Automobile electrical control safe and energy-saving technology

Abstract

An automobile electrical control safe and energy-saving technology is composed of a microcomputer control system, a steering system, a clutch pedal system, an accelerator pedal system, an engine system, a speed changing system, a mechanical sliding structure control system, a brake system and a data transmission cable. The automobile electrical control safe and energy-saving technology mainly serves as the safety technological guarantee for an automobile mechanical sliding energy-saving type device, reduces fatigue driving and further improves the energy-saving and emission-reducing effects of a mechanical energy-saving device. The automobile electrical control safe and energy-saving technology has the manual and automatic driving and energy-saving driving functions, stable and convenient automatic flameout and fuel cut can be achieved only by touching a flameout switch when there is a traffic jam or a red light is turned on, an engine can be automatically ignited and oil can be supplied again by touching a start switch when there is no traffic jam or a green light is turned on, and electrical control sliding efficient energy saving is achieved. When an automobile is driven at a high speed, in the emergency of sudden dangerous situations, a driver only needs to brake instinctively within the limited time and distance, and then double brake safety risk avoiding of wheels and an engine can be achieved.

Description

technical field [0001] The invention relates to an automobile electronic control technology, in particular to an automobile electronic control safety, energy saving and comfortable automatic cruise driving technology. Background technique [0002] Petroleum is the basis for the survival and development of industry and transportation. However, due to the continuous exploitation of human beings and the non-renewable oil, oil resources are scarce. Especially in my country, which is extremely short of oil resources, it is also a country that consumes a lot of oil. 50% of it depends on imports, so it cannot be forced Do not study energy saving, especially for vehicles in the transportation industry, most of the oil is consumed by vehicles, so it is urgent to reduce the fuel consumption of vehicles. Automobile energy saving involves many aspects and links, such as: 1. Energy saving by reducing the weight of the vehicle body itself; 1. Use chemical admixtures to support combustion ...

AI Technical Summary

Problems solved by technology

In order to be widely promoted and applied, automobile mechanical energy-saving sliding devices must have fast and accurate means of emergency avoidance as technical support. The economic and social prospects of mechanical energy-saving devices will be immeasurable, otherwise the future is bleak. There was once an automobile mechanical energy-saving device The energy-saving device has been tested by an automobile manufacturer for 3 vehicles driving 30,000 kilometers, and its energy-saving rate has reached more than 30%, but it has not been included in the vehicle accessories. The reason is that there are unsafe risks and have not been reliably resolved. The adopted The reversing device, patent No. 200520089645.3, although it can lock the connection between the mechanical sliding energy-saving device and the engine, but the reversing device needs to go through "acceleration → wait for input and output synchronization → press the transfer switch → then The reversing device shift fork and other series of slow and complicated operation procedures, therefore, the reversing device not only cannot solve the emergency avoidance of the car, but may accelerate the dangerous situation due to the acceleration link, and there is not enough time for slow operation in case of sudden distress , and the driver is mostly in a state of panic, and even the brain is blank, so in a critical moment, what is needed is a simple, only relying on the driver's instinctive reaction (stepping on the brakes), can quickly and accurately produce a series of chain reactions , while braking the wheels, it can also realize the emergency mechanical braking of the low-end engine to avoid danger

Although mechanical sliding energy-saving devices have been on the market for more than 20 years, their energy-saving rate is so high. Unfortunately, so far, almost no car manufacturer has taken the initiative to pay attention to them, and they cannot be included in the supporting use of automobiles.

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