3D-PRINTED INTEGRATED WALL PANEL ASSEMBLY

Organization Name

Mighty Buildings, Inc.

Inventor(s)

Sergei Belorustsev of Moscow (RU)

Alexander Rodionov of Moscow (RU)

Aleksei Dubov of San Mateo CA (US)

Anna Ivanova of Istanbul (TR)

Anna Khabarova of Reno NV (US)

Dmitry Yakimovich of Monterrey (MX)

Sergei Serashev of San Mateo CA (US)

Vasily Korshikov of Monterrey (MX)

3D-PRINTED INTEGRATED WALL PANEL ASSEMBLY - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240376708 titled '3D-PRINTED INTEGRATED WALL PANEL ASSEMBLY

The abstract describes a patent application for a 3D-printed integrated panel or building element that can be part of a larger building structure. This innovation includes 3D-printed panels, connectors, and load transfer components to create a cohesive building element.

3D-printed panels are created using a photocurable composite material and feature an outer frame shell with interior and exterior surfaces, side edges, and an infill structure that forms internal cavities within the panel.
Connectors are used to join 3D-printed panels together or to other building components, while load transfer components help distribute loads across the panels.
Waterproofing elements can be added to the panels, and thermal insulation material can be placed within the internal cavities to enhance energy efficiency.
The panels and building elements meet building construction standards and can include wall panels.

Potential Applications: - Construction of modular buildings - Rapid prototyping for architectural designs - Sustainable building practices

Problems Solved: - Streamlining building construction processes - Enhancing energy efficiency in buildings - Improving structural integrity and durability

Benefits: - Cost-effective construction - Customizable designs - Eco-friendly building practices

Commercial Applications: Title: Innovative 3D-Printed Building Elements Revolutionize Construction Industry This technology can be utilized in the construction industry for creating modular buildings, custom architectural designs, and sustainable structures. It has the potential to disrupt traditional construction methods and offer more efficient, cost-effective, and environmentally friendly building solutions.

Questions about 3D-Printed Integrated Panels: 1. How do 3D-printed panels improve the construction process compared to traditional building materials? 3D-printed panels offer faster production times, customization options, and improved energy efficiency, making them a more versatile and sustainable choice for construction projects.

2. What are the key advantages of using connectors and load transfer components in 3D-printed building elements? Connectors and load transfer components ensure structural integrity, load distribution, and easy assembly of 3D-printed building elements, making them essential for creating stable and durable structures.

Original Abstract Submitted

a 3d-printed integrated panel, assembly, or other building element configured to form part of an overall building can include 3d-printed panels, connectors, and load transfer components. 3d-printed panels can be integrally formed by 3d printing technology using a photocurable composite material. a 3d-printed panel can include an outer frame shell defining a geometric shape having interior and exterior outer surfaces, side edges therebetween, and an infill structure therewithin, the infill structure forming internal cavities within the outer frame shell. connectors can couple 3d-printed panels to each other and/or to separate building components of the overall building. load transfer components can be coupled to and transfer loads across 3d-printed panels. waterproofing elements can be coupled to 3d-printed panels, and thermal insulation material can be disposed within the internal cavities. the panel, assembly, or other building element can comply with building construction standards. panels or assemblies can include wall panels.