1. Rectangular Element (Top-Left):
   • Function: This element appears to represent a receiver or collector of some form of energy, possibly electromagnetic waves (like radio waves, light, or even some form of directed energy). The parallel lines indicate that this component is receiving or collecting incoming energy.
     
   • Material: It could be made from a material designed to absorb or collect electromagnetic radiation efficiently, such as a specialized antenna, solar panel, or other energy-harvesting surface.
     
2. Circuit Controller:
   • Purpose: The circuit controller likely regulates the flow of electricity in the system. It might be designed to control when the collected energy is stored, transferred, or used to power a load.
     
   • Operation: This could involve switching mechanisms, possibly using relays or solid-state switches, to modulate the current flow based on the energy collected and the requirements of the load.
     
3. Transformer:
   • Purpose: The transformer is crucial for adjusting the voltage and current levels of the electricity generated or collected. It might step up the voltage for efficient transmission or step it down for use in the load.
     
   • Magnetic Interaction: Transformers work on the principle of electromagnetic induction, where a varying current in the primary winding induces a current in the secondary winding, typically with a change in voltage depending on the turns ratio of the coils.
     
4. Load:
   • Purpose: The load represents the device or system that consumes the electricity generated by this setup. This could be anything from a light bulb to a more complex system like a motor or battery charger.
     
   • Electrical Characteristics: The nature of the load would dictate how the rest of the system needs to be designed. For instance, if it's a resistive load, the system must ensure that the voltage and current supplied match the load's requirements.
     
5. Grounded Element:
   • Purpose: The element at the bottom that is grounded might represent an energy source or a reference point for the circuit. It could be connected to an earth ground, acting as a return path for the electrical current or as a stabilizing element to maintain consistent potential in the circuit.
     
   • Energy Source: Alternatively, this could represent a form of energy tapping, possibly from environmental sources like the Earth’s magnetic field, ground currents, or even tapping into some unconventional energy source.
     

1. Energy Collection:
   • The incoming energy collected by the rectangular element could be any form of ambient or directed energy, such as solar radiation, radio frequency waves, or even mechanical vibrations converted to electrical signals.
     
   • This energy is then processed and regulated by the circuit controller.
     
2. Transformation and Regulation:
   • The circuit controller ensures that the energy collected is within the appropriate parameters before it is sent to the transformer. This might involve rectifying an AC signal to DC, filtering, or controlling the flow to prevent overloads.
     
   • The transformer adjusts the energy to a suitable voltage and current level for the load.
     
3. Powering the Load:
   • The load is powered by the energy that has been transformed and regulated. This could be a continuous process if the incoming energy is steady or intermittent if it relies on variable sources (e.g., solar power during the day).
     

• Resonant Tuning: There could be a resonant circuit involved that is tuned to maximize the energy capture from specific frequencies of electromagnetic waves, enhancing efficiency.
  
• Energy Storage: Though not shown, there could be a storage element like a capacitor or battery in the system to store excess energy for use during times when the incoming energy is insufficient.
  
• Dynamic Load Balancing: The circuit controller might dynamically adjust the energy flow to the load based on real-time demands, ensuring optimal use of the collected energy.
  

(08-11-2024, 07:49 PM)Mozart Wrote: You just don’t need to speculate, everything needed is already in the patent and works with all kind of energy form being radiated, including artificial sources. I am not going to suggest xrays as per Tesla patent, but a very high source of UV is a street lamp (old ones) on low pressure mercury vapour and they can be as little as 80 watts … we only need to eventually replace the reflector to focus on an aluminium plate or an amalgam of magnesium-aluminium-zinc-brass-mercury.

Or any low power lamps on low pressure mercury vapour that yield huge amount of UV.