Container combined house and assembling method thereof

Abstract

The invention provides a container combined type house and an assembling method thereof. The container combined type house comprises a plurality of box body modules which are arranged side by side in a stacked mode. Glass galleries are arranged at the front ends of the box body modules, and the box body modules in the same row are communicated through the glass galleries; a living room or a staircase is arranged in the box body module; and the same row of box body modules are provided with a plurality of living rooms and staircases. Space communication is convenient and fast, the use experience is good, seamless communication of the box body modules in the same row is achieved through the glass corridor, and people can pass through all living rooms without going around the outside; the integrated staircase guarantees vertical passage, the space utilization rate is increased by more than 30%, the glass corridor is transparent and daylighting, and the problem of depression of a traditional container house is solved; and the modular design is adopted, so that the assembly efficiency is high.

Description

Technical Field

[0001] This invention relates to the field of container house technology, specifically to a container modular house and its assembly method. Background Technology

[0002] With the acceleration of urbanization and the growth in demand for temporary buildings, container modular houses are widely used in temporary offices, construction site dormitories, emergency resettlement and other scenarios due to their advantages such as convenient construction, low cost and reusability.

[0003] However, existing container modular houses have many shortcomings: First, the combination form is simple, mostly just stacking or splicing side by side, with poor internal connectivity, each container module is relatively independent, and there is a lack of unified passageway.

[0004] Secondly, the vertical transportation design is unreasonable, with most staircases located externally, making it inconvenient to connect the upper and lower floors; Third, the structure is not stable enough, the positioning accuracy is low when stacking, and it is easy to deviate. Fourth, the assembly process is complex, affecting the efficiency of assembly; Fifth, the top drainage design is inadequate, which can easily lead to water accumulation and leakage.

[0005] To address the aforementioned technical problems, this invention proposes a container modular house with a reasonable structure, good connectivity, high space utilization, and convenient assembly. It optimizes the container module structure, vertical transportation layout, and assembly process to improve the practicality and safety of the container house. Summary of the Invention

[0006] The main objective of this invention is to provide a container modular house and its assembly method, which solves the problems of inconvenient assembly and poor internal connectivity of existing container houses.

[0007] To solve the above-mentioned technical problems, the technical solution adopted by the present invention is as follows: A container modular house includes several container modules, which are arranged side by side and stacked. The front of the cabinet module is equipped with a glass corridor, and the cabinet modules in the same row are connected through the glass corridor; The container module contains living rooms or stairwells; The same row of box modules is equipped with multiple living rooms and one stairwell.

[0008] In the preferred embodiment, the enclosure module includes a base frame, and a base plate is provided on the top of the base frame, which is a floor. The base frame is equipped with several support beams at its top; the support beams are equipped with a top frame at their top. The glass corridor between the top and bottom frames is equipped with glass walls, while the edges of other sections are fitted with several side panels. The top of the top frame is equipped with several support bases; the support bases are used to support the base frame of the upper box module when stacking box modules; A window or door frame is provided between the top frame and the bottom frame, and the window or door frame is located in the glass corridor; Hanging devices are installed at all four corners of the top frame.

[0009] In the preferred embodiment, the top of the top frame is provided with inner tiles, and several crossbeams are provided horizontally on the top of the inner tiles; Several vertical beams are provided at the top of the crossbeam; The top of the frame is covered with an outer tile that covers the top of the vertical beam; the middle of the outer tile is higher than the edge.

[0010] In the preferred embodiment, the living room includes wall panels located inside the container module, which separate the room from the glass corridor; The wall panels have window and door openings for installing room doors and windows.

[0011] In a preferred embodiment, the stairwell includes an intermediate plate located in the middle of the wall panel, with the intermediate plate situated on the side of the box module away from the glass corridor. The top frame has a top frame that forms a through hole. The top frame area does not have inner tiles, crossbeams, vertical beams, or outer tiles. The middle plate has two sets of steps on its side, one set of steps connects to the bottom plate, and the other set of steps connects to the top frame; The via area covers the intermediate plate and two sets of steps.

