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[Illuminus]
...
One of my original inventions is the advertising order separator, and shopping cart advertisement plates. The person I gave this to can be researched and contacted. I can tell you the original name of the business in the building I gave it to him in many years ago.
Originally posted by yahn goodey
ok i took a look at google cant find anything to do with electrical experiments their brian depalma wants to show me--
Originally posted by g210b
I don't really get your problem. What does a patent cost? Sure it costs something to make it correct (you need a professional) but also not the world. Patents are there to protecting inventions and payable for individuals.If you know it works, Patent it and then put it open.
Hench, if then there is no one in the world that has interest into this than I guess your idea is simple not really working.
Despite the demand, the EV-1 could only be leased, not purchased, and was available only for six-month terms before the lease had to be renewed. The first prototypes had a range of 100 kilometres without recharging, but new technology added a further 50 per cent to this. This covered 90 per cent of the trips made on a daily basis by Californian vehicles, and it’s been estimated that the latest advances in battery life would have extended this even further to more than 300 kilometres.
The regulation was removed on 24 April 2003, when CARB, under a new Chair, reversed their decision.
Although demand for these vehicles continued growing expeditiously, General Motors not only withdrew them all from their distraught owners, but had them crushed and minced into metal confetti to prevent their ever reaching the marketplace again.
www.goldcoast.qld.gov.au...
An independent study commissioned by the California Electric Transportation Coalition (CalETC) and conducted by the Green Car Institute and the Dohring Company automotive market research firm found very different results. The "study the auto industry didn't want to see....used the same research methodologies employed by the auto industry to identify markets for its gasoline vehicles" [Moore 2000]. It found the annual consumer market for EVs to be 12-18% of the new light-duty vehicle market in California, amounting to annual sales of 151,200 to 226,800 electric vehicles [Green Car Institute, 2000], approximately ten times the quantity specified by CARB's mandate [Moore 2000]. The results of the Toyota-GM survey are also called into question by the success of Toyota's RAV4-EV, which has waiting lists of buyers at over $30,000.
cleanup-gm.com...
Originally posted by Illuminis
A link would be welcome.
Here are the hard facts:
Originally posted by Illuminis
Ok. And you don't want to tell use where the energy it charges from comes from?
Tell us at least one thing. Is it correct to say it drags the energy from a known and existing source or is this incorrect?
Oh and the human can just sit in the car or do he/she have to deliever the energy by pedaling for example. (just to sure exclude this )
This
account obviously does not explain much about the circuit.
Indeed, in the Feynman lectures we read:4
‘‘We ask what happens in a piece of resistance
wire when it is carrying a current. Since the wire
has resistance, there is an electric field along it,
driving the current. Because there is a potential
drop along the wire, there is also an electric field
just outside the wire, parallel to the surface ~Fig.
27-5!. There is, in addition, a magnetic field
which goes around the wire because of the current.
The E and B are at right angles; therefore
there is a Poynting vector directed radially inward,
as shown in the figure. There is a flow of
energy into the wire all around. It is of course,
equal to the energy being lost in the wire in the
form of heat. So our ‘‘crazy’’ theory says that the
electrons are getting their energy to generate heat
because of the energy flowing into the wire from
the field outside. Intuition would seem to tell us
that the electrons get their energy from being
pushed along the wire, so the energy should be
flowing down ~or up! along the wire. But the
theory says that the electrons are really being
pushed by an electric field, which has come from
some charges very far away, and that the electrons
get their energy for generating heat from
these fields. The energy somehow flows from the
distant charges into a wide area of space and then
inward to the wire.’’ ~emphasis added!.
However, the result of such an application
and the resulting energy transfer in the circuit apparently did
not satisfy Feynman. He wrote: ‘‘this theory is obviously
nuts, somehow energy flows from the battery to infinity and
then back into the load, is really strange.’’4 Feynman, however,
did not persist and left the problem for others to find a
reasonable explanation. Can we say more about energy transfer
in this simple circuit?
sites.huji.ac.il...
Originally posted by Illuminis
Batteries? Classical Batteries (More correct Accumulators) stores the energie useually longer than an hour without a load. So I guess it must be eighter different sort of Batteries. (forexample high capacity capacitors) or the 1 hour next human limit isn't connectted to the Batteries. But in the last case I wonder if you can not use the stored energie in the Batteries then to restart it. Hmm or are this Batteries keeping that system alive for the 1 hour and are then empty? Where does this energy go to then? Is this the energy then you drag the energy later from? A little pointless then.
