Disposable Mirror Suction Device with Integrated Reflective Surface

The patent applies the disposable principle by using an inexpensive base body material (such as plastic or metal) instead of expensive glass mirrors. The base body is designed to be discarded after a single use, eliminating the need for costly glass mirrors that require careful handling and sterilization. This resolves the contradiction by accepting short-living operation in exchange for significantly reduced production costs and simplified manufacturing.

The patent changes the material parameter from glass to inexpensive alternatives like plastic or metal with reflective coating. This parameter change maintains sufficient reflective quality for dental inspection while dramatically reducing production cost and eliminating sterilization requirements, thus resolving the contradiction between reflective quality and manufacturing ease.

The patent implements the disposable concept by designing the entire mirror suction device as a single-use product made from inexpensive materials. The base body is manufactured at low cost using simple processes (injection molding or stamping) so that even though each unit is discarded after one use, the overall cost remains acceptable. This eliminates cleaning and sterilization efforts while keeping per-unit production costs manageable through efficient manufacturing methods.

The patent extracts the mirror function from the traditional separate mirror and suction device, integrating it into the base body itself. By incorporating a reflective surface directly onto the inexpensive base body material, the design eliminates the need for separate expensive glass mirror components that would require sterilization, thus reducing both cleaning effort and overall production complexity.

The patent applies multi-functionality by integrating both the mirror inspection function and the suction function into a single device held by the dentist. The base body incorporates a reflective surface that allows the dentist to inspect the treatment area while simultaneously managing suction, eliminating the need for a separate assistant and thereby improving work efficiency without adding device complexity.

The patent merges the mirror and suction device into one integrated tool. The reflective surface is incorporated into the base body structure, allowing the dentist to combine visual inspection and liquid removal functions in a single device, thus eliminating the need for an assistant and improving overall workflow efficiency.