| 摘要 |
This resonator device also represents the most sophisticated development to date of the Helmholtz resonator and consists of a system having several transducers appropriately fitted and spatially aligned on corresponding support structures that can be likened to the arms or prongs of a tuning fork. It can be described as being like two tuning forks, with vibrating masses, placed side-by-side with the four prongs facing four different ways, arranged at 90° angles one from the other in a clockwise or anticlockwise direction with the distance between the individual prongs, their dimensions, shapes and masses, also suitable for producing mechanical vibrations and resonances at predetermined frequencies. These support structures pick up vibrations even of a very low amplitude and frequency, infrasonic, sonic and ultrasonic waves, acoustic waves, shock waves, sonic booms in the atmosphere, surrounded by gas, or immersed in water or other types of liquid through vibratory, photo-electric and acoustic transducers, velocity or pressure gradient microphone cartridges, with preamplifier circuits (also using Integrated Circuits or Chips) specifically designed for eliminating the interferences and suppressing noises by four separate low voltage feeders connected to four separate supply apparatuses in order to also guarantee the device's real tridimensional display. It can operate across a wide temperature span, starting at approximately absolute zero, right through to conditions of extreme heat, in accordance with the present invention consisting of a slender cybernetic transducer system capable of truly emulating the human sense of hearing linked to the sense of balance, that like the human body are subjected to the earth's gravity and to the states of motion or rest, enhancing all of their characteristics and adding it to others that would not otherwise be achievable. |