Is there a raw 'description' how it works on any website? if so a link would be welcomen.
Originally posted by Illuminis
not scaleable ..hmmm most is scaleable. Really not scaleable or not well scaleable?
Originally posted by Illuminis
At the moment I more think they refused it because they think it is not really working the way you think it should.
Originally posted by Illuminis
Although I like reading news like this on ats I am not sure what motivated you to post this here. Most of us like to have information with links or pictures or anything we can work with.
But you just say you invented something cool, didn't patent it (till now) and therefore you will give us nothing to verify anything that could put a light into if you just tell us a story or if what you say is true and your idea really working.
Then what worth does it have to post this for you and us next to the obvious that we all like to talk a lot about things that doesnt run well in the world? Is there something to expect comming from you in regards of the invention (that would be of interest to me)
or do you only want to talk about here that the oil compagny hates you? (that's of no interest to me)
No offensive, just my thoughts here.
I don't get where this thread is meant to lead.
Originally posted by rawsom
Electric car will almost certainly create exact same problems than one which runs with gasoline. There are several reasons for this, one main reason being the fact that fossil fuels are used when actually creating electricity. Not all electricity is created so, but pretty much most is.
The generator moves an electric current, but does not create electric charge, which is already present in the conductive wire of its windings. It is somewhat analogous to a water pump, which creates a flow of water but does not create the water inside. Other types of electrical generators exist, based on other electrical phenomena such as piezoelectricity, and magnetohydrodynamics. The construction of a dynamo is similar to that of an electric motor, and all common types of dynamos could work as motors.
en.wikipedia.org...
Electric currents in solid matter are typically very slow flows. For example, in a copper wire of cross-section 0.5 mm², carrying a current of 5 A, the drift velocity of the electrons is of the order of a millimetre per second. To take a different example, in the near-vacuum inside a cathode ray tube, the electrons travel in near-straight lines ("ballistically") at about a tenth of the speed of light.
However, we know that electrical signals are electromagnetic waves which propagate at very high speed outside the surface of the conductor (moving at the speed of light, as can be deduced from Maxwell's Equations). For example, in AC power lines, the waves of electromagnetic energy propagate rapidly through the space between the wires, moving from a source to a distant load, even though the electrons in the wires only move back and forth over a tiny distance. Although the velocity of the flowing charges is quite low, the associated electromagnetic energy travels at the speed of light.
The nature of these three velocities can be clarified by analogy with the three similar velocities associated with gases. The low drift velocity of charge carriers is analogous to air motions; to wind. The large signal velocity is roughly analogous to the rapid propagation of sound waves, while the large random motion of charges is analogous to heat; to the high thermal velocity of randomly vibrating gas particles.
en.wikipedia.org...
I have discussed this fallacy in detail in the proceedings of a previous workshop (Sefton, 2002) so I will give only a short explanation here. The idea that an electric current, or the electrons which constitute the current in a wire, pick up energy from a source and carry it along wires to some load such a light globe is an attractive one but it is clearly wrong. It’s wrong because the electrons don’t actually get far enough fast enough. In an alternating current the electrons don’t go anywhere at all, they just jiggle about and in a direct current they just drift along very slowly indeed. In view of these well-known ideas, it is a surprise to me that writers of school-level texts can still get away with perpetuating this fallacy. The origin of the fallacy may be traced to a common but spurious derivation about the power
(VI) delivered by a battery. The argument involves following a charged particle from one terminal of a battery to the other and calculating the change in PE of that particle. That is fallacy 1 (above)! The particle does not own the PE – the whole system does. The derivation is also spurious because, as already pointed out, charges in circuits don’t behave like that. (Nevertheless, P = VI is a valid equation; it’s just the common derivation that is a fudge.)
science.uniserve.edu.au...
In the battery, the Poynting vector is outward, indicating
the direction of energy flow. ~Note the sensitivity of this
result to the sense of the current through the battery.! In the
vicinity of the conducting wires and next to the positive terminal
of the battery, S is parallel to the wire. Perhaps surprisingly,
S is directed from the battery on both sides of the
battery. Along the resistor R, the change of direction of E
outside the resistor causes S to change as well, gradually
turning from parallel to perpendicular to the resistor axis
~and entering it!, at its middle point ~zero surface charge!.
sites.huji.ac.il...
where E is the electric field, H and B are the magnetic field and magnetic flux density respectively, and µ is the permeability of the surrounding medium. For an electromagnetic wave propagating in free space µ becomes µ0, the permeability of free space.
