The patent recognizes a novel mechanical solution designed to optimize the efficiency and durability of glass recycling equipment.
Key Technical Specifications:
The patented device utilizes a specialized crushing assembly and control mechanism to ensure consistent output and hardware longevity:
- Optimized Jaw Configuration: The system features a fixed vertical crushing jaw paired with a movable jaw designed with two distinct slopes. This geometry facilitates progressive material reduction and improves the grip on varied input sizes.
- Multi-Directional Eccentric Motion: An eccentric rotating mechanism is mechanically coupled to the movable jaw. This setup allows for movement in two different directions relative to the fixed jaw, enhancing the grinding efficiency and ensuring a more uniform particle size distribution.
- Structural Protection and Adjustment: A dedicated adjusting mechanism is integrated to hold and move the movable jaw dynamically. This mechanism serves as a safeguard against structural overstress, preventing damage when the system encounters uncrushable materials or experiences excessive mechanical loads.
Practical Applications:
For the glass recycling industry, this technology provides several direct operational advantages:
- Precision Output: Enhanced control over the final grain size of the recycled glass.
- Reduced Maintenance: The damage-prevention mechanism significantly reduces downtime and the need for frequent part replacements.
- Energy Efficiency: The mechanical advantage provided by the dual-slope jaw and eccentric drive reduces the torque required for the crushing process.
This achievement marks a significant milestone in The Spiron’s commitment to developing high-performance, sustainable engineering solutions for the circular economy.
Patent Details:
- Patent Number: US 12,508,593 B1
- Grant Date: Dec 30, 2025
- Inventor/Applicant: Vinh Quoc Ngo
- Classification: B02C 1/02; B02C 1/04
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