WO2021111041A1 - Birth of a picca-son musical instrument - Google Patents

Abstract

The invention relates to an instrument comprising a very heavy component and another light-weight component of different elasticities and sensitivities.

Description

WO 2021/111041 PCT / FR2019 / 000202

BIRTH OF A PICC A-SON MUSICAL INSTRUMENT

The vibratory world is very subtle, it has astonishing consequences like the suspension bridges.

Cable-stayed bridges are bridges where the deck is suspended by cables, themselves being supported by anchor point pylons. Fig. 1 in a strong gusty wind, the vibrations in the cables (2) end up creating micro-corrugations which amplify, causing deformations of the deck (1), which finally collapses, moving between the pylons (3) Everything is a relative function of vibration and elasticity of materials. On a violin or string instrument Fig. 2, the phenomenon is identical without collapse of the wooden structure of the violin resonance table or of the cast iron deck (3) of the piano like a pylon, the piano resonance table (1) vibrates, constituting by deformation the sound under the strings and under the cast iron of the rigid frame (3), such as the pylon which holds the strings struck by the hammers of the piano keyboard. The strings (2) blocked on the cast iron frame vibrate at different frequencies which activate the soundboard like the bridge deck.

Following different moduli of elasticities and shapes, the comparison of this commutative vibratory physics allows the application of this PCT. Observation, the vibratory interactions of the structures communicate with each other and amplify between them. The masses of the couple of structures of different elasticity between them, resonate, thus creating sound vibratory differentials between a rigid compact heavy mass, metal, lead a statue or other stone, concrete, on a vibratory distribution of a light mass of a glass, a decorative crystal, ball, open egg, vase, or the like, and vice versa. The vibrations are communicated in the couple of light / heavy masses by the resonances specific to each of the materials and form which lead the vibratory energies of the air to the materials. This is how the sound instrument “Picca-son” was born. Fig.3, Fig.4 the devices have an expanse of a very wide acoustic spectrum that has never been achieved, nor equaled. By at least 2 structures, components one very heavy (1) which serves as a vibratory support by its mass to another hyper-vibrating component of very low amplitude and light, a bowl or glass (2) or glass vase or more refined in crystal, see metal, titanium, very thin copper, non-limiting examples of the embodiment of the device by those skilled in the art. It is the high vibratory mode which propagates from the crystal, glass in the mass and vice versa. This musical instrument with sound wind, air is activated, it is vibrated by the music of the environment which amplifies the sound vibrations of space. The instrument, the natural resonator device placed on a piano, will amplify all sound frequencies by vibratory communication of air and / or matter in sound vibratory contact. The device placed near or on the piano amplifies the sounds of the environment of a musical instrument, a HIFI system, television, any sound reproduction transmitter, the image is impacted in quality. Indeed, high frequency and quantum sound modifies the environment, audio-visual devices and our perceptions. The device characterizes the extent of the sound spectrum by at least one heavy mass which ensures the base of the low frequencies coupled by self-induced harmonic resonance of the high frequency resonator in crystal, glass, metal due to its weak thicknesses, its shape, it gives its vibratory capacity to capture sound vibrations by contact or by air which are communicated back to the low-frequency resonator support mass and simultaneously and which is a vibratory support towards the crystal, glass or other form resonant. The characteristic of crystal or glass is that the extent of the sound spectrum breaks down perfectly without any distortion, the sound is crystal clear from the lowest frequencies to the highest frequencies, far exceeding the habits of 20 hertz to 20,000 hertz which are framed by this Perfect acoustic tuning fork, with a very wide frequency spectrum. In fact, the inertias are extremely low because the controlled vibratory energies are transmitted at a very high frequency common to the mass and to the material glass, baccarat crystal or other naturally and reinforced by the integrated quantum application. This device serves as a very wideband acoustic reference from 10 hertz to over 40,000hertz, which makes it a perfect tuning fork, a new, autonomous musical instrument, with a new standard frequency range from 10 hertz to 40,000hertz. Musical instrument which can be driven by a generator, electronic vibrator up to 48,000hz, it makes audible all the corresponding harmonics within its own sound spectrum, to cover the entire audible frequency band naturally without distortion. The process is a vibratory, acoustic dance of extension by the perfect mechanical vibratory decomposition which is exceptional by at least two components of strongly different mass, of sensitivity of different, opposite, complementary elasticities of different forms which are self-distributing. The vibratory modes any sound frequency, in a wide spectrum are distributed, decomposed, diffracted, amplified perfectly without mechanical distortion by this sound instrument device of exceptional sound reproduction. The complementarity of the 2 complementary components comes into play when the configuration is presented by the connection in external contact Fig. 3 the mass carries the vase or the crystal glass and / or in internal contact,

