Rapid installation indoor system

Abstract

The invention is used in shopping malls, hotels, residences, homes, restaurants, gardens, FMCG service areas, entertainment, and concert areas, shelter areas for after natural disasters, indoor areas for needs for the military defense logistics industry in the field (such as hospital station or field cafeterias), in outdoor sports camping areas The invention is a rapid installation indoor system designed to minimize the installation time with the quick installation principle.

Description

[0001] RAPID INSTALLATION INDOOR SYSTEM

[0002] TECHNICAL FIELD

[0003] The invention is used in shopping malls, hotels, residences, homes, restaurants, gardens, FMCG service areas, entertainment and concert areas, shelter areas for after natural disasters, indoor areas for needs for the military defense logistics industry in the field (such as hospital station or field cafeterias), in outdoor sports camping areas. The invention is a rapid installation indoor system designed to minimize installation time using the rapid installation principle.

[0004] KNOWN STATE OF THE TECHNIQUE

[0005] The most well-known indoor spaces are winter gardens, gazebos, pergolas, camellias, pergolas (usually only covered shade-based spaces), tents, container houses, tiny houses, and kiosks. These indoor spaces are structures produced from different materials on all sides or only the roof, allowing outdoor areas of indoor living spaces in winter or summer and preventing the entry of cold or hot air. Designing the roof as glass creates very nice aesthetic results in indoor spaces that are highly safe and provide thermal insulation, regardless of whether they have a glass roof or just the walls.

[0006] The structure is called winter gardens, which are generally built not to be deprived of the pleasure of watching the garden and viewing it on days when cold weather conditions occur. You can give yourself the same joy you experience in your garden in the summer and winter. A winter garden can be built next to your house or an individual part of your garden. Since it is not reinforced concrete, its construction is fast. It is also aesthetic and appeals to the eye. All of these winter gardens can be built in frame and glass, or they can also be given the appearance of only a rooftop. Optionally, sliding glass or foldable glaze options are available. It can also be used in colored glass in the winter garden, according to your requests. It is presented entirely in transparent material because the user desires to be in touch with nature. You can enjoy watching the rain outside while sipping your coffee in winter. In addition, the ceilings of winter gardens can be made of glass, and there are also models with retractable features. It can be used in all seasons. In this way, you will not deprive yourself of the pleasure of gardening in the conservatory in winter or summer.

[0007] Since these types of indoor spaces are systems that can be used for many years and do not generally require much repair and maintenance, they are an extremely economical option in terms of lifetime. This durability varies depending on the details of the space expected to be built, the variety of materials to be used, and the design made.

[0008] For that kind of structure, we usually agree with a supplier company. Then, you can have this type of product after going through processes such as survey, measurement, project, production, and assembly times. Therefore, the end user experiences a severe waste of time after purchasing the product until getting it. In other words, the end-user has to wait for the service after the purchase.

[0009] In shelters used after natural disasters, priority is given to tents. This solution makes sheltering difficult after disasters, especially in cold winters. A fire is lit outside the tent to keep warm, and flammable tent fabric can cause horrible disasters. In stock for a long time, the fabric of stored tents has well worn. In rainy weather, disaster survivors may have difficulties because of the rain-permeability of tents. Another solution includes more permanent solutions such as household containers. The biggest problem of this solution is logistics. Transporting any structure with trucks to the disaster site is difficult, where transportation is already tricky. Also, other difficulties for prefabricated buildings, trained or expert personnel are required for installation during the disaster.

[0010] The hidden hinge-like gear shape profiles are used in the structure of some advertising products used as counters or folding screens in the market. However, the tolerance on the profiles used in this product is very high, and it does not have a locking feature. The most significant disadvantage is that since the profile is designed eccentrically, it does not provide linearity when placed at an angle of 180° between two panels. In other words, when two panels are placed at a straight angle, they are not aligned on the same axis. For this reason, when it is desired to create a structure, the connection centers are misaligned, and this problem causes it to be impossible to use standardized assembly elements. In addition, the current profile used in is named "panset" products is very weak and insufficient in cross-section for indoor construction.

[0011] In the abstract of the application titled “Modular winter garden” numbered CN109440920A, it is stated that “The invention discloses a kind of modularization glass sunlight houses. In the modularization glass sunlight house, the roof includes a room body and at the top of the room body, the roof includes a roof frame and glass roof or moral height top in the frame of the roof, the roof frame includes more girders arranged side by side, adjacent girder is by more secondary beam connections, and the room body includes facade frame and glass and door and window in facade frame, and the facade frame includes more columns arranged side by side, the top of the column is fixedly connected with top beam, passes through more crossbeam connections between adjacent columns. The modularization glass sunlight house simplifies the manufacturing process and installation procedure, realizes standardized production, improves the customization degree, improves overall aesthetic degree ; Stable structure extends the service life of glass sunlight house.” It is summarized as. The invention mentions a winter garden with a glass ceiling. Ease of installation and simple assembly are the advantages of this winter garden.

[0012] In the abstract of the application titled “Automatic glass house and building” and numbered CN106958356A, it is stated that “The present invention provides a kind of automatic glass room and building, and the automatic glass room includes : Glass room top board, glass room metope, dynamical system, wherein, the glass room top board is fixed on the wall of a kind of construction steel structure or concrete structure, fixed on the ground on top board or in the form of support column ; The dynamical system sets and is fixed on above glass room top board ; The glass room metope leans against the frame surrounding of glass room top board, and rising or falling for the glass room metope is driven by the dynamical system ; The automatic glass room of the present invention can realize the effect of the automatic raising and lower of glass room metope. No matter winter, summer, spring, or autumn, when needed, the automatic lifting of the glass room metope can be manipulated at any time, The glass room region space becomes the greenhouse and avoids the heat of becalming, cool room or penetrating unobstructed spacious garden platform.” It is summarized as. The application mentions a glass house structure in which wall panels can be automatically raised and lowered.

[0013] In the abstract section of the application numbered TR 2021 / 01496 and "Structure of an Indoor Space", it is stated that "The invention is related to an indoor space structure used in shopping malls, hotels, houses, restaurants, gardens, holiday villages, fairs, FMCG services, residencies, and entertainment services. The invention includes a control panel that controls many features of an indoor structure, a smart screen that blocks the view of the external environment of an indoor structure, a device containing a UVC system that allows disinfection of the air of an indoor structure, and many additional features.” It is summarized as. A winter garden structure is mentioned, and the invention can be used individually as an indoor space or combined to create larger indoor spaces.

[0014] DESCRIPTION OF THE INVENTION:

[0015] The invention is used in shopping malls, hotels, residences, homes, restaurants, gardens, FMCG service areas, entertainment, and concert areas, shelter areas for after natural disasters, indoor areas for needs for the military defense logistics industry in the field (such as hospital station or field cafeterias), in outdoor sports camping areas. The invention is a rapid installation indoor system designed to minimize installation time using the rapid installation principle.

[0016] The purpose of the product subject to the invention is to meet the indoor space needs of those who will use the invention. It is aimed to present an indoor space that meets all the personal needs of the users, as it can be assembled on its own without requiring any expert personnel and can be produced in different sizes, colors, materials, and shapes.

