Announcing a Revolutionary New Patent: The Universal Laser Complex for Remote Disposal of Technical Structures.

We are thrilled to announce the patent for the "Universal Laser Complex for Remote Disposal of Technical Structures". This cutting-edge innovation is set to transform the market for dismantling, disposal and decommissioning large-scale technical constructions, such as decommissioned ships, offshore platforms, and other complex structures.

Key Features:

• Versatile Deployment: The Universal Laser Complex is composed of three interconnected containers and a tanker, designed to be seamlessly mounted on a wide range of platforms—whether it’s a sea vessel, inland ship, motor vehicle chassis, railway chassis, or directly on land. This adaptability allows for unprecedented flexibility in operation, regardless of the environment.
• Advanced Laser Technology: The first container houses a powerful laser station, capable of precision cutting and deconstruction from a remote location. This ensures both safety and efficiency in dismantling even the most challenging structures.
• Automated Operation: The second container is equipped with a control station that includes an automated operator's workstation, an environmental monitoring station, and essential functional equipment. This allows for real-time monitoring and control, ensuring optimal performance under any conditions.
• Self-Sufficient Power Supply: The third container contains a robust power plant, ensuring that the complex can operate independently. Additionally, it can utilize external power sources when available, further enhancing its operational efficiency.

Market Impact:

The introduction of the Universal Laser Complex marks a significant leap forward in the decommissioning sector. Here’s how this innovation could reshape the market:

• Enhanced Safety: By allowing remote operations, the complex minimizes the risk to human operators, reducing the potential for accidents in hazardous environments like offshore platforms or decommissioned ships.
• Cost Efficiency: The flexibility and adaptability of the complex reduce the need for specialized equipment for different platforms, leading to significant cost savings. Its ability to operate in various environments without technical modifications means companies can streamline their operations and reduce overheads.
• Environmental Benefits: The precision of the laser technology ensures that decommissioning is carried out with minimal environmental impact. The ability to remotely control and monitor the operation also allows for better compliance with environmental regulations and standards.
• Increased Market Reach: The Universal Laser Complex can be deployed globally across different platforms, opening new opportunities for businesses involved in dismantling and decommissioning services. It’s a versatile tool that meets the needs of a wide array of industries, from maritime to onshore decommissioning projects.

This groundbreaking technology is not just an innovation; it's a game-changer. The Universal Laser Complex is poised to set new standards in the dismantling and decommissioning industry, offering unmatched versatility, safety, and efficiency. Stay ahead of the curve by integrating this revolutionary solution into your operations and unlock new potential in your market reach.

Thank you once again for being part of our journey. We look forward to sharing exciting developments and collaborations with you as we continue to shape the future together.

Sincerely yours,

Dr. Boris Linschitz

The patent is granted for

"COMBINED COMBUSTION ENGINE"

Summary of the Patented SDT Combined Propulsion Engine and Its Market Potential

The SDT Combined Propulsion Engine, now patented, is a groundbreaking technology designed to bridge the gap between traditional internal combustion engines (ICE) and the emerging field of electromobility. This innovative engine, developed by SDT Industrial Technology, offers a highly efficient solution that integrates the strengths of both electric and combustion engines, positioning it as a significant advancement in the transportation and mobility sector.

Key Features:

- High-Efficiency Design: The SDT engine significantly improves the efficiency of conventional internal combustion engines by capturing and utilizing the energy from exhaust gases. This results in thermal efficiency rates of up to 90%, nearly double that of standard ICEs.

- Optimal Operation: The engine operates at a constant speed, independent of the vehicle’s motion, which minimizes fuel consumption, reduces noise, and decreases pollutant emissions. This setup allows the engine to function within its optimal efficiency range at all times.

- Range Extension: Serving as a "Range Extender" or Auxiliary Power Unit (APU), the SDT engine provides electrical power to recharge vehicle batteries and supply energy to electric motors. This drastically extends the range of electric vehicles, allowing for over 2,000 km of travel on a single tank of fuel with minimal reliance on charging stations.

- Mechanical Decoupling: The engine is completely decoupled from the vehicle's propulsion system, allowing it to focus solely on power generation, which further enhances its efficiency and longevity.

Market Potential:

The SDT Combined Propulsion Engine addresses some of the most pressing challenges in the current push towards electromobility, particularly range limitations, charging infrastructure, and battery technology. As electric vehicles continue to grow in popularity, the need for reliable, long-range solutions becomes increasingly critical. 

The SDT engine’s ability to provide significant range extension while maintaining high efficiency and low environmental impact makes it a compelling option for both current and future electric vehicles. This technology not only supports the transition to cleaner transportation but also offers an immediately deployable solution that leverages existing infrastructure, such as conventional fuel stations.

