System and method for providing a self-encrypting storage medium with an integrated non-volatile display unit

Abstract

A system for a storage medium that provides a method of integrating a non-volatile display, such as an e-paper with an electronic storage medium, and including a self-encrypting solid-state memory device. The system utilizes existing e-paper technology coupled with a receiver that can access various types of information to be displayed on the e-paper. This information can be dynamic user data, administrative data, security data, or other information. The receiver may obtain this information via wireless communication, through meta data on the storage medium, through a direct link through the storage medium or other related methodology.

1 . An e-paper system disposed upon a surface of an electronic data storage unit comprising:
 a. a data acquisition device for acquiring data stored within said electronic data storage data unit and abstracting and editing said stored data to form a stream of descriptive data; and   b. a data transmission device for gathering said stream of descriptive data and formatting it for display upon e-paper disposed upon the surface of said electronic data storage unit.   
     
     
         2 . A method using e-paper system disposed upon a surface of an electronic data storage unit for indicating contents of said electronic storage device comprising:
 a. a data acquisition device for acquiring data stored within said electronic data storage data unit and abstracting and editing said stored data to form a stream of descriptive data; and   b. a data transmission device for gathering said stream of descriptive data and formatting it for display upon e-paper disposed upon the surface of said electronic data storage unit for observation by human users of said system.   
     
     
         3 . An e-paper system according to  claim 1  wherein said data stored within said electronic data storage unit includes data representative ownership, version and date last used, security class and capacity available. 
     
     
         4 . An e-paper system according to  claim 3  wherein said data stored within said electronic data storage unit is output to said e-paper displayed upon the surface of said electronic data storage unit. 
     
     
         5 . A method for using e-paper according to  claim 2  wherein said data stored within said electronic data storage unit includes data representative ownership, version and date last used, security class and capacity available. 
     
     
         6 . A method for using e-paper according to  claim 5  wherein said data stored within said electronic data storage unit is output to said e-paper displayed upon the surface of said electronic data storage unit. 
     
     
         7 . An e-paper system disposed upon a surface of an electronic data storage unit comprising:
 a. a data acquisition device for acquiring data stored within said electronic data storage data unit and abstracting and editing said stored data to form a stream of descriptive data; and   b. a data transmission device for gathering said stream of descriptive data and formatting it for display upon e-paper disposed upon the surface of said electronic data storage unit; wherein said data stored within said electronic data storage unit includes data representative ownership, version and date last used, security class and capacity available and wherein said data stored within said electronic data storage unit is output to said e-paper displayed upon the surface of said electronic data storage unit.