Action Device Working

So I have built this Action Device. It is on floor of my room. I
pulled the springs to generate enough restoring force.

I marked the position of upper end of bolt. Closing one eye, I pointed
on this mark and I rotated the nut.

The upper end of bolt i.e. point D is moving in upward direction as I
predicted here..

http://www.geocities.com/inertial_propulsion

First Result: It Does Work!

Date: 30 January 2004. 1.55 AM(IST)

Play this song in full volume...

so gayaa ye jahA.n so gayaa aasamaan
so gayI hai sArI manzile.n
o sArI manzile.n so gayaa hai rastaa
so gayaa ye jahA.n so gayaa aasamaan

Enjoy!

-Abhi.

Abhi wrote:

So I have built this Action Device. It is on floor of my room. I
pulled the springs to generate enough restoring force.

I marked the position of upper end of bolt. Closing one eye, I pointed
on this mark and I rotated the nut.

The upper end of bolt i.e. point D is moving in upward direction as I
predicted here..

http://www.geocities.com/inertial_propulsion

First Result: It Does Work!

Date: 30 January 2004. 1.55 AM(IST)

Does it hover? if not, when placed on a scale does it weigh less than
it does when the springs are not stretched?

Did C move downward, contrary to what you predicted?

Did D keep moving?

--
Will Twentyman
email: wtwentyman at copper dot net

Will Twentyman wrote:
Abhi wrote:

So I have built this Action Device. It is on floor of my room. I
pulled the springs to generate enough restoring force.

I marked the position of upper end of bolt. Closing one eye, I pointed
on this mark and I rotated the nut.

The upper end of bolt i.e. point D is moving in upward direction as I
predicted here..

http://www.geocities.com/inertial_propulsion

First Result: It Does Work!

Date: 30 January 2004. 1.55 AM(IST)


Does it hover? if not, when placed on a scale does it weigh less than
it does when the springs are not stretched?

Did C move downward, contrary to what you predicted?

Did D keep moving?

He's not claiming any of that. He rotated a nut, and a bolt
moved. For him, this was a major accomplishment, particularly
with one eye closed.

-E

In article ,
EjP wrote:

Will Twentyman wrote:
Abhi wrote:

So I have built this Action Device. It is on floor of my room. I
pulled the springs to generate enough restoring force.

I marked the position of upper end of bolt. Closing one eye, I pointed
on this mark and I rotated the nut.

The upper end of bolt i.e. point D is moving in upward direction as I
predicted here..

http://www.geocities.com/inertial_propulsion

First Result: It Does Work!

Date: 30 January 2004. 1.55 AM(IST)


Does it hover? if not, when placed on a scale does it weigh less than
it does when the springs are not stretched?

Did C move downward, contrary to what you predicted?

Did D keep moving?

He's not claiming any of that. He rotated a nut, and a bolt
moved. For him, this was a major accomplishment, particularly
with one eye closed.

-E


*
As a next step, you must check chirality. Try it with the other eye
closed.

earle
*

In sci.math, Abhi

wrote
on 29 Jan 2004 12:36:39 -0800
:
So I have built this Action Device. It is on floor of my room. I
pulled the springs to generate enough restoring force.

I marked the position of upper end of bolt. Closing one eye, I pointed
on this mark and I rotated the nut.

The upper end of bolt i.e. point D is moving in upward direction as I
predicted here..

http://www.geocities.com/inertial_propulsion

First Result: It Does Work!

That particular device looks like a bunch of vectors pointing
every whichaway and maybe a V and a very distorted W.

Do you have a picture of this device?

I could see crawling devices working without too much
trouble; ABCG is on the ground; pull F and H apart
while holding point G off the ground. (A and C are
castor rollers.) Then put G on the ground while FGH is
a straight line; lift B off. Push F and H together (or
let them spring back); they'll move backwards. Lift G
off the ground and repeat.

It won't be the fastest of crawls, admittedly; you'd get
better results from a treadmill. :-)

[rest snipped]

--
#191,
It's still legal to go .sigless.