Given its potential to drastically enhance the practicality and adoption of electric vehicles, the SDT Combined Propulsion Engine stands to be a game-changer in the market, offering a practical and sustainable alternative in the ongoing shift towards greener mobility solutions.

Thank you once again for being part of our journey. We look forward to sharing exciting developments and collaborations with you as we continue to shape the future together.

Sincerely yours,

Dr. Boris Linschitz

The patent is granted for

"The optoelectronic multi-module station for airspace surveillance"

Summary of the SDT-Sphere 500 the optoelectronic multi-module station for airspace surveillance and Its Market Potential

The SDT-Sphere 500, now patented under Patent No. 10 2020 001 322, is an advanced optoelectronic airspace surveillance and tracking system developed by SDT Industrial Technology. This innovative solution is designed to detect and monitor up to 500 flying objects within a range of 2 kilometers, with a total coverage area of up to 165 square kilometers when multiple units are combined.

Key Features:

- Detection Capabilities: The system can track a wide variety of airborne objects, including drones, UAVs, manned aircraft, birds, and swarms. It can detect objects as small as 0.25 meters in size from a distance of over 2 kilometers.

- Operational Versatility: It operates effectively under various weather conditions and provides continuous, 24-hour surveillance with high accuracy.

- Scalability: The SDT-Sphere 500 can be deployed on both mobile platforms (like UAVs and helicopters) and fixed ground stations, allowing for flexible integration into different airspace control environments.

- Comprehensive Coverage: By networking multiple SDT-Sphere 500 units, users can achieve comprehensive airspace control over large areas, making it ideal for protecting sensitive infrastructure such as airports, power plants, and other critical sites.

Market Potential:

The SDT-Sphere 500, now protected by its recent patent, represents a significant advancement in the field of airspace surveillance, addressing a critical need in the rapidly evolving landscape of unmanned aerial systems (UAS) and drone operations. With the increasing proliferation of drones in both commercial and recreational use, the demand for effective and reliable airspace monitoring systems is expected to grow exponentially.

The system's ability to detect and manage large numbers of airborne objects simultaneously sets it apart from existing solutions, many of which struggle with scalability and accuracy when dealing with small, fast-moving targets like drones. Additionally, the SDT-Sphere 500's adaptability to various platforms and environments makes it a versatile tool for both military and civilian applications.

In conclusion, the SDT-Sphere 500 is poised to be a game-changer in the surveillance and reconnaissance markets, offering unparalleled detection capabilities and operational flexibility. Its patented status further solidifies its position as a revolutionary solution in airspace control and safety, particularly in urban areas and regions with dense air traffic.

Thank you once again for being part of our journey. We look forward to sharing exciting developments and collaborations with you as we continue to shape the future together.

Sincerely yours,

Dr. Boris Linschitz

The Examination Office of the German Patent and Trademark Office has decided on June 20, 2023:

File number: 10 2020 001 834.3 In the matter of the decision to grant SDT Industrial Technology, 85521 Ottobrunn, DE concerning the patent application with the official file number 10 2020 001 834.3 the examining division of the German Patent and Trademark Office has decided on June 20, 2023:

The patent is granted

"Aircraft engine with steerable thrust vector for aircraft with hydrofoil flight characteristics,"

with the documents according to the attached compilation of publication documents for the patent specification.

The term of the patent begins on March 20, 2020.

Dear valued customers and partners,

We are thrilled to share some incredible news with you today! SDT Industrial Technology, based in Ottobrunn, DE, has recently achieved a remarkable milestone in our journey of innovation and excellence.

We are delighted to announce that our dedicated team's hard work and groundbreaking research have been recognized by the German Patent and Trademark Office. We have been granted a patent for our pioneering invention, a true testament to our commitment to pushing boundaries and delivering cutting-edge solutions.

This patent, bearing the official file reference number 10 2020 001 834.3, solidifies our unique position in the market, setting us apart from competitors and reinforcing our status as industry leaders. It is a testament to the expertise, creativity, and forward-thinking mindset that drive our company.

The granted patent underscores our unwavering dedication to advancing technology, addressing industry challenges, and providing you, our valued customers, with unmatched products and services. We firmly believe that this breakthrough will open up new horizons for us and contribute to shaping the future of our industry.

We would like to extend our heartfelt gratitude to our team members whose unwavering dedication and tireless efforts have made this achievement possible. We would also like to express our sincere appreciation to our customers and partners for their continued support and trust in our capabilities.

With the patent's official grant, we embark on a new chapter of growth and innovation, fueled by the confidence and inspiration derived from this significant accomplishment. We remain committed to driving progress, developing groundbreaking technologies, and exceeding your expectations.

Thank you once again for being part of our journey. We look forward to sharing exciting developments and collaborations with you as we continue to shape the future together.

Sincerely yours,

Dr. Boris Linschitz

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