For example, the Poynting vector near an ideally conducting wire is parallel to the wire axis - so electric energy is flowing in space outside of the wire. The Poynting vector becomes tilted toward wire for a resistive wire, indicating that energy flows from the e/m field into the wire, producing resistive Joule heating in the wire.
www.answers.com...
Objection 3: although some books say that you have to have a complete conducting loop before a current can exist, that is just another misconception. Electrons do not travel across the insulating gap in a capacitor nor do they jump across the space between the primary and secondary windings of a transformer. This is so even when the energy source is a battery; I have constructed circuits like those in figure 2 that show that the lamp lights up briefly when the switch is closed. No matter how
the energy travels in those examples, it must be able to get through empty space. (It is true that if you want to maintain a steady current in a circuit, then a continuous conducting loop is required.)
science.uniserve.edu.au...
So if you suddenly happen to create a car that is commercially viable, you also create IMMENSE increase in demand of electricity.
This will drag prices up, up and up. Electricity becomes expensive, and prize of gasoline will go down a bit as demand lessens. So, you are then left with a world that wants electric cars that use electricity which, by the way does not exist.
It would certainly take at least twenty years to double the amount of electricity created each year, and during that time the economy of world would go haywire..
It is propably because social responsibility as a citizen of any country, that electric cars are not wanted.
Electiricy to run them simply doesn't exist and creating more power plant, essentialyl doubling their number a short time, is impossible to any goverment in this world. It costs too much.
And what are you gonna do when most of that power is created by burning coal? Coal, oil and gas consumption will skyrocet because of your electric car. It will happen, you'll see.
It is simple math. We do not have a fusion reactor to create that electricity - yet.
Originally posted by rawsom
I know that, but I also know a few things about physics.
I want to see the calculus behind this self-charging electric car. If you put some energy into a generator, that energy goes into running that generator and cannot then run the car. It is a trade-off, which also cannot be 100% efficient.
If the only evidence for these claims were the colour brochure printed by Griggs's company, Hydro Dynamics Corporation Inc., and reports of his supporters, then most observers might be inclined to side with the skeptics: Griggs's claims seem fundamentally improbable. Yet surprisingly, Griggs has not only patented his device and started manufacturing a commercial version on a small scale, he has also sold and installed devices to users in the Atlanta area.
The customers include the Atlanta Police Department, a fire station, a dry cleaning plant, and a gymnasium. Interestingly, the Hydrosonic pump was installed in the public buildings by the county engineer after evaluating the device. The buildings are using the device mainly for heating purposes, and they have been running for more than a year. The customers have bills from their local electric utility company showing a year on year decrease in bills equivalent to 30 per cent.
www.rexresearch.com...
I can of course imagine a generator attached directly to axels of the wheels, but that would still take energy from movement which reduces energy gone to the movement.
Solar panels of course help somewhat, but those aren't efficient enough to give enough energy to increase battery life that much.
Originally posted by yahn goodey
homopolar motor is interesting
Originally posted by yahn goodey
free energy ?
sorry i just cant seem to frame the words correctly.the universe operates on fixed laws that never change.
to have a vehicle that powers itself without putting an external source of energy into it breaks the laws of gravity and inertia and thermodynamics
if there were a source of invisible "radio" energy out there that an antenne could direct into a receiver that could power up the motors and charge the batteries it hasnt been found yet.
if we had a scanner like the ham radio guys play with and it locked onto a power frequency with enough energy in it to power just one car---that radio would self destruct--they havent found such a channel because if they had we'd all know about it
With high frequencies, Tesla developed some of the first neon and fluorescent illumination. He also took the first x-ray photographs. But these discoveries paled when compared to his discovery of November 1890, when he illuminated a vacuum tube wirelessly—having transmitted energy through the air.
www.pbs.org...
the sun plasma as an energy source?apparently that is edisons direct current not telsas alternating current----dont know how it would be possible to break into this d c circuit from the sun let alone how much dc each of us could tap off it.