Modular mobile factory
The factory design, which utilizes modular disassembly and tower crane hoisting, solves the problems of long construction cycles and difficult adjustments in traditional factories, enabling rapid assembly and disassembly and improving production flexibility and efficiency.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- GAOTU INNOVATION (SHENZHEN) NEW ENERGY GROUP CO LTD
- Filing Date
- 2025-08-30
- Publication Date
- 2026-07-31
AI Technical Summary
Traditional fixed factories have long construction cycles, large capital investments, and fixed spatial layouts that are difficult to adjust, resulting in slow market response and high costs for expanding capacity or adjusting product lines, which affects production progress.
The modular assembly method is adopted to divide the factory into independent functional cabinet units, such as finished product cabinet units and segmented cabinet units. Through tower crane hoisting and mortise and tenon splicing, rapid assembly and disassembly can be achieved. The precise docking of T-shaped protrusions and groove boxes and the stable connection of elastic pads are utilized.
It enables rapid assembly and disassembly of the factory, adapts to changes in market demand, reduces construction and adjustment costs, and improves production flexibility and efficiency.
Smart Images
Figure CN224579136U_ABST
Abstract
Description
Technical Field
[0001] This application relates to the field of factory technology, and in particular to a modular mobile factory. Background Technology
[0002] Currently, the construction of traditional fixed factories involves complex processes such as land approval, civil construction, and equipment installation and commissioning. From preparation to production, it takes anywhere from 6 to 12 months to 2 to 3 years. For large fixed factories such as automobile manufacturing, the construction cycle is even longer. During this period, continuous capital investment greatly slows down the market response speed. At the same time, the structure of fixed factory buildings is fixed, and once the spatial layout is determined, it is difficult to change. In the face of fluctuations in market demand, if it is necessary to temporarily expand production capacity or adjust product lines, it is often necessary to carry out large-scale construction or renovation. This is not only complex and costly, but also requires production to be suspended for several months, affecting the production schedule.
[0003] Regarding the technologies mentioned above, if a modular assembly method is adopted to assemble the factory, the core characteristics of pre-manufacturing, rapid deployment, portability, and easy reconfiguration will perfectly solve the problems of slowness, high cost, and rigidity of traditional fixed factories in a globalized scenario. Essentially, it transforms the factory from a fixed, immovable property into a mobile production asset, enabling efficient production organization wherever there is demand. At the same time, the construction time of temporary production lines is shortened, and modules can be re-entered into production in a short period of time after migration, bringing many conveniences to users. Utility Model Content
[0004] The purpose of this application is to provide a modular mobile factory, which has the advantages of good modular assembly factory effect and solves the problems mentioned in the background technology.
[0005] This application provides a modular mobile factory with the following technical solution: it includes a finished product cabinet unit, a dicing cabinet unit, a battery cell storage cabinet unit, a string welding cabinet unit, a post-welding material cabinet unit, a packaging line cabinet unit, a laser cabinet unit, a high-speed linear cabinet unit, a regional material cabinet unit, a laminating cabinet unit, a high-speed flip-over cabinet unit, and a tenon and mortise mechanism. The tenon and mortise mechanism includes several T-shaped protrusions, all fixedly connected to the sides of the finished product cabinet unit, the dicing cabinet unit, the battery cell storage cabinet unit, the packaging line cabinet unit, the laser cabinet unit, and the regional material cabinet unit. T-shaped groove boxes are fitted onto the surfaces of the T-shaped protrusions. The T-shaped groove boxes are all fixedly connected to the sides of the dicing cabinet unit, the battery cell storage cabinet unit, the string welding cabinet unit, the packaging line cabinet unit, the laser cabinet unit, and the high-speed flip-over cabinet unit. The T-shaped protrusions and the T-shaped groove boxes are compatible with each other.
[0006] By adopting the above technical solution, and by setting up finished product cabinet units, dicing cabinet units, battery cell storage cabinet units, stringing cabinet units, post-welding material cabinet units, packaging line cabinet units, laser cabinet units, high-speed wire rod linear cabinet units, area material cabinet units, laminating cabinet units, high-speed wire rod flipping cabinet units, and tenon and mortise mechanisms, the entire factory can be disassembled into independent functional cabinet units, and each unit is divided into standardized modules. These modules can then be transported individually using tower cranes. During assembly, tower cranes are used to lift each functional cabinet unit to the target location, and subsequently... Preliminary positioning is achieved by precisely aligning the T-shaped protrusions on the side of the unit with the T-shaped recesses of the adjacent unit. Because the T-shaped protrusions and T-shaped recesses are sized to fit together, the tower crane can assist in fine-tuning to ensure a complete fit, achieving rapid assembly. If the production line needs to be relocated or adjusted, it is only necessary to use the tower crane to lift one or more units and disassemble the mortise and tenon joints without damaging the overall structure. Compared with traditional fixed factories, this structure can significantly shorten the factory setup or disassembly time through tower crane hoisting and mortise and tenon splicing. At the same time, the connection surface of a single module can withstand a large lateral thrust after assembly.
