Removable Position Locator with Resonance Chamber

The patent replaces the electrical speaker system with a mechanical buzzer element that utilizes piezoelectric effect or electromagnetic vibration to generate sound. This mechanical vibration system consumes significantly less power while still producing audible sound for positioning purposes.

The patent employs a buzzer element that generates sound through mechanical vibration rather than electrical speaker operation. The vibration mechanism, combined with resonance chambers, produces sufficient sound volume with minimal energy consumption, extending battery life from 3-5 days to over a week.

The patent introduces resonance chambers that utilize acoustic resonance to amplify the sound produced by the low-power buzzer element. By adding this acoustic dimension, the system compensates for the lower inherent volume of the buzzer, achieving sufficient sound volume while maintaining low power consumption and extended battery life.

The patent combines the buzzer element with resonance chambers to create an integrated sound amplification system. The buzzer generates base vibrations, and the resonance chambers amplify these vibrations acoustically, resulting in a combined system that achieves high sound volume with low power consumption.

The patent divides the internal space into separate resonance chambers (first and second resonance chambers) that can be independently designed and optimized. This segmentation allows each chamber to be tuned for specific frequency ranges, improving sound amplification efficiency while keeping each individual chamber relatively simple in structure.

The patent implements a nested structure where the buzzer element is positioned within or between the resonance chambers. This nesting arrangement allows the sound-generating component and sound-amplifying components to be integrated in a compact configuration, reducing overall device complexity while maintaining effective sound amplification.