Light Blue Dolphin

RESEARCH & DEVELOPMENT

 

int'l cluster

research & development

Gallery

INVENTIONS

Links

fdl15_mg_4547logofdl2heidelberg2gianmaria1fdl20_mg_4592casadigianmaria2

LIGHT BLUE DOLPHIN

Laboratories and equipment designed to work in syntropy, creating devices dedicated to the improvement of the quality of life.

Hot Spinner

Via Gaudio 12, 18038 Sanremo, Italy

✍ info@lightbluedolphin.com

 

hotspinner

Copyright 2019 © lightbluedolphin.com
All Rights Reserved. 


What is the Hot Spinner?​

The Hot Spinner is a machine designed following new energy technologies, which has the ability to generate a large amount of heat in a short time and with a very low energy consumption.

hotspinner1

Where are we at?

The prototypes are at the end of engineering in LBD laboratories and experimentally already assembled in greenhouses and in Olympic swimming pools for their heating in order to test their effects in order to improve the results. Currently the tests to which HS is subjected reveal remarkable performances. The Hot Spinner transforms, if required, water at 5 bar supplied by one-inch pipes immediately into steam ... and the dimensions of the heating machine are decidedly reduced relative to the quantity of heat produced.

The HS used in a Imperia greenhouse through a double circuit exchanger one of which is high pressure and the other used at low pressure, in addition to supplying large quantities of calories, also generates electricity to be reused in the same plant or for different use.

hotspinner2

What, and to whom, it's for?


The HS represents a huge technological step towards the future, applicable in a myriad of industrial dimensions. This technology, combined with those owned by the LBD, will be the bases of great successes in the industry of the whole planet. Currently the HS generates a 30% saving on the same calories obtained with other heating methods, with a non-existent speed before.
 

To focus on an overall view, we could say that the HS has the characteristic of being an "over-unity", that is, a device capable of producing energy at the output to a greater extent than that supplied at the entrance. In particular, the energy of the steam produced is currently 30% higher than the power supplied to the engine.
 

Wanting to be more specific about the term "over-unity" it is better to specify that nothing is created energetically from nothing, but this energy is obtained from a very specific source. We could visualize it as a release of potential energy from a "fuel" that in our case is water.
 

The heat is produced within the liquid itself, and so the device is always colder than the liquid, at every point. For this reason there is an absence of concretions and deposits, so that maintenance costs can be considerably reduced, and this characteristic in an industrial plant, especially if in a continuous cycle, can also assume decisive importance. Added to this is the advantage for safety, which is important in many environments, of not having open or heated flames for heating.

In our laboratories, the machine has even achieved efficiencies of 168% and 157%.

How does it work?
 

The operation of the Hot Spinner is based on the resonance generated by harmonic rotating holes in a rotating body that can have a cylindrical, conical, spherical shape, on a fixed or counter-rotating fulcrum, with left-hand spiral grooves, inside a spherical, conical shaped, cylindrical jacket that rotates in a left-hand direction. The effect is in full syntropy. Jacket and rotor are mounted in close contact with each other.
 

In summary, we have a conical rotating cone on the surface of which, in the inner part, there is a series of cavities of precise and calibrated cylindrical shape with relative terminal shape according to the conveniences: spherical, cylindrical, conical; the cavities are made as equidistant holes and superimposed in a repetitive geometric line, and have the ability to generate resonance effects capable of presiding over the transformation of the ether, which permeates and interacts in syntropic rotary heat.
 

Fluids placed in this device, in the fast rotation, with a rate of 5000 ÷ 7000 rpm in an external diameter of the rotating core of at least 300 mm, generate an initial cavitation effect, such as to subsequently trigger the etheric resonance reaction, that by stiffening the ether, it reactively transforms it into an implosive precipitation in the fluid, which reacts violently generating a high amount of heat.
 

The implosion of the bubbles which are abundantly formed on the rotating core generates, in turn imploding, heat, concentrating, and at the same time mixing, the liquid in which it acts. The reactions resulting from this physical reaction generate heating, evaporation, separations of different fluids in quality and highly sophisticated mixing with high cost savings.

This system constitutes a special reality of how to apply innovative energetic qualities to liquids. Particular chemical oxidations and separations / precipitations between oils and waters become better controllable and in less time, using this system, also in function of the fact that this system has the ability to distribute a great power instantly, in all the mass that is heated and evaporates instantly by resonance.
 

