MAGNETIC FIELD-POWERED AND SUSTAINABLE AVIONICS DEVICE PROJECT

As a result of various and sustainable research, it has become clear that household appliances of our time, such as refrigerators, washing machines, dishwashers, ovens, etc., have become very primitive in today's conditions. In this context, rather than revising and reassembling existing machines, the Magnetic Field-Operated and Sustainable Avionics Project has been proposed. This project involves rebuilding machines in a sustainable manner and starting from scratch, organizing them to function at a level that can be called the evolution of machines in line with the conditions of the age, under appropriate conditions.

For example, a refrigerator requires parts such as a motor, cooling system, aluminum and plastic components, wires, argon gas, a casing, and a microprocessor. In this context, by completely changing the structure of the refrigerator; a mechanism and machine with a chip and brain structure capable of cooling and, if necessary, heating by creating a magnetic shelf between the layers and compartments, transparent and electromagnetic, with a diameter of up to 2 meters in height and a diameter of 1.5 meters in width, using a 20 cm hydromagnetic motor with a magnetic field on the floor.

For this purpose, the device on this floor, equipped with a hydrostatic electromagnetic field, will perform the washing and drying process with its water retention capacity and mixing and circulation resistance for laundry and dishes. In this sense, it will also function as a refrigerator, washing machine, and dishwasher in the upper or lower compartments with a water-steam drain detector.

Structure: The device is equipped with advanced chip-based automatic sensors and next-generation capacitors, featuring a mechanism capable of heating, cooling, washing, drying, and draining. The electromagnetic water-resistant capacitor is installed in an area with a diameter of 1 meter and a height of 2 meters on the floor of the installation site. The goal is to develop an advanced machine with different signal mechanisms between sections on different floors and the capacity to maintain a magnetic field atmosphere with external materials. With this transparent structure and magnetic field shield, the aim is to add important precautionary mechanisms to the machine to avoid damaging or affecting the air outside the machine while keeping its diameter limited.