A demountable container

Abstract

This invention relates to a demountable container that can be transported by air vehicles to target areas where road access is not possible or where there is no available landing area for aircraft, such as in military facilities or in harsh terrain conditions. It does not require the use of cranes, trucks, or trailers, and allows users to set it up manually. The demountable container, which can be packed and transported in a crate with its components arranged in a compact form like Lego pieces and easily carried by a pickup truck, provides a practical and portable solution. It includes modular bunk beds, mattresses, chairs, and tables. The container's key components, such as the floor cassette, side interlocking panel, and roof panel, are designed in a segmented structure suitable for modular use. The possibility of manual screw assembly allows the container to be loaded according to the carrying capacity of an aircraft or transported by small pickup vehicles.

Description

[0001] DESCRIPTION

[0002] A DEMOUNTABLE CONTAINER

[0003] Technical Field

[0004] This invention relates to a demountable container that can be transported by air vehicles to target areas where road access is not possible or where there is no available landing area for aircraft, such as in military facilities or in harsh terrain conditions. It does not require the use of cranes, trucks, or trailers, and allows users to set it up manually.

[0005] The demountable container, which can be packed and transported in a crate with its components arranged in a compact form like Lego pieces and easily carried by a pickup truck, provides a practical and portable solution. It includes modular bunk beds, mattresses, chairs, and tables. The container's key components, such as the floor cassette, side interlocking panel, and roof panel, are designed in a segmented structure suitable for modular use. The possibility of manual screw assembly allows the container to be loaded according to the carrying capacity of an aircraft or transported by small pickup vehicles.

[0006] Prior Art

[0007] Today, containers and modular containers are used in a wide range of applications, such as refugee camps, campgrounds, situations requiring emergency accommodation, WC containers, demountable kitchens, health containers, temporary living spaces, service areas, storage solutions, garages, mobile hospitals, military living containers, and construction sites. They serve a variety of purposes, from emergency shelter needs to temporary office spaces.

[0008] However, modular container systems used in existing technologies pose various problems during transportation and installation. Traditional container structures are usually shipped as complete, large pieces, requiring fixed mounting elements or welded connections. This prolongs the installation process and necessitates the use of specialized tools. The transportation of such systems requires cranes for loading onto trailers or trucks, and vehicles like trucks or trailers for transportation to the installation site, creating logistical challenges and increasing costs. Additional factors limiting the use of these systems include damage caused during transportation due to impacts and uneven loading, as well as high shipping costs.

[0009] Due to their heavy structures, these containers cannot be transported in harsh terrain where road vehicles cannot access. Additionally, the ground must be leveled and made firm to accommodate the container. This poses a significant problem when transporting and installing containers in areas with difficult access or where vehicles cannot enter.

[0010] Problems Arising from Existing Techniques:

[0011] Installation Difficulty: Traditional modular container systems typically require screw or welded connections and fixed mounting elements for installation. This extends the installation process and makes the use of specialized tools necessary. The complexity of the setup limits their use in field conditions or challenging terrain, making it difficult to meet the need for quick deployment.

[0012] Transportation and Logistical Challenges: Traditional container structures require heavy lifting equipment such as cranes, trucks, and trailers during transportation. The use of cranes, trucks, and trailers not only complicates the transportation process but also increases costs. This presents serious logistical disadvantages, especially in disaster zones and military areas where emergency shelter is needed. Damage and High Shipping Costs: Due to their large and heavy structures, existing modular container systems are prone to damage during transportation. Such damage reduces the lifespan of the structure and incurs additional repair costs. Moreover, since they must be transported as large pieces, shipping costs are significantly high.

[0013] Unsuitability for Harsh Terrain: Existing container systems can generally only be used on flat terrains or in easily accessible areas where the ground has been pre-leveled and prepared. Due to their heavy structures, they cannot be transported in harsh terrain where road vehicles cannot enter. The need for cranes, trucks, and trailers for transportation makes their use in such terrains nearly impossible.

