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The Future today: Smart Textile SplashMaps

From proof of concept prototype with Southampton to €5m collaboration supported by the EU

Shaping the future with Smart Textiles

Picture this: A map with all the benefits of a SplashMap – Scrunchable, light, indestructible, available anywhere – but with the ability to ‘display’ your location as you move. Imagine then if the content of the map updated too – perhaps to show historic troop movements sweeping through. Now imagine the whole content of the map updating on-the-fly – your handy fabric format literally becoming a window on the whole world.

Pictures like these define our dreams for dynamic SplashMaps. They may seem far-fetched but, thanks to Southampton University, our first dream has already come true with eSplashMap1. And, thanks to the EU’s Interreg programme, we’ll be ticking-off dream 2 as well!

Prove our concept

eSplashMaps1 pin-points your location with encapsulated LEDs around the border of the fabric map

During 2019 we worked with Southampton University to prove our concept of a fabric map that pinpoints your location. The work, called “eSplashMap1” and carried out by final year students from the Electronic Engineering faculty, not only developed and assembled the location and display components into a prototype, but also included additional navigation features such as a night-light and compass and a funky off-board charging mechanism.

Funky electronic engineering maths from Southampton University

Their heady mathematics & state-of-the-art encapsulated electronics proved the concept as a crucial foundation for the next stage.

€5m collaboration

eSplashMap1 Microcontroller being made washing-machine proof

Now, with the help of the EU’s Interreg fund for Northern France and Southern England, we’re a partner in a €5m collaboration focussed on printed electronics. The ability to print LEDs and other components unlocks the holy grail of truly flexible displays.

Overview of the project

About SmartT: The SmartT project brings together specialists from France and England to explore opportunities for the commercialisation of Smart Textiles and Smart Inks. SmartT will develop generic technologies suitable for exploitation in sectors such as healthcare, fashion, sport, safety ware, advertising, mapmaking and marine activities. Our engagement with SMEs in the Programme zone via events, one-to-one consultations and collaborations will be focussed on expanding their portfolio of innovative products and services.

Our Partnership in creating Smart Inks & finding new markets for the next generation of e-Textiles

The Specific Aims & Results expected from SmartT

SmartT’s Expertise and Vision: The partnership is co-ordinated by the University of Southampton through their Smart Textiles and Organic Chemistry Teams. CNRS and University of Rouen add expertise in high pressure, flash chemistry and computational studies while INSA Rouen Normandie and IFREMER add skills in self-healing biobased coatings, surface characterisation and biological assays respectively. Entrepreneurial SME,  SplashMaps Ltd., help in finding applications and markets beyond those already envisaged for healthcare. They bring a focus within their own specialty area of navigation and the markets they already service in the outdoors, tourism, military and gift markets. SmartT will help them, and others, to develop new products and services, ranging from products for the tourism and outdoor leisure market to a drug-free anti infective bandage prototype and eco-friendly anti-fouling surfaces.

The Budget details

The total budget is 5 462 645.34 with 3 769 225.27 in funding provided by the European Union.

Duration of the project : 14.04.2020 30.06.2023

Computers become more SplashMaps-like

Current concept of flexible display tech. SmartT takes this a step further with the latest printed electronics

No longer confined to delicate laminated plastics, the whole display could, one day, be literally printed onto any number of surfaces. Most usefully, fabrics will mean that displays and computers become more SplashMaps-like, i.e. washable, wearable, all-weather and pretty indestructible.

New opportunities in mapping

With the main thrust of the project being toward medical applications, SplashMaps is charged with creating new opportunities in the mapping and navigation market. With €430k at our disposal to focus on mapping applications, we’ll be taking measures to ready the market and define the supporting infrastructure based upon genuine user needs in the region.

SmartT goes further, lasts 3 years & gives us electronics we can print onto our maps

Increasing number of options

Did you notice the new options available via our Make-a-Map service? Satin, SplashTex and multiple dimension options have all been added. This is just the beginning. Our belief is that future users will seek a range of fabrics, formats, sizes and uses. But we can only know by testing the market. Our work with existing and new customers helps inform the direction of the development. For example, the colours and density of the display LEDs, the nature of the fabric and needed functionality will be based upon your needs. This will drive development of chemicals, components, polymer technology and ultimately manufacture with partner companies.

SmartT fabric maps could demonstrate historical troop movements for the tourism sector

Requirements gathering

The SmartT project began on April 14th. Since then we’ve secured finance thanks to our Government and the Cooperative Bank, employed auditors and begun some of the heady work of requirements gathering.

john-blashford-snell-splashmap
John Blashford-Snell provides essential feedback on our products from his expeditions

Example application areas we are working on include;

Your part

And we will be engaging with you, our community. Frequently and through multiple channels we intend to progress map concepts – perhaps yours? – that become a step on the way to a truly dynamic SplashMap. Please watch this space!

Jobs

Know an ace Organic Chemist looking for an innovative PHD opportunity? Please forward this link from Southampton University to them. They could help define the chemicals for a new era of LEDs for future medical, display and map technologies.