Device and method for battery charging of vehicle such as electric car

Abstract

A battery of a vehicle such as a car, an electric aircraft, an electric ship, an electric submarine or the like is formed inside a bag or the like of a carrier. The carrier bag is formed in such a manner that a handle thereof is pulled out the battery formed inside the carrier bag enables insertion therein and can be pulled out entirely from a socket and plug-type mounting device. The carrier withthe built-in battery is formed on the front, side, rear, etc. of the vehicle such as a car, an electric aircraft, an electric ship, an electric submarine, etc. A door for inserting the battery is opened, wherein the door for inserting the battery is a hinged door which helps move the carrier with the built-in battery to a location for insertion into the vehicle such as a car, an electric aircraft, an electric ship, an electric submarine, etc. As such, the door for inserting the battery is an inclined plate, or a plate which can be made into an inclined plate is embedded in or formed on the inside of the door for inserting the battery so that after the door for inserting the battery is opened, the plate which can be made into an inclined plate is pulled out to form the inclined plate. Through the inclined plate, the carrier with the built-in battery is pushed up and mounted in a battery installation location of the vehicle such as a car, an electric aircraft, an electric ship, an electric submarine, etc. A plug and socket type power connection is formed on one side of the carrier with the built-in battery. The carrier with the built-in battery is inserted so as to be connected to the plug and socket type power connection which is formed at the battery installation location of the vehicle such as a car, an electric aircraft, an electric ship, an electric submarine, etc. After being connected, the carrier with the built-in battery is fixed by a fixture for fixing. When a user wants to charge the carrier with the built-in battery, the carrier with the built-in battery can be removed from the vehicle such as a car, an electric aircraft, an electric ship, an electric submarine, etc., and taken home, and a plug, which is formed in the carrier with the built-in battery, can beinserted into a socket at home or work to charge the carrier with the built-in battery. The carrier with the built-in battery can fully charge during the time it takes to rest or sleep, etc., and then the plug can be pulled out. Thereafter, the carrier with the built-in battery can be moved to the vehicle such as a car, an electric aircraft, an electric ship, an electric submarine, etc., and connected to a power connection of the vehicle such as a car, an electric aircraft, an electric ship, an electric submarine, etc., as described above, which thereby makes it possible for the carrier embedded with a battery to be used as a power source for the vehicle such as a car, an electric aircraft, an electric ship, an electric submarine, etc.

Description

technical field [0001] The technical field of the invention relates to battery charging methods for electric vehicles or hybrid electric vehicles, plug-in hybrid electric vehicles, electric buses, electric trucks, electric airplanes, electric boats, electric submarines, and the like. [0002] August 09, 2014 [0003] New technology electric vehicles are flooding the Korean auto market. This time it is a so-called plug-in hybrid vehicle that uses both an electric motor and a gasoline engine that are charged from an external power source. Compared with hybrid vehicles, the fuel consumption rate is better, and the speed is faster and the driving distance is longer than that of pure electric vehicles. Currently, foreign companies have withdrawn from new models, and Korean automakers are flocking to compete in the market. [0004] The BMW i8 is a plug-in hybrid vehicle that was launched in Korea for the first time in October. [0005] The fuel consumption rate is 47.6km / liter, ...

AI Technical Summary

Problems solved by technology

Therefore, the charging speed is fast and the discharge speed is slowed down

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