Anti-inertia starting and stopping control system and passenger car

Abstract

The invention discloses an ant-inertia starting and stopping control system which comprises an ignition key, an output module, a motor relay, a door rocker switch, a driving pump electromagnetic valve, a speed sensor and a bus instrument. The speed sensor is used for collecting finished car speed signals and sending the speed signals to the bus instrument; the driving pump electromagnetic valve is used for feeding the opening and closing state of a car door back to the bus instrument; the phenomenon that unforeseen circumstances caused by inertia occur on the condition that passengers get on and get off the car door is reduced to a certain extent through joint control of the bus instrument and the ignition key over the motor relay and joint control of the bus instrument and the door rocker switch over the car door. The invention further discloses a passenger car provided with the ant-inertia starting and stopping control system.

Description

technical field [0001] The invention relates to the field of bus control, in particular to an anti-inertia start-stop control system and a bus. Background technique [0002] In daily life, means of transportation has brought people a lot of convenience, but at the same time it has brought many hidden dangers. In the prior art, the switch control of the passenger door of most passenger cars is independent of the start-stop state of the passenger car. [0003] Such as figure 1 It is a schematic diagram of a passenger door switch system in the prior art. The passenger door switch system includes an output module 6 , a door rocker switch 5 and a door pump solenoid valve 4 . Output module 6 outputs voltage to door pump electromagnetic valve 4, opens door rocker switch 5 and just can open car door, closes door rocker switch 5 and just can close car door, and described door bridge plate switch 5 is controlled by bus driver. As long as the car is in the starting state, the outpu...

AI Technical Summary

Problems solved by technology

Since the passenger door switch system and the bus starting system are independent of each other and are controlled by the driver, it often happens that the car door opens before the car stops or the bus starts before the door is closed. Dangerous situations are likely to occur under the action of inertia. When getting off passengers at the station, the door of the bus opens before it comes to a complete stop. If the passenger gets off at this time, the station is unstable due to inertia and is easy to fall; Passengers are easily thrown out of the car door, which is prone to accidents

Images