[0014] Our invention has been developed to address the issues present in existing techniques, aiming to improve the portability of containers, eliminate the need for cranes, trucks, and trailers during transportation, and reduce shipping costs by preventing damage during transit. Designed to be suitable for harsh terrain conditions, our invention can be transported by air or by pickup trucks and can be set up quickly without the need for any special tools (no screwdriver, drill, hammer, or welding required, only manual assembly). Thanks to its adjustable feet, it adapts to all kinds of terrain conditions. Unlike traditional containers, its demountable structure allows it to take up less space in storage. Additionally, our invention, which can be easily assembled and disassembled through its connection methods, is designed to be customized according to the required dimensions. Another advantage of its demountable design is the ease of replacing parts. Only the faulty or damaged parts can be quickly replaced, speeding up maintenance and repair processes and offering a practical solution. Brief Description of the Invention

[0015] This invention relates to a durable, demountable container developed for use in military and harsh terrain conditions. One of its most significant features, compared to traditional containers, is that it can be transported without the need for cranes, trucks, trailers, or heavy lifting and transportation equipment. Thanks to its modular structure, the container can be easily disassembled and reassembled, reducing the risk of damage during transport and significantly lowering shipping costs. Its design allows for transportation by air (helicopters, etc.) or pickup trucks, making it usable even in areas where access for heavy vehicles such as cranes, trucks, or trailers is impossible. It provides an ideal solution for emergency shelter needs, temporary living spaces, and military facilities.

[0016] With its modular structure, the invention allows for easy and tool-free assembly. The simple interlocking mechanism at the connection points enables users to quickly and securely assemble the container manually. The ground-adjustable feet help the container adapt to various terrain conditions, ensuring stable installation even on uneven or irregular surfaces. Due to its demountable structure, multiple containers can be stored in smaller spaces, offering great convenience in logistical and operational processes. In disaster zones or temporary use areas, it offers significant advantages in terms of rapid setup and portability.

[0017] Additionally, the container's flexible and customizable design allows for the easy addition or removal of different modules in various sizes and specifications, enabling users to adapt the system to their specific needs. Another advantage of the demountable structure is the ease of obtaining spare parts and performing maintenance. In the event of a malfunction in any part of the container, replacing only the faulty part is sufficient, speeding up the maintenance and repair process. In conclusion, this invention offers a durable and practical solution for challenging conditions with features such as easy portability, adaptability to any terrain, practical setup by two people in approximately four hours, customizability, resistance to temperatures ranging from -40°C to +60°C, grounding rods, and water and light resistance.

[0018] Detailed Description of the Invention

[0019] The parts of the demountable container that have been created to achieve the objectives of this invention are shown in the attached figures:

[0020] From these figures:

[0021] Figure 1 : A perspective view of the demountable container of the invention. Figure 2: An exploded perspective view of the demountable container of the invention.

[0022] Figure 3: A perspective view of the floor beam of the demountable container of the invention.

[0023] Figure 4: A perspective view of the floor cassette of the demountable container of the invention.

[0024] Figure 5: A perspective view of the corner post of the demountable container of the invention.

[0025] Figure 6: A top perspective view of the demountable container of the invention. Figure 7: Another top perspective view of the demountable container of the invention.

[0026] Figure 8: A perspective view of the roof panel of the demountable container of the invention.

[0027] Figure 9: Illustrations of the demountable container during transportation. The parts of the demountable container described in the invention are numbered as follows in the attached figures:

[0028] 1. Container

[0029] 2. Floor Beam

[0030] 2.1 Screw Hole

[0031] 3. Floor Cassette

[0032] 4. Leveling Adjustment Rod

[0033] 5. Comer Post

[0034] 6. Side Post

[0035] 7. Roof Lower Beam

[0036] 8. Roof Upper Beam

[0037] 9. Roof Panel

[0038] 10. Side Wall Interlocking Panel

[0039] 11. Crate for transporting the container

[0040] The demountable container (1) described in the invention includes the following components:

[0041] - At least two floor beams (2), which are the main support elements forming the base of the container (1). These beams include screw holes (2.1) that allow modular parts to be tightly fastened by hand without any external assembly tools and secured to the leveling adjustment rods (4), enabling the floor to be stabilized.

[0042] - At least four leveling adjustment rods (4), which ensure that the floor beams (2) sit properly on the ground and allow the floor to be evenly installed, eliminating differences in ground levels and stabilizing the surface. These rods, which do not require ground concrete and are not affected by ground moisture, are inserted into the screw holes (2.1) of the floor beams (2) and fastened by hand without the need for any tools. - At least four corner posts(5), which provide the structural integrity of the container (1) by being attached to the adjustment rods (4). These posts allow the side panels (10) of the container (1) to be installed and help secure the roof panels (9), increasing the overall durability of the container.

