Company Filing History:
Years Active: 2020-2025
Title: The Innovative Mind of Loren Raymond Pilorin: Pioneering Agricultural Technologies
Introduction: Loren Raymond Pilorin, based in Palo Alto, California, is a prominent inventor with a focus on agriculture technology. With an impressive portfolio of four patents, Pilorin has made significant strides in the realm of controlled environment agriculture, developing solutions that enhance efficiency and productivity in the agricultural sector.
Latest Patents: Pilorin's recent patents showcase his dedication to advancing automated controlled environment agriculture. His innovations include:
1. **Production facility layouts for automated controlled environment agriculture**: This patent details facility layouts and configurations tailored for an automated crop production system. Central to this design is a controlled growth environment, paired with a sophisticated central processing system. This system is designed to prepare, harvest, and clean crop-bearing modules, ensuring a seamless flow from growth to harvest. Additionally, the facility emphasizes vertical farming structures, integrating grow towers with innovative conveyance mechanisms that facilitate efficient crop movement.
2. **Irrigation system for vertical grow tower crop production facility**: In this patent, Pilorin introduces an irrigation system specifically catered to vertical farming structures. This system manages grow tower conveyance while maintaining optimal controlled conditions for the crops. It features an advanced irrigation line that distributes nutrient solutions through apertures at select positions, complemented by a gutter structure that recycles excess solution back to a recirculation tank.
Career Highlights: Loren Raymond Pilorin has established a notable career through his contributions to agricultural technology. His approach to designing automated systems and efficient growth environments has placed him at the forefront of innovation within the sector. Through these advancements, he enhances crop yield while minimizing resource waste, aligning agricultural practices with contemporary sustainability goals.
Collaborations: Pilorin's success is undoubtedly supported by collaborations with talented colleagues, including Michael Peter Flynn and Anna Olson. Together, they represent a formidable team dedicated to pushing the boundaries of what is achievable in controlled environment agriculture.
Conclusion: Loren Raymond Pilorin exemplifies the spirit of innovation within the agricultural technology landscape. His patents not only reflect cutting-edge advancements but also highlight the potential for significant improvements in how crops are nurtured and harvested. As he continues to develop new solutions, Pilorin’s contributions are likely to influence the future of sustainable agriculture and automated systems.