OUR HEAVY INDUSTRY PATENTS

Telescopic pressurized Radome to use with a radar system

Patent Number: 202311074454

Brief Description:

The telescopic pressurized radome presents a novel advancement in radar system technology, offering a dynamic solution for optimizing signal transmission and reception in diverse environmental conditions. This innovative radome design integrates a telescopic structure, allowing for variable height adjustments, which proves invaluable in adapting to changing operational requirements and environmental challenges. The pressurized enclosure not only ensures the protection of the radar system from harsh weather conditions but also minimizes signal attenuation, enhancing the overall performance and reliability of the radar. The telescopic feature enables the radome to retract during non-operational periods, reducing wind resistance and contributing to a more streamlined profile.

Integrated Marine Sanitation and Compliance Monitoring System

Patent Number: 202311080167

Brief Description: The Integrated Marine Sanitation and Compliance Monitoring System represents a transformative solution for ensuring maritime environmental sustainability and regulatory adherence. This comprehensive system combines advanced sanitation technologies with real-time compliance monitoring to address the challenges of waste management on marine vessels. Incorporating state-of-the-art sensors, treatment modules, and data analytics, the system efficiently manages and processes onboard waste, minimizing environmental impact. Simultaneously, the compliance monitoring component tracks adherence to international maritime regulations, ensuring vessels meet sanitation standards.

Maritime Replenishment and Refueling System

Patent Number: 202311080172

Brief Description: The Maritime Replenishment and Refueling System introduces a comprehensive and efficient solution to address the logistical challenges of maritime operations. This innovative system integrates advanced technologies to streamline replenishment and refueling processes, enhancing the operational capabilities of naval fleets and commercial vessels. Leveraging automated logistics, real-time monitoring, and precision control mechanisms, the system optimizes the transfer of fuel, provisions, and supplies between support vessels and maritime assets. With a focus on safety, speed, and accuracy, this integrated approach significantly reduces downtime, enhances mission readiness, and ensures sustained operational autonomy for maritime fleets.

Submarine Ventilation and Emergency Fire Suppression System

Patent Number: 202311074457

Brief Description: The Submarine Ventilation and Emergency Fire Suppression System represents a pivotal advancement in maritime safety technology, specifically tailored for submarine environments. This integrated system serves a dual purpose by ensuring optimal air quality through advanced ventilation during routine operations while also providing an efficient emergency response mechanism for fire suppression. It incorporates state-of-the-art ventilation technology to maintain a conducive atmosphere for submariners, optimizing their performance and well-being. In the event of a fire emergency, the system seamlessly transitions to a highly effective suppression mechanism, deploying advanced agents to swiftly and decisively combat flames. This comprehensive solution underscores a commitment to enhancing operational safety and emergency preparedness in submarines, addressing the unique challenges posed by confined underwater spaces.

MOUNTABLE ANTI-RIOT SHIELD

Patent Number: 202111013606

Brief Description: A mountable anti-riot shield designed to offer ballistic protection to defense personnel that features a novel framework consisting of demarcations of locking modules that interlock with metal locks at the ends of the shield. The invention has the potential to combat soldiers who require enhanced protection during riot control or combat situations.

anti-derailment train protection system

Patent Number: 202311045998

Brief Description: An anti-derailment train protection device for use with a train comprises a motor attached to the buffers, a strain gauge, an ultrasonic motion sensor, a gyroscope, a microcontroller, and an electronic box. The device prevents strain carriages from dislocating and uses a strain gauge to measure object

deformation. An ultrasonic motion sensor measures distance and bounce-back time, while a gyroscope detects abnormal movements or orientations. The microcontroller collects the data from sensors and transmits it to a strain gauge, which activates a motor housed between the buffers. This prevents derailment of train coaches and the centralized electronic box provides electricity to the equipment.

AUTOMATED RAILWAY TRACK OBSTRUCTION CLEARANCE SYSTEM

Patent Number: 202311066594

Brief Description: The Automated Railway Track Obstruction Clearance System is a state-of-the-art solution designed to enhance railway safety and efficiency. By integrating advanced sensors, artificial intelligence, and automation, detects and clears track obstructions in real-time. Upon detection, it triggers an automated response, including on-board train alerts and communication with maintenance and security personnel for timely intervention. This real-time capability reduces response times, minimizes the risk of accidents, and ensures uninterrupted rail traffic flow, contributing to enhanced safety and operational efficiency.

An inspection system for use with a pinch roll

Patent Number: 202311082994

Brief Description: The Inspection System designed for use with a pinch roll introduces a sophisticated solution for enhancing quality control in industrial manufacturing processes. This innovative system integrates seamlessly with pinch roll machinery, providing real-time monitoring and assessment of materials passing through the production line. Employing advanced sensors, imaging technologies, and machine learning algorithms, the inspection system identifies and analyzes defects, irregularities, or inconsistencies in the material surface. The incorporation of this technology not only ensures a higher level of product quality but also facilitates proactive maintenance by detecting potential issues early in the manufacturing process.

Obstacle clearance and derailment detection system

Patent Number: 202311074460

Brief Description: The Obstacle Clearance and Derailment Detection System represents a critical innovation in railway safety, designed to address the challenges of obstacle detection and derailment prevention. This advanced system integrates cutting-edge sensors, imaging technologies, and machine learning algorithms to continuously monitor the railway track environment. The system is adept at identifying potential obstacles on the tracks, such as debris or foreign objects, and triggers timely alerts to prevent collisions or damage. Simultaneously, it employs predictive analytics to detect anomalies that could lead to derailment, enabling proactive measures to ensure the integrity and safety of the rail infrastructure.

Advanced Grid Modular Deck System

Patent Number: 202311080169

Brief Description: The Advanced Grid Modular Deck System represents a groundbreaking innovation in infrastructure development, specifically tailored for the construction of elevated walkways, bridges, and platforms. This system introduces a highly adaptable and scalable modular deck design that integrates advanced materials and construction methodologies. The grid structure enhances load-bearing capacity, durability, and ease of assembly, offering a versatile solution for various applications. Through the incorporation of smart technologies, the system allows for real-time monitoring of structural integrity and performance, ensuring optimal safety and reliability.

Automated Sludge and Scum Removal System

Patent Number: 202311078683

Brief Description: The Automated Sludge and Scum Removal System represents a significant innovation in wastewater treatment processes, introducing an advanced solution to enhance efficiency and reliability. This system employs robotic technology and automated machinery to autonomously identify, collect, and remove sludge and scum from water treatment facilities. Integrated sensors and artificial intelligence algorithms enable real-time monitoring and decision-making, optimizing the removal process while minimizing human intervention. By streamlining and automating these crucial aspects of wastewater treatment, the system not only improves operational efficiency but also reduces the environmental impact of sludge and scum buildup.