Fig. 4 the compact mass is carried in the vase or the crystal jar by direct contact. Fig. 3, The presence of graphene or graphene oxide (3) on the crystal provides vibratory and communication hypersensitivity between at least the 2 components and the vibratory communication transmitted from the sound environment to matter. A paint excipient makes it possible to fix the quantum product, graphene oxide or graphene on the mass (4) and / or on the crystal (3) for example of realization. A large surface area of graphene or graphene oxide increases the sensitivity of the device for picking up sound vibrations in the nearby environment or by contact with a piano or an acoustic speaker, for example, a television set, or a singer. All dimension scales are possible, there is only the relative dimension present of the two main components which counts in a sound environment of an audio headset, a hearing aid, a telephone, a concert hall, an auditorium, at home. yourself, by car, any vehicle for example without limitation of applications. The device perfectly redistributes sound waves without confusion without any acoustic distortion, background noises are erased, distributed, audible without interference, everywhere to listen to them. The paradox, perfect sound in total, extraordinary silence.

Claims

WO 2021/111041 PCT / FR2019 / 000202 1 ° - The process is a vibratory dance, physical commutative acoustics of vibratory decomposition in interactions which amplify between them, by at least two components of the couple of 2 strongly different structures of sensitivity, of different elasticities, of complementary shapes which s '' self-distribute, communicate, distribute the sound vibratory modes of own resonances for a very wide sound spectrum, activated by the sound environment or by vibratory contact, the vibratory sound propagation is distributed according to different elastic moduli by natures and the forms of these interconnected materials, following this new configuration applied for acoustics and its precise natural propagation, limpid, full of clarity, with a very wide spectrum of frequencies, becoming an all-frequency tuning fork, an autonomous musical instrument. 2 - Apparatus according to claim 1 characterized by at least 2 components of the couple, one very heavy which serves as a vibratory support by its rigid compact mass, metal, lead, a bronze, a statue or other stone, concrete, which is distributed by the vibratory effects to at least one other hyper-vibrating component of very low amplitude and light of low thickness, a bowl, a glass, a vase, a decorative crystal, see metal, very thin titanium, c 'is the high-frequency vibratory mode, captured which propagates, is distributed equitably between the mass and the crystal by diffraction of own sound resonance, different moduli of complementary elasticities, which brings a very wide sound spectrum without distortion, of 10 hertz at 40,000 hertz, a very wide band all frequency tuning fork, a musical instrument 'Ticca-son' of autonomous acoustic reference of sound reproduction, a new physical standard of reference applied for all harmonics, activated by the sound environment or by contact, background noises are erased. 3 ° - Apparatus according to claim 1 and 2, is characterized by a paint excipient which allows the quantum product, graphene oxide and / or graphene to be fixed on the mass and / or on the crystal for example of realization, a drawing or a large surface of graphene or graphene oxide increases the sensitivity of picking up sound vibrations from the nearby environment or by contact on a piano, an acoustic speaker, television set, the image is impacted in quality. 4 ° - The device according to the 3 claims, the mass is either placed internally in contact in the vase, the glass, the crystal, or the glass, the vase, the crystal is carried by the mass, for vibratory transmissions, in fact, the inertias are extremely low because they are controlled, transmitted at very high frequency, by the integrated quantum application, and / or electronically controlled by a vibrator. 5 ° - The device according to all the claims, all dimension scales are possible, there is only the relative dimension of the 2 components present which counts in a sound environment, of an audio headset, a hearing aid, a telephone, a concert hall, an auditorium, at home, by car, any vehicle for example without limitation of applications, where the device perfectly redistributes sound waves without confusion without acoustic distortion, the sounds are distributed perfectly audible, without interference , everywhere to listen to them, in total silence, the paradox.