Mirso's modular systems

Abstract

The invention MIRSO'S MODULAR SYSTEMS introduces an advanced modular approach to the design and manufacturing of industrial and architectural products. Through these modules, a diverse range of structures can be created, including vessels, furniture, vehicles, aircraft, and architectural elements such as facades, windows, and balconies. The modular system allows for controlled curvature in one or two directions while preserving the fundamental shape, thereby ensuring exceptional flexibility in design.

Description

[0001] MIRSO'S MODULAR SYSTEMS

[0002] Technical Field

[0003] The invention MIRSO'S MODULAR SYSTEMS has broad applications in industry and architecture. The system, or its individual components, enables the development of various products such as boats, large vessels, furniture, vehicles, aircraft, and other structures. Additionally, MIRSO'S MODULAR SYSTEMS facilitate the design and construction of buildings, facades, and architectural elements such as windows, balconies, and structural components.

[0004] The invention is based on the MIRSOGEN kit, described in patent application P-2024-31. The four fundamental shapes of these modular systems are schematically and graphically represented in the annex to that application, where they are explicitly identified as an integral part of the MIRSOGEN invention. The application further specifies that MIRSO'S MODULAR SYSTEMS can be rendered and designed in various configurations using technical drafting tools or specialized software.

[0005] Technical Problem

[0006] Contemporary industry and architecture increasingly incorporate advanced and futuristic designs. However, the exhaustion of creative ideas is evident, resulting in uniform urban blocks, standardized buildings, and a lack of architectural diversity. This stagnation poses challenges not only in aesthetic innovation but also in functional aspects such as aerodynamics, hydrodynamics, structural efficiency, and material optimization.

[0007] T o address these technical challenges, the invention introduces a novel approach that enhances aerodynamic and hydrodynamic performance, improves structural efficiency, reduces the number of required components, and increases the overall functionality and versatility of manufactured products and architectural structures.

[0008] Prior Art

[0009] The closest prior art is patent application P-2024-1 for the MIRSOGEN invention, which details the core principles of advanced modular systems, now introduced as MIRSO'S MODULAR SYSTEMS. The modeling and assembly of these systems enable anew level of creative design with widespread applications in industry and architecture.

[0010] The development of this concept, based on decades of experience, has resulted in a completely novel and distinctive approach to solving technical challenges. The application of MIRSO'S MODULAR SYSTEMS facilitates the creation of innovative solutions that exceed existing technological capabilities and expand the range of potential implementations.

[0011] Essence of the Invention

[0012] The fundamental innovation of this invention lies in its unique and universal modular design approach, which is highly flexible, adaptable, and applicable across multiple industries. This modularity allows for an unprecedented level of structural creativity and efficiency.

[0013] Brief Description of Drawings

[0014] - Figure 1 / 2 illustrates the 'optimal structural templates' (modules) developed on the MIRSOGEN device, labeled as 1 - Module 1, 2 - Module 2, 3 - Module 3, and 4 - Module 4, which form an integral part of patent application P-2024-31.

[0015] - Figure 2 / 2 depicts an extended set of seven modules labeled as 1 - Module 1, 2 -Module 2, 3 - Module 3, 4 - Module 4, 5 - Module 5, 6 - Partial Module 6, and 7 - Partial Module 7.

[0016] Detailed Description of the Invention

[0017] The MIRSO'S MODULAR SYSTEMS invention introduces a modular framework designed for manufacturing a wide range of industrial and architectural structures. These modules can be manipulated to achieve slight curvatures, primarily in one or two directions, while maintaining their core geometric integrity.The modular design enables a variety of configurations, including stacking, assembly, compacting, expansion, and stretching. Over time, experience with these techniques enhances their usability, particularly when incorporating software-based design tools.

[0018] In practical application, deviations from architectural blueprints or structural specifications are common. However, MIRSO'S MODULAR SYSTEMS minimize such discrepancies. Intentional modifications are feasible, particularly with Partial Module 6 and Partial Module 7, which allow controlled variations in structure. While such modifications may introduce instability, precise calculations ensure stability and enable the realization of modern, aesthetically innovative facades and buildings. The importance of high-quality planning is emphasized, including the construction of medium-scale prototypes (up to one cubic meter) to visually validate design accuracy and structural feasibility.

[0019] Applicant's Signature:

Claims

Patent ClaimsMIRSO'S MODULAR SYSTEMS are characterized by the fact that the fundamental forms consist of three (3) angles connected by curved or bent lines, designed for use in industry and architecture, with the possibility of additional shaping through controlled curvature in one or two directions without altering the fundamental form, allowing the formation of various products, components, and structures through stacking, assembling, compacting, expanding, or stretching, ensuring minimal deviations from predefined architectural plans, while controlled variations in Partial Module 6 and Partial Module 7 allow for stability and innovative aesthetic solutions, with planning and structural verification achieved through the construction of medium-scale prototypes up to one cubic meter.Applicant's Signature:

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