MODULAR LIVING AND INFRASTRUCTURE SYSTEM FOR DISASTER AREAS

Abstract

The invention relates to a modular living and infrastructure system that enables modular living units (20) used in temporary settlement areas, especially in disaster areas, and having different uses such as housing, health, hygiene, kitchen, energy, storage, management and so on, to be placed on a common service distribution body (10), automatically aligned, mechanically locked together and integrated into electricity, clean water, grey water, wastewater, communication and drainage infrastructures with a single connection movement.

Description

1 TARIFF MODULAR LIVING AND INFRASTRUCTURE SYSTEM FOR DISASTER AREAS Technical Area 5 The invention is a modular system used in temporary settlements, particularly in disaster areas. It is related to life systems. The invention specifically covers 10 different areas such as housing, health, hygiene, kitchens, energy, storage, administration, and so on. a common service distribution body for modular living units with different intended uses placement, automatic alignment, mechanically connecting It locks and connects electricity, clean water, grey water, wastewater, with a single movement of the connection. Modular living and systems that enable integration with communication and drainage infrastructures. It is related to the infrastructure system. 15 State of the Art These occur after natural disasters such as earthquakes, floods, fires, landslides, and similar events. Nowadays, containers are mostly used to meet housing needs. Cities, prefabricated structures, tent cities, or temporary living areas are being established. In these systems, shelter units are mostly placed on site independently of each other. They are being moved and placed. In current practices, each housing unit module has electricity, clean water, wastewater, 25 Communication and similar infrastructure connections are made separately. Therefore, the installation... The process is lengthy, requires a large number of technical personnel, and infrastructure. Ensuring that the connections are properly established takes time. Also, the field... Excavation work, piping, cabling, and other tasks are carried out depending on the conditions. Connection processes cause delays after a disaster and the settlement area is 30 This makes it difficult to make it available for use in a short time. In existing systems, container or modular structures are designed according to a specific plan. The placement of the modules on the correct axis largely depends on the operator's experience. alignment, adjustment of distances between them and proper infrastructure connections 35 Additional measurements and assembly operations are being carried out to bring it to the correct position. This situation 2 This prolongs the installation time and increases the likelihood of errors. In addition, the existing electricity, clean water, grey water, wastewater and communication between modules in the systems Since the connections are made independently of each other, any module during the modification or addition of a new module to the system of the existing infrastructure Significant dismantling or rearrangement may be required. Also 5 Temporary settlement systems used in known techniques, where ground slopes vary. Additional leveling work is required in the areas, leveling of the modules. This is mostly done manually. As a result, the installation time is longer. The need for labor is increasing, and the system's applicability in different terrain conditions is being investigated. It is limited. 10 In current technology, a service is placed on top of a pre-prepared service delivery infrastructure. mechanically locking system that enables automatic alignment of modules. along with the movement, electricity, clean water, greywater, wastewater, communication and drainage connections. There is no integrated infrastructure system that enables all of these to happen simultaneously. 15 In known systems, if a module is damaged, only the affected module will be affected. a layout that allows a module to be removed from the system in a timely manner and replaced with a new one. There is also no modular connectivity infrastructure that does not compromise its integrity. Due to the reasons explained above, the structural shortcomings of the existing systems; longer installation time, increased labor requirements, infrastructure connections becoming more complex, making maintenance and repair operations more difficult, and settlement Due to the difficulties encountered in expanding their fields, new and new solutions are needed in the relevant technical field. An integrated modular living and infrastructure system is needed. 