[0017] Another purpose of the invention is to be installed easily and quickly without requiring an expert. The special foldable design creates an indoor structure system that can be used for all kinds of outdoor activities.

[0018] Another purpose of the invention is to be designed for mass production to be economical in terms of production costs since it creates a sustainable and long-life system with spare parts available and many new add-ons specially designed for the product.

[0019] Another purpose of the invention is to provide an indoor space system that makes the user feel safer, unlike a product made of soft fabric such as a tent.

[0020] Another purpose of the invention is to create transparent areas to create a system that allows the customer to feel like the user is in indoor conditions while protecting them from outdoor conditions.

[0021] Another purpose of the invention is to protect from the sun on sunny or hot days by installing sun-proof roof panels or by placing a tarpaulin on the existing transparent structure of the indoor space. Also, it can be used for the detachable and attachable side panels to help us as a shade to create a structure that takes advantage of the breeze, just like a pergola.

[0022] Another purpose of the invention is to ensure that open or semi-open architectural areas such as terraces and balconies are completely closed or partially closed, just like windbreak panels.

[0023] Another purpose of the invention is its modular structure. The user can expand the product on her / his own or differentiate the product she / he purchases with the additional parts. For example, if the product he purchased has a square area, he can change it to hexagonal or rectangular and expand it. Another purpose of the invention is that indoor spaces need outdoor events such as concerts, charity bazaars, sports activities, and temporary sales areas (markets).

[0024] Another purpose of the invention is in closed areas where tobacco and similar products are forbidden, such as shopping malls, exhibitions, fairs, and airports; it can be used as an isolated smoking lounge area with an integrated ventilation system.

[0025] Another purpose of the invention is to create a closed-space structure that includes a roof louver system and different floor types (wood, composite material, etc.). When necessary, it can be moved on wheels mounted to the base plate.

[0026] Another purpose of the invention is to provide a safe indoor space solution with bulletproof transparent areas and panels.

[0027] Another purpose of the invention is for the defense industry, military fortification, that is, military logistics. It provides solutions for rapidly installing indoor spaces such as headquarters, field cafeterias, temporary hospitals, and similar needs.

[0028] Another purpose of the invention is to provide security forces or all kinds of security personnel with temporary barricades or screens (bulletproof if desired) and security areas that can be installed quickly.

[0029] The invention provides solutions for the rapid installation and deployment of indoor spaces for logistically needed structures such as post-disaster shelters, mobile toilet showers, coordination centers, and dormitories, and can be used as prefabricated housing. If desired, it even allows the creation of a two or even three- flat prefabricated structure.

[0030] The invention provides easy-to-install animal shelter solutions in different shapes and sizes for our animal friends (pets) and can also be used in foldable furniture (furniture necessary for life, such as tables, benches, armchairs, chairs, and beds). The invention also has a structure that can include a SmartScreen system.

[0031] The invention's purpose is to enable all indoor and outdoor spaces mentioned above to be foldable with a basic single system. Structural flexibility stands out as the main criterion for the design of movable elements, and specially designed mounting elements are integrated into the central system used in the invention. The goal of the invention is to be suitable for all cornered geometric structures and their modular structure.

[0032] The invention adopts a foldable body, foldable roof, and foldable floor structure; solutions for storage, logistics, and mass production are included in this invention. The invention enables indoor space structuring in many different cornered geometric shapes without changing the connection elements and the central structure system, with system details specially designed for the product. The invention enables the end user to install it quickly and also rapidly dismantle it if desired. Due to its foldable structure, which takes up little space, the invention helps to solve logistics problems such as stock, storage, packaging, manual handling, and transportation to an optimum.

[0033] FIGURES

[0034] The figures of the present invention, briefly summarized above and explained in more detail below, can be understood by referring to exemplary figures depicted in the accompanying drawings. It should be noted, however, that the accompanying drawings only illustrate typical embodiments of the present invention and are not to be deemed to limit its scope, as the invention may permit other equally influential figures.

[0035] To simplify understanding, identical reference numbers have been used to indicate identical elements common to the figures. Figures are not drawn in scale and may be simplified for clarity. The components and features of one application can be usefully incorporated into other applications without further explanation. Figure 1 : Perspective view of the hexagonal structure of the invention.

[0036] Figure 2: Exploded perspective view of the lock mechanism.

[0037] Figure 3: Exploded perspective view of the lock mechanism and gear type profile.

[0038] Figure 4: Upper corner perspective detail view of the invention.

[0039] Figure 5: Exploded detailed view of the roof lock mechanism.

[0040] Figure 6: Roof lock mechanism assembly detail view.

[0041] Figure 7: Detailed view of the base-body combination of the invention.

[0042] Figure 8: Upper corner perspective detail view of the invention.

[0043] Figure 9: Upper corner joint detail exploded view.

[0044] Figure 10: Detail view of floor and side panels.

[0045] Figure 11 shows the view of the upper corner junction angle in detail.

[0046] Figure 12: Exploded view of the hexagonal structure of the invention.

[0047] Figure 13: Perspective view showing roof body assembly details.

[0048] Figure 14: A detailed view of the roof body connection details.

[0049] Figure 15: Rooftop detail view.

[0050] Figure 16: A detailed view of the sunblind on the side panel.

[0051] Figure 17: Detailed view with the upper window opened on the roof panel.

[0052] Figure 18: Roof covering profile detail perspective view.

[0053] Figure 19: Bottom detail view of the roof covering profile.

[0054] Figure 20: Exploded assembly view of the lock mechanism and double-sided profile.

[0055] Figure 21 : Exploded assembly view of the hinge body and side equipment.

[0056] Figure 22: Side panels assembly view.

[0057] Figure 23: Side panels installation finished perspective view.

[0058] Figure 24: Roof panel folded view.

[0059] Figure 25: Roof panel unfolding step one view.

[0060] Figure 26: Roof installation perspective view.

[0061] Figure 27: Sample application of the invention, rectangular assembly application.

[0062] Figure 28: Perspective view of the roof installation and handle.

[0063] Figure 29: Sample application of the invention, a cornered geometric shape mounting application sample.

[0064] Figure 30: Hexagonal assembly views of the sample application of the invention. Figure 31 : Disaster shelter installation view of the sample application of the invention.