The Ghost In The Machine wrote in
message ...
In sci.math, Abhi

wrote
on 29 Jan 2004 12:36:39 -0800
:
So I have built this Action Device. It is on floor of my room. I
pulled the springs to generate enough restoring force.

I marked the position of upper end of bolt. Closing one eye, I pointed
on this mark and I rotated the nut.

The upper end of bolt i.e. point D is moving in upward direction as I
predicted here..

http://www.geocities.com/inertial_propulsion

First Result: It Does Work!

That particular device looks like a bunch of vectors pointing
every whichaway and maybe a V and a very distorted W.

Do you have a picture of this device?

I could see crawling devices working without too much
trouble; ABCG is on the ground; pull F and H apart
while holding point G off the ground. (A and C are
castor rollers.) Then put G on the ground while FGH is
a straight line; lift B off. Push F and H together (or
let them spring back); they'll move backwards. Lift G
off the ground and repeat.

It won't be the fastest of crawls, admittedly; you'd get
better results from a treadmill. :-)

[rest snipped]

=====================================
meherabaaN hoke bula lo mujhe chaaho jis waqt
maiN gaya waqt naheeN hooN ke fir aa bhee na sakooN
=====================================

-Abhi.

In sci.math, Abhi

wrote
on Sat, 31 Jan 2004 00:23:32 +0530
:

The Ghost In The Machine wrote in
message ...
In sci.math, Abhi

wrote
on 29 Jan 2004 12:36:39 -0800
:
So I have built this Action Device. It is on floor of my room. I
pulled the springs to generate enough restoring force.

I marked the position of upper end of bolt. Closing one eye, I pointed
on this mark and I rotated the nut.

The upper end of bolt i.e. point D is moving in upward direction as I
predicted here..

http://www.geocities.com/inertial_propulsion

First Result: It Does Work!

That particular device looks like a bunch of vectors pointing
every whichaway and maybe a V and a very distorted W.

Do you have a picture of this device?

I could see crawling devices working without too much
trouble; ABCG is on the ground; pull F and H apart
while holding point G off the ground. (A and C are
castor rollers.) Then put G on the ground while FGH is
a straight line; lift B off. Push F and H together (or
let them spring back); they'll move backwards. Lift G
off the ground and repeat.

It won't be the fastest of crawls, admittedly; you'd get
better results from a treadmill. :-)

[rest snipped]

=====================================
meherabaaN hoke bula lo mujhe chaaho jis waqt
maiN gaya waqt naheeN hooN ke fir aa bhee na sakooN
=====================================

Sorry, I don't read gibberish. Or is that Sanskrit?

Please transmit in English.


-Abhi.


--
#191,
It's still legal to go .sigless.

Didn't I tell it worked? Great, isn't it? Now be careful it doesn't
take off and fly away without you. I mean, we don't want to have this
discussion going on for another 17 years it takes you to build these
devices.

regards

(Guenther von Knakspott) wrote in message . com...
Didn't I tell it worked? Great, isn't it? Now be careful it doesn't
take off and fly away without you. I mean, we don't want to have this
discussion going on for another 17 years it takes you to build these
devices.

regards

You are most welcome, Guenther.

When I was in Bombay, on 22 November 2003, you posted your result in
sci.math. But though sometime I crosspost in sci.math, I never check
sci.math NG and you posted your thread in sci.math only. So I came to
know about it only in the night of 06 January 2004 when I was casually
chacking google by giving keyword "Action Device".

When all the people, including me, are just talking, it is indeed
wonderful that you stood up and actually did it. Congratulations!!

Even though it has worked, there are still few problems which I need
to take care of.

-Abhi.

"Abhi" skrev i melding m...
So I have built this Action Device. It is on floor of my room. I
pulled the springs to generate enough restoring force.

I marked the position of upper end of bolt. Closing one eye, I pointed
on this mark and I rotated the nut.

The upper end of bolt i.e. point D is moving in upward direction as I
predicted here..

http://www.geocities.com/inertial_propulsion

First Result: It Does Work!

Because it moved a little bit?
Shouldn't it have accelerated in one direction
until it hit something?

Paul