Joerg Raimund Hempel and his Ionic Magnetic Power IMP CAP Charging

[bolt]

Well that is what is says in the LATEST patent.  Not earlier ones and applications ONLY showed how to increase a conventional charge by 25% using the magnet strips and follow a charge protocol.

SO First remove all the protection electronics. Then use a safe load to drain the battery slowly. When its flat then short it some more so its totally dead. Then add the magnet strips A and B polarities paying attention to the edges and polarity.  Finally add capacitors and see what happens. Later in this patent is says the batteries don't have to be dead but i guess if you want to be convinced they can provide a real capacitor charge then starting off with dead shorted batteries is more convincing.

This is basically it in a nut shell. I tried this all ready couple of days ago see early posts. After stripping out an old Nokia phone battery and stuck 1/2 inch neos all over it tried all combinations and never see anything unusual. Maybe the mag strips are VITAL I don't know.

The BIG question is this. If the concept can not work or appears a pipe dream then why bother spending load of money on patent applications and patent writers if it can not possibly do something very interesting? Not just one patent either he has several related technology patents and applications for fast charging and reforming capacitors.

[dutchy1966]

Hi All,

I did read some more reading of the patents that are available. There is a remarkable thing he noticed using the prepared ion cells.
According to him, a clamp meter will read a current in the thin wire that should have melted the wire! But it doesn't!!
If he then uses a current, from a power supply, that is equal to what the clamp meter read, the wire will melt!

So it seems to generate a magnetic field around the wire that is much stronger than the actual current flow would suggest.

This is why he says that the "loading-signal" has different properties than "normal" current.....
It "signals" to the cap or battery to separate charges.....

regards,

Dutchy

[i_ron]

Well that is what is says in the LATEST patent.  Not earlier ones and applications ONLY showed how to increase a conventional charge by 25% using the magnet strips and follow a charge protocol.

snip

I don't know what year this was... but Takahasi had a go at this some time ago... I wonder what became of him?

Quote:

"Another novel use of Takahashi's new magnets is to extend the life of rechargeable batteries. Thin inch-wide squares of the magnets, when attached to mobile phone batteries, apparently double the amount of charge the batteries retain, allowing the batteries to last twice as long between charges, for the same load. In fact this battery doubler is already commercially on the market in Japan, where at least 100,000 of them have been sold. Takahashi has announced plans to set up primary manufacture of his supermagnets in Great Britain, north of London, but requires a 20 million pound investment to do so."

Now note that he was using very powerful magnets, not sign board strips.

Ron

[wings]

Hi All,

I did read some more reading of the patents that are available. There is a remarkable thing he noticed using the prepared ion cells.
According to him, a clamp meter will read a current in the thin wire that should have melted the wire! But it doesn't!!
If he then uses a current, from a power supply, that is equal to what the clamp meter read, the wire will melt!

So it seems to generate a magnetic field around the wire that is much stronger than the actual current flow would suggest.

This is why he says that the "loading-signal" has different properties than "normal" current.....
It "signals" to the cap or battery to separate charges.....

regards,

Dutchy

if there is this effect ..... there are different types of current:
http://inamori-frontier.kyushu-u.ac.jp/electronics/research_en.html

[dutchy1966]

if there is this effect ..... there are different type of current:
http://inamori-frontier.kyushu-u.ac.jp/electronics/research_en.html

Hi Wings,

Seeing this effect is also present from dead cells, which would mean there is no charge current, are you saying it might be pure spin current thats going down the wire? And that doesn't heat up the wire apparently....

regards,

Dutchy