[0065] EXPLANATION OF REFERENCES IN FIGURES

[0066] The equivalents of the reference numbers shown in the figures are given below. Lock Mechanism,

[0067] 10. Lock mechanism,

[0068] 11 . Lock gear type deadbolt,

[0069] 12. Lock gear type deadbolt housing,

[0070] 13. Lock striker part,

[0071] 14. Bolt,

[0072] 15. Screw,

[0073] 16. Spring pin,

[0074] 20. Main Body,

[0075] 21. Double-sided profile,

[0076] 22. Type Sigma fastener,

[0077] 23. Gear type profile,

[0078] 24. Base plate,

[0079] 25. Roof,

[0080] 26. Side Panels,

[0081] 27. Connection set screw,

[0082] 28. Roof covering profile,

[0083] 281 . Roof covering profile endcap,

[0084] 282. Roof covering profile fixation part,

[0085] 29. Roof panel

[0086] 30. Roof tension lock mechanism,

[0087] 31. Drawhook,

[0088] 32. Lock handle,

[0089] 33. Tension lock body,

[0090] 34. Roof holder profile, 40. Roof corner connection part,

[0091] 41 . Rooftop cover part,

[0092] 50. Hinge plate,

[0093] 51 . Hinge fixing pin,

[0094] 52. Fixing hole,

[0095] 53. Hinge housing groove,

[0096] 54. Set screw channel,

[0097] 60. Handle,

[0098] 61 . Roof profile,

[0099] 62. Wall bracket.

[0100] A. Mounting angle,

[0101] DETAILED EXPLANATION OF THE INVENTION

[0102] In this detailed explanation, the preferred alternatives for structuring the invention's subject are explained only to better understand the subject without creating any limiting effect.

[0103] The invention is widely used in shopping malls, hotels, residences, restaurants, gardens, holiday resorts, FMCG services, rest and entertainment centers, concert areas, shelter areas established after natural disasters, and military logistics indoor spaces (such as field hospitals or field cafeterias), and camping areas, nature sports organization for rapid installation is related to meeting indoor needs. The locking mechanism (10) is located inside all profiles of the invention and functions as gradual locking. The lock gear type deadbolt (11 ), which forms the upper part of the lock mechanism (10) and has notches on it, is located at the bottom of the lock gear type deadbolt (11 ). The lock gear type deadbolt housing (12), which ensures locking by being fixed at the right angle thanks to the sleeve inside, is at the bottom of the lock gear type deadbolt (11 ). The lock striker part(13), which provides a balanced fixation together with the lock gear type deadbolt housing(12), the bolt (14), which acts as a fixing by moving into the first of the two fixing slots of the lock latch, the screw (15), which acts as a fixing by moving into the second of the two fixing slots of the lock latch, The lock gear type deadbolt (11 ) is designed as female. The lock striker part (13) is designed as male, and the spring pin (16), which acts as a lock by being pushed downwards when the lock striker part (13) touches, forms the roof of the invention and ensures its survival, and contains the gear type profiles (23). the main body (20) on which it is located, the double-sided profile (21 ) that allows the connection of auxiliary equipment, Type Sigma fastener (22), which provides the connection between the double-sided profile (21 ) and the body (20), the threaded profile (23), which is located inside the body (20) and allows 360- degree movement thanks to the threaded part in its profile, and its foldable structure. The base plate (24) forms the base in accordance with its geometric structure, the roof (25) forms the upper part of the invention and protects the users from external influences, the side panels (26) form the side parts of the invention, which can be panoramic or have different options according to the user's needs, and the double-sided profile (21 ). connection set screw (27), which provides the connection between the roof panel (29) and the type sigma fastener (22), the roof closing profile (28), which is located on the upper part of the roof panel (29) and protects it from external effects, The roof covering profile endcap (281 ), which is located at the end of the roof covering profile (28), protects it from external effects and provides a better visual appearance, is located at the bottom of the roof covering profile (28) and provides a connection with the roof panel (29). roof covering profile fixation part (282), roof panel (29) that is located on the top of the side panels (26) and protects the users from external influences, roof locking mechanism (30) that allows the roof (25) to be mounted with a turning movement, as well as having the advantage of being fixed any fastener, the roof drawhook(31 ), which serves to hold the roof panel (29) and the double-sided profile (21 ) tightly together, the lock handle (32) that provides tension by pressing after the roof drawhook (31 ) grasps the profiles, the lower part of the roof lock mechanism (30). The tension lock body (33) is used to fix the base plate (24) and the main body (20). The roof (25), the roof holder profile (34), and the roof corner connection part (40) allows the inner up corners of the roof panels (29) to be brought together at the desired angle. Rooftop cover part (41 ), which is used for fixing and sealing on pointed type roofs with its flexible structure, The hinge plate (50), which allows two gear-type profiles to come together at the desired angle; hinge fixing pin (51 ), which allows fixing the hinge plate (50) to the gear type profile (23); hinge fixing pin (51 ), which is placed in the gear type profile (23) and on which the hinge fixing pin (51 ) is located fixing hole (52), the slit (hinge housing groove) (53) that enables the movement of the hinge plate (50), which allows the two gear type profile (23) to work like a hinge, the set screw channel (54) into which the setscrews required for assembly are inserted, the handle (60) that allows safe carrying of the roof panel (29), the roof profile (61 ) used during the assembly of the roof (25), the wall bracket (62) used to fix the inner walls to the main body (20) which enables the creation of personalized areas within the main structure, and the geometric shape formed between two gear type profiles (23). It includes the mounting angle (A) given according to the figure and designed to suit every angle.

[0104] In this way, the product significantly differs from similar products in terms of multiple modularity, simple installation, pre-sales and after-sales storage, and logistics. The invention allows it to be structured in almost endless cornered geometric shapes. It also enables the creation of open-top spaces. Thus, it can also be used as a semi- indoor space structure, such as a windbreak, security barrier, or fence.

[0105] The invention's subject of the system not only brings a different perspective to the indoor structuring of this structure; it also includes sections that include system detail solutions that combine many different features, such as being foldable and packable (flat-pack) parts(roof, main body, and base), high-precision operation of moving parts, modularity, fast and easy installation, ease of mass production, and sustainability of the product by providing spare parts and add-on parts.

[0106] There are many features and equipment that distinguish it from known similar products, and the rapid installation of an indoor system is the main subject of the invention. In addition to the primary sections above, other features and equipment are explained below. The invention can be produced in different geometric shapes and sizes as requested by the customer, independent of color, texture, and material. The entire roof (25), side panels (26), and base plate (24) are designed to be foldable. A specially designed hidden integrated hinge system and locking mechanism (10) are used between the side panels (26) forming the structure. In this way, the side panels (26) are locked and fixed when the angle between the side panels (26) forming the structure coincides with the desired angle due to the geometric structure of the system, without requiring additional equipment at the installation site. The angle between the two side panels (26) resulting from the geometric structure of the main body (20) is fixed by a locking mechanism (10) specially designed for the invention. While this locking mechanism (10) is integrated into the system, it can also be provided with external apparatus. Thus, different cornered geometric shapes can be formed at the body's base (20).

[0107] The roof of the invention (25) is especially designed according to the shape of the base of the main body (20) and has a foldable structure like the body (20). Since the roof (25) and main body (20) are designed foldable. That means both parts are suitable for flat-pack packaging. This property also minimizes post-production sales support problems such as logistics and storage. The foldable system also provides great convenience to the end user regarding assembly. While unfolding the invention, the specially designed locking mechanism (10) between the side panels (26) enables quick and easy installation without any tools.