[0012] In the preferred embodiment, the floor slab of the lowest stairwell is fully laid; The floor slab of the stairwell on the intermediate floor is only partially paved, and the unpaved area corresponds to the through-hole area; The top of the uppermost stairwell is equipped with a box module. This box module does not contain a stairwell or living room, and only part of the bottom plate is laid, leaving a bottom hole corresponding to the through area. Several box modules with built-in living rooms are provided on the side of this box module.

[0013] In the preferred embodiment, a guardrail is provided at the top edge of the steps; The bottom of the guardrail is inserted into a pre-drilled hole at the top edge of the steps; or The guardrail includes several limiting plates fixed to the edges of several horizontal surfaces of the steps; A fixing block is provided on the side of the limiting plate away from the vertical surface of the step; A support rod is rotatably connected between the fixed block and the vertical surface of the step via a fixed shaft; Several support rods are equipped with handrails at their tops; The bottom of the handrail is provided with several fixing sleeves, which are fitted onto the ends of the support rods; The top of the support rod is equipped with a plug-in post, which is inserted into the fixing sleeve; Both the support rod and the steps have pre-drilled holes. When the support rod is vertical, the holes on the support rod and the steps correspond to each other, which are used to connect bolts and fix the support rod.

[0014] In a preferred embodiment, the glass wall includes a bottom fastener located on the side of the base frame; The top frame is equipped with a top buckle on its side; the top buckle and bottom buckle are equipped with limiting strips on both sides of their edges; A glass plate is provided between the top buckle, the bottom buckle, and the limiting strip; The limiting strip is a straight plate, and both the top and bottom buckles are L-shaped; The connection between two adjacent box modules in the same row is not equipped with top buckles, bottom buckles, limit strips, or glass plates, so as to allow personnel to pass through.

[0015] A method for assembling a container modular house includes the following steps: S1. Treat the bottom surface of the container assembly location to meet the assembly requirements; S2. Assemble the glass wall into the cabinet module according to the assembly requirements; The central box module has a glass wall only on the front of the glass corridor; The box modules located at the edge have glass walls on the front and one side of the glass corridor, while the side closest to other box modules does not have a glass wall. S3. Place the first-layer box modules one by one using a crane, including one box module containing a stairwell and multiple box modules containing living rooms; S4. Seal the seams at the edges. S5. Place the next layer of box modules one by one using a crane; including one box module containing a stairwell and multiple box modules containing living rooms; S6. Repeat S4-S5 until the top layer is completed; The stairwell on the top floor was replaced with a box module that did not have a stairwell or living room, and the bottom of this box module had a bottom hole that connected to the stairwell.

[0016] In the preferred embodiment, the handrails of the stairwell are not installed before the construction is completed, and the support rods of the handrail are placed upside down on the steps. After the setup is complete, rotate the support rod to a vertical position and then fix it to the steps with screws; finally, place the handrail to complete the installation of the stairwell railing.

[0017] This invention provides a container-type modular house and its assembly method. By adopting the above solution, the following beneficial effects are achieved: Convenient spatial connectivity and excellent user experience: The glass corridor allows for seamless connection between the container modules in the same row, enabling people to move between living rooms without having to go around the outside; the integrated stairwell ensures vertical passage, increasing space utilization by more than 30%, and the glass corridor is transparent and well-lit, solving the oppressive problem of traditional container houses.

[0018] The structure is stable and reliable with high safety performance: the support base accurately positions the stacked modules, and the bolts fix the adjacent box modules, resulting in excellent overall verticality and stability; the guardrail design meets safety standards, the folding guardrail is convenient for transportation and assembly, and the plug-in guardrail is flexible for installation, effectively preventing the risk of falling; the roof slope design avoids water accumulation and leakage, and the thermal insulation performance meets the standards.

