Originally designed for industrial use, numerical control (CNC) machines have been increasingly present incommercial and residential environments, especially due to the popularization of low-cost 3D printers and machines with a similar control system, such as small laser cutting machines. Most of such machines are controlled by G-codes, however, open, simple and generic tools for remote control, monitoring and open management of G-codes sent to them are rare. In the context of Industry 4.0, including remote operation and monitoring of such machines, their use has become fundamental. This article introduces an open and generic CNC device control software platform that manages and controls the machine via remote web, from anywhere, with any device (computer or smartphone). The system involves failure detection during the manufacturing process and remote monitoring of sensors and enables the pausing or continuation of manufacturing or restarting processes from the point of interruption. The article addresses the systems characteristics, its implementation and the experimental results from its use with two 3D printers.

中文翻译：

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制造过程中的故障监控和恢复系统

最初设计用于工业用途的数控 (CNC) 机器越来越多地出现在商业和住宅环境中，特别是由于低成本 3D 打印机和具有类似控制系统的机器（例如小型激光切割机）的普及。大多数此类机器由 G 代码控制，然而，用于远程控制、监控和开放管理发送给它们的 G 代码的开放、简单和通用的工具很少见。在工业 4.0 的背景下，包括对此类机器的远程操作和监控，它们的使用已成为基础。本文介绍了一个开放的通用 CNC 设备控制软件平台，该平台可通过远程 Web 从任何地方使用任何设备（计算机或智能手机）管理和控制机器。该系统涉及制造过程中的故障检测和传感器的远程监控，并允许从中断点暂停或继续制造或重新启动过程。本文介绍了系统特性、其实现以及与两台 3D 打印机一起使用的实验结果。