Alan Monnox

Title: Alan Monnox and Precision Positioning Technology.

Introduction

Alan Monnox is an inventor associated with Christchurch, New Zealand, and Trimble Navigation Limited. His work includes a patented approach to precisely positioning large structures using sensor data and a computer-based virtual model. The supplied information lists 2 patents for Monnox.

Latest Patents

The provided patent information describes “Method and apparatus for precise positioning of large structures.” The description appears twice in the supplied data, so it is presented here as one invention rather than as two distinct patent titles.

The invention uses a virtual model of a structure, stored in computer memory, to help guide its placement. Remote sensors installed at selected points on the structure can include GPS units, tilt meters, gyro compasses, and pressure sensors. Their measurements provide real-time information about the structure’s location, attitude, and orientation.

As the structure is moved, a base station monitors the sensor data and updates the virtual model. Users can compare the structure’s current position with its desired position through graphical and textual displays, helping them make adjustments. The process can also produce as-built reports after positioning is complete.

Career Highlights

Monnox’s listed work focuses on applying measurement, sensing, and computer modeling to the practical challenge of positioning large structures accurately. The described system brings real-time field data together with a digital representation, supporting informed adjustments during installation.

Collaborations

The supplied information identifies Trimble Navigation Limited as Monnox’s company and names Gary Sedman Chisholm and Michael Anthony Hansby as coworkers. It does not specify their roles in the patent or establish particular collaborations on the invention.

Conclusion

Alan Monnox’s listed patent work highlights a sensor-guided method for aligning large structures with precision, combining real-time measurements, virtual modeling, and reporting.