[0019] Modular design and efficient assembly: The container modules are produced in a standardized manner, and the glass walls, railings and other components are pre-assembled. On-site, only hoisting, fixing and edge sealing are required, which shortens the construction cycle by 50% compared to traditional container houses. The number of side-by-side and stacked layers can be flexibly adjusted according to needs to adapt to different scenarios.

[0020] It is suitable for a wide range of scenarios and has a high cost-performance ratio: it is applicable to various scenarios such as temporary offices, construction site dormitories, emergency resettlement, and homestay camps, and can be deployed quickly; the container carrier is recyclable, the construction cost is only 40-60% of that of traditional brick-concrete structure houses, the maintenance cost is low, and the service life is ≥15 years.

[0021] Environmentally friendly and energy-saving, in line with the trend: the use of recyclable steel and environmentally friendly insulation materials reduces construction waste; modular construction minimizes site damage; and the glass corridor allows for natural lighting, reducing energy consumption for lighting, which aligns with the trend of green building development. Attached Figure Description

[0022] The present invention will be further described below with reference to the accompanying drawings and embodiments: Figure 1 This is a schematic diagram of the structure of the present invention; Figure 2 This is the front view of the present invention; Figure 3 This is a structural schematic diagram of the housing module of the present invention; Figure 4 This is a schematic diagram of the stairwell structure of the present invention. Figure 1 ; Figure 5 This is a structural schematic diagram of the box module at the top of the stairwell of the present invention; Figure 6 This is a schematic diagram of the stairwell structure of the present invention. Figure 2 ; Figure 7 This is a structural schematic diagram of the guardrail of the present invention; Figure 8 This is a cross-sectional structural diagram of the guardrail section of the present invention; Figure 9 This is a schematic diagram of the structure of the glass wall in this invention.

[0023] In the picture: Box module 1, base frame 101, base plate 102, support beam 103, top frame 104, side plate 105, inner tile 106, cross beam 107, vertical beam 108, outer tile 109, support base 110, window frame 111, door frame 112, stairwell 2, middle plate 201, steps 202, guardrail 203, limiting plate 231, fixing block 232, support rod 233, fixing shaft 234, handrail 235, fixing sleeve 236, plug-in column 237, top frame 204, through hole 205, bottom hole 3, living room 4, wall panel 401, window opening 402, door opening 403, glass wall 5, bottom buckle 501, limiting strip 502, top buckle 503, hanging parts 6. Detailed Implementation

[0024] Example 1: like Figure 1-9 As shown, a container modular house includes several standardized container modules 1. The container modules 1 can be spliced ​​side by side and stacked in multiple layers according to usage needs, with a recommended stacking number of layers ≤ 5. A 3-4m wide glass corridor is reserved at the front of the container module 1, and adjacent container modules 1 in the same row are seamlessly connected through the glass corridor to form a unified internal passage space. The interior of each container module 1 is divided into living rooms 4 or stairwells 2 according to function. One stairwell 2 and multiple living rooms 4 are configured in the same row of container modules 1, such as a combination of 3 living rooms 4 + 1 stairwell 2, to ensure that each row of houses has independent vertical passage capability.

[0025] In the embodiments of this application, the core load-bearing structure of the box module 1 includes a base frame 101, a support beam 103, and a top frame 104. The base frame 101 is welded from I-beams, and a base plate 102 is laid on top, which is either anti-corrosion pine wood flooring or reinforced composite flooring, serving as the floor of the living room and corridor. The support beam 103 is preferably made of Q355B steel and is vertically welded to the top of the base frame 101 to support the top frame 104. The top frame 104 and the bottom frame 101 are symmetrical in structure. Several support seats 110 are welded on the top. The top of the support seats 110 is provided with anti-slip rubber pads, which are used to support the bottom frame 101 of the upper box module 1 when stacked. Furthermore, glass walls 5 are installed in the area corresponding to the glass corridor, and side panels 105 are welded to the remaining edge areas. The side panels 105 are preferably color steel sandwich panels with rock wool as the core material. The top frame 104 and the bottom frame 101 are provided with window frames 111 or door frames 112 on one side of the glass corridor for installing windows or corridor doors. Hangers 6 are welded to the four corners of the top frame 104 to facilitate hoisting operations.

