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OwnerMelikset Litvinovich Melikyan, Karine Meliksetovna Melikyan +1inventors
InventorsMelikset Litvinovich Melikyan, Karine Meliksetovna Melikyan, Garegin Meliksetovich Melikyan
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The invention relates to medicine, namely to dentistry and is intended to reinforce composite materials used for elimination various defects of hard dental tissues of carious and non-carious origin in the process of direct/indirect, reinforced/unreinforced composite restoration. The claimed method includes vibrational mechanical activation of composite materials by a vibrational impact on portions of composite material shaped by manual mechanical activation (e.g., roll/ball) and applied layer by layer to a defect area. A device for vibrational mechanical activation of a composite material includes at least one working part for applying a composite material to a defect, the working part fixedly attached to a handle, which is connected by a framework to a micromotor that creates vibration which are transferred via the working portion to a layer of composite material by distributing the same across the entire surface of the defect and achieving the simultaneous surface plastic deformation thereof.
A method of vibrational mechanical activation of a composite material in direct or indirect, reinforced or unreinforced layer by layer composite restoration of a tooth, the method comprising
A device for vibrational mechanical activation of a composite material in direct or indirect layer by layer composite restoration, the device comprising at least one working part for applying the composite material to a defect area of a tooth or upon a surface of a previously applied and polymerized composite layer, wherein the at least one working part is fixedly attached to a handle, wherein the handle is formed as a tubular body provided with a button of an activating element for actuating a battery power supply, electrically connected to a micromotor, generating vibrations, which through the at least one working part are transmitted to a layer of the composite material through its distribution over the entire surface of a defect of the tooth or upon the surface of the previously applied and polymerized layer and simultaneous surface plastic deformation,
Dependencies are inferred from the claim text.