Automobile floating-charge air conditioner

Abstract

The invention provides an automobile floating-charge air conditioner. The automobile floating-charge air conditioner mainly comprises an upper flap, a lower flap carriage body, an upper flap duct, a carriage heat insulation layer, a lower flap carriage body duct, an upper flap heat insulator, a heat tube, a fan, a heat tube cooling fin and a supporting sleeve; a certain angle is formed between the lower flap carriage body and the upper flap; the air flows through between the lower flap carriage body and the upper flap; and as the speed of the air between the lower flap carriage body and the upper flap is high, the throat temperature between the lower flap carriage body and the upper flap is greatly reduced to manufacture cooling capacity and the cooling capacity is conveyed into a heat tube system to be utilized. Through adoption of the mode, air kinetic energy and solar energy can be decomposed for refrigeration and heating in the running of a motor vehicle and the obtained cold and heat are recycled by a vehicle air conditioner and an air conditioning system; therefore, purposes of refrigerating and heating, charging cold energy, heat energy and electric energy in a floating manner, absorbing and utilizing outside energy and decomposing drag energy are realized.

Description

technical field [0001] The invention relates to the field of motor vehicles, and is a floating air conditioner for automobiles that fully utilizes aerodynamic force, wind power and solar energy. It can use air kinetic energy and solar energy to cool and heat the vehicle air conditioner and air during the operation of the motor vehicle. The system device scheme for regulating and reusing is applicable to various motor vehicles, and is also applicable to the application on electric vehicles. Background technique [0002] The inventor invented this type of car float air conditioner with rich structure before, and the existing vehicle air conditioner only has a separate power-driven air conditioner mode in the car, which wastes a lot of energy and materials, and also increases other systems. The cost of manufacturing and use is reduced; the existing vehicle air conditioners and air ventilation adjustments completely use the power system in the vehicle, resulting in low efficienc...

AI Technical Summary

Problems solved by technology

[0002] The inventor invented this type of car floating air conditioner with rich structure before, and the existing vehicle air conditioner only has a separate power-driven air conditioner mode in the car, which wastes a lot of energy and materials, and also increases other systems. The cost of manufacturing and use is reduced; the existing vehicle air conditioners and air ventilation adjustments completely use the power system in the vehicle, resulting in low efficiency of the power system and an increase in the cost of system components; the existing vehicle air conditioners and air ventilation adjustments are also contradictory and inconvenient to use. In particular, electric vehicles have higher requirements for energy utilization efficiency, which often depends on whether they have a more efficient air-conditioning system. If the battery is used for cooling and heating alone, the mileage of electric vehicles will be reduced by about 60%. Refrigeration and heating are difficult to apply. In order to improve this unfavorable situation, it is necessary to invent a suitable and advanced device that can cool and heat when walking, float and charge cold and heat energy and electric energy, absorb and utilize external energy, and resolve resistance energy. device, that is, the automobile floating air conditioner of the improved invention

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