MaCT_2016/2017
ASSIGNMENT_01 FABCITY DESIGN STRATEGIES
st. federica ciccone
ASSIGNMENT_01
ELECTED DEVICE
DISCOVER
- THE MO PRODUCTORS
IMPACT
GOAL
OUSE -
ENRIC BATLLE, JOAN ROIG, MIGUEL DIEZ cliente: Generalità di Cataogna,Comune di Barcellona
ASSIGNMENT_01
ELECTED DEVICE
DISCOVER
PRODUCTORS
IMPACT
GOAL
ph.M.M.>Statue of Saint Peter, Basilica of St. John Lateran. Rome, Italy
f
WHY A MOUSE?
BECAUSE THE MOUSE IS A SYMBOL, A SIMPLE BUT INDISPENSABLE OBJECT, THE HUMAN DEVICE FOR EXCELLENCE. A GREAT CONTENDED DISCOVERY OF ‘80 (OR MAYBE ‘70 WE WOULD SAY), SYMBOL OF CONTROVERSIAL LOGIC SYSTEM OF THE PROGRAMMED OBSOLESCENCE SCHEDULED BY COMMERCIAL RULES, BUT ALSO TIED TO CONTINUE AND DENIED TECHNOLOGICAL DEVELOPMENTS. IT IS ALSO A BRIDGE, THE CONCRETE VEHICLE THAT ACTUALLY CONNECTED THE MEN TO THE REALITY OF CONTROLLERS AND SOFTWARES, BECOMING EXTENSION AND TRANSLATOR OF OUR THOUGHTS.
- A POINTING DEVICE is an input interface (specifically a HUMAN INTERFACE DEVICE) that allows a user to input spatial (i.e., continuous and multi-dimensional) data to a computer. CAD systems and graphical user interfaces (GUI) allow the user to CONTROL AND PROVIDE data to the computer USING PHYSICAL GESTURES by moving a hand-held mouse or similar device across the surface of the physical desktop and activating switches on the mouse. Movements of the pointing device are echoed on the screen by movements of the pointer (or cursor) and other visual changes. Common gestures are point and click and drag and drop. While the most common pointing device by far is the mouse, many more devices have been developed. A “RODENT” is a technical term referring to a device which generates mouse-like input. However, the term “mouse” is commonly used as a metaphor for devices that move the cursor.-
“In April of 1981, Xerox introduced the 8010 ‘Star’ Information System. Star’s introduction was an important event in the history of personal computing because it changed notions of how interactive systems should be designed. ....When Star was first introduced in 1981, its bitmapped screen, windows, mouse-driven interface, and icons were unique in the marketplace. They were readily-apparent features that clearly distinguished it from other computers. Soon, however, these features were adopted by others.”
The Xerox Star workstation was a commercial failure, but the mouse lived on with the release of Apple’s Lisa and Macintosh computers.
http://www.poynter.org/2015/today-in-media-histor
--- --- “The Xerox ‘Star’: A Retrospective” IEEE Computer, September 1989,
ry-the-big-computer-story-of-1981-was-about-a-little-mouse/338833/
The
Y
--- “
“So was what (Steve) Jobs took from Xerox the idea of the mouse? Not quite,because Xerox never owned the idea of the mouse. e PARC researchers got it from the computer scientist Douglas Engelbart, at STANFORD RESEARCH INSTITUTE, fifteen minutes away on the other side of the university campus. ENGELBART dreamed up the idea of MOVING THE CURSOR around the screen WITH A STAND-ALONE MECHANICAL ‘ANIMAL’ back in the MID- NINETEEN-SIXTIES. His mouse was a bulky, rectangular affair, with what looked like steel roller-skate wheels. If you lined up Engelbart’s mouse, Xerox’s mouse, and Apple’s mouse, you would not see the serial reproduction of an object.
You would see the
”EVOLUTION OF A CONCEPT”.”
“Creation Myth: Xerox PARC, Apple, and the truth about innovation” The New Yorker, May 16, 2011
“The mouse and keyboard won’ an extremely fast and efficient
but WE AR A LOT MORE MANIPULATING AN
says David Kurlander, formerl Graphics R “We’ll also see more pointing,
He also predicts that flat su windows will be used as display personal projectors mounted on
’t go away completely as they are t way of interacting with computers,
RE GOING TO SEE ND PLACING OF REAL LIFE THINGS,”
ly of Microsoft’s User Interface and Research Group. , speech, and combinations of these.”
urfaces such as tabletops, walls or y screens, with images projected from n clothing or worn around the neck.
--- www.bbc.com
ASSIGNMENT_01
MOUSE
ELECTED DEVICE
6
DISCOVER
PC98010/57 PRODUCTORS
IMPACT
GOAL
MADE IN CHINA
Opocensky, Oct. 1976, U.S. Patent 3,987,685
E Agiler
6524
3882A034
Early mouse patents. From UP to down: Opposing track wheels by Engelbart, Nov. 1970, U.S. Patent 3,541,541. Ball and wheel by Rider, Sept. 1974, U.S. Patent 3,835,464.