25 In conclusion, the existence of the above problems and the inadequacy of the current solutions, This has made it necessary to make improvements in the technical field. Purpose of the Invention 30 The present invention eliminates the aforementioned disadvantages and contributes to the relevant technical field. It relates to modular living and infrastructure systems for disaster areas that bring new advantages. The main purpose of the invention is to provide temporary settlements, especially in disaster areas, for 35 modular living units used enable quick assembly of the modules 3 automatic alignment on a common service distribution body, mechanical and infrastructure connections with a single link movement an integrated modular living and infrastructure system that makes it possible to reveal. The purpose of the invention is to provide solutions for various needs such as housing, health, hygiene, kitchens, energy, storage, management, and so on. living unit modules with different functions together within a common infrastructure system by enabling the settlement area to be planned, safe and expandable The aim is to create a modular living and infrastructure system that makes this possible. Another purpose of the invention is to provide electricity and clean water the moment the living unit modules are installed. A single multi-connection block for water, greywater, wastewater, communication, and drainage lines. By enabling simultaneous connection through this method, the installation time is significantly reduced. The goal is to create a modular living and infrastructure system that reduces the need for such a system. Another objective of the invention is to mount the living unit modules on the service distribution body. Alignment rails, guide elements and automatic centering mechanism are included. This ensures that it is directed to the correct position, preventing problems that may occur during installation. A modular living and infrastructure system that minimizes alignment errors to put. 20 Another objective of the invention is to mechanically secure the living unit modules to each other. with a locking mechanism that ensures secure connection to the building's structural integrity. to increase integrity and, when necessary, to remove modules from the system in a controlled manner. The goal is to create a modular living and infrastructure system that allows for separation. 25 Another purpose of the invention is to provide performance in sloping, uneven, or terrain conditions with varying elevations. Height compensation located on the living unit modules to enable its installation. a mechanism that allows each module to be balanced independently The goal is to create a modular living and infrastructure system. 30 Another purpose of the invention is to distribute energy, clean water, grey water, and wastewater within the service distribution body. by bringing together water, communication and drainage lines within a common infrastructure module a modular living system that reduces the need for additional excavation, piping and cabling on site. The goal is to establish an infrastructure system. 35 4 Another purpose of the invention is to replace a damaged or dysfunctional living unit. the module can be removed from the system without affecting the entire settlement area and replaced with a new one. allows a new module to be quickly mounted to the same connection points. The goal is to create a modular living and infrastructure system that provides this. Another purpose of the invention is to meet the needs of the settlement area thanks to its modular structure. It can be expanded by adding new modules or when the need decreases. a modular system that allows modules to be disassembled and reused in another area The goal is to create a living and infrastructure system. Another objective of the invention is to create a standard connection on the service distribution body. Thanks to its structure, modules with different functions can work together compatibly within the same infrastructure system. The goal is to create a modular living and infrastructure system that enables its use. Another purpose of the invention is to simplify installation, maintenance, disassembly and reassembly processes. by facilitating the commissioning of temporary living spaces in a shorter time after a disaster The aim is to create a modular living and infrastructure system that contributes to its acquisition. To fulfill all the purposes mentioned above and those that can be derived from the detailed explanation. The invention, therefore, is used in 20 temporary settlement areas, especially in disaster areas. It is a modular living and infrastructure system, - the service distribution hub that forms the main infrastructure of the residential area, - connected to the service distribution body and providing shelter depending on its intended use, in the form of a health, kitchen, hygiene, energy, storage or management module at least one configurable modular living unit module, 25 - service distribution body including electricity line, clean water line, grey water line, waste a service channel carrying water lines, communication lines and drainage lines together, - located on the service distribution body and service the living unit module alignment rail that guides to the distribution body, - controlled 30 into the service distribution body of the living unit module. automatic pulling mechanism that allows it to be brought closer, - Mechanical locking that secures the living unit