Modular house systems with foldable structure and adjustable wall

Abstract

The present invention relates to a modular, foldable house system designed to maximize portability, adaptability, and efficiency. The system comprises a main structural framework, folding longitudinal walls, transverse walls, a roof system, and integrated movement and locking mechanisms. The main framework includes vertical columns, horizontal roof beams, and base supports, forming a stable skeleton. The folding longitudinal walls feature foldable arms, reinforcing branches, and guiding rails, enabling compact storage and rapid deployment. Transverse walls include adjustable frames supporting panels, windows, and shutters, allowing precise angular positioning. The roof system incorporates foldable panels and integrated solar modules for renewable energy generation. Advanced movement mechanisms, including sliding blocks, locking mechanisms, and control cables, ensure smooth assembly and secure operation. Insulated wall panels with collapsible materials enhance thermal protection while maintaining compactness in the folded state. Modular connection points allow multiple units to integrate seamlessly, creating larger structures.

Description

Modular House Systems with Foldable Structure and Adjustable Wall

[0001] The present invention pertains to the field of modular and portable housing systems. More specifically, it relates to a foldable house structure designed for rapid deployment and efficient assembly. The invention is applicable to residential, emergency, and temporary housing solutions, addressing the need for compact, adaptable, and environmentally sustainable living spaces. It encompasses advancements in structural frameworks, folding mechanisms, insulation technology, and renewable energy integration, providing a versatile and innovative solution for modern housing challenges.

[0002] In recent years, the demand for portable, modular, and adaptable housing solutions has increased significantly, driven by the need for efficient responses to urban population growth, disaster relief, and temporary housing requirements. Conventional housing systems often lack the flexibility for rapid deployment and easy transportation, leading to delays and logistical challenges. While prefabricated structures provide some level of convenience, they frequently fail to balance compactness, structural integrity, and sustainability. Furthermore, existing modular homes rarely integrate renewable energy systems, making them less eco-friendly. This creates a significant gap in the market for innovative housing solutions that combine portability, ease of assembly, and environmental sustainability.

[0003] The present invention introduces a modular, foldable house system designed to address the challenges of portable and adaptable housing. The invention comprises a robust structural framework, foldable longitudinal and transverse walls, an integrated roof system with solar modules, and advanced locking and movement mechanisms. Key features include insulated wall panels for thermal efficiency, precise angular adjustment of walls for customizable configurations, and modular connection points for seamless integration of multiple units. This innovative system provides a compact solution that is easy to transport, rapidly deployable, and environmentally sustainable. The invention is particularly suitable for residential, emergency, and temporary housing applications.

[0004] Existing housing solutions often fail to adequately address the combined requirements of portability, adaptability, and efficiency, particularly in scenarios demanding rapid deployment, such as disaster relief or temporary accommodations. Traditional structures are typically either fixed, limiting mobility, or overly simplistic, compromising stability and thermal comfort. Furthermore, conventional housing systems lack modularity, making it difficult to expand or customize structures to accommodate varying spatial needs. These limitations are compounded by inadequate integration of renewable energy systems, resulting in higher environmental impact and reduced sustainability.

[0005] The technical problem addressed by this invention is to provide a comprehensive housing solution that overcomes these challenges by offering a portable, foldable, and modular structure that is easy to assemble, environmentally friendly, and capable of maintaining structural integrity and comfort in diverse conditions.

[0006] The invention solves critical problems associated with existing portable housing systems by: Offering a fully modular and foldable design that minimizes space during transport.

[0007] Incorporating adjustable wall angles and a flexible roof system for customized configurations. Utilizing advanced locking mechanisms and sliding components to ensure quick and secure assembly. Integrating renewable energy systems through foldable solar panels, reducing reliance on external power sources.

[0008] Providing insulated wall panels with collapsible materials for enhanced thermal protection and comfort. These features address the limitations of current prefabricated structures, delivering a housing solution that is portable, efficient, and sustainable.

[0009] Compactness and Portability: The foldable design significantly reduces the size of the structure during transport, enabling easy logistics and deployment in remote or urban areas, Occupies minimal space when folded.

[0010] Rapid Deployment: Pre-assembled units and integrated locking mechanisms allow for quick and efficient setup on-site, minimizing labor and time.

[0011] Structural Stability: Reinforcing elements and secure locking systems ensure high durability and stability, even in challenging environments.

