Optimization of the Dental Direct Digital Imaging by Applying the Self-Recognition Technology

Mina Dabirinezhad, Mohsen Bayat Pour, Amin Dabirinejad

Forskningsoutput: KonferensbidragKonferenspaper, ej i proceeding/ej förlagsutgivetPeer review

Sammanfattning

This paper is intended to introduce the technology to solve some of the deficiencies of the direct digital radiology. Nowadays, digital radiology is the latest progression in dental imaging, which has become an essential part of dentistry. There are two main parts of the direct digital radiology comprised of an intraoral X-ray machine and a sensor (digital image receptor). The dentists and the dental nurses experience afflictions during the taking image process by the direct digital X-ray machine. For instance, sometimes they need to readjust the sensor in the mouth of the patient to take the X-ray image again due to the low quality of that. Another problem is, the position of the sensor may move in the mouth of the patient and it triggers off an inappropriate image for the dentists. It means that it is a time-consuming process for dentists or dental nurses. On the other hand, taking several the X-ray images brings some problems for the patient such as being harmful to their health and feeling pain in their mouth due to the pressure of the sensor to the jaw. The author provides a technology to solve the above-mentioned issues that is called “Self-Recognition Direct Digital Radiology” (SDDR). This technology is based on the principle that the intraoral X-ray machine is capable to diagnose the location of the sensor in the mouth of the patient automatically. In addition, to solve the aforementioned problems, SDDR technology brings out fewer environmental impacts in comparison to the previous version.
Originalspråkengelska
Sidor1193-1201
StatusPublished - 2020 sep. 1
Externt publiceradJa
EvenemangICPHD 2020 : XIV: International Conference on Public Health Dentistry - Paris, Frankrike
Varaktighet: 2020 okt. 292020 okt. 30

Konferens

KonferensICPHD 2020 : XIV
Land/TerritoriumFrankrike
OrtParis
Period2020/10/292020/10/30

Ämnesklassifikation (UKÄ)

  • Radiologi och bildbehandling

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