The power of heat contemplates practically all the fluid mass in process at the same time, and there are no transfers of heat from the moving mechanical parts, so the metal parts during the reaction are at a lower temperature than the liquid which is in evaporation. The resonance that causes the bubbles to implode generates in turn an effect of automatic cleaning of the parts that are in mechanical motion. This mechanical motion could be replaced by other means of rotary energy transfer, obtaining even better results.
 

The calculation precision that determines this process operates in very limited tolerances; this process is also "over unity" from 30% to 70% and above, depending on the facilities provided for the purpose of an interaction with the resonance, which presides over the phenomenon together with the frequency and the shock effects of temperature differences. After switching on the appliance, before the reaction starts, a variable time passes which acts in terms of 3 ÷ 15 minutes, after which the water, introduced at room temperature, is transformed into steam and continuously. When steam production is reached, the machine consumptions decrease by 20 ÷ 40% or more, while maintaining the same quantity of steam in continuous output. The "over unity" quality can also double, depending on the optimization characteristics for the given fluid.

This machine belongs to the stages of achieving the logic of "cold melting catalysis", complementary to the luminescence and much more; with this system it is possible to quickly obtain high temperatures both for economically air-conditioning houses, housing, offices and so on, in addition to quickly heating large pools of water, and all this takes place in a decidedly economic way.

Description of the operating system:


The Lenz peak (audible stroke when closing a faucet placed on a hydraulic pipe) encloses and proposes a suggestion of how the ubiquitous ether is able to interact reactively.

Through cavitation, once the resonance is generated correctly, there is a continuity of water vapor supply due to the already described phenomenon of electromagnetic shock ether interactivity, where it occurs that:


1) an expansion of bubbles is generated
2) the implosion occurs in pico seconds
3) collapsing, the myriads of tiny bubbles release large quantities of heat in calibrated volumes, due to the reaction of the etheric collapse from thermal shock.


Water molecules, excited by specific resonances, catalyze the release of proportional amounts of energy in the infrared range.

The "over unity" scale is about 1Kw / h which generates 10Kw / h of thermal energy following Plank's laws on black-body radiation.


Applying the phenomenon of the am luminescence, a cold transmutation of alkali metal nuclei and of the cathode nuclei atoms of the plasma water electrolysis is further induced, where even more violent movements, typical of the luminescence, generate high pressures in the collapse of myriads of bubbles, with speeds close to 5000 m / sec 1 / R and pressures of about 70 Kbar.


Electromagnetic spectrum bands:

tabellafrequenze
bolle

It is known that if the mass (energy) of the photon grows, the length of its wave decreases.

Diagram of the toroidal model of the electron

2
toroide
3
12

The kinetic rotation             frequency of the toroid is equal to

4
5
6
13

If we replace the data obtained in the formula, we will discover the value of the potential energy           of the electron

7
8
9

The full electron energy is equal to                  eV. When the hundredth element is formed, the electron uses 136000 eV of its full energy to establish the connection with its core. Electronic rotation is another important feature. It is equal to Planck's constant and is a vector quantity

10
toroide1
modelloatomoidrogeno

Scheme of the hydrogen atom model

11
diagrammamolecolaidrogeno

Diagram of the hydrogen H2 molecule: a) - orthohydrogen, b) - parahydrogen

Depending on the power used, the amount of steam in the heat top is around 250 ÷ 500% more than the potential equivalent that can be obtained from a normal spark plug to heat a boiler.


The implosion obtained by this "electrodynamic precipitation ether" pathway is generated mainly as a function of the appropriate applied frequencies. These resonance frequencies allow the ether to interact also through thermal shocks that transform in each collapse, both the energies of the liquid, and the energies of the external ether. These resulting energies decay in frequencies of infrared waves.


Thus, each KW / h turns into 10 KW / h. The gas in the bubbles that implode reaches enormous temperatures, which can be evaluated according to the energy introduced, from 25,000 degrees Celsius to 15,000,000 degrees Celsius, in around 100 Pico seconds. The oscillation is at a frequency of 20 K Hz., The ultraviolet flash light springs from the collapse of the bubbles with an implosive reaction pulsating luminescent pulsing every 400 Pico seconds. This collapse produces waves with velocities 4 times higher than the sound wall.

By increasing the powers involved, temperatures suitable for hydrogen fusion can be reached by measuring temperatures directly from electron velocities (they increase with temperature).


They are normal speeds of about 6 Km per second with 50 Pico seconds UV flash.



GianMaria Barbotto

gianmaria4
Create a website