Imagine a factory of 1,200 employees making 5,000 geodesic domes an
hour 24/7

Each dome self erects with a foam stablized pressurant - similar to
air but more stable since the foam maintains pressure even when the
gas leaks out.

Each triangular tile is 20 incheslong - and contains a low cost solar
collector.   The house covers 12,000 square feet, even though its
folded into a  container that fits in the back of a mini-van - 8,000
sf is a greenhouse - pre-seeded - and 4,000 sf is living space.

The house is pwered by a collection of regenerative fuel cells
recharged by the solar panels built into the large dome.

In the 1950s Buckminster Fuller delivered geodesic domes by
helicopter.  In 2008  we go one better - we use a GPS guided 'flying
saucer' that delivers the house anywhere in the world.

Flying saucer?   Yep, one powered by sunlight.

The saucer is a lightweight GPS guided vehicle similar to many GPS
guided aircraft already in service -  made with a propulsive skin.

Propulsive skin?

Yep, an array of tiny 'dots' that are computer controlled.   Tiny dots
that happen to be rocket engines.

So think of a HDTV plasma screen - with the plasma dots producing jets
of plasma powerful enough to lift the screen.

That is, the surface of the vehicle possesses millions of tiny
electrically driven jets all under computer control, powered by the
regenerative fuel cells on board.

http://www.me.berkeley.edu/mrcl/rockets.htmlhttp://clifton.mech.northwestern.edu/~me381/project/02fall/Microrocke...http://www.st.northropgrumman.com/capabilities/space/propulsion/techn...

The aircraft can fly with its payload of a folded up house - anywhere
in the world, land, and erect the house.   The new owners have a house
that's self powered, extracts water from the air, has a refrigerator,
lighting, heating and airconditioning (all MEMs based) all built in -

http://www.freepatentsonline.com/7263838.html

 as well as wireless internet a computing platform, projection TV,
communication handsets, and basically everything one needs for a good
life in the 21st century.

Including furniture

http://www.bubblefurniture.com/flocked_chair.html

All for about $10,000 -

Since the house has a flying saucer, I also want to say it has a tele-
operated robot.

Robot?

Yep.  remotelly operated by a driver.   What's the use of that?
People can report to work instantly over the internet.   You need a
cop quick?   or a doctor?  or a teacher?  or a cook?  or a
seamstress?  or a helper?  or you name it?   Google it up on the
internet, enable the bometric transfer protocol - and the URL of your
robot - and bam!   You're golden.

You pay for the time and attention of the people, bt organizing them
is a cinch.  Also, you can report to work the same way!   So, you can
live anywhere.   And work anywhere else.

The robots are similar to this one;

http://world.honda.com/ASIMO/

The problem of robots is solved - except for software.   But broadband
and telepresence answers that.

Except instead of being powered by batteries, its powered of course -
by the same regenerative fuel cell system that powers the house and
saucer.   It also uses the wireless internet from space to receive
signals from 'drivers' arriving from anywhere.

http://en.wikipedia.org/wiki/Telepresencehttp://en.wikipedia.org/wiki/Telerobotics

Except this robot isn't made from solenoids electric motors and
metal.  Its made from polyacrylamide gel with electrodes molded in
place.

http://www.highbeam.com/doc/1G1-60598300.htmlhttp://www.freepatentsonline.com/5389222.html

The robots are so cheap to make out of this stuff (they use
polyacrylates to make disposable contact lenses for chickens so they
don't see red and peck at each other)  and so reliable and moldable -
that the house comes with two robots.   The robots are driven by
drivers - which can link in via the broadband wireless.   The folks
who own the house can use the telepresence suite to drive the robots -
and also to drive any robot anywhere.   This is a great boon.   It
means anyone can work anywhere and live anywhere else.

The house also has a stove, an oven,along with the refrigerator,hot
water heater, etc., etc., all in a MEMs based module that is
surprisingly compact and cheap and very capable and reliable and so
forth.   Toilet, sinks, water lines - all molded in place.

When it arrives a setup team makes sure the installation and erection
is done flawlessly.  Then a training team is 'sent' - and helps the
new owners make use of all the features of the house, including
operating telerobotic systems.    The owners if they wish, may be
tested and trained and entered into a worker availability database -
and sent to work anywhere in the world they're needed - to the highest
bidder.

That makes credit to buy these houses easy to get.

The DLP projection TV also has a motion capture camera and a few other
niceties that allow up to two people to drive these robots by remote
control.

So a house with its flying saucer - and a host of smaller 'package
delivery ' saucers for pick up and delivery of stuff ordered over the
internet - all solar powered - with regenerative fuel cells.

So,that's it - a factory of 1,200 (with 1,080 reporting to work
telerobotically) producing 5,000 of these systems per hour - 120,000
per day - 43 million per year - housing 200 million per year - 1
billion in five years!

Five such factories provide homes for nearly everyone in the market
for a home or a second home.  The 1 billion people who would be buying
a second home are charged enough so that credit may be subsidized by
the company - think GMAC - to sell more homes to others on credit -
paid for by the teleoperated robots.

1 billion robot sales - to the 1 billion high income folks in the
world, provide the bulk of the employment. Another 1 billion new
workers in teleoperated factories provide a vast expansion of consumer
goods worldwide -

On May 16, 10:19 am, Williamknowsbest <William.M... at (no spam) gmail.com> wrote:





Imagine a factory of 1,200 employees making 5,000 geodesic domes an
hour 24/7

Each dome self erects with a foam stablized pressurant - similar to
air but more stable since the foam maintains pressure even when the
gas leaks out.