[0007] Preferably, the side of the finished product cabinet unit is overlapped with a dicing cabinet unit, a battery cell storage cabinet unit, and a packaging line cabinet unit. The side of the dicing cabinet unit and the battery cell storage cabinet unit is overlapped with a string welding cabinet unit. The side of the string welding cabinet unit is fixedly connected with a post-welding material cabinet unit and a post-welding cabinet unit. The side of the packaging line cabinet unit is overlapped with a laser cabinet unit. The side of the laser cabinet unit is overlapped with a high-line linear cabinet unit. The side of the high-line linear cabinet unit is fixedly connected with a lamination cabinet unit and a regional material cabinet unit. The side of the regional material cabinet unit is overlapped with a high-line flip cabinet unit. The inner wall surface of the T-shaped recessed box is provided with several elastic pads.
[0008] By adopting the above technical solution and setting elastic pads, during splicing, the T-shaped protrusion is inserted vertically into the T-shaped groove box. Subsequently, the lateral flange of the T-shaped protrusion and the lateral slot of the T-shaped groove box are tightly engaged, restricting the separation of the unit in the left and right directions. During the engagement, the elastic pads can fill the gaps and generate a reverse elastic force, making the T-shaped protrusion and the T-shaped groove box fit more tightly, reducing the transmission of vibration during equipment operation, avoiding loosening of the connection, and achieving the purpose of improving stability.
[0009] Preferably, the inner walls of the finished product cabinet unit, dicing cabinet unit, battery cell storage cabinet unit, stringing cabinet unit, post-welding material cabinet unit, post-welding cabinet unit, packaging line cabinet unit, laser cabinet unit, high-speed linear cabinet unit, area material cabinet unit, laminating cabinet unit, and high-speed flip cabinet unit are all fixedly installed with several hinged doors, and the sides of the hinged doors are fixedly connected with handles.
[0010] By adopting the above technical solution and setting hinge doors and handles, operators can hold the handles to open the hinge doors, which facilitates subsequent entry into the unit for equipment debugging, raw material replenishment, finished product removal or fault repair, thus achieving the effect of facilitating personnel entry and exit or the handling of large tools.
[0011] Preferably, smoke sensors are installed on the inner walls of the finished product cabinet unit, dicing cabinet unit, battery cell storage cabinet unit, string welding cabinet unit, post-welding material cabinet unit, post-welding cabinet unit, packaging line cabinet unit, laser cabinet unit, high-speed wire straight cabinet unit, area material cabinet unit, laminating cabinet unit, and high-speed wire flipping cabinet unit. Alarm lights are also fixedly installed on the inner walls of the finished product cabinet unit, dicing cabinet unit, battery cell storage cabinet unit, string welding cabinet unit, post-welding material cabinet unit, post-welding cabinet unit, packaging line cabinet unit, laser cabinet unit, high-speed wire straight cabinet unit, area material cabinet unit, laminating cabinet unit, and high-speed wire flipping cabinet unit.
[0012] By adopting the above technical solution and setting up smoke sensors and alarm lights, when smoke is generated in the unit due to short circuits, high temperatures, or other reasons, and the smoke concentration reaches the preset value of the smoke sensor, the smoke sensor will transmit the detected data to the external controller. Subsequently, the external controller will send a command to immediately control the flashing of the alarm lights and the sounding of the fire alarm, thereby alerting personnel and reducing the occurrence of fire accidents.
[0013] Preferably, fire alarms and fire extinguishing water pipe boxes are fixedly installed on the inner side of the finished product cabinet unit, dicing cabinet unit, battery cell storage cabinet unit, string welding cabinet unit, post-welding material cabinet unit, post-welding cabinet unit, packaging line cabinet unit, laser cabinet unit, high-speed wire straight cabinet unit, area material cabinet unit, laminating cabinet unit, and high-speed wire flip cabinet unit. The side of the fire extinguishing water pipe box is fixedly connected with a handle. Several fire extinguishers are placed inside the bottom of each finished product cabinet unit, dicing cabinet unit, battery cell storage cabinet unit, string welding cabinet unit, post-welding material cabinet unit, post-welding cabinet unit, packaging line cabinet unit, laser cabinet unit, high-speed wire straight cabinet unit, area material cabinet unit, laminating cabinet unit, and high-speed wire flip cabinet unit. The fire extinguishers are evenly distributed on both sides of the bottom of each unit cabinet, and the number of fire extinguishers inside each unit cabinet is not less than two.