[0026] In a further embodiment, the top of the roof frame 104 is sequentially equipped with inner tiles 106, horizontal beams 107, vertical beams 108, and outer tiles 109. The inner tiles 106 are preferably corrugated steel sheets, the horizontal beams 107 are preferably H-shaped steel beams, and the outer tiles 109 are preferably corrugated steel sheets with an anti-corrosion coating. The outer tiles 109 adopt a pitched roof design with a higher center and lower edges, with a slope of 3-5° to ensure that rainwater is quickly drained to both sides and to avoid water accumulation and leakage. The space between the inner tiles 106 and the outer tiles 109 is filled with insulation cotton, preferably rock wool, to improve the thermal insulation performance of the house.

[0027] Living room 4 is separated from the glass corridor by wall panel 401, forming an independent living space. Wall panel 401 is preferably a light steel keel + fireproof gypsum board structure. Window openings 402 and door openings 403 are reserved on wall panel 401, which are respectively installed with thermally broken aluminum windows and solid wood doors to meet the living room's lighting, ventilation and privacy needs. The living room can be furnished with furniture such as beds, wardrobes, and desks as needed. Sound insulation cotton is pasted on the inside of wall panel 401 to reduce noise interference from the corridor.

[0028] The stairwell 2 is integrated inside the box module 1, including the intermediate plate 201: the intermediate plate 201 is preferably made of Q235 steel and is welded to the middle of the wall panel 401 as a transfer platform for the stairwell; The middle board 201 is provided with two sets of steps 202. The steps 202 are made of anti-slip steel plate with anti-slip texture on the surface. They can also be made of anti-corrosion wood. The two sets of steps 202 are connected to the bottom board 102 and the top frame 204 respectively. Each set of steps 202 has a step height of 150mm, a width of 300mm, and a slope of 30-35°, which is convenient for walking. The top frame 204 is welded to the area above the middle plate 201 and the steps 202 of the top frame 104, forming a through hole 205. The area of ​​the through hole 205 does not have roof structures such as inner tiles 106 and crossbeams 107, to ensure that the upper and lower stairs are connected. The other areas of the top frame 104 are set in the same way as the top structure of the living room 4. The projected area of ​​the through hole 205 completely covers the middle plate 201 and the two sets of steps 202 to avoid obstructing passage.

[0029] In a further embodiment, the stairwell 2 on different floors is adapted to the following design: Lowest stairwell 2: The bottom plate 102 is fully laid to ensure the stability of the bottom structure. The bottom of the steps 202 is fixed to the bottom plate 102 and the top is connected to the middle plate 201. Another set of steps 202 extends from the middle plate 201 to the top frame 204. Intermediate stairwell 2: The bottom plate 102 is only paved at the edge area, and the unpaved area is aligned with the lower through hole 205 to form a through passage space. People can enter the intermediate level directly from the lower staircase and then go to the upper level through the intermediate staircase. The top stairwell 2: The top structure is the same as the top structure of stairwell 2. The bottom plate 102 is only laid on the edge, leaving a bottom hole 3 aligned with the through hole 205 as the top exit of stairwell 2.

[0030] The top floor stairwell 2 can be connected to multiple living room 4 modules on its side to expand the use of the top floor space, which is the top floor of the container house in this application. Alternatively, living room 4 can be omitted, and the side can be used as a terrace with a fence around the edge to meet different usage needs.

[0031] Stairwell 2 is equipped with a handrail structure, including two options: Option 1: Plug-in guardrail 203: The guardrail 203 is made of stainless steel and has a plug-in rod at the bottom, which can be directly inserted into the pre-drilled hole at the top edge of the step 202, making it easy to install and disassemble.

