Angela Eyaralar Alvarez +1inventors
InventorsAngel Manuel Eyaralar Argüelles, Angela Eyaralar Alvarez, Cristina Eyaralar Alvarez
Estimating the term…
The present disclosure relates to a device for periapical radiography that enhances accuracy in dental implantology. It includes a connection element that secures a radiographic plate holder relative to an anchoring element, such as a direction indicator, depth gauge, or drill. The device ensures parallel alignment with the radiographic plate and perpendicularity to the X-ray beam, minimizing distortion. This allows precise intraoperative periapical radiography, reducing reliance on CBCT or panoramic imaging. Configurations include an L-shaped bar, a tube or sleeve, and a fixation base, all designed for stable alignment. Compatible with standard implant systems, the device offers a cost-effective, accurate, and repeatable method for real-time implant verification. Additionally, it enhances procedural efficiency, improves patient safety, and reduces radiation exposure.
A device for periapical and intraoral radiography, comprising a connection element configured to connect a plate holder to an anchoring element, wherein the anchoring element is selected from a direction indicator, a depth gauge, or a drill, and is configured to be inserted into a patient's bone, the plate holder is configured to hold a radiographic film or sensor to obtain a periapical or intraoral radiograph, the connection element maintains the position of the plate holder relative to the anchoring element in a fixed arrangement, ensuring that both remain parallel to each other and perpendicular to an X-ray beam, and the device is compatible with different periapical radiographic techniques, including but not limited to the long-cone technique and the parallelism technique.
A method for obtaining an accurate periapical radiograph during a dental implant procedure, comprising placing a radiographic plate holder in a fixed position relative to an anchoring element selected from a direction indicator, a depth gauge, or a drill, ensuring the radiographic plate holder remains parallel to the anchoring element and perpendicular to an X-ray beam, and using the device to stabilize the positioning and eliminate image distortion during periapical radiography.
Dependencies are inferred from the claim text.