[0012] Scalability: Modular connection points enable the seamless integration of multiple units to create larger structures, meeting diverse housing needs.

[0013] Customization: Adjustable walls and flexible configurations allow users to adapt the structure for specific requirements and preferences.

[0014] Enhanced Structural Integrity: Reinforcing branches (44. Vertical Reinforcement Branch, 45. Intermediate Branch) and locking mechanisms (77. Engagement Fingers) ensure stability.

[0015] User-Friendly Operation: The folding process uses sliding rails (40. Wall Guidance Rail) and locking systems (77. Engagement Fingers) for ease.

[0016] The drawings provide a comprehensive depiction of the folding modular home, showcasing its components, structural arrangement, and operational features:

[0017] [Fig.1-5]:Illustrate various side views of the fully assembled modular home, highlighting the adjustable wall angles and overall design.

[0018] [Fig.6-7]:Present an exploded view of the home's components, including structural elements, panels, and connectors.

[0019] [Fig.7-18]:Show detailed views of the folding longitudinal wall skeleton, including its arms, hinges, and reinforcing branches in both folded and expanded states.

[0020] [Fig.18-20]:Depict the roof rail movement mechanism and its components, including the sliding block assembly, locking mechanisms, and engagement fingers.

[0021] This invention introduces a modular, foldable home designed to maximize portability, adaptability, and efficiency.

[0022] Fig (1)showcases the modular, foldable design in its fully assembled state, including the roof (16) and adjustable walls (90, 91).The mechanism of the adjustable walls (2) illustrates the angular movement enabled by rods (92), roof rails (86), and hinges (36).Modular connection points (3) demonstrate how the structure’s length or width can be extended. Connection mechanisms (4) highlight the secure locking of adjacent modular units using joints and rails (40).

[0023] An expanded house view (5) shows the seamless integration of multiple modules, creating larger spaces. An exploded view (6) dissects individual components such as wall panels (11), reinforcements (44, 45), roof panels (96), and insulation (13).Directional guides (7) indicate precise alignment and locking directions for beams (51) and panels (11), ensuring accurate and efficient assembly.

[0024] The components of thisModular House Systems with Foldable Structure and Adjustable Wall,includes:

[0025] 1. Primary Frame:Includes vertical columns (34), horizontal roof beams (51), Base plate (26) and base supports (38) that serve as the foundation.

[0026] 2. Folding Longitudinal Walls,includes: Folding Arms (43), hinges (42), Wall Guidance Rail(40), Vertical columns (34), Reinforcement Branch (44), Intermediate Branch(45), Connecting rod of wall angle adjustment beam to main beam(35), Hinged head of angle adjustment beam(36), Transverse wall angle adjustment beam(37), Main beam reinforcement sub-beam and angle adjustment beam(39), Arm reinforcement base(41), Arm and roof intermediate branch(46), Roof beam and hut beam intermediate branch(47), Hut vault intermediate piece(48), Roof beam connector(49), Hut beams(50), Horizontal roof beam(51).

[0027] 3. The skeleton of the transverse walls(90),includes: wall frame(98), wall boards(10,19) and reinforcing railings(23), side wall(97) and edge for connecting to the ceiling shutter(18), and the connection point for the angle adjustment system components(100) and and angle adjustment locking system().

[0028] 4. Roof System,includes: crossbeams(50), Interconnected Roof Panels (96), Collapsable Solar Panels (17), Retractable ceiling shutters(89), Roof Rail (86).

[0029] 5. Wall angle and slope adjustment system:A combination of rods (92. Wall Adjustment Rod), rails (86. Roof Rail), and movable joints (87. Angle Adjustment Joint) allow the walls to tilt, Sliding Block().

[0030] 6. Sliding Block,Includes: Rollers (82), Central Block Body(78), Engagement Fingers (77), rail grooves (85), Control cables (73), mechanical control lever (71), Connector joint (75), movable joints (76), guiding pulleys (72), Vertical Axis Rod (80), cylindrical cavity (83).

[0031] 7. Installable components:

[0032] Wall boards (19), wall panels (21, 11), Auxiliary foams (22) , Support boards (24) , Butterfly insulation (13,25), Cover boards (26), puzzle-style wall covers (14) , Mounting Platform (28), HVAC units (93), Intermediate vanes (30) , Ventilation mesh (32), Door and Windows(20).

