Anti-snoring device with two coated sides and manufacturing method

Abstract

The invention discloses an anti-snoring device with two coated sides. The inner side of a dental brace body is wrapped with a soft tooth diaphragm, the outer side of the dental brace body is coated with a hard tooth diaphragm, and the wearing comfort is improved while the durability of the anti-snoring device can be improved. The invention further provides a manufacturing method of the anti-snoring device with the two coated sides. The anti-snore device can fully accord with the oral structure of a wearer, and the discomfort feeling caused by alloy materials is overcome.

Description

technical field [0001] The invention relates to the field of anti-snoring devices, in particular to a double-coated anti-snoring device and a manufacturing method. Background technique [0002] There are many reasons for snoring during sleep, such as obstructed breathing passages, old age, obesity, etc. The main reason for snoring is that when the breathing passages are narrowed due to the pull and sinking of soft tissues in the throat such as the soft palate and the root of the tongue, inhalation The air must pass through the narrow place forcibly. At this time, the resistance of the air becomes larger, so the mucous membrane or secretions in the narrowed part of the respiratory passage will vibrate, or produce a friction sound. This vibration and friction sound is snoring. [0003] In order to fundamentally solve the problem of snoring, it is necessary to use the anti-snoring device to hold the lower jaw and move it forward to produce the effect of misalignment of the uppe...

AI Technical Summary

Problems solved by technology

[0003] In order to fundamentally solve the problem of snoring, it is necessary to use the anti-snoring device to hold the lower jaw and move it forward to produce the effect of misalignment of the upper and lower jaws; the common anti-snoring device is worn on the teeth, in order to be highly precisely designed and manufactured to meet each The anti-snoring devices with different oral structures can input the acquired teeth and the model data of the upper and lower jaws into the 3D printer and then print them into shape. The printed anti-snoring devices can meet the wearer's own requirements and become smaller and thinner as a whole. Reduce the foreign body sensation after wearing and increase comfort; however, due to the limitations of the materials used, 3D printed products will have different defects, such as: the resin material is not wear-resistant, and it is easy to be damaged when worn directly, which seriously affects the service life; Products printed with alloy materials solve the problem of durability, but because of the hard and rigid nature of metal, users will feel very uncomfortable

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