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Blanca Prez Gonzlez

Year:2011

Subject:Workshop II

Professor: Manuel Prez Romero

Description:After studying the behavior of the pu er fish, I designed a protective helmet. The helmet is

created by adding together di erent objects, while always remembering that it has to be flexible. I have

added a pair of binoculars and the wings of a dragonfly to the helmet. The result was an object made of

other objects, that is all of them and none of them at the same time.

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Second addition_FLEXIBLE PROTECTIVE TRANSPARENT HELMETThe Frankstein Strategy_Construction Workshop II

Blanca Prez Gonzlez

Drawing_Binoculars

System Detail.

Scale_1:2

Description_They are thefist part of the helmet

that is set in the face of

the user, after they are in

contact with the eyes the

rest of the helmet is

adjusted. They are connec-

ted to the internal struc-

ture with a system of

wheels that allows the

movement of the helmet &

maintains fixed the binocu-

lars to the eyes.

Elevation

Plan

Left-side

FLEXIBLE + PROTECTIVE + TRANSPARENT

Drawing_Binoculars &Helmet Section.

Scale_1:1

Drawing_Wheel Detail.

Scale_2:1

Description_Rubbercircular wheel of 1.00cm,

joined to the scissors in

the bottom part.

Drawing_Plan.

Scale_1:2

Description_View of theway the tiles are displaced

from the binoculars by the

inner scissors.

How to wear the helmet:

1.

2.

1.

2.

3.

4.

5.

6.

7.

8.

8.

1.

1.

3.

3.

7.

4.

4.

9.

9.

1.Rail in the

Binoculars_Lane of 1.00cm thickand 0.50cm high, made on the

binoculars for the wheels to roll

on.

2.Lenses.

3.Rubber wheel.

4.Steel Scissors.

5.Isulating rubber_0.50cm

thickabsorbs the difference ofspace between the binoculars and

the structure.6.Inner Padding.

7.Concrete Tile.

8.Binoculars.

9.Outer Structure.

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Elevation

Plan

Left-side

Third addition_FLEXIBLE PROTECTIVE TRANSPARENT FLYING HELMETThe Frankstein Strategy_Construction Workshop II

Blanca Prez Gonzlez

FLEXIBLE + PROTECTIVE + TRANSPARENT + FLYING

Drawing_Plan.

Scale_1:2

Description_The wings are located in the backpart of the helmet. They open when the acceleration

is high, then the hinges began to move and displace

the wings.

Drawing_Concrete Tile Detail.

Scale_1:1

Description_The outter structure has change,instead of being rectangular now is circular, for

allowing the upper part of some tiles make the

rotation movement.

Drawing_Wing Section.

Scale_1.5:1

Description_The hinge thatbegins the movement of the wing is

placed on the upper part of the

tile next to the moving one. The

wing rotates in the axis of the

external structure until an angle

of 75 degrees.

Drawing_Hinge.

Scale_2:1

Description_The hinge has two parts, two articulated pieces that moves vertical,and one that makes an horizontal movemente. With this convination it can move the

wing from an horizontal position to a pratically vertical one.

Wind flow diagram.

1.

2.

3.

4.

5.

6.

4.

1.

1.

1.

2.

2.

2.

4.

4.

6.

7.

7.

1.Concrete Wing.

2.Stainless Steel Hinge.

3.Binoculars.

4.Concrete Tile.

5.Steel Spine_Of 1.00cm thick,reinforces the concrete wing for

the new forces coming from the

rotation movement. It is part of

the external structure & rotates

with it.

6.Rotation Axis_Its the part

of the outter structure that is in

connection with the other concrete

tiles. When the helmet is closed

this part is static, this will

allow the movement of the wing

around it.

7.External Structure.