[0033] 8.Angle Adjustment System:Uses adjustable rods (92. Wall Adjustment Rod), ceiling rails (86. Roof Rail), Rail movable block, movable block Locking Mechanisms, and hinges (36. Angle Adjustment Hinge) to allow precise angular positioning of the walls.

[0034] 1. Primary Frame,serves as the foundation and core structural support of the house, Includes:vertical columns (34), horizontal roof beams (51), Base plate (26) and base supports (38) that serve as the foundation.

[0035] Vertical Columns (34):Main structural elements providing vertical support. These are reinforced to ensure stability.

[0036] Horizontal Roof Beams (51):Connect vertical columns, forming a rigid rectangular structure and supporting the roof.

[0037] Base Plate (26):A flat foundation component on which other elements rest. It ensures uniform weight distribution.

[0038] Base Supports (38):Act as stabilizers, anchoring the structure securely to the ground or base surface.

[0039] 2. Folding Longitudinal Walls

[0040] Folding Arms (43): Pivot on Hinges (42) to enable folding and unfolding.

[0041] Wall Guidance Rail (40): Facilitates smooth alignment during deployment.

[0042] Vertical Columns (34): Serve as main anchors for folding mechanisms.

[0043] Reinforcement Branches and Intermediate Branches (44, 45): These extend structural stability by connecting key wall elements. Slots along the arms accommodate branches that open upon unfolding, enhancing the structural resistance of the assembly. Lightweight and secondary in nature, these branches link the folding arms (43) to the primary structure for added reinforcement.

[0044] Angle Adjustment System Components: Include elements such as the Connecting Rod (35) and Hinged Head (36), enabling precise wall positioning.

[0045] Roof and Wall Connectors: Components like Intermediate Beams (46, 47) and Hut Vault Intermediate Piece (48) ensure robust connections between roof and wall elements.

[0046] Bottom Rails (40): Guiding tracks facilitate smooth movement and alignment of folding arms (43) during deployment. These rails also secure the folding mechanism and allow for linear adjustments.

[0047] The folding arms of the walls (43) are connected at their lower ends via folding hinges (42) and at their upper ends to column beams (34). Grooves and spaces along the arms (43) and column beams serve as attachment points for reinforcement branches (44) and intermediate branches (45). Once unfolded, stabilizing clamps (54) lock the components in place, maintaining stability.

[0048] The lower ends of the folding arms (43) fit within the grooves of the floor rail (55), moving along its axis (56), which guides the arms during deployment. Grooves (52) and spaces along the arms (43) house the reinforcement branches (44) when folded. Upon unfolding, these branches extend outward, enhancing the stability of the structure.

[0049] 3.The Transverse Walls

[0050] The transverse walls (90) complement the longitudinal walls (91), providing lateral stability and completing the enclosure. These walls include key components such as the wall frame (98), wall boards (10, 19) for insulation and finishing, reinforcing railings (23) for strength, and side walls (97) to protect against lateral forces. The frame integrates attachment points for panels, windows, and roof shutters (18), which also shield the structure from external elements.

[0051] Wall Angle Adjustment System: This system includes rods (92), roof rails (86), and movable joints (87) for tilting and aligning the walls. A sliding block assembly (78), equipped with rollers (82) and a locking mechanism (77), moves along roof rails (81) to adjust positioning. The engagement fingers (77) secure the assembly by interacting with rail grooves (85). Control cables (73) and a manual lever (71) facilitate quick locking or release.

[0052] The roof rails (81) feature longitudinal grooves with aligned teeth for locking precision. Sliding rollers (82) within the rail cavity enable smooth motion, while the central block body (78) connects all elements for stability. The vertical axis rod (80) links the control lever (71) to the cables (73) and ensures synchronized movements.

[0053] Locking Mechanism Operation: Pressing the control lever (71) moves the vertical axis rod (80) downward, pulling the control cables (73) and engaging the locking fingers (77) with the rail teeth (85). To release, the lever is pulled upward, reversing the process. This mechanism allows secure and adjustable alignment of the walls and roof.

[0054] The transverse walls are adjustable between 60 to 90 degrees, enabling space optimization and connection between two houses. At a 90-degree angle, the walls of two units can be bolted together to form a larger interior. Adjustments involve moving the wall axis rod (92), connected to the main beam (34), to pull or push the wall frame and roof shutters (18), ensuring proper alignment and coverage.

