MACROSCOPIC HARDWARE COMPONENTS SOFTWARE

Brand Owner (click to sort) Address Description
NANOBOT XIDEX CORPORATION 8906 Wall Street, Suite 703 Austin TX 78754 Macroscopic hardware components and software for the manipulation, fabrication and testing of solids liquids and gasses at the nanosized and microsized level;
NANODEVICES AT WORK XIDEX CORPORATION 8906 Wall Street, Suite 703 Austin TX 78754 Macroscopic hardware components and software for the manipulation, fabrication and testing of solids, liquids and gasses at the micro and nano sized level; electronic nanostructured devices, namely, field emission devices, emitters, resistors, inductors, conductors, control circuits and shielding components; lighting and display devices using nanostructured devices and micro and nano sized materials, namely, carbon nanotubes consisting of tubular carbon molecules, backy balls and graphene;NANO DEVICES AT WORK;NANODEVICES;
XIDEX XIDEX CORPORATION 8906 Wall Street, Suite 703 Austin TX 78754 Macroscopic hardware components and software for the manipulation, fabrication and testing of solids, liquids and gasses at the micro and nano sized level; electronic nanostructured devices, namely, field emission devices, emitters, resistors, inductors, conductors, control circuits and shielding components; lighting and display devices using nanostructured devices and micro and nano sized materials, namely, carbon nanotubes, consisting of tubular carbon molecules, backy balls and graphene;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. In a method and system for controlling a device coupled to an information handling system, an object is defined to include a hardware and software component having a corresponding hardware operating state and a software operating state. The hardware component is operable to receive at least one hardware input, which is indicative of a target hardware operating state. The software component is operable to receive at least one software input, which is indicative of a target software operating state. A coordination component is included in the software component to receive the hardware and software inputs, and control the operating state of the device in response to the target hardware operating state and the target software operating state.