View source for PERI SE (20240342953). CONTROL OF A 3D PRINTER FOR THE ADDITIVE MANUFACTURING OF BUILDINGS simplified abstract

=CONTROL OF A 3D PRINTER FOR THE ADDITIVE MANUFACTURING OF BUILDINGS=


==Organization Name==

[[:Category:PERI SE|PERI SE]]


[[Category:PERI SE]]

==Inventor(s)==

[[:Category:Maximilian Lutz of Nuernberg (DE)|Maximilian Lutz of Nuernberg (DE)]][[Category:Maximilian Lutz of Nuernberg (DE)]]

[[:Category:Yannick Maciejewski of Beilstein (DE)|Yannick Maciejewski of Beilstein (DE)]][[Category:Yannick Maciejewski of Beilstein (DE)]]

[[:Category:Bruno Torrinha of Krumbach (DE)|Bruno Torrinha of Krumbach (DE)]][[Category:Bruno Torrinha of Krumbach (DE)]]

[[:Category:Fabian Meyer-broetz of Günzburg (DE)|Fabian Meyer-broetz of Günzburg (DE)]][[Category:Fabian Meyer-broetz of Günzburg (DE)]]

==CONTROL OF A 3D PRINTER FOR THE ADDITIVE MANUFACTURING OF BUILDINGS - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240342953 titled 'CONTROL OF A 3D PRINTER FOR THE ADDITIVE MANUFACTURING OF BUILDINGS

The abstract describes a computer-implemented method for actuating a 3D printer in additive manufacturing of structures using concrete or other construction materials.

* Reading in a 3D model via a CAD interface
* Reading in printer parameters via a printer interface
* Executing a structure conversion algorithm to calculate filament structural data
* Calculating control instructions based on the calculated filament structural data
* Transmitting the control instructions to the 3D printer for control

Potential Applications:
- Construction industry for building structures
- Architecture for prototyping and design
- Civil engineering for creating complex shapes

Problems Solved:
- Efficiently converting structural data for 3D printing
- Ensuring accurate control of the 3D printer
- Streamlining the additive manufacturing process

Benefits:
- Precision in printing complex structures
- Cost-effective production of building components
- Customization and flexibility in design

Commercial Applications:
Title: "Advanced 3D Printing Technology for Construction Industry"
This technology can be used in construction companies, architectural firms, and civil engineering projects to streamline the manufacturing process and enhance design capabilities.

Prior Art:
Researchers can explore prior patents related to 3D printing in construction, additive manufacturing algorithms, and CAD interfaces for further insights into this technology.

Frequently Updated Research:
Stay updated on advancements in 3D printing materials, printer technologies, and software algorithms to improve the efficiency and accuracy of additive manufacturing in construction.

Questions about 3D Printing Technology for Construction:
1. How does this technology improve the efficiency of building structures?
- This technology streamlines the additive manufacturing process by converting structural data accurately for 3D printing, leading to precise and cost-effective production of building components.
2. What are the potential applications of this technology beyond the construction industry?
- This technology can also be utilized in architecture for prototyping and design, as well as in civil engineering for creating complex shapes and structures.


==Original Abstract Submitted==

a computer-implemented method is employed for actuating a 3d printer for an additive manufacturing method, in particular filament printing, of structures of a building with concrete or other construction materials. the method may include reading in a 3d model via a cad interface, in which model the structures are represented in an identifiable manner in structural data in a first design format, reading in printer parameters via a printer interface which parameters represent requirements and/or design specifications of the 3d printer and executing a structure conversion algorithm which uses the structural data represented in the first design format to calculate filament structural data in a second design format for a filament structure on the basis of the printer parameters which have been read in. control instructions are calculated based on the calculated filament structural data, and the calculated control instructions are transmitted to the 3d printer for the purpose of control.



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