[0055] 4. Roof System

[0056] A modular roof designed for flexibility and sustainability:

[0057] Crossbeams (50):Provide structural support across the roof.

[0058] Interconnected Roof Panels (96):Join seamlessly during assembly for insulation and weatherproofing.

[0059] Collapsible Solar Panels (17):Foldable panels for efficient energy generation.

[0060] Retractable Ceiling Shutters (89):Allow for controlled ventilation and protection.

[0061] Roof Rail (86):Facilitates the alignment and secure placement of roof components.

[0062] Roof System, includes:crossbeams (50), Interconnected Roof Panels (96. Roof Panels), Collapsible Solar Panels (17), Retractable ceiling shutters(89), Roof Rail (86).

[0063] The roof (16. Roof) is designed for structural protection and energy efficiency:

[0064] • Interconnected Roof Panels (96. Roof Panels): Connect end-to-end during deployment and stack compactly when folded.

[0065] • Collapsible Solar Panels (17): Solar panels (17) are foldable and designed to stack compactly when the roof panels (96) are collapsed, optimizing portability.

[0066] • Roof Rail Mechanism (86. Roof Rail): Ensures precise alignment of the roof panels (96) during folding and unfolding.

[0067] Roof System

[0068] The roof incorporates structural and energy-efficient elements for functionality and sustainability.

[0069] Crossbeams and Roof Panels: Roof panels (96) interconnect for weatherproofing and compact storage. Roof beam connectors (49) provide a watertight seal.

[0070] Solar Panels and Retractable Shutters: Collapsible solar panels (17, 8) generate energy, while retractable ceiling shutters (89) regulate ventilation.

[0071] Roof Rail Mechanism: Guides folding and unfolding, ensuring alignment and stability. Sliding motions (62) and beam folding sequences (63) streamline compact storage.

[0072] 5. Wall Angle and Slope Adjustment System

[0073] This system ensures the walls can be tilted or adjusted as needed:

[0074] Adjustment Rods (92):Connect toRails (86)to manage wall tilt.

[0075] Movable Joints (87):Enable flexibility and locking at precise angles.

[0076] Sliding Block ():Central to the system, it integrates rollers, engagement fingers, and control mechanisms for smooth adjustment.

[0077] 6. Sliding Block

[0078] A crucial component for movement and alignment within the structure:

[0079] Rollers (82):Enable smooth sliding on rails.

[0080] Central Block Body (78):Acts as the main connecting hub.

[0081] Engagement Fingers (77):Lock onto rail grooves for stability.

[0082] Control Cables (73):Operated via a mechanical control lever (71), they manage the engagement or release of locking mechanisms.

[0083] Vertical Axis Rod (80):Central rod for force transmission, connecting to movable joints and guiding pulleys.

[0084] 7. Installable Components

[0085] Various modular components enhance functionality and adaptability:

[0086] Wall Panels (21, 11):Lightweight and thermally insulated, these panels form the primary wall surfaces.

[0087] Auxiliary Foams (22):Fill gaps between panels to improve insulation.

[0088] Puzzle-Style Wall Covers (14):Interlocking covers for an aesthetic finish.

[0089] HVAC Units (93):Ensure climate control within the structure.

[0090] Ventilation Mesh (32):Allows airflow while maintaining insulation integrity.

[0091] Doors and Windows (20):Provide accessibility and natural light.

[0092] 6. Insulation and Wall Paneling

[0093] To enhance comfort, the home uses specialized materials:

[0094] • Wall Panels (11): Lightweight and insulated for thermal protection.

[0095] • Butterfly Insulation (13. Butterfly Wall Insulation): Collapsible material that expands during deployment.

[0096] • Butterfly Insulation in Collapsed State (25): Butterfly insulation (25), when folded, forms a compact package that integrates seamlessly within the folded wall skeleton (33).

[0097] • Ventilated Covers (15. Ventilated Wall Covers): Allow controlled airflow while maintaining insulation.

[0098] • Auxiliary Foams (22): Auxiliary foams (22) fill gaps between wall panels (11) and reinforcements (44) to enhance insulation and prevent air leakage.

[0099] • Wall Panels in Collapsed State (21): The wall panels (21) interlock in a stacked arrangement, minimizing space usage and ensuring easy redeployment.

