Jason L Moore

Title: Innovations by Jason L Moore in Livestock Feeding Solutions

Introduction

Jason L Moore is an innovative inventor based in Pasadena, California, recognized for his contributions to the field of agricultural technology. With a focus on enhancing livestock management, he has developed a unique solution aimed at improving the efficiency of feeding systems.

Latest Patents

The notable invention by Jason L Moore is the patent for an "Electronic Livestock Feeding Station with Integral Scale Assembly." This invention features a carefully designed livestock feeding station that includes an entrance and exit raceway, strategically arranged to optimize animal access. The patented system incorporates a feed dispensing mechanism that accurately provides a predetermined amount of feed to the livestock at the feeder.

A key aspect of this innovation is the scale assembly equipped with a hinged platform, which simplifies cleaning processes. The design includes a cantilevered scale platform extension that is capable of accommodating an entire animal, ensuring accurate weight measurements during feeding. Moreover, the scale assembly's basket construction guarantees reliable weight readings, even when animals lean against the feeding station.

Career Highlights

Jason L Moore works at Osborne Industries Inc., where he contributes to various projects focused on livestock feeding technologies. His dedication to innovation and improvement has established him as a valuable asset to his company and the industry.

Collaborations

Throughout his career, Jason has collaborated with talented professionals such as George R Eakin and Ronald M Thibault. Their collective expertise and teamwork have played a significant role in advancing the innovative solutions developed at Osborne Industries Inc.

Conclusion

Jason L Moore stands out as a forward-thinking inventor in the agricultural sector. His patented electronic livestock feeding station exemplifies ingenuity aimed at enhancing the management of livestock feeding processes. As developments in agricultural technologies continue to evolve, Jason's contributions are likely to inspire further innovations in the industry.