CA22106155A06

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A CA22106155A06 is an invention that was recently approved by the US Patent and Trademark Office (USPTO). Its field of application is in energy harvesting from the ambient environment and transfer of that energy to a load. One particular application of this invention is in the field of wireless power transfer.

The CA22106155A06 application works through the creation of an energy transfer system using electromagnetic fields. An input voltage is created in the form of a radial electric field which is established between two metal plates. When a load is placed between the plates, electromagnetic radiation is created which induces a voltage in the load connected between the plates. This voltage can be harvested and used to power an electronic device or to provide a connection between two devices.

The underlying principle of the CA22106155A06\'s energy transfer system derives from Faraday\'s law of induction. This law states that an electric field produces a force on a moving electrical charge which is perpendicular to both the electric field and the direction of the charge motion. The electrical force on a moving charge is known as an electromotive force, which produces a current in the load itself. As the electric field and charge motion are changed, the current is also altered, allowing energy transfer.

The CA22106155A06 system is advantageous because it is highly efficient in converting energy from one form to another. Since the voltage and current can be easily controlled, the amount of energy that is transferred from one device to another can be finely tuned. Additionally, the system is capable of transferring small amounts of power over a short distance, which makes it ideal for use in wireless applications such as robotic sensors and tracking systems.

In conclusion, the CA22106155A06 application has a wide range of practical applications in both energy harvesting and wireless power transfer. Its working principle is based on Faraday\'s law of induction which allows for efficient transfers of energy between two devices. The system is advantageous because it is capable of transferring small amounts of power over a short distance, making it suitable for wireless applications.

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