Each triangular tile is 20 incheslong - and contains a low cost solar
collector.   The house covers 12,000 square feet, even though its
folded into a  container that fits in the back of a mini-van - 8,000
sf is a greenhouse - pre-seeded - and 4,000 sf is living space.

The house is pwered by a collection of regenerative fuel cells
recharged by the solar panels built into the large dome.

In the 1950s Buckminster Fuller delivered geodesic domes by
helicopter.  In 2008  we go one better - we use a GPS guided 'flying
saucer' that delivers the house anywhere in the world.

Flying saucer?   Yep, one powered by sunlight.

The saucer is a lightweight GPS guided vehicle similar to many GPS
guided aircraft already in service -  made with a propulsive skin.

Propulsive skin?

Yep, an array of tiny 'dots' that are computer controlled.   Tiny dots
that happen to be rocket engines.

So think of a HDTV plasma screen - with the plasma dots producing jets
of plasma powerful enough to lift the screen.

That is, the surface of the vehicle possesses millions of tiny
electrically driven jets all under computer control, powered by the
regenerative fuel cells on board.

http://www.me.berkeley.edu/mrcl/rockets.htmlhttp://clifton.mech.north.......

The aircraft can fly with its payload of a folded up house - anywhere
in the world, land, and erect the house.   The new owners have a house
that's self powered, extracts water from the air, has a refrigerator,
lighting, heating and airconditioning (all MEMs based) all built in -

http://www.freepatentsonline.com/7263838.html

 as well as wireless internet a computing platform, projection TV,
communication handsets, and basically everything one needs for a good
life in the 21st century.

Including furniture

http://www.bubblefurniture.com/flocked_chair.html

All for about $10,000 -

Since the house has a flying saucer, I also want to say it has a tele-
operated robot.

Robot?

Yep.  remotelly operated by a driver.   What's the use of that?
People can report to work instantly over the internet.   You need a
cop quick?   or a doctor?  or a teacher?  or a cook?  or a
seamstress?  or a helper?  or you name it?   Google it up on the
internet, enable the bometric transfer protocol - and the URL of your
robot - and bam!   You're golden.

You pay for the time and attention of the people, bt organizing them
is a cinch.  Also, you can report to work the same way!   So, you can
live anywhere.   And work anywhere else.

The robots are similar to this one;

http://world.honda.com/ASIMO/

The problem of robots is solved - except for software.   But broadband
and telepresence answers that.

Except instead of being powered by batteries, its powered of course -
by the same regenerative fuel cell system that powers the house and
saucer.   It also uses the wireless internet from space to receive
signals from 'drivers' arriving from anywhere.

http://en.wikipedia.org/wiki/Telepresencehttp://en.wikipedia.org/wiki...

Except this robot isn't made from solenoids electric motors and
metal.  Its made from polyacrylamide gel with electrodes molded in
place.

http://www.highbeam.com/doc/1G1-60598300.htmlhttp://www.freepatentson...

The robots are so cheap to make out of this stuff (they use
polyacrylates to make disposable contact lenses for chickens so they
don't see red and peck at each other)  and so reliable and moldable -
that the house comes with two robots.   The robots are driven by
drivers - which can link in via the broadband wireless.   The folks
who own the house can use the telepresence suite to drive the robots -
and also to drive any robot anywhere.   This is a great boon.   It
means anyone can work anywhere and live anywhere else.

The house also has a stove, an oven,along with the refrigerator,hot
water heater, etc., etc., all in a MEMs based module that is
surprisingly compact and cheap and very capable and reliable and so
forth.   Toilet, sinks, water lines - all molded in place.

When it arrives a setup team makes sure the installation and erection
is done flawlessly.  Then a training team is 'sent' - and helps the
new owners make use of all the features of the house, including
operating telerobotic systems.    The owners if they wish, may be
tested and trained and entered into a worker availability database -
and sent to work anywhere in the world they're needed - to the highest
bidder.

That makes credit to buy these houses easy to get.

The DLP projection TV also has a motion capture camera and a few other
niceties that allow up to two people to drive these robots by remote
control.

So a house with its flying saucer - and a host of smaller 'package
delivery ' saucers for pick up and delivery of stuff ordered over the
internet - all solar powered - with regenerative fuel cells.

So,that's it - a factory of 1,200 (with 1,080 reporting to work
telerobotically) producing 5,000 of these systems per hour - 120,000
per day - 43 million per year - housing 200 million per year - 1
billion in five years!

Five such factories provide homes for nearly everyone in the market
for a home or a second home.  The 1 billion people who would be buying
a second home are charged enough so that credit may be subsidized by
the company - think GMAC - to sell more homes to others on credit -
paid for by the teleoperated robots.

1 billion robot sales - to the 1 billion high income folks in the
world, provide the bulk of the employment. Another 1 billion new
workers in teleoperated factories provide a vast expansion of consumer
goods worldwide -

Aren't we going to need an awful lot of oil if 1 billion people buy
giant fold up plastic second houses?

 Your solar hydrogen stuff sounds
plausible

and a huge boon to mankind

if you can develop anywhere near
the efficiencies you claim.  

This flying saucer-lifted, robot-operated
folding second house stuff sounds like science fiction.  

Considering
the number of people on this planet with barely enough food to eat,

a
billion plastic second homes doesn't sound like a great use of
resources.-