[0032] Option 2: Folding guardrail 203: Includes a limiting plate 231, which is fixed to the horizontal edge of the step 202, with one plate for each step; a fixing block 232 is welded to the outside of the limiting plate 231, and a support rod 233 is rotatably connected between the fixing block 232 and the vertical surface of the step 202 via a fixing shaft 234. The top of the support rod 233 is provided with a plug-in post 237. When multiple support rods 233 are erected, the handrail 235 is located on the top of the support rod 233. The length of the handrail 235 is adapted to the length of the step 202. The bottom is welded with a fixing sleeve 236. The plug-in post 237 is inserted into the fixing sleeve 236 to achieve connection.

[0033] Bolt holes are pre-drilled on both the support rod 233 and the step 202. When the support rod 233 is vertical, the holes are aligned and fixed with bolts to ensure the stability of the guardrail 203. During transportation or assembly, the handrail 235 can be removed, and then the support rod 233 can be folded upside down and placed on the step 202 to avoid damage and facilitate transportation.

[0034] The glass wall 5 adopts a modular design for easy and quick assembly. Specifically, it includes a limiting strip 502, a bottom buckle 501, a top buckle 503, and a glass panel. The bottom buckle 501 and the top buckle 503 are both L-shaped aluminum alloy profiles, which are fixed to the sides of the base frame 101 and the top frame 104, respectively, to support the glass panel. The limiting strip 502 is a straight aluminum alloy profile, fixed to the two sides of the bottom buckle 501 and the top buckle 503, and is used to limit the lateral displacement of the glass plate. The glass panel is made of double-layer hollow laminated glass, which has excellent sound insulation, heat insulation and impact resistance. The glass panel is embedded in the frame formed by the top buckle 503, the bottom buckle 501 and the limiting strip 502, and the gaps are filled with sealant. At the connection point of two adjacent box modules 1 in the same row, no top buckle 503, bottom buckle 501, limit strip 502 and glass plate are set to form a passageway and ensure the glass corridor is unobstructed.

[0035] Example 2: A method for assembling a container modular house includes the following steps: S1: Basic Processing Choose a flat site. If it is for temporary use, a gravel cushion layer can be laid. If it is for long-term use, pour a concrete foundation with a surface flatness deviation of ≤3mm / m to ensure that the box module 1 is placed stably.

[0036] S2: Glass wall 5 pre-assembled: Assemble the glass wall 5 in advance according to the arrangement of the box module 1: Intermediate box module 1: Glass wall 5 is installed only on the front of the glass corridor, and not on the two sides (the side connected to the adjacent box module 1), leaving passageways for passage. Edge box module 1: Install glass walls 5 on the front and outer sides of the glass corridor, but not on the inner sides, to ensure that the modules in the same row are connected. When installing the glass wall, first fix the bottom clip 501 and the top clip 503, then insert the glass panel, and finally install the limit strip 502 and fill it with sealant to ensure a firm seal.

[0037] Alternatively, the bottom buckle 501 and the limiting strip 502 can be fixed first, then the glass plate can be embedded, and finally the top buckle 503 can be welded.

[0038] S3: Hoisting of the first layer of cabinet module 1: The first-floor box module 1 is hoisted onto the foundation one by one by hooking the lifting parts 6 at the four corners of the top frame 104 with the hooks of the crane. This includes one module containing a stairwell 2 and multiple modules containing living rooms 4. Lifting sequence: First, lift the stairwell module, then lift the living room modules on both sides in sequence; Assembly requirements: The side panels 105 of adjacent box modules 1 should fit tightly together with a gap of ≤5mm. The base frames 101 should be aligned. The base frames 101 and top frames 104 of adjacent box modules 1 should be fixedly connected with bolts to enhance overall stability.

[0039] S4: Seam sealing treatment: Seal the seams between adjacent box modules 1: The outer seam is covered with a color steel plate edge banding strip and filled with polyurethane foam to enhance the insulation and waterproof performance. Inner seams: covered with aluminum alloy decorative strips and sealed with sealant to ensure aesthetics and waterproofing.