[0108] There is an adjustable and product-specifically designed locking mechanism (10) to lock the folding side panels (26) that form the main body (20) of the invention when they reach the desired angle. The lock mechanism (10) can be unlocked when desired, allowing the side panels (26) to be folded again. Thus, the ability to disassemble the product after installation, that is, easily disassemble it, provides convenience for the user. The lock mechanism (10) consists of three parts: Lock gear type deadbolt (11 ), Lock gear type deadbolt housing(12), and Lock striker part (13). Lock gear type deadbolt (11 ) and lock gear type deadbolt housing (12); It consists of specially designed male and female parts that snap into each other. Between these two parts, a system is fixed with an angle difference of 1°, like a gear mechanism, and can rotate a full 360°. With this system, the angle between the side panels (26) will be suitable for different cornered geometric structures. The main body (20) of the product provides unlimited freedom to conform to all kinds of cornered geometric shapes. Some commonly used angles (for retail products) between the lock gear type deadbolt (11 ) and the lock gear type deadbolt housing (12) are marked. This solution was considered to minimize possible assembly errors on the internal assembly line while producing standard main body (20) structures. For example, for a hexagonal body (20), the interior angle of between the side panels (26) must be 120°. There is a marking on the lock mechanism (10) for an angle of 120°, like 90° for a square or rectangle and 135° for an octagon. The lock mechanism (10) is located at the top and bottom of the side panels (26) and operates simultaneously. When the side panels (26) start to be moved along the hinge axis, the lock gear type deadbolt (11 ), whose angle is adjusted in advance, stops when it engages the striker part (13). Thus, the side panels (26) are locked up and down by the locking mechanism (10). In other words, the angle between the side panels (26) can be fixed in the factory. The lock mechanism (10) and lock gear type deadbolt (11 ) can be snapped off from the lock striker part (13) with a simple tool or fingertip. Additionally, if this removal process is not requested, the lock gear type deadbolt (11 ) can be fixed to the lock striker part (13) with a simple fastener such as a bolt (14), screw (15), or nut. In this way, the lock mechanism (10) connection can be strengthened. This type of fixing is especially recommended after unfolding the roof (25), before placing the roof on top of the main body (20). The lock mechanism (10) can be produced from plastic-based materials or metal alloy materials. As a production method, the molded injection method was preferred for both plastic-based and metal alloys. The gravity die-casting production method can be preferred if it is produced with a metal alloy. Parts are suitable for the machining production method but are not preferred because mass production costs will be high.

[0109] Alternative _2: The working principle of the lock mechanism (10) described above is that the lock gear type deadbolt (11 ) is male, and the lock gear type deadbolt housing (12) is female. Likewise, the lock gear type deadbolt (11 ) can be designed to be female and the lock gear type deadbolt housing (12) to be male. Alternative _3: The working principle of the lock mechanism (10) described above is described as male of the lock gear type deadbolt (11 ) and female of the lock striker part (13). Alternatively, another version in which the lock gear type deadbolt (11 ) is designed as female and the lock striker part (13) is designed as male. In this design, the lock striker part (13) is called a spring pin (16), which is like an indexing pin and can be used in the lock mechanism (10). While the lock gear type deadbolt (11 ) moves circularly along the hinge axis, when the lock striker part (13) touches the spring pin (16), it pushes the spring pin (16) downwards. When the lock gear type deadbolt (11 ) and the spring pin (16) are aligned, the pin is released and enters the hole with the help of the spring. Thus, the mechanism is locked. To unlock the lock again, that is, to remove the locked panels, the spring pin (16) is pushed in with the help of a slim tool like a screwdriver, and the lock is opened. Since there is no need to fix with an extra bolt in this method, the fixing bolt is canceled in this alternative. In both alternatives mentioned above, standard angles are marked on the lock gear type deadbolt (11 ) and lock gear type deadbolt housing (12) to minimize errors on the internal assembly line during production.

[0110] The invention's main body (20) has a specially designed integrated locking system to lock the side panels (26) at the desired angle. This locking mechanism (10) can also be installed separately. The working principle of the lock mechanism (10) is as follows. For example, if a regular hexagonal body is to be created, the inner corner angle should be 120 degrees. During production, the panel's lock is set to 120 degrees, and during assembly, the system is locked when the angle between the foldable side panels (26) reaches 120 degrees. This locking mechanism (10) is located at all corners, and the assembly of a perfect regular hexagonal body is ensured. This locking mechanism (10) can be installed separately during production or installation. A 90-degree adjustable locking mechanism (10) is used for squares, and 135-degree one is used for octagons. Since it is suitable for all angles, floor space can be created in different geometric shapes, which offers endless design possibilities. The folding and locking systems used on the body and the systems used on the roof are the same. The integrated hinge and lock mechanism of the structure, the folding of the roof, and the locking of the system at the desired angle when opening not only provide convenience to the end user during installation but also bring great convenience to assembling both roof (25) and main body (20) with each other with almost zero tolerance. Since carrying handles (60) have been added to the locked roof (25) structure, it has become easier for two people facing each other to lift the roof (25) and place it on the body (20). As the roof (25) grows, the number of handles (60) will increase, and the number of people will also increase for ease of transportation.

[0111] The form of the roof (25) depends on the main body's (20) cornered geometric shape and may vary according to the user's requests. It can be a pyramid hip, gable, arched (gambrel), shed, or flat roof (25).

[0112] There is a type of roof locking mechanism (roof tension lock mechanism) (30) that enables the roof (25) to be assembled with the main body (20). This mechanism, which does not require any assembly tools, is designed to be a solution for different roof (25) types and slopes. In addition, the tension lock body (33) included in this mechanism is used to anchor the structure on the ground. In this way, multiple functions are provided with a single piece, and ease of assembly is also considered by minimizing production costs and assembly element diversity. This mechanism can be designed separately according to different roof (25) types and slopes. The roof tension lock mechanism (30) consists of 3 parts; these are; Tension lock body (33) (also used for attaching products such as anchors to the ground and fixation of the sunshades), Lock handle (32), and Drawhook (31 ). The tension lock body (33) is mounted to the upper frame profile, which is located on top of the side panels (26) of the body (20) using the snap fitting method. The channels (notches) in the cross-section of the roof profile (61 ) of the roof (25) both determine the location of the retaining tension lock body(33) and prevent the part from coming out of the body (20). There are different designs for attaching the tension lock body (33). These are placing the roof tension lock mechanism (30) inside the channel in the double-sided profile (21 ), turning it clockwise or counterclockwise inside the channel, and the mechanism fixing is completed by its unique design. The roof holder profile (34) is placed inside the channel of the double-sided profile (21 ). The fixation of the roof holder profile (34) to the main body (20) is firstly attached to the upper channel section, then the profile is released down, and the bottom channel is snapped to the roof holder profile (34). In other words, double-sided profile's (21 ) both channels (top&bottom) are snaped the holder profile's (34) extensions. Also, for the tension lock body (33), fixation can be used using the same method mentioned above. Another method is also fixing it using standard fasteners (such as screws, bolts, and nuts).

