A gear shifting method for a gear shifter

Abstract

The invention relates to a shifting method of a shifter. Turning the shifting knob realizes switching between the parking gear P and the reverse gear R, and the shifting knob is automatically reset after the shifting knob is pulled upwards, and the driving gear is realized at this time. Switching of the D gear; or turn the shift knob to switch between the parking gear P gear and the driving gear D gear, pull the gear shift knob upwards, and then the shift knob automatically resets, and at this time realizes the switch of the reverse gear R gear; The device includes a base and a shift knob. The base is provided with a first gear switching unit for switching gears when the shift knob is turned. The shift knob is provided with a button that can slide down for The second gear switching unit is used to realize the gear switching after the shift knob is pulled up and reset, and the third gear switching unit is used to realize the gear switching after the button is pressed down. The invention provides a shifting method of a shifter, which can effectively avoid misoperation, has a higher safety factor, and has a simple overall structure.

Description

technical field [0001] The invention relates to the technical field of automobile gear shifting, in particular to a gear shifting method of a gear shifter. Background technique [0002] Most of the existing car shifting methods are rotating or sliding forward and backward. When the gears include parking gear P, reverse gear R, and driving gear D, each gear is set around the circumference or along the front and rear. Direction setting, however, this shifting method has potential safety hazards in its operation, especially when the parking gear P is switched to the reverse gear R or the driving gear D, it is easy to misuse. Contents of the invention [0003] Purpose of the present invention: In order to overcome the defects of the prior art, the present invention provides a shifting method of the shifter, which can effectively avoid misoperation, especially when switching to the reverse gear R gear and the forward gear D gear , with a higher safety factor. [0004] The tec...

AI Technical Summary

Problems solved by technology

[0002] Most of the existing car shifting methods are rotating or sliding forward and backward. When the gears include parking gear P, reverse gear R, and driving gear D, each gear is set around the circumference or along the front and rear. Direction setting, however, this shifting method has potential safety hazards in its operation, especially when switching from the parking gear P to the reverse gear R or driving gear D, it is easy to cause misoperation

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