[0040] S5: Lifting of upper-level box module 1: Repeat the hoisting process of S3, placing the next floor's module 1 one by one. Each floor is equipped with one stairwell module and multiple living room modules: Positioning requirements: The base frame 101 of the upper box module 1 and the support seat 110 of the top frame 104 of the lower module must be precisely aligned; and the stairwell modules must be in the same vertical column. Fixing method: Bolts are used to pass through the upper base frame 101 and support base 110 and fix it to the lower top frame 104. After each layer is stacked, the overall verticality deviation is checked to be ≤3mm / m.

[0041] S6: Top-level construction and finishing touches: When building up to the top floor, the stairwell module for the top floor should be the same as the one with the top capping. Whether to install the living room module on the side of the stairwell module is up to need. If no installation is needed, a fence is welded to the edge to serve as a terrace.

[0042] After completion, check the securing of all modules, the sealing of the glass walls, and the drainage slope of the roof to ensure there are no loose or leaking issues.

[0043] During the assembly process, the handrail 235 will not be installed on the railing 203 of stairwell 2. The support rod 233 of the folding railing will be placed upside down on the steps 202 to avoid collision damage during hoisting and personnel passage. After assembly: Rotate the support rod 233 of the folding guardrail upwards to a vertical position and fix it to the step 202 with bolts; then put the fixing sleeve 236 of the handrail 235 into the plug-in post 237 of the support rod 233 to complete the guardrail assembly; for plug-in guardrails, simply insert the bottom of the guardrail into the pre-made hole to complete the installation.

[0044] The above method is simple to operate and facilitates the assembly of the container house of this application.

[0045] The above embodiments are merely preferred technical solutions of the present invention and should not be considered as limitations on the present invention. The scope of protection of the present invention should be limited to the technical solutions described in the claims, including equivalent substitutions of the technical features described in the claims. That is, equivalent substitutions and improvements within this scope are also within the scope of protection of the present invention.

Claims

1. A containerized house, characterized by: It includes several box modules (1), which are arranged side by side and stacked. The front end of the box module (1) is equipped with a glass corridor, and the box modules (1) in the same row are connected through the glass corridor; The box module (1) is equipped with a living room (4) or a stairwell (2); The same row of box modules (1) is equipped with multiple living rooms (4) and one stairwell (2).

2. The container modular house according to claim 1, characterized in that: The box module (1) includes a base frame (101), and a base plate (102) is provided on the top of the base frame (101). The base plate (102) is a floor. The base frame (101) is provided with several support beams (103) at the top; the support beams (103) are provided with a top frame (104) at the top. The glass corridor between the top frame (104) and the bottom frame (101) is provided with a glass wall (5), and the edges of the other parts are provided with several side panels (105). The top frame (104) is provided with several support seats (110); the support seats (110) are used to support the base frame (101) of the upper box module (1) when stacking the box module (1). A window frame (111) or a door frame (112) is provided between the top frame (104) and the bottom frame (101), and the window frame (111) or door frame (112) is located in the glass corridor; The top frame (104) is equipped with hangers (6) at all four corners.

3. The container modular house according to claim 2, characterized in that: The top of the top frame (104) is provided with inner tiles (106), and the top of the inner tiles (106) is provided with several horizontal beams (107). The top of the crossbeam (107) is provided with several vertical beams (108); The top of the top frame (104) is provided with an outer tile (109), which covers the top of the vertical beam (108); the middle height of the outer tile (109) is higher than the edge height.

4. The container modular house according to claim 3, characterized in that: The living room (4) includes a wall panel (401) located inside the box module (1), which separates the room from the glass corridor; The wall panel (401) has window openings (402) and door openings (403) for installing room doors and windows.

5. A container modular house according to claim 3, characterized in that: The stairwell (2) includes an intermediate plate (201) located in the middle of the wall panel (401), the intermediate plate (201) being located on the side of the box module (1) away from the glass corridor; The top frame (104) is provided with a top frame (204), the top frame (204) forms a through hole (205), and the area of ​​the top frame (204) is not provided with inner tiles (106), crossbeams (107), vertical beams (108) and outer tiles (109); The middle plate (201) has two sets of steps (202) on its side, one set of steps (202) connecting to the bottom plate (102) and the other set of steps (202) connecting to the top frame (204). The via (205) area covers the intermediate plate (201) and two sets of steps (202).

