Remote shared 3D printer system based on 4G/5G network

Abstract

The invention relates to a remote shared 3D printer system based on a 4G / 5G network. The system includes several 3D printers, a main control board is arranged on the 3D printer; a main control microprocessor and a communication module are arranged on the main control board; a background server system is connected under a 4G / 5G communication network. The background server system comprises a serversystem, a PC background management terminal and a mobile phone user terminal. The PC background management is used for managing and storing the 3D printer; printing tasks are issued, and shared rewards are settled; the mobile phone user side is used for establishing 3D printer sharing service and printing tasks corresponding to the identification marks by sending user positioning and calling dataof the 3D printers, and carrying out cloud payment. According to the invention, remote supervision, 3D printer sharing service and payment settlement of the 3D printer are realized, so that a user canefficiently and quickly perform a 3D printing task through a mobile phone user terminal or become an idle 3D printer provider to share the 3D printer, the utilization efficiency of the 3D printer isimproved, the printing time is saved, and the printing cost is reduced.

Description

technical field [0001] The invention relates to a remote shared 3D printer system based on a 4G / 5G network, belonging to the technical field of 3D printing. Background technique [0002] 3D printer is a kind of accumulative manufacturing machine based on digital model files, using special wax, powdered metal or plastic and other adhesive consumables to manufacture three-dimensional objects by printing layers of adhesive materials. , It is of great significance and application to the innovation and development of printing technology. However, the equipment cost of 3D printers is expensive. For places such as schools, centralized offices, and high-tech incubation parks, 3D printing resources are extremely scarce. For small business teams or student unions that do not print often or purchase and install 3D printers, resources cannot be used rationally. [0003] Existing common 3D printers generally can only use WIFI to use LAN printing, or connect to a computer via USB or U di...

AI Technical Summary

Problems solved by technology

However, the cost of 3D printer equipment is expensive. For schools, centralized office spaces, high-tech incubation parks and other places, 3D printing resources are extremely scarce. For small business teams or student unions that do not print often or students will purchase and install 3D printers, they cannot make rational use of resources.

[0003] Existing common 3D printers generally can only use WIFI to use LAN printing, or connect to a computer via USB or U disk to print, which greatly limits the 3D printing functions, and cannot integrate statistical charging and printer status feedback. For 3D printing in shared places Users who need to print cannot know the location and status of the applicable printers in the site, and the available 3D printers have relatively limited regional restrictions and limited use of permissions

However, for users who are idle or infrequently used and have purchased 3D printers, it is difficult to realize resource sharing and utilization when 3D printers are idle, resulting in waste of 3D printer resources, which is not conducive to the full utilization and supervision of printer resources, and limits the utilization of 3D printing. Efficiency and practical application

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