Movable 3D printing system

Abstract

The invention discloses a movable 3D printing system composed of a 3D printer, a mechanical pan-tilt, spring fixators, a 3D printer mounting platform, a pan-tilt mounting base and a transport carrier.The 3D printer mounting platform is mounted at the top of the mechanical pan-tilt. The 3D printer is placed on the 3D printer mounting platform, and the spring fixators at the four corners of the platform enable the 3D printer to be fixed to the center of the 3D printer mounting platform. The mechanical pan-tilt is connected with a bearing back frame or a warehouse bottom plate of a transport tool through the pan-tilt mounting base. When the transport tool is turned, accelerated, decelerated and rise or fall, an included angle is formed between the normal direction and the gravity direction of the warehouse bottom plate; or when a human body leans forward, bends down and shakes, a dip angle is formed between the normal and the gravity direction of a bottom plate of the bearing back frame.The mechanical pan-tilt conducts motion compensation on the 3D printer mounting platform so that the normal direction and the gravity direction of a 3D printing forming platform are always overlapped, and stable work of the 3D printer in the motion process is maintained.

Description

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AI Technical Summary

Benefits of technology

The technical effect of this patented technology is an improved method called Mobile Three Dimensional Printing System(TM) used in creation of 3dprintable objects such as clothing items through 3D digital printing processes. It uses a special type of machine called a Mechanism Panel® mounted onto different types of carriers like cars, buses, boats, spacecraft, and humans. By adjusting its orientation based upon factors like acceleration or rotation speed, it allows the robot's movements to move smoothly without tilting upward due to gravity. Additionally, there are also features described where the Machine Plane Tilt Angle remains constant regardless of how fast they rotate around their own axis. These improvements make the 3rdyeasty printings more efficient while reducing production time compared to traditional methods.

Problems solved by technology

This patented describes how three dimensional (3D) printing can affect productivity when there are movements that cause changes in orientation or weight on the printable material before they reach their destination. These issues may result in poorly formed surfaces with defective dimensions for certain applications such as electronic devices.

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