[0113] The roof tension lock mechanism (30) has a structure and operating principle very similar to the tension lock mechanism. The parts are specially designed to be suitable only for the connection of the roof (25) with the main body (20) and for various roof (25) slopes resulting from different geometric structures. The roof tension locking mechanism (30) also compresses the roof rubber profiles placed between the main body (20) and the roof (25) for insulation purposes, providing both water and air insulation and preventing noise by dampening wind-induced vibration. The roof tension lock mechanism (30) can be produced from plasticbased materials or metal alloy materials. As a production method of the parts, the injection molded method was preferred for both plastic-based and metal alloy materials. The die-cast molding method can be selected if it is produced with a metal alloy. Parts are suitable for machining or press production, but the production costs are high for mass production.

[0114] The upper roof corner connection part (40) of the roof panels (29) is designed to be suitable for different angles. The roof corner connection part (40) can also be designed separately for each structure. That means various types of the main body (20) has different angles, affecting the roof panel's (29) inner angles. However, the purpose of this invention is to provide connections to varying angles with a single connection element and to keep the production cost at the lowest level. The designed roof panel (29) upper roof corner connection part (40) also ensures waterproofing by ensuring that the rubber profile (sealing gasket) wraps around the roof panel (29) without interruption.

[0115] Roof panels (29) and side panels (26) can be produced from different materials. For example, all kinds of building materials in sheet form; Materials such as bordex, magnesium oxide board, betopan (cement board), aluminum composite panel, plasterboard, all wooden materials in panel form, wooden profiles, wooden interpenetration profiles, all kinds of hydrophobic panels, all metal materials in sheet form, plastic-based panels, glass and its derivatives, sandwich panels, composite panels, composite interpenetration profiles, etc.

[0116] To cover the middle gap on pyramid hip-type roofs, the rooftop cover part (41 ), produced from a flexible or elastic-plastic material by plastic injection mold method, has been designed. Thanks to its flexible structure, it can take the shape of the gap in the middle of different types of pyramid roofs (25), such as hexagonal, square, and octagonal, and is intended to be closed by intervention from the inside. Thus, climbing above the roof (25) is unnecessary to close the middle opening of the roof (25). Another method of covering this gap is to use looks like an umbrella type of cover element. A small umbrella-type cover element may open inside the invention, be aligned with the middle gap, be placed outside of the roof (25), and be fixed inside the top of the roof. To cover the middle gap of this type of roof (25), according to different shapes, It is also possible to close the opening in the middle with a cover that is individually designed and produced with different materials and production methods. However, it was not preferred because it was thought that being a standard product could create problems in the future in terms of both cost and spare parts organization.

[0117] The connection of the roof panels (29) with each other is the same as the side panels' connection (26) that forms the main body (20), which is provided by an integrated hinge system hidden inside the roof gear profile (23), and the cross- sectional structure of the gear type profile (23) has a grooved design to fold properly, and this creates weakness in terms of water insulation. Rain that falls during use leaks between these two gear-type profiles (23), causing an undesirable insulation problem. To eliminate this problem, the part where the two gear type profiles (23) joint must be covered with a specially designed roof covering profile (28). The roof covering profile (28) is designed to be placed beyond the seal line of the roof panel (29) and ensure that the water comes into contact with the rubber profile first. There is also a specially designed fastener for the installation of the roof covering profile (28) corresponding to the main structure of the roof (25), that is, the junction of the roof panels (29). That is called the roof covering profile fixation part (282), it enables the roof covering profile (28) to be easily attached to the structure without using any extra fasteners. The reason why fastening elements such as bolts (14) and screws (15) are not used is to avoid the appearance of any fastening elements on the outside. This is an aesthetic issue. Also, ensuring the hole is insulated will create an insulation risk. Different materials can be used to produce the roof covering profile fixation part (282). The angle between the roof panels (29) and the roof (25) slope forming the roof (25) varies with each other depending on the different roof (25) type. That's why spring steel or plastic-based material was chosen for the fastener part, which is named the roof covering profile fixation part (282). In addition, connection apparatus produced by the aluminum or plastic extrusion method can also be used for standard slopes, or the roof covering profile (28) is designed to be easily attached to the joint of the roof panels (29). However, many different sections will emerge for each different roof (25) slope. For this reason, designing the roof covering profile (28) with a fixed material and the roof covering profile fixation part (282) with a flexible material prevents the increase in the number of parts and also provides savings in terms of production costs.

[0118] In order to hide the view of the junction area where the roof covering profile (28) meets the body (20), the roof covering profile endcap (281 ) is designed to fit into the front section of the roof covering profile (28). The indoor space's compact and aesthetic appearance is provided by mounting it at the end of the roof covering profile (28) with fasteners or a plug-in system.

[0119] The side panel (26) and roof panel (29) also enable an externally adjusted shade system. Shade profiles (including sunblinds) can be integrated into the system from the outside and used to protect from sunlight. It can be placed under or on the inside of the roof panel (29) or on top of the roof panel (29), i.e. , on the outside. For the shade system, any curtain or roller blind can be integrated into the system; micro blinds between double glazing can also be used for shade. The reason for external application is to ensure that the integrity of the view in the environment where the gated space is located is not disrupted when necessary and to provide a pleasant moment for the user.

[0120] The hidden integrated hinge system used to fold the side panels (26) also enables the door of the closed area to be opened and closed. The door hinge can also be attached externally. However, such hinges will incur extra costs and are not a helpful solution regarding installation time. If desired, a barrier lock or bolt can be installed on the door. The indoor door has a structure suitable for standard barrier locks.

[0121] The Tension lock body (33) used in the roof tension lock mechanism (30) can also be attached more than once to the upper double-sided profile (21 ) channel on the inside of the side panels (26) of the main structure. This allows interior decoration materials such as roller blinds, projection screens, and shelf holders to be placed in the interior of the closed space.

[0122] Windows or transoms windows can be added to the side panels (26) or roof panels (29). That means any type of window can be added externally. If the end user wants to install windows after sales, they can order them as spare parts and install them.

[0123] Due to problems such as logistics, sales policy, and insufficient standard material sizes, side panels (26) and roofs (25) can be produced in a divisible type (divided for less volume). The split production of the product does not affect the main system, and if desired, the invention can even fit in the trunk of the customer's vehicle. A gear-type profile extension part has been designed so that it can be produced as an additional part. It is designed to fit into the half-moon-shaped space inside the gear-type profile (23), and if necessary, a flat plate can be placed inside the channel to strengthen the connection. After the assembly of the main body (20), if desired, a new space can be created by creating an interior room that can be folded like the main structure. That means the side panels (26) are fixed to the main body (20) with the wall bracket (62), which not only creates a room but also allows the interior door to be opened. In this way, personalized areas can be created within the main structure. The wall bracket (62) extends the main body (20) or additional rooms. The wall bracket (62) has the same mounting structure as the tension lock body (33). Also, the wall bracket (62) places the inner channel of the double-sided profile (21 ) can be fixed and suitable as a wall to the main body (20) with standard fixing elements, such as bolts, nuts, and screws.

[0124] Panels made of different materials are used in the production of the roof panel (29) and side panels (26). They are fixed with internal and external rubber profiles and support the structure in terms of water and sound insulation. The rubber profile not only provides waterproofing to the panels but also prevents them from making noise in windy weather.

