Electroconductive container of a nanotube product

Abstract

An electroconductive container that stores a nanotube product, including a container body and a cover that opens and closes the container body in which both container body and cover are made of an electroconductive material. An electroconductive fixing member can by provided in the bottom of the container for holding a nanotube product in an immovable fashion.

1 . An electroconductive container of a nanotube product characterized in that said electroconductive container comprises an electroconductive container body and an electroconductive cover that opens and closes an opening of said electroconductive container body, wherein said nanotube product is placed inside said electroconductive container, so that electrification of static electricity to said nanotube is prevented.  
     
     
         2 . An electroconductive container of a nanotube product characterized in that said electroconductive container comprises an electroconductive container body, an electroconductive fixing member provided in said electroconductive container body and an electroconductive cover that opens and closes an opening of said electroconductive container body, wherein said nanotube product is fixed on a surface of said electroconductive fixing member, so that electrification of static electricity to said nanotube is prevented.  
     
     
         3 . The electroconductive container of a nanotube product according to  claim 2 , wherein said electroconductive container body and said electroconductive cover are made of electroconductive plastics, and said electroconductive fixing member is made of electroconductive gel, so that said nanotube product is fixed by a surface adhesive force of said electroconductive gel.  
     
     
         4 . The electroconductive container of a nanotube product according to  claim 2 , wherein said nanotube product is a nanotube cantilever which is formed by fixing said nanotube as a needle on a cantilever used for an atomic force microscope, or nanotube tweezers which are formed by fixing a plurality of nanotubes on a cantilever so that an opening and closing function is given between tip ends of said nanotubes.