Shared:AnimateBody Group4

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Emotive Monster = THE EMBRACINATOR

Banner 06.jpg

The Embracinator

In conventional architecture walls are static objects of prescription as they define and separate functions when forming space. But what if walls could have a dialogue with its users and constantly communicate a mutual expectation? The aim of our project is to put the absolute function of the walls up for discussion in relation to their user. The compelling function of a wall imposed by the designer upon the user can be taken beyond the static prescription of separation and extended into a dynamic guide, prescribing movement, interaction and direction. Herein the emphasis will continuously lay on defining space to evocate the interaction between separation and unity, between confinement and guidance. On the one hand our walls could embrace the users that pass through it or conduct a conversion towards an embrace amongst several users. On the other hand the walls could direct movement as a guiding element.

The setup

Two fabric walls make up a corridor space. On the four ends of the walls motors are situated to drive the horizontal twisting motion of the walls. The different angles of twisting compose the different messages the walls propose to the users.

Centripetal guidance

When twisted a certain direction, the walls can express an embrace towards the user within the corridor by wrapping itself around him. In the case of a person passing through, the walls twist themselves to wrap the person as he walks in the corridor, to unfold again as he passes further though to let him out. When two people are in the corridor simultaneously the twist of the walls depend on the proximity of the people. When the people come together the walls enhance their unity by closing in on them and perhaps even inducing a hug between them. As they walk away from each other again, the walls open up to let them leave.

Vectorial guidance

The corridor that the walls form can also twist to take a funnel shape in either linear way. This can express a convergent or divergent movement through space. The ends can also twist into a bended exit towards either left or right, which suggests lateral movement toward a side. In this way the corridor guides a directive flow of movement.

Concept diagram.jpg Top Concept.jpg

Design Process

Design Concept

Concept diagram.jpg
Top Concept.jpg
P6 diagram.jpg
P1 diagram.jpg
P2 diagram.jpg
P3 diagram.jpg
P4 diagram.jpg
P5 diagram.jpg
Electronics schematic smallsize.jpg
Proto 02 small.jpg
Proto 01 small.jpg
Render embrace.jpg

D1.jpgD2.jpgD3.jpgTop01.jpgMove01b.jpgD4.jpgD5.jpgTop05.jpgTop03edit.jpg Move03b.jpgD6.jpgTop02edit.jpgTop04.jpgMove02b.jpgMove04b.jpg

Diagrams of movement

D7.jpgP9.jpgP7.jpgP6 diagram.jpg P1 diagram.jpgP2 diagram.jpgP3 diagram.jpg P4 diagram.jpgP5 diagram.jpg

Arduino setting

D8.jpgElectronics schematic smallsize.jpgProto 02 small.jpg Proto 01 small.jpg


D9.jpg Render embrace.jpg