[0043] - At least two side posts(6), which, like the corner posts, are attached to the adjustment rods (4), allowing the side panels (10) to be installed and supporting the roof panels (9), further enhancing the structural integrity of the container (1).

[0044] - At least two floor cassettes (3), which form the base of the container (1) and are designed as modular components. These cassettes are inserted and fixed into the floor beams (2), providing a modular and segmented structure.

[0045] - At least two roof lower beams (7), which are placed on top of the side wall panels (10) and serve as the supporting elements for the roof panels (9). These beams ensure the structural stability of the roof and support the installation of the roof upper beams (8).

[0046] - At least two roof upper beams(8), which are placed on top of the roof panels (9) and ensure the integrity of the roof. Once the roof panels (9) are installed, the roof upper beams (8) are aligned with the lower beams (7) and fastened by hand from the interior of the container, allowing the roof panels (9) to be securely clamped between the roof lower beams (7) and roof upper beams (8).

[0047] - At least two roof panels(9), which form the top part of the container (1). These panels are modular and are assembled between the roof lower beams (7) and roof upper beams (8) to provide a solid roof structure.

[0048] - At least two side wall interlocking panels (10), which are inserted into the floor beams (2) and side posts (6), and are secured by hand without the need for external assembly tools. These panels strengthen the connection between the roof and the floor, forming the external structure of the container (1) and acting as an insulating barrier between the interior and exterior environments. The demountable container (1) described in this invention features a modular, segmented structure with floor beams (2) and floor cassettes (3) forming the base. The leveling adjustment rods (4) provide floor stabilization, while the corner posts (5) and side posts (6) support the installation of the side panels (10). Roof lower beams (7) reinforce the roof panels (9), while roof upper beams (8) ensure the overall integrity of the roof. Additionally, side wall interlocking panels (10) strengthen the connection between the roof and floor, providing insulation for the interior space. All these components are designed to enhance the functionality and portability of the container through a modular structure.

Claims

1.CLAIMSA demountable container (1) characterized by comprising:At least two floor beams (2), which serve as the fundamental support elements for forming the floor of the container (1). These beams feature screw holes (2.1) that allow modular parts to be tightly fastened together by hand, without the need for any external assembly tools, enabling the floor to be stabilized by passing through the leveling adjustment rods (4). The floor beams (2) are designed to fit evenly on the ground and allow the floor to be mounted in a balanced manner. These beams eliminate the need for ground leveling, do not require a concrete foundation, and are unaffected by water on the ground.At least four leveling adjustment rods (4), which are inserted into the screw holes (2.1) in the floor beams (2) and fastened by hand without the need for any tools. These rods stabilize the floor and eliminate height differences on uneven ground.At least four corner posts (5), which provide the structural integrity of the container (1). These corner posts connect to the leveling adjustment rods (4) located at the comers, allowing the side panels (10) to be mounted and assisting in the securing of the roof panels (9), thereby enhancing the overall durability.At least two side posts (6), which also contribute to the structural integrity of the container (1) by connecting to the leveling adjustment rods (4) and allowing the installation of the side panels (10), while also helping secure the roof panels (9) for added durability.At least two modular floor cassettes (3), which form the floor of the container (1). These modular components are inserted and mounted onto the floor beams (2), allowing for a segmented, modular assembly.At least two roof lower beams (7), which are placed on top of the side wall panels (10) and serve as support for the roof panels (9). These beams ensure that the roof structure remains stable and support the installation of the roof upper beams (8).At least two roof upper beams (8), which are placed on top of the roof panels (9) to ensure the structural integrity of the roof. Once the roof panels (9) are installed, the roof upper beams (8) are aligned with the roof lower beams (7) and tightened by hand from the interior of the container, allowing the roof panels (9) to be clamped between the roof lower beams (7) and the roof upper beams (8).At least two roof panels (9), which form the roof of the container (1) and are modular in structure. These roof panels are inserted between the roof lower beams (7) and the roof upper beams (8), providing a modular, segmented assembly.At least two side wall interlocking panels (10), which are inserted into the floor beams (2) and the inner side of the side posts (6). These panels are fastened by hand, without the use of any external assembly tools, and help reinforce the connection between the roof and the floor. They form the outer structure of the container (1) and create a barrier between the interior and exterior environments, providing insulation for the interior.

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