6. The container modular house according to claim 5, characterized in that: The bottom slab (102) of the lowest stairwell (2) is fully laid; The bottom slab (102) of the stairwell (2) in the middle floor is only partially paved, and the unpaved area corresponds to the through hole (205) area; The top of the uppermost stairwell (2) is provided with a box module (1). This box module (1) does not contain a stairwell (2) or a living room (4), and the bottom plate (102) is only partially laid, leaving a bottom hole (3). The bottom hole (3) corresponds to the through hole (205) area. This box module (1) has several box modules (1) with built-in living rooms (4) on its side.

7. A container modular house according to claim 5, characterized in that: The top edge of the steps (202) is equipped with a guardrail (203); The bottom of the guardrail (203) is inserted into the pre-drilled hole at the top edge of the step (202); or The guardrail (203) includes several limiting plates (231) fixed to several horizontal edges of the steps (202); A fixing block (232) is provided on the side of the limiting plate (231) away from the vertical surface of the step (202); A support rod (233) is rotatably connected between the fixed block (232) and the vertical surface of the step (202) via a fixed shaft (234). Handrails (235) are provided at the top of several support rods (233); The bottom of the handrail (235) is provided with several fixing sleeves (236), which are sleeved on the end of the support rod (233); The top of the support rod (233) is provided with a plug post (237), which is inserted into the fixing sleeve (236); Holes are pre-drilled on both the support rod (233) and the step (202). When the support rod (233) is vertical, the holes on the support rod (233) and the step (202) correspond to each other and are used to connect bolts to fix the support rod (233).

8. A container modular house according to any one of claims 2-7, characterized in that: The glass wall (5) includes a bottom buckle (501) located on the side of the base frame (101). The top frame (104) is provided with a top buckle (503) on its side; the top buckle (503) and the bottom buckle (501) are provided with limiting strips (502) on both sides of their edges. A glass plate is provided between the top buckle (503), the bottom buckle (501), and the limiting strip (502); The limiting strip (502) is a straight plate, and the top buckle (503) and bottom buckle (501) are both L-shaped; The connection between two adjacent box modules (1) in the same row is not provided with top buckle (503), bottom buckle (501), limit strip (502) and glass plate, so as to allow personnel to pass through.

9. A method for assembling a container modular house according to any one of claims 1-8, characterized in that: Includes the following steps: S1. Treat the bottom surface of the container assembly location to meet the assembly requirements; S2. According to the assembly requirements, assemble the glass wall (5) into the box module (1). The box module (1) located in the middle has a glass wall (5) on the front of the glass corridor only. The box module (1) located at the edge has a glass wall (5) on the front and one side of the glass corridor, that is, the side closer to other box modules (1) does not have a glass wall (5). S3. The first layer of box modules (1) are placed one by one by a crane, including a box module (1) containing a stairwell (2) and multiple box modules (1) containing living rooms (4). S4. Seal the seams at the edges. S5. The next layer of box modules (1) are placed one by one by a crane; including a box module (1) containing a stairwell (2) and multiple box modules (1) containing living rooms (4); S6. Repeat S4-S5 until the top layer is completed; The stairwell (2) on the top floor is replaced by a box module (1) without a stairwell (2) and a living room (4), and the bottom of this box module (1) is provided with a bottom hole (3) to connect to the stairwell (2).

10. The assembly method of a container modular house according to claim 9, characterized in that: in Before the construction is completed, the handrail (235) of the railing (203) of the stairwell (2) is not installed, and the support rod (233) of the railing (203) is placed upside down on the steps (202); After the installation is completed, the support rod (233) is rotated to a vertical position and then fixed to the steps (202) with screws; finally, the handrail (235) is placed on to complete the installation of the railing (203) of the stairwell (2).

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