Manual-transmission automobile starting device accelerated through clutch pedal

Abstract

A manual-transmission automobile starting device accelerated through a clutch pedal comprises the clutch pedal, an electronic throttle assembly, a one-way sliding switch, a push-pull rod and a shifting rod, wherein the electronic throttle assembly is arranged beside the clutch pedal and fixed with an automobile body; the one-way sliding switch is arranged on the electronic throttle assembly; the push-pull rod and the shifting rod are arranged on the clutch pedal; the push-pull rod and the one-way sliding switch are movably connected; the shifting rod is connected with the inside of the electronic throttle assembly; the electronic throttle assembly is connected with an engine control system through a transmission line. An engine is accelerated when the clutch pedal is lifted upwards, the automation degree is improved, an automobile can be easily started and is prevented from flaming out during starting, the principle and the structure are simple, the starting device is convenient to use, the driving quality of the manual-transmission automobile is improved, the rotation speed of the engine is increased before a clutch reaches a half-linkage point, a common starting mode and a high-rotation-speed starting mode can be selected according to road conditions, the starting difficulty is greatly reduced, and the probabilities of flaming out and car rolling during starting are reduced.

Description

technical field [0001] The invention relates to the field of automobile manufacturing, in particular to a starting device for a manual transmission automobile with a clutch pedal for refueling. Background technique [0002] Existing manual transmission cars exist that starting and going uphill require the driver to have relatively skilled clutch and accelerator coordination technology. If they are not well mastered, it is easy to cause the flameout phenomenon, especially when starting on an uphill section, it is easier to stall the car and slip the car. The current method of starting on an uphill is to use the handbrake to pull up, then refuel and release the handbrake while releasing the clutch pedal. Then use the right foot to refuel to realize starting. These two methods of starting uphill have the disadvantages of being highly dependent on the driver's skills and being difficult to master. The 2nd, it is easy to occur that the overall slowness of the traffic flow easily...

AI Technical Summary

Problems solved by technology

[0002] Existing manual transmission cars need the driver to have relatively skilled clutch and accelerator coordination skills when starting and going uphill. If the driver does not master it well, it will easily lead to stalling, especially when starting on an uphill section.

The current method of starting on an uphill is to use the handbrake to pull up, then refuel and release the handbrake while releasing the clutch pedal. Then use the right foot to refuel to realize starting. These two methods of starting uphill have the disadvantages of being highly dependent on the driver's skills and being difficult to master. The 2nd, it is easy to occur that the overall slowness of the traffic flow easily causes traffic jams, so a kind of device is urgently needed to improve the manual transmission car

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