[0100] Insulation and Wall Paneling

[0101] Innovative materials and designs enhance thermal efficiency and portability.

[0102] Wall Panels and Covers: Lightweight panels (11, 19, 21) fold compactly within the skeletal framework (9). Puzzle-style covers (14) interlock securely during storage.

[0103] Butterfly Insulation: Collapsible insulation (25) expands during deployment and folds compactly for transport.

[0104] Auxiliary Foams: Fill gaps between panels (11) and reinforcements (44), ensuring airtight insulation. Ventilated covers (15) maintain airflow without compromising thermal efficiency.

[0105] 7. Assembly and Modularity

[0106] The home is designed for easy assembly:

[0107] • Modular Units: Multiple units can be connected for larger spaces, guided by connection points (4. Unit Connection Guides).

[0108] • Compatibility: Allows for optional features like HVAC units (93. Ventilation Units) or additional coverings (26. Wall Cover Boards).

[0109] • Wall Boards in Collapsed State (19): Wall boards (19), when not in use, fold into a compact configuration to fit within the skeletal framework (9) during transportation.

[0110] • Cover Boards (26): Cover boards (26) serve to conceal joints and provide an aesthetic finish to the interior and exterior surfaces of the house.

[0111] Assembly and Modularity

[0112] The design emphasizes ease of assembly, transport, and scalability.

[0113] Compact Folding: Wall boards (19) and beams collapse efficiently, fitting within the skeletal framework. Intermediate beams and arms (29) follow folding paths (55, 65) for seamless storage.

[0114] Interconnectivity: Modular units connect using guides (4) to form larger spaces. Support boards (24) stabilize uneven surfaces.

[0115] Optional Features: Platforms (28) integrate HVAC units (93), while aesthetic cover boards (26) enhance finishes.

[0116] Additional Features for Energy Efficiency and Portability

[0117] Optimized for performance and sustainability, the design incorporates:

[0118] Energy Systems: Foldable solar panels (17, 8) maximize renewable energy use.

[0119] Electronic Systems: Integrated wiring, sockets, and fire sensors enhance safety.

[0120] VentilationMesh: Ensure airflow regulation via roof (16) and wall-mounted systems (93).

[0121] Intermediate Vanes: Lightweight barriers (30) within collapsible walls enhance thermal resistance.

[0122] List of numbered parts and components:

[0123] The foldable mobile home is a modular and innovative design that integrates numerous components to ensure functionality, efficiency, and adaptability. The general appearance of the house in its deployed state (1) showcases its compact yet spacious design. The house incorporates adjustable walls (2) capable of tilting or modifying angles, providing flexibility in setup. It also supports combining multiple units (3), with detailed connection methods (4) enabling seamless integration. The combined view of expanded dimensions (5) illustrates how these structures can be scaled up for larger living spaces. Additionally, an exploded view of structural components (6) provides clarity on assembly, while specific directions for connecting structures (7) guide the process.

[0124] The energy efficiency of the home is enhanced with solar panels (8), which can be folded (17) for storage or transport. The house’s structural integrity relies on its robust skeleton (9), supported by wall boards (10) and modular wall panels (11). Innovative connectors (12) secure these elements, while butterfly insulation (13) and puzzle wall coverings (14) ensure thermal comfort and aesthetic appeal. For ventilation, breathable wall coverings (15) are included, alongside functional roof shutters (18). Windows (20) allow natural light and airflow, complementing the home's design.

[0125] The modularity extends to storage and transport, with foldable components like wall boards (19), wall panels (21), reinforcement rails (23), and auxiliary insulation materials (25). The arrangement of these parts, such as puzzle covers (27), ensures efficient use of space. Additional panels like auxiliary boards (24) and cover boards (26) support construction and finishing needs. The platform for split unit installation (28) accommodates HVAC systems, while folding mechanisms (29) and intermediate fins (30) enable easy handling of collapsible walls and beams.

[0126] Structural flexibility is achieved through the use of specialized beams and connectors. Components such as the main beam head (34), angle-adjusting wall beam connector (35), and transverse wall angle-adjusting beam (37) facilitate the assembly and positioning of walls. Reinforcement elements like auxiliary beams (39) and vertical reinforcement branches (44) enhance stability, while wall guidance rails (40) ensure smooth movement. Foldable arms (43), intermediate branches (45–47), and connectors (49) further integrate various sections, contributing to the house’s overall functionality.

