4. Description
This instrument is an alternative to conventional speakers and does not involve any magnets or any other similar material. This speaker can be made into thin films and works on the principle of fibrous material of collagen responses towards electric signals when subjected to different salt concentrations. This helps synthesis of semiconductor chip type of speakers which can find numerous applications in mobiles, audio systems, computers etc.
Background of invention
Collagen fibers are the major constituents of tissues termed extracellular matrices (ECMs). ECMs make up the structural components of surface and internal linings found in the human body, connections in musculoskeletal and oral tissues, walls of conduits and holding structures of the cardiovascular system and gastrointestinal tract. They also compose the parenchyma or structural support for all of the organs. The primary roles for collagen fibers in tissues found in vertebrates are to prevent premature mechanical failure and to help store, transmit and dissipate energy imparted either by the musculoskeleton or as a result of externally applied forces. Collagen fibers are required for effective locomotion, and for tissue regeneration and repair through mechanochemical transduction processes. The above mechanical functions are required for vertebrates to achieve locomotion and move efficiently. Vertebrates must be able to develop muscular forces, store elastic energy, and transfer this energy to the attached joints for locomotion to occur. In addition, energy remaining after movement is achieved must be transferred from the joints back to the muscles where it can be dissipated as heat.
During the normal gait cycle in vertebrates, potential energy is stored as strain energy in tendons that are stretched after impact with the ground; elastic recoil primarily by these tendons converts most of the stored energy into kinetic energy. Decreased energy storage and dissipation is associated with normal aging and with wear and tear diseases involving collagen fibers in ECMs
. Energy storage, transmission and dissipation in ECMs are intimately associated with molecular changes to collagen molecules, fibrils, and fibers.
6. Brief description of drawing:
When electric source is connected to fibrous material of collagene respone towards the electric signals.
Then this signals makes vibrations in diapharams.
These cause sounds in daipharms.
Then it is used as speakers.
7. Claims
Inventor claims as follows
Solid state speaker is used in all types of television, audio systems, LCD and LED monitors etc
Solid state speaker is used in all kinds of phones.
Solid state speaker is used in all wearable devices and the wearables can be made even more compact.
Solid state speakers can be used in vehicles.
Solid state speaker can be like a paper which can be attached on any thing in any place in any environment.