3-dimensional quick forming machine provided with operating system module

Abstract

The invention discloses a 3-dimensional quick forming machine provided with an operating system module. The 3-dimensional quick forming machine comprises a control module, a storage module, a forming module, a mechanical module, a circuit module, a communication module, consumables and an auxiliary module, and is characterized in that the operating system module is further arranged inside the 3-dimensional quick forming machine, the operating system module is connected with the control module, the storage module and the communication module, and the operating system module can be a computer operating system module, an embedded operating system module, a network operating system module, a numerical control operating system module, an industrial control operating system module, a mobile phone operating system module or a 2D / 3D / 4D quick forming dedicated operating system module, and the like; the operating system module can comprises an open source or open type, research type or experiment type operating system module and the like. According to the machine provided by the invention, the 3-dimensional quick forming machine is enabled to have capabilities of independent calculation, independent communication, independent edition, independent operation, man-machine interaction, network operation, remote operation and mutual operation.

Description

technical field [0001] The invention belongs to the technical field of rapid prototyping, and in particular relates to a 3D rapid prototyping machine provided with an operating system module. Background technique [0002] 3D rapid prototyping technology (3D RAPID PROTOTYPING or 3D RAPID PROTOTYPING MANUFACTURING referred to as 3DRP or 3DRPM technology) is commonly known as 3D rapid prototyping technology. 3D rapid prototyping technology is developed on the basis of computer-aided design and manufacturing technology, hot-melt technology, laser technology, analog control technology, numerical control technology, machining and manufacturing technology, chemical engineering, biological engineering, materials, and system engineering. Different types of rapid prototyping systems have different forming principles, system structures, and control methods. But one of their common points is to make the target layered, make a 3D model through a 3D scanner or computer-aided design softw...

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Problems solved by technology

[0006] The current 3D rapid prototyping machine cannot be installed with an operating system, and the modeling work, support work, slicing work, and analysis work to be formed can only be completed on a computer, other smart devices, or network computing and storage platforms, and then the built model After processing, it is input to the 3D rapid prototyping machine. The 3D rapid prototyping machine only has the function of forming and does not have the functions of editing, processing, processing and transformation, and its operation process is mostly selected from only a few options through a few fixed buttons. , items that are not in the options cannot be expanded, the interface is not friendly, and graphical interface operations cannot be performed, and it is basically impossible to use the keyboard and mouse to quickly operate the 3D rapid prototyping machine, and cannot perform actions and implementations of complex functions. Software updates or modifications upgrade the 3D rapid prototyping machine. These defects greatly reduce the molding efficiency of the 3D rapid prototyping machine, narrow its application range, and increase the complexity of its use. It is popularized and used by non-professionals or ordinary people. Subject to great technical and operational constraints

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