A DENTAL DEVICE

Abstract

The invention relates to a dental device (100) which is used in the field of dental technology and in preventive applications and dental treatments, and which enables composite materials to be polymerized and hardened by adhering to the tooth tissue.

Description

1 TARIFF A DENTAL DEVICE TECHNICAL AREA 5 The invention relates to the technical field of dentistry and is used in preventive applications, specifically for the treatment of dental caries. dental caries, which provides prevention and treatment of early-stage tooth decay. The composite materials used in treatment are polymerized and adhere to the tooth tissue. It is related to a dental device that causes hardening. STATE OF KNOWN ART (PREVIOUS ART) 10 Dental caries, affecting a large majority of the population, is a concern according to the World Health Organization (WHO). It is considered a major health problem. Tooth decay is preventable. Despite being a disease, it is one of the most common chronic diseases today. It continues to be so. 15 The World Health Organization (WHO) and the International Association for Dental Research (IADR), Early diagnosis and preventive measures are necessary to reduce the impact of dental caries on society. Developing the necessary strategies to ensure effective management through applications They are making efforts in this direction. Today, dental treatments are quite common worldwide. New 20 for this disease, which causes tooth decay and is considered a global burden, It is stated that the necessary approaches are required. Dental caries are risky in terms of oral health. Furthermore, it carries significant risks to overall health and the lives of individuals. It directly affects their quality. In addition to health problems, tooth decay, This has negative effects on the social and economic well-being of their societies. Therefore, intervention before tooth decay occurs or while it is still in its early stages is crucial. 25 This is of great importance. Dental caries is a multifactorial process involving demineralization and remineralization of dental hard tissue. It is a dynamic disease resulting from the cycle of phases. In this ongoing cycle... within a specific time period, from demineralization or remineralization Which one becomes dominant is primarily determined by the balance of pathological and protective factors. 30 2 It is determined that protective factors support remineralization and treat lesions. While trapped, pathological factors upset the balance in the direction of tooth decay and disease progression. It is shifting. In the advanced stage of decay, if the decay is in its initial stage and involves the enamel, then 5 If limited, the process reverses itself before cavity formation occurs. It is stated that it can be rotated. Polymerization of light-curing resin-based materials is primarily used in dental applications. for polymerization of light-curing resin composites in the equipment industry This is accomplished using curing light, a key component of dental equipment. 10 Dental health procedures and clinical requirements necessitate the use of dental radiation devices. light energy is required in almost all dental adhesives and for polymerization. It is used in resin composites. This process also has long-term benefits for the treatment procedure. It increases clinical effectiveness. In conclusion, due to the negative aspects described above and the current solutions, topic 15 Due to its shortcomings, it is necessary to make improvements in the relevant technical field. He has done. THE PURPOSE OF THE INVENTION The present invention aims to eliminate the problems mentioned above and to provide technical solutions in the relevant field. It aims to create an innovation. The main purpose of the invention is to provide treatment for tooth decay in dental caries therapy. The composite materials used are polymerized and adhere to the tooth tissue. The goal is to obtain a device that enables hardening. The aim of the invention is to produce an LED light source with a light intensity in the range of 800-3000 mW and a frequency range of 385-515 nm. composite with increases in wavelength at multiple points having the same wavelength The goal is to ensure proper polarization of the filler. The aim of the invention is to create a dental device that allows operation with both the right and left hands. the goal is to obtain the device. The purpose of the invention is to enable restorative and 30-grade processing thanks to the operating modes within the device. In orthodontics, it is used to effectively polymerize light-curing composites. 3 The structural and characteristic features and all the advantages of the invention are given in the figures below. This becomes clearer through detailed explanations made by referring to these figures. It will be understood, therefore, the evaluation should take these figures and detailed explanation into account. 5 It must be done by taking it. BRIEF DESCRIPTION OF THE FIGURES To better understand the topic explained here and how to implement it in practice. For illustrative purposes, the regulations at this point are only non-restrictive examples. 10 This will be explained by referring to the attached drawings, where; Figure 1 shows a visual representation of a dental device that is the subject of the invention. The drawings do not necessarily need to be scaled. 15 to understand the invention presented. Unnecessary details have been omitted. Furthermore, at least to a large extent... Elements with identical or at least substantially identical functions are numbered the same. It is shown. EXPLANATION OF REFERENCE NUMBERS IN THE FIGURES 100- Dental devices 101- LED lights 102 - Body 103 - Protective shield 104- Digital display 25 105 - Adjustment button 106 - Programming button 107 - Home screen button 4 DETAILED EXPLANATION OF THE INVENTION In this detailed explanation, the subject of the invention, the preferred alternatives, are only 5% of the subject matter. in order to ensure a good understanding and without creating any limiting effects It is explained. The regulations of the present invention provide a wider radiant energy range compared to a single LED. Advanced enhancement using numerous light-emitting diodes (LEDs) to produce the spectrum. It is directed towards the lights. The invention's polymerization lights are numerous different LED lights (101) 10 It contains the source. When multiple LED light (101) sources are operated at the same time, the desired It forms the light spectrum. Light sources, at the far end of the polymerization light, are LEDs. to irradiate the desired location inside the patient’s mouth with the light (101) source It is positioned so that it can be placed inside the patient's mouth. In Figure 1, the dental device (100) of the Invention is configured with an LED light source (101) 15 It shows an arrangement of polymerization light. As shown Polymerization dental device (100), to be held in both the right and left hand of a dentist. It includes a body (102) that is structured in this way and extends from the near end to the far end. According to the regulation, LED light sources (101) are to be placed in a patient's mouth. They are placed in a way that can be configured. LED light sources (101) also provide light 20 Mount the polymerization lamp so that the light is emitted slightly perpendicularly away from the lamp body. It is done. Figure 1 shows a representative image of the dental device (100) of the invention. Dental device (100); body structured to be held by the dentist in both his right and left hands. (102) 25 under the LED light source (101) so that the dentist is not affected by the LED light. It includes the associated protective shield (103). LED light source (101) has a light intensity in the range of 800-3000 mW and a wavelength of 385-515 nm. composite filler with wavelength elevations at multiple points having a length It ensures proper polarization. With instantaneous light intensity control, the system's Light Stability Control (LSC) maintains a constant 30. It has been ensured that the LED light (101) can provide intensity. In this way, even if the battery level drops Even low power consumption will be ensured, and any drops in light intensity that may occur during treatment will be minimized. By preventing it, it will offer the best possible treatment option. The dental device (100) of the invention contains 7 different operating modes. The device has 5 There are different curing modes: 1 customizable mode and 1 library mode. Settings Switching between work programs is done with buttons (105). Parameters 5 The “P” program button (107) is used to display Modes 1 through 7. Programs are work programs. Each memory program has its own curing mode. The parameters include curing time, light intensity, and number of repetitions. The product to be cured... The most suitable mode is selected from these modes by examining the polymerization properties of the material. The menu section shown on the interface of the dental device (100) allows you to see all the settings. It is the structure of the digital display (104) that provides LED light (101) intensity on the digital display (104). The parameter found is the LED light (101) intensity values ​​which differ for each mode. It provides regulation. LED light (101) intensity between 800 mW / cm² and 3000 mW / cm². This parameter is adjusted with the selection adjustment buttons (106) in 200 mW / cm² intervals. 20

