Seamless connection method for MMI (man-machine interface) operation guide and equipment action and implementation device

Abstract

The invention discloses a seamless connection method for an MMI (man-machine interface) operation guide and operation action and an implementation device. The method has the following steps that: an equipment drive module acquires the state and data of an equipment operation or an equipment medium, triggers an asynchronous communication event, and transfers the state and data to a man-machine interactive application module through a communication bridging module, and the man-machine interactive application module calls a corresponding application procedure based on the state and data so that the man-machine interactive interface can synchronously display the dynamic operation guide pictures. According to the seamless connection method for MMI (man-machine interface) operation guide and operation action and the implementation device, the correspondence from the man-machine interactive interface (virtual) to an actual self-service equipment operation (actual) in the aspects of operation response time, operation state and operation position can be realized through the seamless connection of self-service equipment action and man-machine interactive interface operation guide.

Description

technical field [0001] The invention relates to a method and a device for seamlessly connecting MMI operation guidance and equipment actions. Background technique [0002] With the rapid development of information network technology, self-service equipment is more and more widely used in various services such as enterprises (such as banks, telecommunications, etc.) and governments. With the expansion of the application area, people of different ages, different regions, and educational backgrounds use it at the same time, which puts forward higher requirements on how to guide customers to correctly operate and use the equipment and the details of human-computer interaction functions. The operation guidelines of the human-computer interaction interface on the existing self-service equipment are relatively simple and traditional, and the prompts and equipment operations are not synchronized in terms of location, status and time. Usually, people use abstract text or a simple de...

AI Technical Summary

Problems solved by technology

This kind of unclear guidance and isolation brings the risk of misoperation, which is not conducive to better use of equipment by users

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