David Parry

Introduction

David Parry is a notable inventor based in Coventry, Great Britain, with a focus on advancements in vehicle technology. With a total of two patents to his name, he is making significant contributions to improving vehicular safety and load estimation methods.

Latest Patents

David’s latest innovations include two key patents. The first patent, titled **"Method of Estimating a Vehicle Load,"** outlines a sophisticated approach to estimating a vehicle's load. This method involves obtaining a first load estimate using a primary technique, a second load estimate through another method, and then analyzing the characteristics of both estimates. Based on this analysis, the method allows the selection of the more accurate estimate as the output load estimate.

The second patent, titled **"Controller for a Motor Vehicle and Method,"** features a controller equipped with multiple information inputs critical for vehicle operation. This controller receives data indicative of current vehicle speed, brake force amount, and driving surface gradient. It is designed to initiate a torque reduction operation within the vehicle's powertrain, thus enhancing vehicle control and safety based on real-time analysis of the driving conditions.

Career Highlights

David Parry is associated with Jaguar Land Rover Limited, a leading manufacturer in the automotive industry. His work at this prestigious company showcases his commitment to innovation and excellence in vehicle technology.

Collaborations

Throughout his career, David has collaborated with talented individuals such as Thomas Owen and Roger Wardle. These collaborations reflect a shared dedication to advancing automotive engineering and safety through innovative solutions.

Conclusion

In conclusion, David Parry exemplifies the role of a forward-thinking inventor in the automotive sector. His innovative patents not only improve vehicle load estimation techniques but also enhance the control mechanisms in modern vehicles. With continued collaboration and dedication, David is set to make further impactful contributions to vehicle technology.