module to the service distribution body. mechanism, - located in the living unit module and the service distribution of the living unit module 35 electricity, clean water, grey water, wastewater, communication and drainage connections connection connector, clean water connection, grey water connection, wastewater connection, communication link and drainage link established simultaneously providing multi-infrastructure connectivity block, - control that manages the operational status of the modular living and infrastructure system. unit 5 - located on the service distribution body and lock of the living unit module enabling separation from the service distribution body via a decompression element. It is related to the fact that it contains a separation mechanism. The structural and characteristic features and all the advantages of the invention are given in Figure 10 below. And thanks to the detailed explanation written with references to these figures, it becomes clearer. This will be understood as such. Therefore, the evaluation should also include these forms and detailed explanations. This should be done taking that into consideration. Figures to Help Understand the Invention 15 Figure 1: General view of the modular living and infrastructure system that is the subject of the invention. Figure 2: Service channel of the modular living and infrastructure system that is the subject of the invention. It is the appearance. Figure 3: Living unit 20 of the modular living and infrastructure system that is the subject of the invention. This is a view of the module's connection to the service distribution body. Figure 4: Mechanical locking of the modular living and infrastructure system, which is the subject of the invention. It is the appearance of the mechanism. Figure 5: Multiple infrastructure connections of the modular living and infrastructure system that is the subject of the invention. This is the appearance of the block. 25 Figure 6: Height compensation of the modular living and infrastructure system, which is the subject of the invention. It is the appearance of the mechanism. Figure 7: Control unit of the modular living and infrastructure system that is the subject of the invention. It is the appearance. Figure 8: Separation 30 of the modular living and infrastructure system that is the subject of the invention. It is the appearance of the mechanism. Figure 9: Service distribution of the modular living and infrastructure system that is the subject of the invention. linear, L-connected, T-connected, X-connected or Y-connected configuration of its body It is the appearance. 35 6 Explanation of Part References 10. Service distribution body 20. Living unit module 30. Service channel 5 31. Power line 32. Clean water line 33. Grey water line 34. Wastewater line 35. Communication line 10 36. Drainage line 40. Alignment rail 41. Alignment rail 42. Centering slot 50. Automatic pull mechanism 15 60. Mechanical locking mechanism 61. Locking pin 62. Lock bearing 70. Multi-infrastructure connection block 71. Electrical connection connector 20 72. Clean water connection 73. Grey water connection 74. Wastewater connection 75. Communication link 76. Drainage connection 25 77. Sealing gasket group 80. Height compensation mechanism 81. Telescopic support leg 82. Leveling table 90. Control unit 30 91. Module identification sensor 92. Connection verification sensor 93. Status indicator unit 100. Separation mechanism 101. Lock release element 35 102. Security lock 7 Detailed Description of the Invention This detailed description explains the preferred modular living and infrastructure system that is the subject of the invention. alternatives, solely for the purpose of better understanding the subject and without any limitations It is explained in a way that will not create an impact. 5 Figure 1 shows a general overview of the modular living and infrastructure system that is the subject of the invention. This is provided. Accordingly, the modular living and infrastructure system, in its most basic form, consists of: settlement. service distribution body (10), which forms the main infrastructure of the area, service distribution body (10) At least one modular living unit module (20) connected to the service distribution 10 inside the body (10) is the electrical line (31), clean water line (32), grey water line (33), wastewater Service channel (30) carrying line (34), communication line (35) and drainage line (36), Alignment rail guiding the living unit module (20) to the service distribution body (10) (40), controlled by the service distribution body (10) of the living unit module (20). Automatic pull mechanism (50) that enables the life unit module to be brought closer 15 (20) Mechanical locking mechanism (60) that fixes to the service distribution body (10), located in the living unit module (20) and the service distribution of the living unit module (20) by joining with the service channel (30) during the mechanical locking operation on its body (10) electrical connections for electricity, clean water, greywater, wastewater, communication and drainage. connector (71), clean