Remote-activation lock system and method
First Claim
Patent Images
1. An energy-releasable structure comprising:
- an adhesive mixture comprising, an adhesive base;
at least one polar polymer substantially uniformly dispersed throughout said adhesive base;
at least one non-polar polymer substantially uniformly dispersed throughout said adhesive base and wherein said non-polar polymer is selected from the one or more of the group consisting of;
silicone polyols, fluorinated polyols, polybutadiene polyols, carboxy terminated polybutadienes, isocyanate-terminated polybutadienes, and melainized polybutadienes; and
at least one energy converter comprising electrically conductive material substantially uniformly dispersed throughout said adhesive base;
wherein said adhesive mixture can transition from a first physiochemical state to a second physiochemical state upon application of a transmitted specific profile of energy, said transmitted energy is one or more selected from the group consisting of magnetic, electrical, electromagnetic, acoustic, light, and heat.
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Abstract
Remote-activation locks designed to permit unlocking and/or locking of the lock without physical manipulation of the lock are articulated to a product/good in a manner so as to deny one or more benefits associated with the product/good.
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Citations
10 Claims
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1. An energy-releasable structure comprising:
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an adhesive mixture comprising, an adhesive base; at least one polar polymer substantially uniformly dispersed throughout said adhesive base; at least one non-polar polymer substantially uniformly dispersed throughout said adhesive base and wherein said non-polar polymer is selected from the one or more of the group consisting of;
silicone polyols, fluorinated polyols, polybutadiene polyols, carboxy terminated polybutadienes, isocyanate-terminated polybutadienes, and melainized polybutadienes; andat least one energy converter comprising electrically conductive material substantially uniformly dispersed throughout said adhesive base; wherein said adhesive mixture can transition from a first physiochemical state to a second physiochemical state upon application of a transmitted specific profile of energy, said transmitted energy is one or more selected from the group consisting of magnetic, electrical, electromagnetic, acoustic, light, and heat. - View Dependent Claims (2, 3, 4, 5)
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6. A laminate comprising:
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a magnetostrictive layer having a top longitudinal surface and a bottom longitudinal surface; as electrostrictive layer having a top longitudinal surface and a bottom longitudinal surface, said top longitudinal surface of said electrostrictive layer being coupled to said bottom longitudinal surface of said magnetostrictive layer; an adhesive mixture layer having a top longitudinal surface and a bottom longitudinal surface, said adhesive mixture layer top longitudinal surface coupled to said bottom longitudinal surface of said electrostrictive layer;
said adhesive mixture layer comprising;an adhesive base; at least one polar polymer substantially uniformly dispersed throughout said adhesive base; at least one non-polar polymer substantially uniformly dispersed throughout said adhesive base and wherein said non-polar polymer is selected from the one or more of the group consisting of;
silicone polyols, fluorinated polyols, polybutadiene polyols, carboxy terminated polybutadienes, isocyanate-terminated polybutadienes, and melainized polybutadienes; andat least one energy converter comprising electrically conductive material substantially uniformly dispersed throughout said adhesive base; wherein said adhesive mixture can transition from a first physiochemical state to a second physiochemical state upon application of a transmitted specific profile of energy, said transmitted energy is one or more selected from the group consisting of magnetic, electrical, electromagnetic, acoustic, light, and heat. - View Dependent Claims (7, 8, 9, 10)
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Specification