Supplementary controlled system of vehicle-mounted air conditioner based on path planning

Abstract

The invention relates to a supplementary controlled system of a vehicle-mounted air conditioner based on path planning. The supplementary controlled system comprises the vehicle-mounted air conditioner and a vehicle-mounted air conditioner controller which are connected to each other, a storage unit, a path planning unit, a satellite positioning unit, a vehicle information collection unit, a speed induction unit, a mobile communication unit, a data processing computation unit, a first temperature sensing unit, a second temperature sensing unit, a data difference obtaining unit, a data information comparing and judging unit and a command transmitting unit, wherein through data transfer between all module units, real-time location is carried out based on a vehicle running route, a working mode of the vehicle-mounted air conditioner is timely adjusted, and the condition of the temperature difference between the interior and the exterior of the vehicle is implemented, so that a driver and passengers go through a smooth and gradual temperature difference transition when getting off, the body health of the driver and the passengers is guaranteed, and humanization of a design thought is fully embodied.

Description

Technical field [0001] The invention involves a car -based air -conditioning auxiliary control system based on path -based planning, which is the field of automotive automation technology. Background technique [0002] Car refers to transportation tools that use engines such as gasoline, diesel, natural gas, or new energy sources such as batteries and solar energy. The car is usually used as loading passengers, cargo and tracting passengers, and cargo trailers.The operating task is modified or assembled by special equipment to become a dedicated vehicle. The car plays a huge role in the development of human society. With the advancement of science and technology, the technologies and functions of the car are changing with each passing day.People have continuously improved the requirements of cars, and have made many improvements and designs, such as a lot of improvement designs for vehicle air conditioners. From the initial constant air -volume vehicle air conditioners, to later ...

AI Technical Summary

Problems solved by technology

[0005] Looking at the above existing technologies, it can be seen that the prior art has improved the design of the energy saving and control methods of the vehicle air conditioner, so that it has better performance, but in actual use, it can still be found that the working method of the existing vehicle air conditioner lacks humanity. The purpose of the car air conditioner is to provide a comfortable driving space for the driver and passengers, but when the vehicle obtains a suitable temperature through the car air conditioner, there will inevitably be a temperature difference between the inside and outside of the car. In terms of time in a day, the time in the car is limited after all, so the driver and passengers will experience the instantaneous change of high and low temperature when getting on and off the car, which is easy to cause diseases such as colds. Therefore, the existing car air conditioner has multiple functions, but it is human Lack of humanized design, the design needs to be further improved

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