Phonetic gateway of universal dispatching management

Abstract

The invention consists of main control system, voice communication interface, digital device communication interface, sound signal storage (including synthetic voice system) and process module and connection module. The voice communication interface is connected with dispatching commanding communication system. The digital device communication interface is connected with field automatic control device. The process module identifies and processes all message from field, and converts all alarm message into voice message sent to appointed object. The process module also is used to process the feedback message from dispatching and commanding system to automatic system.

Description

technical field [0001] The invention relates to a general voice gateway, in particular to a general dispatch management voice gateway applied to an enterprise production dispatch command system. Background technique [0002] In the traditional field of enterprise production scheduling, dispatching and command operations have been implemented in the form of private network voice. The main way is that the enterprise sets up a dispatching console in the dispatching command center, and sets up multiple dispatching consoles directly related to on-site users on the dispatching console. Call button, each button corresponds to an on-site user. When the user calls the dispatcher, the indicator light corresponding to the user on the dispatching console is on, and the dispatcher can talk to the user by pressing the user button. If the dispatcher calls the user, You only need to press the button of the called user to directly call the user and talk with him. The schematic diagram of the...

AI Technical Summary

Problems solved by technology

With the continuous improvement of the modernization of industrial enterprises, the number of various information and events that need to be processed has increased sharply. It is obvious that only using the above-mentioned mode for dispatching command management cannot meet the needs of enterprise development, especially now that various enterprises are using a large number of automation in the production process. Devices and equipment have a larger amount of real-time information. Information that needs to be processed in real time, such as various alarm information and process prompt information during the production and operation of automation devices and equipment, is now in charge of special personnel on site, and the dispatching management agency generally handles them after the event. For those who know the on-site information, because the production site only has local operations and does not have overall coordinated operations, etc., it often leads to alarm information and process processing prompt information not being processed in time, causing accident hazards and reducing production efficiency; also, in modernization In the dispatch management of enterprises, it is often necessary to respond to various requests on site in a timely manner. Since the existing dispatch command system does not have human-computer interaction capabilities, all responses and event processing require dispatchers to manually exist, and the efficiency is very low; when encountering In the event of an unexpected situation, the existing method of dispatching and commanding communication will produce an obvious bottleneck

[0003] The production process (process) and production management mode of the enterprise are consistent with the goals of the initial stage of enterprise construction. For old enterprises, it is no longer possible to transform their production process and management process (the cost of transforming into a modern production mode will be higher than reconstruction), so we can only seek a breakthrough in the existing management methods

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