[0125] The invention's base plate(24) is designed in different types, such that it can be modular, foldable, or even in roll form. The primary purpose is to take up little space logistically and to provide ease of installation, with the end user being able to choose different base plate (24) materials. If the place where the invention installation will be installed is even, it can also be installed without a base plate (24). There are specially designed apparatus for the fixation of the main body (20) to the base plate or existing ground (24). This apparatus is also used in the roof lock mechanism (30) and enables installation on any ground (24). It is called the tension lock body (33). The tension lock body (33) is mounted to the channels in the lower double-sided profile (21 ) of the side panels (26) and is fixed using simple fasteners with the anchor type selected according to the material of the floor (24) by using the holes on it. The tension lock body (33) can be attached to the inner or outer bottom side of the main body (20). The floor of the indoor area is produced according to the shape and material requested by the user. In this way, it is aimed to diversify the product and provide a marketing advantage. If the base is to be placed on uneven or sloping ground (24), it can be leveled using adjustable feet. Optionally, it can also be made with locked wheels so that the end user can easily carry the invention wherever he wants by pushing and consuming less power via its wheels. Tent-type driven piles are used for installation on soft natural bases such as soil and grass, and it is aimed to prevent the product from being affected by strong winds. Different materials can be used for the base (24), such as composite, natural wood, wood panels, plastic-based panels, natural or artificial stone, etc.

[0126] The invention can also be added to a heating system if the user requests it. It can be applied with a floor heating system or different application methods. These: The heating method with carbon film plates with heat and water insulation under the floor, the system laid under the base plate (24) with series resistance heating cable or by passing through the cross-sectional gaps of the profiles forming the base plate (24), and finally the floor, lateral and roof surface with infrared paint. It is based on the system of painting all of them together or separately, making the painted area warmer. This system is quite new and is very suitable for the foldable structure of the invention. Since it can operate on 24V, it is harmless to human health and life safety.

[0127] The invention also provides the feature of a foldable prefabricated structure due to enlarging the profile sections that make up the main structure. Thus, it also allows the creation of closed spaces such as offices, dormitories, and canteens for construction sites, temporary post-disaster shelters, temporary headquarters used in military logistics, field hospitals, field mess, dormitories, and personal needs structures such as public toilets and showers. The prefabricated building can be built with two or even three floors if desired. The connecting element is designed to join the main system profiles together. The apparatus that will hold the second-floor flooring structure is the same as the wall holder apparatus, and a folding or plug-in flooring system is also available. There is also a folding ladder inside the building. All flooring can be produced with heating if desired. One of the most essential elements of the invention is creating a room within the building with the interior wall partition function and delivering such structures to the area quickly and in large quantities when needed, thanks to integrated door solutions, and providing immediate solutions to all needs by rapid assembly. The roof panels (29) and side panels (26), which constitute the invention's main structure, consist of profiles and panels. The material of the profiles is considered a metal alloy or similar-based extrusion profile. However, plastic-based and similar extruded materials can also be used in single-flat use. Metal-supported plasticbased extrusion material can also be used to create multi-floor spaces. In order to use standard steel profiles, the hinge system must be designed externally, but this method was not preferred because it would increase insulation problems. Materials used in panels: Plastic-based and similar sheets have been preferred for ease of assembly and logistics, and all kinds of sheet-shaped architectural and structural elements (such as glass, insulation glass, bordex, magnesium oxide sheet, plasterboard, hydrophobic sheets, cement panels, wood-based panels, composite panels, and interlocking profiles, sandwich panels) It is possible to produce with. The profile cross-section can be changed for materials of different thicknesses. For the base plate (24), all architectural and industrial-type floor (24) products and similar ones can be used. In addition, the system can be installed in natural environments or on existing ground without needing a base plate (24). Materials such as natural or artificial wood and similar parquet, composite parquet (deck wood), plastic-based roll or plate floors, and natural or artificial stone floors can be used for the base plate (24).

[0128] The invention is designed to obtain international certification by using class A or B fireproof or fire retardant building materials on the side panels (26), roof panels (29), and base plate (24), if desired.

[0129] The invention is designed to obtain international green environment certification, if desired, by using recycled materials in the side panels (26), roof panels (29), and base plate (24).

[0130] The profiles are used in the invention; the main body (20) and the roof (25) are specially designed. The most important of these profiles is called the gear type profile (23) and is used both in the side panels (26) of the main body (20), and in the roof panels (29) that form the roof (25). The gear type profile (23) allows the panels to be folded due to its integrated hidden hinge feature. The gear structure gives many additional features to the gear type profile (23); It allows the side panels (26) to fold and unfold smoothly, the gear structure prevents air from entering in windy weather, the gear type profile (23) used on the side panels (26) except the roof (25) prevents water from entering, thanks to its specially designed gear structure, the two panels can be unfolded at 180°. It provides complete linearity at an angle of that means both side panels (26) are aligned perfectly. It is structurally more rigid thanks to its gear-type structure. The right and left extension on the cross-section of the gear-type profile (23) provides pooling for the assembly of the double-sided profile (21 ). It prevents the double-sided profile (21 ) from rotating during assembly. The half-moon-shaped fixing hole (52) in the gear type profile (23) cross-section serves as a guide for the correct placement of the lock striker part (13) used in the lock mechanism (10). The set screw channel (54) in the middle of the profile is used to fix the hinge plate (50). The channel located in the gear-type profile (23) and the double-sided profile (21 ) helps to fix the panel by rubber profile. Also, it allows the use of the standard fastener used in the sigma profile connection of these two profiles. Connection options can be increased by using standard screws, bolts, and nuts in this channel in sizes appropriate to the cross-section of the profiles.

[0131] The invention has been designed as an alternative panel installation that can be easily uninstalled and installed with a flip-flap type or snap-fitting profile to replace the panels used in the side panels (26) and roof panels (29) that form the body (20).

[0132] Integrated lock mechanism (10): The invention's main body (20) and roof (26) shape can give the invention's main body (20) and roof (26) shape as a montage kit. However, according to the required angle, these apparatus must be produced at different angles for each cornered geometry. Integration into the system means adjusting and installing it at the appropriate angle during production.

[0133] Hidden hinge system; It is a system formed by placing the hinge plate (50) into the hinge housing groove (53) in the gear-type profiles and fixing two fixing pins (set screw or spiral spring pin) to the profiles. The hinge plate (50) fastens the two gear profiles (23) together and causes them to rotate on the gears along the hole axis. Thus, the panel system can make an almost 360-degree angle in any direction.

[0134] In pyramid-type roofs (25), the rooftop cover part (41 ) is produced from a flexible or elastic plastic-based material by plastic injection method in order to cover the middle gap. It is enabled to take the shape of the gap like a shapeshifter in the middle of different types (hexagonal, square, octagonal) pyramid-type roofs (25), thus allowing installation easily. It contains a rooftop cover part (41 ) that enables the gap to be covered without having to climb on the roof (25).