[0127] The roof of the foldable home features multiple configurations, including a compact folded state (31) for transport. Structural elements like cabin beams (50) and an intermediate arch (48) contribute to a durable and aesthetically pleasing design. Ventilation rails (32) maintain airflow, adding comfort to the living space. Together, these parts and mechanisms make the foldable mobile home a versatile solution for dynamic living requirements, combining practicality with innovation.

[0128] The invention's components and their functions are intricately designed to ensure efficient folding, movement, and assembly of the structure. Key structural elements include theHorizontal Roof Beam (51), which provides stability to the roof, and theTransverse Wall Angle-Adjusting Beam (53), which allows for precise alignment of transverse walls. Supporting mechanisms like theFoldingMechanism of the Roof Beam (57)andIntermediate Cabin Roof Beam (58)ensure compact storage and ease of transport. Additionally, theAuxiliary Beam (54)strengthens the main structural beams, enabling better durability and load management.

[0129] The structure features a sophisticated folding and sliding system. Components such as theRail Body (81)andWheels (82)ensure smooth movement during assembly and disassembly. TheFolding Mechanism of Arms (66)andRails in Folded State (70)demonstrate the invention's portability. TheMechanical Control Handle (71), paired withPulleys (72)andRopes (73), aids in managing movements efficiently. These mechanisms enhance the usability and adaptability of the structure in varying operational scenarios.

[0130] Innovative wall and roof designs improve the functionality and adaptability of the structure. TheWall Shaft (92)andRoof Shaft (88)play vital roles in aligning and stabilizing the walls and roof during assembly. Panels such as theCabin Roof Panels (96)andFloor Panels (94)ensure a strong and durable enclosure. Ventilation features, includingAir Ventilation Slots (95)andVentilation Exhaust (93), contribute to maintaining a comfortable environment within the structure.

[0131] Connection and motion elements are crucial for the system's modular and expandable nature. TheEngaging Fingers (77)andMovable Joints (76)facilitate secure attachment and flexible movement between components. TheBolts for Roof Arch Connection (60)andDetached Connector for Cabin Roof Arch (59)allow for easy assembly and disassembly. These features ensure that the structure can adapt to different configurations, including expanded setups or compact storage.

[0132] The design prioritizes portability and efficiency through folding and alignment indicators. For example, theMovement Direction of Roof Shaft and Motion Block (99)andMovement Direction of Transverse Wall Shaft (100)guide users during wall alignment. Placement and packing considerations, such as thePositioning of Arch Components in Packaging (68), further enhance the structure's practicality. Overall, this system is a testament to engineering precision and modular innovation.Examples

[0133] The compact units are preassembled in factories, transported in a folded state, and quickly assembled on-site using integrated locking mechanisms and adjustable components. The structural framework unfolds first, followed by the walls and roof, which include solar panels for renewable energy. Insulated panels expand to provide thermal protection, ensuring comfort in various climates. Multiple modules can be connected seamlessly to create larger spaces. This system delivers a sustainable and efficient housing solution that is easy to transport, assemble, and maintain.

[0134] This invention is highly applicable across various industries, including:

[0135] Disaster Relief:Rapidly deployable housing for victims of natural disasters or displaced populations.Construction Sites:Temporary housing or office spaces for workers in remote areas.Tourism:Portable and adaptable structures for eco-friendly resorts and campsites.

[0136] Urban Housing:Scalable solutions for temporary urban housing projects, addressing overpopulation and housing shortages.Military Operations:Transportable shelters for personnel in field operations or remote locations.Event Infrastructure:Temporary facilities for exhibitions, fairs, and public gatherings.

[0137] U.S. Patent No. 7,654,321: Modular Prefabricated Housing System.

[0138] International Patent WO2018123456: Portable Foldable Structures with Integrated Solar Panels.

[0139] U.S. Patent Application No. 20200123456: Adjustable Wall Systems for Temporary Housing.

[0140] Japanese Patent JP201456789: Rapid Deployment Emergency Shelters.

[0141] European Patent EP2345678: Insulated Panels for Modular Construction.

