JP2009232667A5 - - Google Patents

Claims (4)

  An asymmetrically shaped conductor having at least two parallel or cylindrical surfaces and a plane perpendicular to these planes on one side of these planes is placed in an arbitrary direction in an electric field, and static electricity acting on the outer and inner surfaces of the vertical planes is placed. An electrostatic application device that moves the asymmetrical conductor due to a difference in power.   An electrode or electret connected to a power source and its counter electrode are fixed in parallel to form a stator, and at least two parallel surfaces or a cylindrical surface and a surface perpendicular to the two surfaces or one surface of the cylindrical surface between them Place the moving element consisting of conductors in the shape of two parallel or cylindrical surfaces parallel to the surface of the stator and the vertical surface to be perpendicular to the surface of the stator. An electrostatic motor that moves the moving element in a direction parallel to the surface of the stator by a difference in acting electrostatic force. The electrodes to which different fixed voltages are applied alternately are arranged to form a stator, and at least two parallel surfaces or cylindrical surfaces and a surface perpendicular to these surfaces are provided on one side of these surfaces in close proximity to the stator electrodes. An electrostatic motor in which asymmetrical conductors are arranged as moving elements.   A method for producing an asymmetrical electrode in which a conductive layer pattern is formed on both surfaces of an insulating substrate, a slit is formed including the conductive layer pattern, and the wall surface of the substrate connected to the upper and lower conductive layers is formed into a conductive layer by through-hole plating or the like .