Sensors² built into the exoskeleton design recognise pressure and movements, which are then used to control an on-screen pointer.

 

The Dynamic Chair was created by designer Govert Flint from Eindhoven University, with help from programmer Sami Sabik.

 

It was designed and built for Mr Flint's 'Creatures with Creations' research project.

 

'Although our bodies are evolved to move, we tend to design objects based on monofunctional use and posture,' explained Mr Flint.

 

'Furthermore, as technology takes over more functions that formerly⁴ required exertion⁵ on our part, we are left with a less useful body.

 

'We relegate⁶ our movements to leisure time.

 

'Movement becomes a choice and a lifestyle, segregated⁷ from our regular lives.

 

Sensors in the seat detect pressure and the angle of the body, while accelerometers measure and track the movement of the user's legs.

 

These movements are interpreted digitally, using software created by Mr Sabik, and are translated into movements on screen.

 

Moving the hips⁸ and lowering the body's centre of gravity, for example, scrolls⁹ through pages and moves the mouse around the screen.

 

Kicking the left and right leg corresponds with left and right clicks, and in the future, arms could control swipe pages and open windows.

 

This vision is demonstrated in a video that accompanies the researcher project.

 

To master the type and range of movements, Mr Flint studied dancers at the Scapino Ballet Rotterdam.

 

'Full body movement correlates with feelings of happiness,' continued Mr Flint. 'And yet, we spend days sitting behind a computer.'

 

To make this more dynamic, Mr Flint's exoskeleton chair allows the body to move freely.

 

'With this chair, our bodies are once again functional³, stimulating¹⁰ regular movement. 

 

'After all, that's what we were designed to do.'

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