Technology Description

This technology is a programmable electronic control device. The primary purpose of the innovation is to allow a user to create simple programs that can control real world processes. The Controller, called BiBox, is a hardware and software platform that is contains sensor input circuits, control output circuits, along with an on-board computer to create simple control systems. Two examples of such simple control systems are an educational robot, and simple machine controls such as turning motors on or off at appropriate times.

BiBox is designed to simplify the programming of its computer, thus allowing users without sophisticated programming skills to write useful and functional control programs. A visual programming methodology is used, allowing users to create contriol programs by connecting icons on a computer screen, instead of writing code in a programming languare. Through the use of the visual programming method, the innovator envisions making programming available to a new and broader group that does not require traditional programming skills or training.

In addition to the BiBox controller, other ancillary devices and support hardware will be developed to become part of the BiBox environment. Addition sensors and controller are envisioned.

The BiBox is also designed to provide control functions for use in non-educational, real-world control applications. For example, a properly programmed BiBox could be used to control lighting in a home or to control water pumps on a farm.

With BiBox, the innovator is seeking to find a useful process control capability that combines:

• Useful control functions
  
• Simple construction, including programming
  
• Low cost

Contact details:

Information Manager
Email: timeis@ficci.com