20240035279. EXTRUSION PROFILE FOR MODULAR STRUCTURAL APPLICATIONS AND CORRESPONDING METHOD simplified abstract (Universite Laval)
EXTRUSION PROFILE FOR MODULAR STRUCTURAL APPLICATIONS AND CORRESPONDING METHOD
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EXTRUSION PROFILE FOR MODULAR STRUCTURAL APPLICATIONS AND CORRESPONDING METHOD - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240035279 titled 'EXTRUSION PROFILE FOR MODULAR STRUCTURAL APPLICATIONS AND CORRESPONDING METHOD
Simplified Explanation
The present disclosure is about an extrusion profile that consists of upper and lower panel members, as well as an inner core connecting them. The inner core has curved connecting members with concave sides, creating outwardly opened concavities. The connecting members smoothly merge with the panel members in the inner core's upper and lower panel-connecting portions. The panel-connecting portions are offset inwardly, providing assembling clearances in the marginal edge regions of the panel members. The disclosure also includes a method for assembling a panel structure using multiple extrusion profiles and a corresponding modular structural assembly.
- The extrusion profile is designed with parallel and spaced-apart upper and lower panel members.
- An inner core connects the upper and lower panel members and is integral with them.
- The inner core consists of first and second curved connecting members with concave sides, defining outwardly opened concavities.
- The connecting members smoothly merge with the panel members in the upper and lower panel-connecting portions of the inner core.
- The panel-connecting portions are offset inwardly, creating assembling clearances in the marginal edge regions of the panel members.
Potential applications of this technology:
- Construction industry: The extrusion profile can be used in the assembly of panel structures for buildings, providing a modular and efficient construction method.
- Automotive industry: The extrusion profile can be utilized in the manufacturing of vehicle panels, offering improved structural integrity and ease of assembly.
- Furniture industry: The extrusion profile can be incorporated into the production of modular furniture, allowing for easy assembly and disassembly.
Problems solved by this technology:
- Simplified assembly: The extrusion profile and the corresponding method provide clearances and smooth merging points, making the assembly process easier and more efficient.
- Structural integrity: The inner core connecting the panel members enhances the overall strength and stability of the panel structure.
- Modular design: The extrusion profile allows for modular assembly, enabling easy customization and reconfiguration of panel structures.
Benefits of this technology:
- Time and cost savings: The simplified assembly process reduces labor and construction time, resulting in cost savings.
- Versatility: The extrusion profile can be used in various industries and applications, providing flexibility and adaptability.
- Improved aesthetics: The smooth merging points and clearances contribute to a visually appealing panel structure.
Original Abstract Submitted
the present disclosure concerns an extrusion profile extending comprising: parallel and spaced-apart upper and lower panel members; and an inner core between the upper and lower panel members, the inner core being integral with and connecting the upper and lower panel members, the inner core comprising first and second curved connecting members having a concave side and the concave sides defining first and second concavities opened outwardly, each of the connecting members merging smoothly with each of the panel members in upper and lower panel-connecting portions of the inner core, the panel-connecting portions being offset inwardly with respect to the panel members to define assembling clearances in marginal edge regions of the upper and lower panel members. it also concerns a method for assembling a panel structure comprising a plurality of extrusion profiles and a corresponding modular structural assembly.
