Four-dimensional (4D) rapid molding machine capable of having wired and wireless communications with multiple targets

Abstract

The invention discloses a four-dimensional (4D) rapid molding machine capable of having wired and wireless communications with multiple targets. The 4D rapid molding machine comprises a mechanical component, a circuit component, a control component, a printing component and a consumable medium component, and is characterized by being further provided with at least one group of direct communication transmission module, which is internally provided with more than one wireless communication modules or more than one wired communication modules, or the two, wherein the wireless communication modules or the wired communication modules can be used for transmitting commands and data along the single direction or the double directions. The direct communication transmission module can be used for carrying out one-way or two-way data and command interactive transmission with a plurality of computers or other types of devices at the same time or in a time sharing way. The modules and the components are integral or separated from one another, and can be firmly combined together or in loose coupling; the positions of all the modules and the components can be freely arranged.

Description

technical field [0001] The invention belongs to the technical field of rapid prototyping, and in particular relates to a 4D rapid prototyping machine capable of wired and wireless communication with multiple targets. Background technique [0002] 4D rapid prototyping is commonly known as 4D printing. It can place unformed materials or models for a period of time, and automatically form or change to the shape required by the user without external force. It can also be formed and changed during the forming process. The shape and properties, such as the photocuring process, are actually a special case of 4D rapid prototyping. The liquid material changes from a liquid to a solid in a very short period of time under the irradiation of a light source of a specific wavelength. If the process lasts longer, In the forming process, there are more links and the material plays a more autonomous role, so it is 4D rapid prototyping in the usual sense. The 4D rapid prototyping machine add...

AI Technical Summary

Problems solved by technology

[0006] The current 4D rapid prototyping machines are generally based on traditional 3D rapid prototyping equipment. The communication content only contains model data without control instructions. The communication process cannot achieve two-way feedback and control. Most of the communication methods are directly through data lines and network lines. Connect with the computer, and then control the molding through the computer

The type of communication object is basically computer-oriented, and the number of communication objects can only be one-to-one, not one-to-many or many-to-one. If you need to shape a 3D model or engineering drawing stored in other devices, you can only pass The data line transmits the data to the computer, and then uses the data line to transmit the data in the computer to the 4D rapid prototyping equipment, but cannot directly transmit data with other equipment, even if it can be transmitted, it can only use wired transmission, so that the equipment The inconvenience of transferring data between

Images