[0135] In terms of installation order;

[0136] The product is sold packaged. After opening the packaging, the first thing to do is to lay the base plate (24) on the place where the installation will be done if the purchased product has a base plate (24). Usually, the base plate (24) is packaged in roll form. The main body (20) is removed from its packaging, and the main body (20) consisting of side panels (26) is positioned vertically above the base plate (24) with the marked part downwards. The side panels (26) are ready to be unfolded by a hidden hinge system. The side panels (26) reach the proper angle between the side panels (26) of the main body (20), and the panels are locked by the lock mechanism (10). Then, the door lintel profile is fixed, and the main body (20) is brought to the requested shape. Roof tension lock mechanisms (30) are assembled. The roof (25) is removed from its packaging, and the roof (25), which is folded out of its packaging, is unfolded again by the hidden hinge system. The locking mechanism (10), which is pre-set according to the design of the roof (25), helps the roof (25) to come into a correct and proper shape. It is necessary to secure the lock mechanism (10) using the fixing bolt (14). After this process, the roof (25) is lifted up using handles (60) by at least two people and placed on the rubber profile at the top of the main body (20). The roof tension lock mechanism (30) must be outside the main body (20) and roof. Drawhooks (31 ) fixed the roof to the main body (20). The roof covering profile (28) and the roof covering profile endcap (281 ) coming between the roof panels are installed to the roof (25) by the roof covering profile fixation part (282). For the gap in the middle of the main structure, the rooftop cover part (41 ), made of an elastic material, is placed inside the structure and covers the top gap from the outside. In this way, water insulation is provided. After the final adjustments are made for the assembly of the base plate (24) and the main body (20), the tension lock body (33) apparatus is fixed to the channel of the doublesided profile (21 ) on the base plate (24), then, it is mounted to the floor through the hole on the holder, and the entire structure is fixed

Claims

CLAIMS1 . The invention is used in shopping malls, hotels, residences, homes, restaurants, gardens, FMCG service areas, entertainment, and concert areas, shelter areas for after natural disasters, indoor areas for needs for the military defense logistics industry in the field (such as hospital station or field cafeterias), in outdoor sports camping areas and the invention, is a rapid installation indoor system designed to minimize installation time using the quick installation principle and its property is; The lock mechanism (10), which is located in the inner parts of all profiles of the invention and performs the gradual locking function, the lock gear-type deadbolt (11 ), which forms the upper part of the lock mechanism (10) and has notches on it is located at the bottom of the lock gear type deadbolt (11 ) and thanks to the gear-type sleeve inside it. The lock gear type deadbolt housing (12), which provides locking and fixing, and the lock striker part (13), which provides a balanced fixation together with the lock gear type deadbolt housing (12) by being located at the bottom of the lock gear-type deadbolt (11 ), the bolt (14), which roles as a fixing by passing into the first of the two fixing slots of the lock gear type deadbolt(11 ) the screw (15) which serves to fix the lock gear type deadbolt(11 ) by passing into the second of the two fixing holes (52), the main body(20) which forms the roof of the invention and keeps it standing and contains gear-type profiles (23), the double-sided profile (20) which allows the installation of auxiliary apparatus on it.), type sigma fastener (22), which provides the connection between the double-sided profile (21 ) and the main body (20), gear type profile (23), which is located inside the main body (20) and allows approximately 360-degree movement thanks to the gear-type section in its profile, The base plate(24), which allows different cornered geometric structuring of the invention with its foldable structure, the roof (25), which forms the upper part of the invention and protects the users from external influences, The side panels (26), which can be panoramic or have different options according to the user's requests, the side parts of the invention; the connection set screw (27), which provides the connection between the doublesided profile (21 ) and the type sigma fastener (22), is located on the upper part of the roof panel (29) and externally. The roof covering profile (28) protects fromexternal influences, the roof covering profile endcap (281 ), which is located at the end of the roof covering profile (28), protects it from external effects and provides a chic appearance, and the roof covering profile endcap (281 ) located at the bottom of the roof covering profile (28). and roof covering profile fixation part (282), which provides the connection with the roof panel (29), The roof panel (29), which is located on the top of the side panels (26) and protects the users from external influences; the roof locking mechanism (30), which allows the roof (25) to be mounted with a spin movement, as well as the advantage of being installed externally, and the roof panel (29). The drawhook (31 ) serves to hold the double- sided profiles (21 ) tightly together; the Lock handle (32) provides tension by pulling after the drawhook (31 ) grabs the profiles, the roof (25), which forms the lower part of the roof locking mechanism (30). as well as the tension lock body (33), which is also used for base plate (24) mounting, the roof corner connection part (40) allows the comers of the gear type profile (23) to be brought together at the desired angle, rooftop cover part (41 ) is used for fixing and sealing on top of the pyramid-type roofs with its flexible structure, hinge plate (50) allows two gear-type profiles(23) to come together at the desired angle, hinge fixing pin (51 ) allows fixing the hinge plate (50) to the geartype profile (23), located in the gear-type profiles (23) and above the hinge fixing pin (51 ), the fixing hole (52), the set screw channel (54) into which the setscrews required for installation are inserted, the handle (60) allows safe carrying of the roof (25), the roof profile (61 ) used during the assembly of the roof panels (29), the wall bracket (62) used to fix the innerwalls( innerpanels) or outerwalls (outerpanels) to the main body (20) for the build more spaces, it enables the creation of personalized areas within the main structure, according to the geometric shape. It contains a given mounting angle (A) designed to suit every angle.

2. It is the lock mechanism (10) stated in claim 1 , and its property is;• It contains the lock gear-type deadbolt (11 ), which forms the upper part of the lock mechanism (10) and has digit marks on it,• It contains the lock gear-type deadbolt housing (12), which is located at the bottom of the lock gear-type deadbolt (11 ) and provides locking and fixing by the gear-type sleeve inside,• It contains a lock striker part (13) located at the bottom of the lock gear-type deadbolt (11 ) and provides a proper fixation together with the lock gear-type deadbolt housing (12),• It contains a bolt (14), which uses as a fixation by passing into the first of the two fixing holes (52) of the lock gear-type deadbolt (11 ), and a screw (15), which uses as a fixation by passing into the second of two fixing slots of the lock gear-type deadbolt (11 ),• Contains a drawhook (31 ) used to hold the roof panel (29) and the double-sided profile (21 ) tightly together,• The drawhook (31 ) contains a retaining lock handle (32) that provides tension by pressing after grasping the profiles,• Contains the retaining tension lock body (33), which constitutes the lower part of the roof locking mechanism (30), and is also used for mounting the base plate (24) to the main body (20) as well as the roof (25),• In terms of material, the lock mechanism (10) must be made of plastic, plastic alloys, metal and metal alloy materials,• The lock gear-type deadbolt (11 ), lock gear-type deadbolt housing (12), and lock striker part(13), which consist of specially designed male and female parts that fit into each other, are fixed with a 1 -degree angle difference like a kind of gear mechanism and can approximately rotate 360-degree full turns contains,• In an alternative configuration, it contains the lock gear-type deadbolt (11 ) and the lock gear-type deadbolt housing (12), which are configured as male-female or female-male, corresponding to each other,• In the alternative configuration, it contains the lock gear-type deadbolt (11 ), and the lock striker part (13) is configured as a male, or the spring pin (16) is male, just like an indexing pin.

