Wireless Charging Technology

This invention concept pertains to wireless charging for wireless devices, or homes, or vehicles, that allows charging through DC voltage that is produced by transmitting radio frequency or laser light remotely to a fixed or moving position, such as from a wireless tower or a satellite or a building or a traffic light or a traffic sign or a vehicle, or any other fixed or moving object that can mount the technology. For an example, a charging circuit or charging coil could convert the radio frequency, such as for high-powered products, or laser light, such as for optical computing products, into a capacitor or battery technology, to store either direct current power or light, even, such as in a photonic capacitor, such as to release direct current into metal circuitry, or laser light into fiber optics, to power computers or motors or other objects that are electronic or light powered. This technology could allow a home to be powered by sunlight or laser light that is focused onto a specific location or could allow a home to be powered by radio frequency that is focused onto a charging or coil circuit that converts the radio frequency into direct current. Laser light or sunlight would use a photovoltaic cell to convert the light into direct current. This technology could be used to transmit power to wireless devices, so they don’t have to be plugged in, or be put onto a charging station. Any number of charging base stations could locate the devices wherever they are, and charge them, as long as they are trusted on the same wireless network as the wireless charging base station. Another option would be to offer wireless power charging subscriptions, such as with a wireless device internet subscription, so the devices can be charged to charge their batteries or capacitors remotely, wherever they go, so there is no need to plug the devices in to charge them, anymore, or to place them on a charging station. As such, devices could continue to be used on an on-going basis, especially for workers that spend a long period of time in the field.