Ball and two rollers with spring by Opocensky, Oct. 1976, U.S. Patent 3,987,685
ASSIGNMENT_01
ELECTED DEVICE
DISCOVER
PRODUCTORS
IMPACT
GOAL
MOUSE Agiler 6524 (OUT OF PRODUCTION MAYE 10 YEARS)
ASSIGNMENT_01
ELECTED DEVICE
DISCOVER
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IMPACT
GOAL
1
5 ASSIGNMENT_01
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01.Electrical cable, with plastic c. 02.PS/2 and cable connectors 03.Transformators connectors 04.El.cable 05.Circuit Board 06.Sensors A 07.Sensors B 08.Sensors C 09.Sensors D 10.Switch detects 11.Plastic covers 12.Outer plastic casing side R. 13.Outer plastic casing side F . 14.Plastic Ball’s Space Covers 15.Screw 16 Metallic ball 17.Heavy rubber wheel 18.Scroll wheel 19.Encorders 20.Outer plastic ergonomic casing
cable components
ASSIGNMENT_01
ELECTED DEVICE
1
electro compone
DISCOVER
PRODUCTORS
IMPACT
GOAL
sensors compone
cover components
onic ents
ball components
cable components
5
s’ ents
//
FUNCTIONAL CLASSIFICATION
Agiler productor p.l.=Miami_f
ASSIGNMENT_01
ELECTED DEVICE
THE MOUSE WAS FINA IT WAS MADE IN CHINA OUT OF MATERIALS FR
DISCOVER
PRODUCTORS
IMPACT
GOAL
PVC / THE MAIN PART OF THE IMPORTED PVC USED IN CHINA IS COMING FROM USA (27%), JAPAN (22%) AND OTHERS ASIAN COUNTRIES (23%). POLYURETHANE / CHINA IS THE FIRST EXPORTATOR BUT ALSO THE FIRST IMPORTATOR OF SYNTHETIC POLYURETHANE (8,4% OF THE WORLDWIDE IMPORTED POLYURETHANE) MAINLY COMING FROM SOUTH COREA (24%), JAPAN (18%) AND OTHERS ASIAN COUNTRIES (35%). STEEL / CHINA IS THE FIRST EXPORTATOR BUT ALSO THE FIRST IMPORTATOR OF STEEL (8,8% OF THE WORLDWIDE IMPORTED STEEL) MAINLY COMING FROM JAPAN (47%) AND SOUTH COREA (15%).
florida
ALLY BOUGHT AND USED IN SPAIN, A, BUT THE INDUSTRY IS BASED IN USA. ROM ASIA.(PROBABLY)
producted in China
--- http://www.agiler.us/ http://atlas.media.mit.edu/it/
1# ASSIGNMENT_01
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10
03
01.Electrical cable, with 03.Transformators connectors 04.El.cable 05.Circuit Board 06.07.,08.,09.Sensors 10.Switch detects
04
05
01 12
01_ 03_ 04_ 05_ 06_ 07_ 08_ 09_ 10_
100 g xx g xx g 50 g xx g xx g xx g xx g xx g
xxg
06 08 07
10%
09
V.
20% . W
3
h plastic c.
1#
MIXED NOT SEPARABLE ELECTRONICAL WASTE
40% . W
ASSIGNMENT_01
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DISCOVER
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2#
10
0%
16_ 03_ 09_ 08_ 06_ 15_
V.
200 g xx g xx g 50 g xx g xx g
xxg 16
09
3
08
06
2#
15
METALLIC ELECTRONICAL WASTE
ASSIGNMENT_01
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3#
*
XXXg
MATERIAL RECYCLABLE 12
12
80%
V.
12
40% . W
12 12 12
12 12
3#
PLASTIC ELECTRONICAL WASTE
ASSIGNMENT_01
ELECTED DEVICE
DISCOVER
PRODUCTORS
IS TO CREATE THE SAME SEQUENT EVOLUTIONS THE PRODUCTIO
THE MICE ARE ONE OF ALSO BY THE CO
IMPACT
GOAL
A REALL AS AND ALSO O
THE IDEA
E KINDOF “ANALYSIS” (MORE DETAILED) ALSO FOR OTHER TWO SUBOF MICE, IN WAY TO UNDERSTAND BETTER NOT ONLY THE MAP OF ON, BUT ALSO, AND ABOVE ALL THE MAP OF THEIR DISCARDS AFTER THEIR LIFE CYCLE.
THE DEVICE WITH A REALLY BRIEF LIFE, CAUSED BY THE USE, BUT ONTINUOUS EVOLUTION OF TECHNOLOGY AND STRATEGY IN THE INFORMATIC FIELD.
LY A SMALL OBJECT, A COMMON FAMILIAR OBJECT, SYMBOL OF THE SYSTEM WHERE WE’RE LIVING OF THE PLANNED OBSOLESCENCE, BEFOR MENTIONED.
ASSIGNMENT_01 actual life cycle
ELECTED DEVICE
DISCOVER
PRODUCTORS
IMPACT
GOAL
CREATION OF IN WAY T
WAITING FOR (
>
>> fab city strategy
THE GOAL
STRATEGIES OF PRODUCTIONS, IMPORT AND EXPORT, TO REDUCE THE POLLUTION AND THE WASTAGE OF THE RESOURCES IN OUR PLANET. AS TELL US AT THE BEGINNING OF THE PRESENTATION THE NEW YORKER) NEW EVOLUTIONS OF THE CONCEPT
circular proposed life cycle