Seamless cascading method for 3D printer filament consumables

Abstract

The invention discloses a seamless cascading method for 3D printer filament consumables. The method comprises steps as follows: a handle is moved, a push part of the handle pushes a pushing componentto move, the pushing component moves and enables a moving component to move, and the moving component moves and pulls a heating mechanism to move towards a heat joining region; when the heating mechanism is located in the heat joining region, a fixing component locks and fixes the heating mechanism, besides, a linkage part of the handle drives the driving mechanism to move and drives a filament cascading device to move to convey two strands of to-be-cascaded consumables to the heat joining region, and free ends of the consumables are contacted with the heating mechanism and absorb heat to be molten; the push part of the handle pushes the pushing component to move continuously, the pushing component moves and pushes the fixing component to move, so that the fixing component removes fixing restriction to the heating mechanism, the heating mechanism is away from the heat joining region, and the linkage part of the handle continues to move and enables the free ends of the two strands of consumables to be cascaded; force is continuously applied to the handle, a flattening mechanism perform deburring treatment on a heat joint point of the consumables; the consumables with burrs removed are taken out manually.

Description

technical field [0001] The invention relates to a serial connection method of 3D printer consumables. Background technique [0002] At present, with the increasing popularity of 3D printing technology and its use in teaching, production, processing, and testing, 3D printers will have a small amount of redundant consumables during the printing process. This part of the consumables is not enough to support the next printing. For the rest of this part Consumables, the existing technology cannot recycle their raw materials, and can only be discarded, which makes 3D printing consumables wasteful and pollutes the environment; in addition, the existing ordinary 3D printers basically cannot realize multi-color printing of objects , but through special wiring equipment, this part of the vacancy can be made up. The specific operation is: calculate the length and sorting of the corresponding color consumables, connect multiple consumables in series through the special wiring equipment,...

AI Technical Summary

Problems solved by technology

[0002] At present, with the increasing popularity of 3D printing technology and its use in teaching, production, processing, and testing, 3D printers will have a small amount of redundant consumables during the printing process. This part of the consumables is not enough to support the next printing. For the rest of this part Consumables, the existing technology cannot recycle its raw materials, and can only be discarded, which makes 3D printing consumables wasteful and pollutes the environment; in addition, the existing ordinary 3D printers basically cannot realize multi-color printing of objects , but through special wiring equipment, this part of the vacancy can be made up. The specific operation is: calculate the length and sorting of the corresponding color consumables, connect multiple consumables in series through the special wiring equipment, and the concatenated multi-color consumables enter the 3D printer After that, the multi-color printing of the object can be completed in an orderly manner

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