water connection (72), grey water connection (73), waste water connection (74), 20 the communication link (75) and drainage link (76) are established simultaneously The multi-infrastructure connection block (70) that provides the living unit module (20) to the slope of the land Height compensation mechanism (80) which ensures that it is balanced according to modular living and Control unit (90) that manages the operational status of the infrastructure system, living unit Separation 25 which enables the module (20) to be separated from the service distribution body (10). It includes mechanism (100). The service distribution trunk (10) is the main carrier and infrastructure distribution element of the system. Service The distribution body (10) is a modular structure that extends across the settlement area, and on it 30 common connection points of all living unit modules (20) to be connected It forms the service distribution body (10), depending on the required settlement size. It consists of modules that can be added end-to-end, and new modules can be added. System capacity can be increased. Service channel (30) shown in Figure 2 inside the service distribution body (10) 35 The service channel (30), electricity line (31), clean water line (32), has been created. 8 grey water line (33), waste water line (34), communication line (35) and drainage line (36) together This eliminates the need for separate pipe laying or cabling within the site. without the need to do anything else, all infrastructure within a single service delivery body (10) is being distributed. Service channel (30), preferably a modular housing with openable maintenance covers It is created within it. Thus, while the system continues to operate, any The infrastructure line can be accessed, and maintenance and repair operations can be performed in other modules. This can be done without dismantling. The living unit module (20) is attached to the service distribution body (10) as shown in Figure 3. It is a basic unit of use that connects to form a temporary settlement area. Living unit. module (20), depending on its intended use, can be used for housing, health, kitchen, hygiene, energy, storage or It can be configured as an administration module. Preferably all living unit modules (20) will have the same external connection geometry. They are produced in this way. Thus, living unit modules with different functions (20), service Additional adapter to any connection point on the distribution body (10) It can be connected without requiring anything. The correct position of the living unit modules (20) on the service distribution body (10). There is an alignment rail (40) to enable its guidance. Alignment rail (40), placement of the living unit module (20) on the service distribution body (10) by reducing horizontal and vertical positional differences that may occur during the living unit 25 The module (20) moves in a controlled manner to the predetermined connection point. It provides. Guide pins (41) located on the alignment rail (40) of the living unit module (20) It matches the centering slots (42) created on the lower surface. Living unit When module (20) is placed approximately in the service distribution body (10), guide 30 by inserting the pins (41) into the centering slots (42) the living unit module (20) This ensures that the installation is oriented to the correct position along its axis. During this process, operator-induced alignment errors are significantly reduced. After the guiding process is completed, the automatic pulling mechanism (50) 35 It is activated. Automatic pull mechanism (50), preferably linear actuator, 9 electromechanical drive system, hydraulic cylinder or mechanical screw drive having the mechanism and the living unit module (20) service distribution body (10) It pulls on it in a controlled manner. During this movement, the life support module (20) damage to the connecting elements by sudden impact is prevented and all Connections are made in a controlled manner. 5 Life unit module (20) to its final position on service distribution body (10) When it reaches the mechanical locking mechanism (60), it is activated. Mechanical locking The mechanism (60) is located on the lower surface of the living unit module (10) as shown in Figure 4. 10 from the locking pin (61) and the lock bearing located on the service distribution body (10) (62) consists of. The locking pin (61) is the service distribution of the living unit module (20). As it approaches the body (10), it moves forward and into the lock bearing (62) It sits in a controlled manner. The lock bearing (62) meets the lock pin (61) and is tight. It is a nest structure that provides geometric matching. Thanks to this matching, the living unit The sliding, rotation or vibration of the module (20) in the horizontal and vertical axes 15 Loosening is prevented. When the locking pin (61) is fully seated in the lock seat (62) The living unit module (20) is rigidly attached to the service distribution body (10). It is connected. The mechanical locking mechanism (60), consisting of the locking pin (61) and the locking seat (62), 20 structurally the service distribution body (10) of the living unit module (20) It ensures that it is secured. After the locking process is complete, the living unit module (20) measures not only vertical loads; horizontal forces, wind loads and usage The dynamic loads that may occur during operation can also be safely transferred to the service distribution body. (10) can transfer. 