Traditional hydraulic actuators, which convert fluid power into motion, use large amounts of hydraulic oil. This not only makes them bulky and inefficient but also increases the risk of leaks—posing environmental hazards and driving up maintenance costs.
The Invention
This invention introduces a power generator that uses parallel hydraulic actuators combined with air-filled bellows pumps and magnetic drivers. Instead of filling the entire cylinder with oil, part of the space is replaced by air using an accordion-style bellows pump. This design cuts down the amount of hydraulic fluid required while still multiplying force effectively through Pascal’s principle.
The Inventive Step
The unique leap here is the combination of bellows pumps (inflated with air), fixed injection rods, and magnetic actuators. This trio reduces oil use, lowers friction, minimizes leaks, and boosts durability. Unlike older designs that rely solely on pressurized liquid, this system cleverly uses air to save fluid volume while still delivering the same or greater mechanical power.
The Benefits
- Efficiency: Requires far less hydraulic oil, saving resources and reducing environmental risks.
- Durability: Less internal friction means parts last longer.
- Cost-effective: Lower fluid use and simpler construction reduce operating costs.
- Eco-friendly: Fewer leaks and spills make it safer for the environment.
- High output: Delivers strong, multiplied hydraulic power to run engines and generators.
The Broader Impact
This system has the potential to redefine clean power generation. By combining fluid efficiency with reliable energy output, it could support sustainable industries, reduce reliance on polluting systems, and open opportunities for greener hydraulic machinery in fields like manufacturing, renewable energy, and transport. In short, this invention is a smarter, cleaner, and more powerful way to generate energy using hydraulic systems.