Researchers from the University of Burgos have designed an innovative device for the vertical installation of hoses, specifically used by firefighting teams, with the aim of improving working conditions and reducing risks during operations. The device addresses the deficiencies and limitations of existing devices in the market. Among its advantages, it stands out for its ability to provide a secure anchoring point in various locations, its adjustable width to accommodate different hose sizes, its prevention of hose collapse, and its reduced weight for easier transportation and placement.
New and innovative aspects
- Secure and adaptable anchoring: The device provides a secure and adaptable anchoring point in different locations for versatile installation.
- Dual non-branching outlets: The device features two integrated outlets that allow connecting two hoses without the need for an additional branching device, reducing volume and weight.
- Independent ball valves: The device has independent ball valves to regulate the water flow in each hose, providing individualized control.
- Integration of fastening and braking elements: The device incorporates fastening elements and a brake to improve anchoring and stability during use.
- Additive manufacturing: The device is manufactured using additive manufacturing technology, allowing flexibility in design and production.
- Improvement of working conditions: The patent aims to improve working conditions by reducing risks such as hose breaks, falls, and flow limitations, providing greater safety and efficiency in firefighting interventions.
Main advantages of its use
The dual-opening securing device offers the following advantages:
- Secure anchoring in different locations.
- Adaptability in width for versatile installation.
- Direct connection of two hoses without the need for an additional branching device.
- Independent control of water flow using ball valves.
- Improved stability with integrated fastening and braking elements.
- Efficient and flexible manufacturing using additive technology.
- Reduction of occupational hazards, such as hose breaks and falls, improving firefighter safety.
Specifications
The device features secure anchoring, adaptability in width, independent control of water flow, integrated fastening and braking elements, additive manufacturing, and offers improvements in stability and reduction of occupational hazards.
Applications
This device, due to its technical features and the advantages it offers, could be employed in the following settings/by the following entities:
- Firefighting departments
- Emergency services
- High-rise buildings
- Naval industry
- Petrochemical industry
Intellectual property status
Protected by patent P202330365
Current development status
Prototype available for demonstration.
Desired business relationship
Trade Agreement, License Agreement, Technical cooperation: further development, Technical Cooperation: testing of new applications; Technical Cooperation: adaptation to specific needs.
Intellectual property status
The aim of the Technology Transfer Office (TTO) of the Universidad de Burgos is to promote Innovative technology through the research results transfer and the connections between the University and the new needs and requirements of society - we are the link between the University and the Industry.
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