System and method for linkage control of flying wing door and automobile engine

Abstract

The invention discloses a system and method for swing door and automobile engine coordinated control. The system for swing door and automobile engine coordinated control comprises a swing door device, a swing door limiting switch device, an automobile engine starting device and a swing door starting device. The swing door limiting switch device comprises a left swing door limiting switch body and a right swing door limiting switch body. The automobile engine starting device comprises a swing door limiting switch circuit and an emergency circuit. The swing door limiting switch circuit is controlled by the swing door limiting switch device and an automobile engine is controlled by the swing door limiting switch circuit so that the automobile engine can not be started when a swing door is opened. The emergency circuit is used for dealing with special conditions. Under the special conditions, when the swing door is not completely closed, the automobile engine also can be started. The limiting switch device and the circuit are additionally arranged and leads of the limiting switch device and the circuit are connected to the circuit controlling the automobile engine starting device, so that the safety accidents of a swing vehicle are reduced and safe parking and traveling of the swing vehicle are standardized in terms of technology.

Description

technical field [0001] The invention relates to a control system and method for an automobile and a flying wing door, in particular to the field of linkage control between a flying wing door and an automobile engine for safety management of a logistics enterprise. Background technique [0002] The flying wing car is an improvement of the ordinary van. It is a special vehicle that can open the wings on both sides of the car through a manual device or a hydraulic device. Because of its advantages of fast loading and unloading, high efficiency, and side loading and unloading, it is already very popular in modern logistics enterprises. Favored means of transport. The side panels of the two wings of the car can be lifted and opened, and can be stacked on the top panel at most, so that the two sides are completely open, which greatly facilitates loading and unloading of goods, and the double rear doors can also be opened 270 degrees. The vehicle can be used for the transportation...

AI Technical Summary

Problems solved by technology

On April 10, 2011, after the driver of Anji Suchi unloaded the cargo in the Shanghai Volkswagen unloading area, he did not follow the parking safety management regulations, removed the parking sign before closing the flying wing door, and started the car directly. At this time, the flying wing door of the car The light alarm reminded the driver that the flying wing door was not closed, but the driver continued to drive forward, causing the flying wing door to pull down the gantry and empty pipes on the roadside, forcing Shanghai Volkswagen No. 1 Factory to stop production for 300 minutes, causing huge damage economic loss

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