COVID-19 may be having a devastating impact on our industries, social lives and personal grooming standards, but it is also prompting an outpouring of creativity in other arenas.
From Spiderman-esque wrist-mounted disinfectant sprays, to a wristband that buzzes whenever you’re about to touch your face, a wealth of new prototypes are demonstrating what human ingenuity is capable of in the face of adversity.
Here are just some of the newest coronavirus inventions.
Hands-free door openers
Several varieties of hygiene-friendly door-hook are in the pipeline – intended to help us navigate that tricky moment when we need to open doors with sanitized hands.
Epidemiologists estimate the coronavirus can live on surfaces like stainless steel for three days, so these devices could be a game-changer in environments such as hospital wards, where hand sanitation is a matter of life and death.
Some door-opening devices have already found their way to market – including the “hygienehook”, created by London-based designer Steve Brooks. Small enough to fit in a pocket and made from easy-to-clean non-porous material, the gadget is already available in four different varieties. Brooks has had requests from NHS Wales and is, meanwhile, donating a hook for every one he sells.
In an era of widespread 3D printing and high-tech software – and at a time when many large-scale manufacturers, including Dyson and Ford, are shifting their attentions to manufacturing medical hardware – small-scale producers are leading the way like never before.
And not every design needs to go to market. Welshman Wyn Griffiths devised a hands-free door opener – which clips onto door handles and can be operated using the forearm – after his wife visited a hospital and saw the difficulties staff were facing. Griffiths has since distributed the 3D design online for free and is asking people to print and distribute the handles wherever possible.
“Hopefully people who have a 3D printer can help out their local hospital or anywhere the public visits by distributing these around the country,” he told the BBC.
Masks and ventilators
Other recent patents that could genuinely save lives include a snood mask with an antiviral coating – from Virustatic Shield, which plans to scale up production to a million a week and reserve part of their stock for the UK’s National Health Service.
Meanwhile, Dr Rhys Thomas of Glangwili Hospital in Carmarthen in Wales went straight to the heart of global health concerns when he devised a “simple and robust” basic ventilator designed to help patients breathe – and which also kills COVID-19.
“Although it won’t replace an ICU ventilator, the majority of patients won’t need intensive care if they are treated with this ventilator first,” he said.
“The machine will [also] clean the room of viral particles and only supply purified air to the patient. The patient can self-care, releasing specialist nurses for other duties.”
To take advantage of the groundswell of technological creativity and scout for new COVID-inspired strokes of genius, the California 3D modelling company CAD Crowd has launched a month-long prototypes competition.
At the time of writing, the 77 entrants range from the practical – printable protective face shields and temporary acrylic doors for supermarket fruit displays – to the ingenious, including disposable doorknob sleeves and an elbow-operated extension for lift buttons.
A number of the designs, such as foot-operated doorknobs, could have a genuine shelf-life in a world whose attitude to hand hygiene may be permanently altered.
Your country needs you
The surge in innovation is drawing comparisons to another era of great duress – and great ingenuity: the Second World War.
Several inventions that first saw the light of day in the white heat of that desperate global struggle have since become essential features of our daily lives.
Take, for instance, rocket technology, which in decades following the war helped humanity put a man on the moon and send satellites into orbit. Both jet aircraft engines and pressurized cabins were first pioneered in the 1939–45 conflict – since absorbed into commercial airline technology.
Radar first saw widespread use in the 1941 Battle of Britain, when a hard-pressed RAF fought off Hitler’s numerically superior Luftwaffe and prevented a Nazi invasion of southern England. Now it is a standing feature of missile defence systems everywhere.
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