Ai dental camera: wireless 360° auto-tracking micro scanner

Abstract

This innovative device comprises two integral components: hardware and software. In the hardware segment, a wireless camera is affixed to a U-shaped spring base, strategically positioned below the tooth's height. Encased in a disposable plastic coating for hygiene considerations, the camera is manually inserted into the oral cavity to capture multi-angled images of the teeth. Following dental interventions such as filling or restoration, the camera performs additional imaging, with the resultant pictures seamlessly transmitted to the software. This Scanner is a compact device designed to be placed inside the mouth. It is encased in sanitary device cover for hygiene purposes and prevent the spread of diseases. The camera utilizes springs on both sides to adapt to the mouth's opening and closing movements. Its design ensures a comfortable and non-invasive experience for patients. The strategic selection of images, both pre and post dental procedures, enables a comprehensive analysis of tooth surfaces in comparison to the standard state and adjacent teeth. This critical data empowers dentists to assess changes accurately and implement necessary measures to uphold optimal dental health. The device thus presents a holistic solution for precise dental diagnostics and treatment evaluation. This product will allow non-invasive and hygienic dental imaging, specifically for diagnosing malocclusion. Compared to existing practice where traditional diagnostic methods such as dental x-rays and dental articulating papers are used, the product offers a more efficient, accurate, and cost-effective solution.

Description

AI Dental Camera: Wireless 360° Auto-Tracking Micro Scanner

[0001] T his product will allow non-invasive and hygienic dental imaging, specifically for diagnosing malocclusion. Compared to existing practice where traditional diagnostic methods such as dental x-rays and dental articulating papers are used, the product offers a more efficient, accurate, and cost-effective solution. This technical innovation primarily pertains to the fields of medicine and dentistry. When filling a tooth, this device serves as a vital tool. The main function of this invention is to measure the amount of additional dental filling accurately. Through this device, the level of tooth filling is precisely measured and recorded.

[0002] Furthermore, this invention is utilized to measure the difference in the tooth surface. Leveraging modern technology, this device provides the capability to accurately measure surface discrepancies in teeth. This crucial feature enables healthcare professionals, including doctors and dentists, to adjust and align teeth with greater precision, ensuring the best possible outcomes for their patients.

[0003] With the aid of this advanced device, the process of tooth filling becomes a precise and high-quality procedure. This invention not only contributes to improving the quality of dental services but also allows healthcare professionals the opportunity for advancement and updates in treatment methods.

[0004] According to the background methods in the market that have been registered and are used are colored carbons called "articulation film" or "articulation paper." These sheets are known as a tool for detecting height and spatial differences in these teeth after procedures such as filling or restoration. The method of using articulation film is as follows: after performing filling or restoration, a sheet of articulation film is placed between the filled teeth. Then the individual must tilt the teeth towards each other to compress the sheet between the teeth. Points where more pressure is applied to the sheet change color, indicating locations with higher elevations.

[0005] This tool helps dentists examine and correct changes that have occurred due to filling or restoration so that the teeth properly occlude, minimizing potential issues such as tooth contact problems. It is entirely different from imaging that determines standard height differences before and after tooth filling.

[0006] This device consists of two main parts: hardware and software. In the hardware section, a wireless camera is mounted on a U-shaped spring base, positioned below the tooth's height. The camera, covered with a single-use plastic coating for hygiene purposes, is placed inside the mouth using hands and captures images of the teeth from various angles. After dental procedures such as filling or restoration, the camera takes additional images, and these pictures are transferred to a software.

[0007] By selecting images before and after dental procedures, we can determine the surface differences of the tooth compared to the standard state and neighboring teeth. This information assists dentists in evaluating changes and taking appropriate measures to maintain dental health.

[0008] The use of articulation carbon papers for assessing the occlusal surface disparities in teeth after dental restorations is a conventional method, but it comes with inherent challenges. The costs associated with obtaining these carbon papers include not only the procurement of the materials but also the time and high precision required for the procedure. Moreover, the residue of carbon material on the tooth surface can potentially pose long-term health risks to the teeth.

[0009] A crucial point to consider is the visual errors that dentists may encounter in diagnosing differences in tooth surfaces. These visual discrepancies can lead to inaccuracies in tooth structure alterations and even malocclusions over time. Therefore, there is a need for more accurate and advanced methods in diagnosing and correcting surface disparities in teeth.

[0010] Modern solutions, such as three-dimensional imaging and digital technologies, can significantly enhance this field. These methods are not only less time-consuming but also offer higher precision in detecting and measuring dental disparities. Thus, preventing dental health issues and maintaining proper jaw alignment becomes achievable through innovative and modern approaches.