Claims

6 REQUESTS 1- The invention relates to the technical field of dentistry and is used in preventive applications, teeth prevention of cavities and treatment of early-stage tooth decay The device used is a composite material used in the treatment of tooth decay. materials that are polymerized and harden by adhering to tooth tissue. It is a dental device configured with an LED light source (101). 10 2- The device conforms to Request 1 and its feature is that it can be used by the dentist in both the right and left hands. a body structured to be held and extending from the near end to the far end (102) includes. 3- The device complies with Claim 1, and its feature is that it is not affected by LED light. It includes a protective shield (103) linked under its source (101). 4- The device complies with Claim 1 and its features include: light intensity in the range of 800-3000 mW and 20 LED lights with wavelengths ranging from 385-515 nm at multiple points. It includes the source (101). 5- A device that meets one of the previous requirements, and whose feature is; even if the battery level drops. Even with low power consumption, the light intensity that may occur during treatment will be 25. It includes the ability to provide constant LED light (101) intensity by preventing drops. 6- A device that meets one of the previous requirements, and whose features include: operating programs. It includes an adjustment button (105) that switches between them. 7- A device that meets one of the previous requirements, featuring; 5 different curing modes, most Dental device with at least 1 customizable mode and at least 1 library mode (100) It includes. 8- A device that meets one of the previous requirements, and whose characteristic is; operating parameters 35 It includes a program button (107) that enables its display. 7 9- A device suitable for one of the previous requests, and its feature is; dental device (100) range The digital display on its face allows you to see all the settings in the menu section. It includes a screen (104). 15 25

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