25 With the completion of the mechanical locking process, the living unit module (20) is located Area multi-infrastructure connection block (70), service channel in service distribution trunk (10) (30) combined with electricity, clean water, grey water, wastewater, communication and drainage It enables the simultaneous establishment of connections. Multi-infrastructure connection block (70), 30 service channel (30), located in the service distribution body (10), power line (31), clean water line (32), grey water line (33), waste water line (34), communication line (35) and drainage Electrical connection connector (71) of all infrastructure lines including line (36), clean water connection (72), grey water connection (73), wastewater connection (74), communication connection (75), enabling installation with a single connection movement via the drainage connection (76) 35 It is an integrated fastener. The multi-infrastructure connection block (70) electrical connection connector as shown in Figure 5. (71), clean water connection (72), grey water connection (73), waste water connection (74), communication This includes the connection (75), drainage connection (76). The said multi-infrastructure connection The block (70) brings all the connections together. Thus, mechanical locking. When completed, all infrastructure connections are established simultaneously. 5 Sealing gasket assembly (77) located inside the multi-infrastructure connection block (70), liquid leakage in clean water connection (72), grey water connection (73), waste water connection (74) It prevents. Before the living unit module (20) is placed on the service distribution body (10) According to ground conditions, through the height compensation mechanism (80) shown in Figure 6. It is balanced. The altitude compensation mechanism (80) of the living unit module (20) Telescopic support legs (81) located at the bottom and telescopic support connected to the feet (81) and the telescopic support legs (81) are balanced on the ground 15 It consists of balancing plates (82) to prevent it from pressing down. Telescopic support legs (81) are located at each corner of the living unit module (20). They can move independently of each other and adapt to the slope, subsidence or elevation of the ground. It can be extended or shortened to accommodate their differences. Thus, service delivery 20 Alignment problems that may occur between the body (10) and the life support module (20) is being resolved and the multi-infrastructure connection block (70) is working correctly. is provided. In the height compensation mechanism (80), telescopic support legs (81) preferably 25 mechanical screw shaft system, linear actuator, hydraulic cylinder or electromechanical It includes a lifting mechanism. Height compensation process via height compensation mechanism (80) After completion, the control unit (90) shown in Figure 7; living unit 30 Module recognition sensor (91) which determines the type of module (20), mechanical locking whether the mechanism (60) is completely closed and multi-infrastructure connection by checking whether block (70) of the living unit is properly seated whether module (20) is correctly placed in the service distribution body (10) verifying connection verification sensor (92) and mechanical locking mechanism (60), 35 Session status and link verification of the multi-infrastructure connection block (70) 11 By monitoring the information from the sensor (92), the operating status of the system can be visually or Status indicator that notifies the user via an instrument panel that provides audible warnings. It contains unit (93). The module recognition sensor (91) identifies the type of living unit module (20) to be connected. Thus, the living unit module (20) connected to the system determines the accommodation, control unit (90) which is a health, kitchen, hygiene, energy, storage or management module It is determined by them. The connection verification sensor (92) ensures that the mechanical locking mechanism (60) is fully 10 whether it is closed and whether the multi-infrastructure connection block (70) is properly seated He checks that it is not seated correctly. The electrical connection is not made before the locking is complete. It is not permitted to activate the power line (31) via the connector (71), Clean water line (32) is not opened via clean water connection (72) and communication Communication line (35) is not activated via connection (75). 15 Connection between control unit (90), multi-infrastructure block (70) and service channel (30) by activating the mechanical locking mechanism (60) of the operations After completion, the system's operation is monitored via the status indicator unit (93). It informs the user of its status. 