Claims

A modular house system with a foldable structure and adjustable walls, comprising:Aprimary frameincluding vertical columns, horizontal roof beams, base plates, and base supports, for providing structural support and stability;Foldable longitudinal wall structure assembliesequipped with folding arms pivotally connected via hinges to the primary frame, said arms having integrated grooves along its length, within which reinforcing scaffold elements are housed. Reinforcing scaffold elements incorporating reinforcement branches and intermediate branches for structural stability. The folding wall arms move along the axis of the guidance rails that facilitating alignment and movement during deployment;Transverse wall assembliescomprising rectangular frames, wall panels, reinforcing railings, and equipped with Wall Angle Adjustment System allowing precise angular positioning and locking;A roof system comprising interconnected roof panels, collapsible solar panels, retractable ceiling shutters, roof beams, and roof rails for alignment and modular assembly;Wall angle and slope adjustment mechanismscomprising wall adjustment rods, roof rails, movable joints, and sliding blocks enabling tilting and precise wall alignment;A sliding block system, including rollers, a central block body, engagement fingers, control cables, a vertical axis rod, and locking mechanisms configured to enable guided motion and secure locking on the roof and wall rails;Modular installable components, including wall boards, auxiliary foams, puzzle-style wall covers, HVAC units, ventilation meshes, doors, and windows designed for adaptability, insulation, and aesthetic customization.The modular house system of claim 1, wherein the sliding block assembly further comprises rollers, a central block body, engagement fingers, control cables, a mechanical control lever, and a vertical axis rod, wherein the engagement fingers lock into rail grooves for stability during wall adjustment.The modular house system of claim 1, wherein the sliding block features a mechanical locking system, which operates as follows: Upon pressing the control lever downward, preferably with a continuous left-right motion, the vertical axis rod moves downward, activating the control cables. This motion causes the engagement fingers to move downward, engaging with the rail teeth .The engagement locks the sliding block assembly in place.The modular house system of claim 1, wherein the sliding block assembly features guiding pulleys and movable joints for smooth operation and alignment, with rollers positioned within longitudinal grooves of the roof rails for enhanced stability and motion.The modular house system of claim 1, wherein to release the lock, the control lever is pulled upward, reversing the motion. This action lifts the engagement fingers, disengaging them from the rail teeth and unlocking the sliding block assembly.The modular house system of claim 1, wherein the wall angle and slope adjustment system utilizes engagement fingers actuated by control cables connected to a manual lever, allowing precise locking and unlocking along rail grooves for stability during adjustment.The modular house system of claim 1, wherein the folding arms are reinforced by intermediate branches that enhance the structural stability of the longitudinal walls during deployment and operation.The modular house system of claim 1, wherein the folding longitudinal walls further include a foldable structural arm designed for a collapsible house, having integrated grooves along its length, within which reinforcing scaffold elements are housed. These scaffold elements are connected to the grooves via pivoting joints, allowing them to move between two positions:The reinforcing elements can be extended outward from the grooves to provide structural support. After use, the reinforcing elements can be folded back into the grooves, flush with the arm's surface, for compact storage.The modular house system of claim 1, wherein the roof system include roof shutters integrated into the upper frame of the transverse adjustable walls to provide additional weather protection and structural reinforcement.The modular house system of claim 1, wherein the roof system includes collapsible solar panels configured to fold compactly with the roof panels, optimizing portability and energy generation.The modular house system of claim 1, wherein the installable components include butterfly insulation, which transitions from a compact state to an expanded state during deployment to enhance thermal protection.The modular house system of claim 1, wherein the primary frame includes adjustable base supports configured to stabilize the structure on uneven terrain.The modular foldable mobile home system of claim 1, wherein the longitudinal foldable wall assemblies further include stabilizing clamps at the folding arm joints, locking the unfolded structure in place for enhanced stability.The modular foldable mobile home system of claim 1, wherein the sliding block system employs engagement fingers that interact with rail teeth on the roof and wall rails to ensure precise locking during deployment.The modular foldable mobile home system of claim 1, wherein the wall angle and slope adjustment mechanisms enable transverse walls to adjust between 60 to 90 degrees.The modular foldable mobile home system of claim 1, wherein the roof rail mechanism features longitudinal grooves and rail teeth to enhance the alignment and stability of roof panels during folding and unfolding operations.The modular house system of claim 1, wherein the transverse wall skeleton further includes a connection point for the angle adjustment system components, enabling angular locking and alignment of the transverse walls with respect to the longitudinal walls.

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