INVENTIONS

Currently under active development — continuously refined for higher efficiency and practical performance.

The Vibration Compressor represents the core invention within the Nemesys portfolio.
It operates on a controlled vibration principle using an adjustable eccentric weight to drive compression cycles in a fundamentally different way than conventional piston-based systems.

The concept aims to achieve improved mechanical efficiency, reduced energy losses, and simplified structural design. Continuous development focuses on performance optimization and real-world industrial applicability.

A structural technology for self-supporting frameworks and load-bearing systems.

This invention introduces an alternative approach to structural design, focusing on optimized load distribution and mechanical stability. The system is designed to minimize material stress concentration while maintaining high structural integrity.

The concept may be applicable in construction, industrial platforms, modular structures, or specialized engineering environments where stability and material efficiency are critical.

Key characteristics:

• Optimized load transfer geometry

• Self-supporting configuration

• Reduced structural stress points

• Potential for modular implementation

• Patent filed and under official registration

An adaptive flood defense concept designed to respond dynamically to rising water levels.

The system proposes an active mechanical response instead of passive barrier solutions. It is intended to provide scalable protection in environments exposed to periodic flooding risks.

The concept focuses on mechanical reliability, modularity, and environmental compatibility.

Key characteristics:

• Adaptive flood response mechanism

• Modular and scalable configuration

• Designed for rapid deployment scenarios

• Mechanical activation principle

• Patent filed and registered

A high-performance propulsion concept based on innovative mechanical energy transfer.

This invention explores alternative approaches to force generation and motion control. The design aims to optimize energy transmission while maintaining structural balance and mechanical efficiency.

The concept is currently protected under patent registration and represents a foundational element for potential future applications.

Key characteristics:

• Alternative mechanical propulsion principle

• Optimized energy transfer mechanism

• Balanced structural configuration

• Designed for multi-purpose implementation

• Patent filed