3. It is the main body (20) stated in claim 1 , and its property is; The double-sided profile (21 ), which allows the connection of auxiliary apparatus on it, the sigma type fastener (22) provides the connection between the double-sided profile (21 )and the main body (20), the gear-type profile (23) located in the side panels (26) and the roof panels (29) structures, and allows to fold and unfold to both panels, the base plate (24), which allows different geometric structuring of the invention with its foldable structure, the roof (25)is the upper part of the invention and protects the users from external influences, the side panels (26) of the invention can be panoramic view or have different options according to the user's requests, the connection set screw (27) provides the connection between the double-sided profile (21 ) and the sigma type fastener (22), the roof covering profile (28) is located on the outside of the roof panels (29), and protects it from external effects such as rain drops, roof covering profile endcap (281 ) located at the end of the roof covering profile (28) and protects it from external influences and provides a chic appearance, roof covering profile fixation part (282) is located at the bottom of the roof covering profile (28) and provides connection with the roof panels (29). It contains a roof panel (29) located at the top of the side panels (26) that protects the users from external influences.

4. It is related to the rapid installation of indoor systems stated in Claim 1 , and its properties are;• The product of the invention has a closed space structure, which creates a significant difference compared to similar products in terms of multi-modularity, ease of installation, pre-sales and after-sales storage, and logistics and allows it to be designed in different cornered geometric shapes such as squares, rectangles, trapezoids and triangles, as well as a semi-indoor space structure ( It includes a quick-installation indoor system that allows (such as windbreaks, security barriers, fences, etc.),• As per the system design, it should be foldable and flat-pack packable, moving parts operate with high precision, be modular, fast, and easy to install, and include a quick installation indoor system that combines the functions of mass production convenience,• The fasteners used in the invention are made of zamak casting, machining, and fasteners produced according to the plastic injection method,5. It is related to the rapid installation of indoor system stated in Claim 1 , and its properties are;• It's foldable and unfoldable, occupying very little space and gaining storage properties. The materials are made of glass, plastic, similar plastics, metal, similar metals, wood, wood derivatives, both metals and PVC or plastic-based materials suitable for extrusion, and sheet metal with the roller bend production process. The roof (25) and side panels (26) may be produced by these materials.• Roof panel (29) and side panels (26) production materials include bordex, magnesium oxide board, betopan (cement board), aluminum composite panel, gypsum board, wooden materials in panel form, wooden lath or insert profiles, hydrophobic panels, plastic-based panels, glass or similar, sandwich panels, composite panels, and interlocking profiles can be used.• The panels mounted on the surfaces of the roof panels (29) and side panels (26) have a structure in which the heating system is provided from these surfaces by applying carbon heat paint on the bipolar conductive copper plate and applying 24V electricity.• It includes roof panels (29) and side panels (26) are intended to be easily uninstalled and installed with a flip-flap type or snap-fitting profile to replace the panels.

6. It is about the lock gear-type deadbolt (11 ) and lock gear-type deadbolt housing (12) stated in claim 1 , and its property is: The lock gear-type deadbolt(11 ) and lock gear-type deadbolt housing (12) are in male and female form, working inside each other, working with a gear type logic, and has an axial movement capability of 360 degrees thanks to its combination with 1 -degree angle teeth, thus allowing the main body (20) and side panels (26) to gain almost 360-degree mounting capability.

7. It is the roof (25) stated in Claim 1 and its property is;• Be Designed to include a roof (25) manufactured in pointed, hipped, arched (cambered), and flat form, depending on the main body's (20) cornered geometric shape.• It is produced from a flexible or elastic plastic-based material by plastic injection method in order to close the middle gap at the top of pyramid-type roofs (25). Thanks to its flexible structure, it can take the shape of the gap in the middle of different types (hexagonal, square, octagonal) pyramid-type roofs (25), thus allowing installation from inside. It contains a rooftop cover part (41 ) that enables the gap to be covered without having to climb on the roof (25),• It contains a roof closing profile (28) is designed to be placed beyond the seal line of the roof panel (29) and ensure that the water comes into contact with the rubber profile first and the part where the two gear type profiles (23) joint must be covered with a specially designed roof covering profile (28),• Angle between the roof panels (29) and the roof (25) slope forming the roof (25), the connection apparatus or roof covering profile (28) is produced from spring steel or plastic-based material for various slopes of the roof, and aluminum or plastic extrusion method for standard slopes. It contains a roof covering profile holder (282) that is designed to be fixed to the joint of the roof panels (29).

8. It is the tension lock body (33) stated in claim 1 and its property is; During the fixation of the tension lock body (33) to the double-sided profile (21 );• Place in the double-sided profile (21 ) inside the channel and turn it clockwise or counterclockwise within the channel, and it will be fixed,• It is placed inside the channel and first attached to the upper channel section, then the tension lock body (33) is released to the down and slid to the bottom channel of the double-sided profile (21 ) to snap,• One of the mounting methods includes inserting it into the channels of the double-sided profile (21 ) from the front as a tight fit and fixing it using standard fasteners.

9. It is the roof lock mechanism (30) stated in Claim 1 , and its property is that the roof lock mechanism (30) (at least one) is made of plastic, plastic-based material, metals, and / or metal alloy materials.

10. The installation stated in claim 1 is related to the indoor system, and its property is that it contains a roof corner connection part (40), which allows the installation of roof panels (29) at different angles and can be designed separately for each type of structure. This ensures that the sealing rubber profile wraps around the roof panel (29) uninterruptedly and provides waterproofing.1 1 . It is the roof panels (29) or side panels (26) stated in Claim 1 , and its property is that it contains a tension lock body (33) that can be attached more than once to the upper side of the double-sided profile (21 ) channel on the inside of the side panels (26) of the main body (20), allowing interior decoration materials such as roller blinds, projection screens, and shelf holders to be easily installed in the interior space.

12. It is a rapid-installation indoor system stated in claim 1 , and its property is that the wall bracket (62) is fixed to the main body (20), and the side panels (26) not only create an inner room but also allow the interior door to operate like an existing external door. The wall bracket (62) extends the main body (20) or additional rooms. The wall bracket (62) has the same mounting methods as the tension lock body (33).

13. It is the base plate (24) stated in claim 1 and its property is;• A modular, foldable floor that takes up little space logistically and provides ease of installation with the end user being able to choose different base plate (24) materials, as well as a floor made of composite, natural wood, wood panels, plastic-based panels, natural and / or artificial stone materials, to contain,• The heating system is provided from its surfaces by applying carbon heat paint on the bipolar conductive copper plate and applying 24V electricity.

14. The slot (hinge housing groove) (53) as stated in claim 1 , characterized in that it comprises a slot (hinge housing groove) (53) on both sides of the channel in which the side panel (26) fits, which allows the installation of the roof closing profile holder (282) without elements, as well as pooling for the installation of the double-sided profile (21 ).

Images