20 Maintenance, repair or replacement of any life unit module (20) If necessary, the separation located on the service distribution body (10) shown in Figure 8 mechanism (100) is used. The unlocking element (101) located in the release mechanism (100) is a mechanical locking mechanism. opening the mechanism (60) in a controlled manner and the service of the living unit module (20) It allows separation from the distribution body (10). The safety lock (102) the living unit module (20) was removed from the system by mistake or by unauthorized persons It prevents separation. 30 After the life unit module (20) is removed from the system, a new one can be connected to the same port. The living unit module (20) can be installed and the rest of the system can start working. This continues. Thus, during maintenance or replacement operations, the residential area This prevents all of them from being disabled. 35 12 The installation of the modular living and infrastructure system described in the invention primarily involves service distribution. Service begins with the placement of the body (10) in the settlement area to be established. The distribution body (10) is shown in Figure 9 according to the layout plan to be used. linear, L-connected, T-connected, X-connected or Y-connected body modules They are created by connecting them to each other. Thus, the living space to be established will be 5 An infrastructure network suitable for the size and terrain can be established in a short time. After the service distribution body (10) is installed, the living unit modules (20), to connection points related to cranes, transport vehicles or similar lifting equipment Life unit modules (20) are brought closer together on the service distribution body (10). It is guided to the correct connection axis by means of the alignment rails (40) located. The living unit module (20) is located at a certain distance from the service distribution body (10). When it arrives, the guide pins (41) enter the centering slots (42), life Automatic alignment of the unit module (20) on the horizontal and vertical axes This eliminates the need for precise positioning by the operator. The connection process can be completed without delay. After the alignment process is completed, the automatic pull mechanism (50) by taking over, the living unit module (20) provides controlled service distribution. It brings it closer to its body (10). During this movement, the service channel (30) and multiple 20 The infrastructure blocks (70) are gradually approaching each other in such a way that they will not be damaged. When the living unit module (20) reaches its final position, the mechanical locking mechanism (60) is working and the living unit module (20) is structural to the service distribution body (10). It is fixed as follows. Preferably a mechanical locking mechanism (60), locking 25 In the final stage of the process, the life unit module (20) is serviced in a controlled manner. by pulling the multi-infrastructure block towards its body (10) with an additional compression force (70) ensures that it fits perfectly into the service channel (30). With the completion of the mechanical interlocking, the multi-infrastructure connection block (70) 30 electrical connection connector (71), clean water connection (72), grey water connection inside (73), wastewater connection (74), communication connection (75) and drainage connection (76) service channel (30) electrical line (31), clean water line (32), grey water line (33), wastewater line (34), communication line (35) and drainage line (36) are combined simultaneously is put into operation. Thus, all 35 required by the living unit module (20) are activated. Infrastructure connections are established through a single mechanical connection process. 13 After the connection procedures, the control unit (90), the module identification sensor (91) and by evaluating the information transmitted by the connection verification sensor (92) the system It checks whether it is ready to operate safely. All connections. After verification, the system is put into use via the status indicator unit (93). The user is informed that it is ready. New living unit modules when the capacity of the settlement area needs to be increased. (20) is added to the existing service delivery body (10) and the same sequence of operations is followed. Additional living unit modules (20) are included in the system. Thus, the system becomes 10 It can be expanded gradually without disrupting the existing settlement pattern. When maintenance, repair or functional change is required, the control unit (90) should first be directed to the relevant securely connect the module's electrical, water, communication, and other infrastructure connections. It disables it. Then the separation mechanism (100) is activated, mechanical 15 The locking mechanism (60) is released and the life unit module (20) is put into service. It is separated from the distribution body (10). The new living unit module (20) is connected to the same connection. The system restarts when it is placed at that point.

