Peripheral interface device of lifting transversely-moving class mechanical parking device

Abstract

The invention discloses a peripheral interface device of a lifting transversely-moving class mechanical parking device. The lifting transversely-moving class mechanical parking device is high in performance cost ratio but low in automation degree, an inlet and an outlet are usually designed in an open mode, and when an operator does not know that a driver has entered an operating area inside the device, accidents are possibly caused when the device is operated. The peripheral interface device of the lifting transversely-moving class mechanical parking device is characterized in that the operator is reminded and guided in a simple and practicable mode to perform the security assurance responsibility for observing whether a person exists in the operating area of the parking device or not, and particularly observing whether the person exists in the inlet-outlet relevant areas referred by last-time operation on a car carrying plate or not. The peripheral interface device is manufactured with the known technology and mainly composed of an outer shell, display components and an input keyboard. The peripheral interface device is suitable for improving an in-use old lifting transversely-moving class mechanical parking device, also suitable for completing matching of a new lifting transversely-moving class mechanical parking device, and wide in adaptability, and multiple schemes can be selected.

Description

technical field [0001] The invention relates to the field of mechanical parking equipment, in particular to increasing the safety of the man-machine interface device operation of the mechanical parking equipment of the lifting and lateral movement type. Background technique [0002] With the increase of car ownership, the problem of insufficient parking space is becoming more and more obvious. Mechanical parking equipment has been widely used. Among them, the mechanical parking equipment of lifting and lateral movement occupies 80% of the market due to its simple structure, low manufacturing cost and wide adaptability. % share. However, the degree of automation of lift-and-slide mechanical parking equipment is relatively low, and the entrances and exits of vehicles and drivers are usually open designs. will cause an accident. At present, the equipment manufacturer only reminds the operator in the instruction manual of the parking equipment to confirm that the internal area...

AI Technical Summary

Problems solved by technology

However, the degree of automation of mechanical parking equipment for lifting and traversing is low, and the entrances and exits of vehicles and drivers are usually open designs. will cause an accident

At present, the equipment manufacturer only reminds the operator in the instruction manual of the parking equipment to confirm that the internal area of ​​the equipment is unmanned and in a safe state before operating the equipment. There are no effective measures to avoid related accidents. Such accidents are often only blamed on the operator operator error

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