[0011] This invention consists of a wireless camera and a flexible plastic base that is placed in the mouth. Before any dental procedure, this device captures images of the teeth and transfers them to a computer. After completing the filling or tooth restoration procedure, the device again captures images of the teeth. Using a dedicated smart application, it intelligently and automatically compares these images. This process assists the dentist in detecting size differences and accurately determining the required level of application. Not only does this method enhance the precision and efficiency of dental procedures, but it also provides dentists with better management of patient images and the identification of optimal solutions for each individual.

[0012] High Precision and Accurate Diagnosis: Utilizing the wireless camera, this invention empowers dentists to capture precise images of the teeth and accurately identify size differences.

[0013] Enhanced Treatment Efficiency: By comparing images before and after treatment, dentists can offer optimal solutions for each patient and improve the effectiveness of treatment procedures.

[0014] Better Management of Patient Images: Using the smart application, dentists can improve and automatically compare patient images, which can have a significant impact on treatment decisions.

[0015] ncreased Productivity in Dental Procedures: With the use of this technology, dentists can perform dental procedures with greater accuracy and speed, contributing to an improved patient experience.

[0016] Recording Treatment History: This invention provides the capability to record and better manage the treatment history of patients, offering healthcare professionals more comprehensive information about the past and current status of patients.

[0017] FIG. 1 shows a 3D software view

[0018] [Fig.2] shows the 3D software in the mouth

[0019] According to FIG. 1 and [Fig.2], in Part 1, a wireless camera is installed in the plastic blade. At the end of the blade in Part 2, two soft pieces are installed for gentle contact with the teeth. Additionally, on the camera assembly in Part 5, the body of the camera is located, while Part 4 represents the lens of the camera.

[0020] The wireless camera in Part 1 facilitates seamless image capture within the oral cavity, enhancing precision during dental procedures. The inclusion of soft components in Part 2 ensures patient comfort and minimizes potential discomfort during the imaging process.

[0021] Moreover, the camera body in Part 5 houses advanced technology, and the lens in Part 4 plays a crucial role in capturing high-resolution images. The integration of these components underscores the innovation and sophistication of this dental technology.

[0022] In Part 3, there appears to be a flexible joint, possibly contributing to the adaptability of the plastic blade during various dental applications. The incorporation of such features highlights the ergonomic design, promoting ease of use for dental professionals during treatments.

[0023] Furthermore, the seamless interaction between the camera, lens, and plastic blade, as illustrated in FIG. 1 and [Fig.2], underscores the potential for efficient and precise dental diagnostics and treatment applications. The innovative design showcased in the figures suggests a comprehensive approach to addressing the complexities of dental care.

[0024] This invention appears to be applicable as advanced technology in the field of dentistry, with the following industrial applications:

[0025] Dental Industry: This technology can serve as an advanced tool in the dental industry. With high precision and the ability to capture images before and after treatment, it allows dentists to identify necessary improvements and optimize treatment procedures.

[0026] Smart Technology in Dentistry: The use of a smart application and automatic image comparison provides dentists with the capability to obtain improvements in automated measurement and detection of size differences. This can enhance the accuracy and efficiency of dental treatments.

[0027] Patient History Management in the Dental Industry: By recording patients' treatment histories and continuous image comparisons, this invention can assist dentists in offering the best treatment approaches based on each patient's history, thereby improving treatment operations.

Claims

This invention is comprised of two fundamental sections: software and hardware. In the hardware section, a wireless camera, along with a jaw-supporting base, is strategically placed inside the mouth. This innovative combination of camera technology and the supporting structure within the oral cavity enables the capture of precise images of the teeth, facilitating optimal dental treatments.According to the clime 1: Images taken by the dentist before and after dental procedures are saved on the computer. With the help of a specialized program, the dentist can identify the differences in teeth at any time the patient visits, allowing for a thorough examination of the dental changes over time.U-Shaped Spring Base Configuration: The U-shaped spring base, strategically positioned below the tooth's height, represents a unique and inventive element, optimizing the device's placement for effective dental imaging.Disposable Hygienic Coating: The incorporation of a disposable plastic coating ensures hygiene during oral cavity insertion, making it a distinctive feature that enhances the safety and cleanliness of the device.Multi-Angled Imaging Capability: The wireless camera's ability to capture multi-angled images of the teeth is a novel feature, offering a comprehensive view for detailed dental analysis and treatment assessment.Seamless Data Transmission to Software: The device's capability to seamlessly transmit images from the camera to the software streamlines data processing, presenting an innovative approach to dental image management and analysis.

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