Energy conversion composition
AssigneeShishiai-Kabushikigaisha
InventorsYASUYUKI OHIRA, MITSUO HORI
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Abstract
The present invention provides an energy conversion composition which has an excellent capability of absorbing and damping energy such as dynamic, thermal, optical, or electric energy. The composition can be made into a very thin and small but excellent damping product. The energy conversion composition is characterized in that its base material contains a moment activator which can increase the amount of dipole moments in the base material. The energy conversion composition can be utilized as a vibration damping, sound absorptive, impact absorptive, vibration-proof, electromagnetic wave absorptive, piezoelectric, and endothermal material as well as a polarity liquid.
Claims264
An energy conversion composition comprising a base material and a moment activator which can increase the amount of dipole moment in said base material.
A vibration damping material comprising a base material and a moment activator which can increase the amount of dipole moment in said base material.
An unconstrained vibration damping material comprising a base material and a moment activator which can increase the amount of dipole moment in said base material.
A vibration damping paint comprising a base material and a moment activator which can increase the dipole moment in said base material.
A sound absorptive material comprising a base material and a moment activator which can increase the amount of dipole moment in said base material.
A sound absorptive sheet comprising a fibrous sheet and a polymer material fixedly deposited on said fibrous sheet, said polymer material comprising a base material and a moment activator which can increase the amount of dipole moments in said base material.
A foamed sound absorptive material comprising a foamed base material and a moment activator which can increase the amount of dipole moments in the foamed base material.
A sound absorptive fiber comprising a base material and a moment activator which can increase the amount of dipole moments in said base material.
An impact absorptive material comprising a base material and a moment activator which can increase the amount of dipole moment in said base material.
A front fork comprising an outer tube on the axle side and an inner tube on the car body side inserted in the outer tube, further comprising an impact absorptive material comprising a base material and a moment activator which can increase the amount of dipole moments in said base material, which is provided between said outer tube and inner tube.
A grip tape to be wound round a grip end to reduce impact vibration, comprising a substrate base material and a moment activator which can increase the amount of dipole moment in said substrate base material.
A shoe sole comprising an impact absorptive material comprising a base material and a moment activator which can increase the amount of dipole moments in said base material.
An electromagnetic wave absorptive material comprising a base material and a moment activator which can increase the amount of dipole moment in said base material.
An electromagnetic wave absorptive paint comprising a paint base material and a moment activator which can increase the amount of dipole moments in said base material.
A vibration-proof material comprising a base material and a moment activator which can increase the amount of dipole moments in said base material.
A piezoelectric material comprising a base material and a moment activator which can increase the amount of dipole moment in said base material.
Dependencies are inferred from the claim text.