Intelligent man-machine interactive device

Abstract

The invention discloses an intelligent man-machine interactive device, which comprises a core control unit, an operation input unit, an indication output unit, a communication interface unit used for connecting other terminals and a programmable external unit having an auxiliary function, wherein the operation input unit comprises at least two operation input terminals; the indication output unit comprises at least two image display terminals; the programmable external unit is designed in a modularization package manner and comprises an imitating peripheral component and a digital peripheral component; different peripheral components are arranged flexibly at different situations. The intelligent man-machine interactive device has the advantages that the volume is small, the function is complete, the device is programmable, the peripheral component is modularized, the function is virtualized, and the device can be expanded in various sides, thereby acquiring more intelligent and humanized man-machine interaction process, increasing the working efficiency of an operator and reducing the working risk of the operator.

Description

technical field [0001] The invention relates to the fields of power electronics, instrumentation, household appliances, industrial control equipment and scientific instruments, and in particular to an intelligent human-computer interaction equipment. Background technique [0002] Any complete machine equipment should include human-computer interaction equipment and controllers (or measurement and testing equipment). However, in existing practical applications, controllers and human-computer interaction equipment belong to different independent devices, and the It is interconnected through cables and other industrial equipment, and its program design and function configuration need to be completed independently. Therefore, it requires high requirements on the on-site wiring technology and the technical ability of developers. In addition, the controller and human-computer interaction equipment It has independent shell packages and external buses. To realize the integration of ...

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Problems solved by technology

[0002] Any complete machine equipment should include human-computer interaction equipment and controllers (or measurement and testing equipment). However, in existing practical applications, controllers and human-computer interaction equipment belong to different independent devices, and the It is interconnected through cables and other industrial equipment, and its program design and function configuration need to be completed independently. Therefore, it requires high requirements on the on-site wiring technology and the technical ability of developers. In addition, the controller and human-computer interaction equipment It has independent shell packages and external buses. To realize the integration of controller functions and human-computer interaction device functions, it is necessary to combine a large number of independent modules, which are bulky and costly, and it is also difficult to suppress interference in industrial sites. invisible increase

Moreover, the existing controllers applied to a certain type of equipment are basically difficult to apply to other types of equipment, and their scalability and applicability are very poor, while the existing human-computer interaction equipment is basically a single The human-computer interaction of the channel is mainly limited to the "keyboard + LCD" or "touch screen + TFT" method to achieve human-computer interaction, that is, the existing human-computer interaction equipment has a single application level and cannot maximize the operator's work efficiency. , which increases operator fatigue and even creates the possibility of danger

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