Electrospun microtubes and nanotubes containing rheological fluid
AssigneeThe University of Akron
InventorShing-Chung Wong
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AssigneeThe University of Akron
InventorShing-Chung Wong
Estimating the term…
Microscale and nanoscale tubular structures are provided including rheological fluids in their interior volume and including at least one electroactive component. Multiple tubular structures are provided, including simple hollow tube structures; core/shell structures, wherein the tube includes a tubular outer shell with a core extending axially therein; concentric tube or coaxial tube structures, wherein the tube includes a tubular outer shell and one or more concentric tubes extending axially therein; and core/concentric tube structures, wherein concentric tubes further include a core extending axially therein, thus having a core and two or more tubes surrounding the core. The tubular structures are formed by electrospinning and special spinnerets are provided. The tubular structures form fabrics for beneficial uses.
A protective article comprising a non-woven fabric formed of one or more tubular structures in the microscale, the one or more tubular structures including a tube in the microscale and defining an interior volume;
Dependencies are inferred from the claim text.