Claims

14 REQUESTS 1. Modular systems used in temporary settlements, especially in disaster areas. It is a living and infrastructure system, characterized by: - service distribution body forming the main infrastructure of the settlement area (10), 5 - connected to the service distribution body (10) and according to its intended use housing, health, kitchen, hygiene, energy, storage or management module at least one modular living unit module (20) that can be configured in this way, - service distribution body (10) inside the electrical line (31), clean water line (32), grey water line (33), wastewater line (34), communication line (35) and drainage 10 Service channel (30) carrying line (36) together, - located on the service distribution body (10) and living unit alignment rail guiding module (20) to the service distribution body (10) (40), - controlled 15 to the service distribution body (10) of the living unit module (20). automatic pull mechanism that enables it to be brought closer (50), - fixing the living unit module (20) to the service distribution body (10) mechanical locking mechanism (60), - located in the living unit module (20) and the living unit module (20) During the mechanical locking operation on the service distribution body (10) service 20 By joining with channel (30), electricity, clean water, grey water, wastewater, communication and electrical connection connector (71) of drainage connections, clean water connection (72), grey water connection (73), waste water connection (74), communication link (75), drainage link (76) simultaneously Multi-infrastructure connection block (70) which enables its establishment, 25 - managing the operational status of the modular living and infrastructure system control unit (90), - located on the service distribution body (10) and living unit Service distribution via the unlocking element (101) of the module (20) Separation mechanism (100) that enables separation from the body (10) 30 It includes.

2. It is a modular living and infrastructure system in accordance with Claim 1, and its feature is; as mentioned above. living unit module (10) located on the lower surface of the living unit module (20) moving forward as it approaches the service distribution body (10) 35 by doing so, the lock that sits in the lock seat (62) on the service distribution body (10) It contains pin (61).

3. It is a modular living and infrastructure system in accordance with Claim 1, and its characteristic is; as mentioned above. Clean water connection (72), located within the multi-infrastructure connection block (70), 5 grey water connection (73), preventing liquid leakage in waste water connection (74) It contains a sealing gasket assembly (77).

4. It is a modular living and infrastructure system in accordance with Claim 1, and its feature is; as mentioned above. 10 that ensures the living unit module (20) is balanced according to the terrain slope. It includes a height compensation mechanism (80).

5. It is a modular living and infrastructure system in accordance with Claim 4, and its feature is; as mentioned above. on the lower part of the living unit module (20) of the height compensation mechanism (80) by positioning each corner of the living unit module (20) 15 independently moving and detecting slopes, subsidence, or elevation differences in the ground It includes a telescopic support leg (81) that extends and shortens to accommodate the situation.

6. It is a modular living and infrastructure system in accordance with Claim 5, and its feature is; as mentioned above. Mechanical screw shaft system of telescopic support leg (81), linear actuator, 20 It includes a hydraulic cylinder or an electromechanical lifting mechanism.

7. It is a modular living and infrastructure system in accordance with Claim 5, and its feature is; as mentioned above. connected to the telescopic support legs (81) and the telescopic support legs (81) is that it includes a leveling table (82) to ensure it rests evenly on the ground. 25 8. It is a modular living and infrastructure system in accordance with Claim 1, and its feature is; as mentioned above. module that determines the type of control unit (90) and living unit module (20) It contains a recognition sensor (91).

9. It is a modular living and infrastructure system in accordance with Claim 1, and its feature is; as mentioned above. the control unit (90), mechanical locking mechanism (60) completely whether it is closed and whether the multi-infrastructure connection block (70) is correct service of the living unit module (20) by checking whether it is seated or not. 35 verifying whether it is correctly placed in the distribution body (10) It includes a connection verification sensor (92). 16 10. It is a modular living and infrastructure system in accordance with Claim 1, and its feature is; as mentioned above. control unit (90), mechanical locking mechanism (60), multi-infrastructure seating status of the connection block (70) and from the connection verification sensor (92) by monitoring the incoming information, the operating status of the system is visually or audibly Status indicator 5 that notifies the user via a warning indicator panel. It contains unit (93).

11. It is a modular living and infrastructure system in accordance with Claim 1, and its feature is; as mentioned above. separation mechanism (100) life unit module (20) accidentally or Security lock (102) 10 that prevents unauthorized persons from leaving the system It includes.

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