[0014] By adopting the above technical solution, and by setting up fire alarms, fire extinguishing water pipe boxes and fire extinguishers, it is possible to provide an early warning. Subsequently, operators can open the fire extinguishing water pipe box by pulling the handle or directly take the fire extinguisher at the bottom to quickly extinguish the fire in its early stages, thus achieving the purpose of facilitating firefighting.
[0015] Preferably, the inner walls of the finished product cabinet unit, dicing cabinet unit, battery cell storage cabinet unit, stringing cabinet unit, post-welding material cabinet unit, post-welding cabinet unit, packaging line cabinet unit, laser cabinet unit, high-line linear cabinet unit, area material cabinet unit, laminating cabinet unit, and high-line flip cabinet unit are all fixedly installed with several lighting lamps, and the lighting lamps are arranged in a uniform distribution.
[0016] By adopting the above technical solution and installing lighting, the purpose of illuminating the interior of the unit was achieved.
[0017] Preferably, the bottom of the finished product cabinet unit, the dicing cabinet unit, the battery cell storage cabinet unit, the stringing cabinet unit, the post-welding material cabinet unit, the post-welding cabinet unit, the packaging line cabinet unit, the laser cabinet unit, the high-line linear cabinet unit, the area material cabinet unit, the laminating cabinet unit, and the high-line flip cabinet unit are all fixedly connected with anti-slip pads, and the anti-slip pads are made of rubber.
[0018] By adopting the above technical solution and setting up anti-slip mats, the purpose of preventing slippage on people's feet can be achieved.
[0019] Preferably, the cabinets of the finished product cabinet unit, the dicing cabinet unit, the battery cell storage cabinet unit, the stringing cabinet unit, the post-welding material cabinet unit, the packaging line cabinet unit, the laser cabinet unit, the high-speed linear cabinet unit, the area material cabinet unit, the laminating cabinet unit, and the high-speed flip cabinet unit are all made of rigid materials, the T-shaped protrusions and T-shaped groove boxes are made of high-strength aluminum alloy, and the hinge doors are internally mixed with sound-absorbing cotton.
[0020] By adopting the above technical solutions and using rigid materials and high-strength aluminum alloys, the rigidity and strength of each cabinet and tenon joint are increased, and by using sound-absorbing cotton, the internal noise of the factory is isolated.
[0021] In summary, this application includes at least one of the following beneficial technical effects: This modular mobile factory, by setting up finished product cabinet units, dicing cabinet units, battery cell storage cabinet units, stringing cabinet units, post-welding material cabinet units, packaging line cabinet units, laser cabinet units, high-speed wire rod linear cabinet units, area material cabinet units, laminating cabinet units, high-speed wire rod flipping cabinet units, and tenon and mortise mechanisms, achieves the effect of disassembling the entire factory into independent functional cabinet units, and dividing each unit into standardized modules. These modules can then be transported individually using tower cranes. During assembly, tower cranes are used to lift each functional cabinet unit to the target location, and then... Preliminary positioning is achieved by precisely aligning the T-shaped protrusions on the side of the unit with the T-shaped recesses of the adjacent unit. Because the T-shaped protrusions and T-shaped recesses are sized to fit together, the tower crane can assist in fine-tuning to ensure a complete fit, achieving rapid assembly. If the production line needs to be relocated or adjusted, it is only necessary to use the tower crane to lift one or more units and disassemble the mortise and tenon joints without damaging the overall structure. Compared with traditional fixed factories, this structure can significantly shorten the factory setup or disassembly time through tower crane hoisting and mortise and tenon splicing. At the same time, the connection surface of a single module can withstand a large lateral thrust after assembly. Attached Figure Description
[0022] Figure 1 This is a schematic diagram of the overall front view structure of this application; Figure 2 This is a schematic diagram of the overall top view of the structure of this application; Figure 3 This is an exploded view of the mortise and tenon mechanism in this application. Figure 4 for Figure 1 A front view structural diagram of a finished product cabinet unit; Figure 5 for Figure 4 A top-view plan view of the finished product cabinet unit.
[0023] In the picture: 1. Finished Product Cabinet Unit; 2. Segmentation Cabinet Unit; 3. Battery Cell Storage Cabinet Unit; 4. String Welding Cabinet Unit; 5. Post-Welding Material Cabinet Unit; 6. Post-Welding Cabinet Unit; 7. Packaging Line Cabinet Unit; 8. Laser Cabinet Unit; 9. High-Line Straight-Line Cabinet Unit; 10. Area Material Cabinet Unit; 11. Lamination Cabinet Unit; 12. High-Line Flip Cabinet Unit; 13. Mortise and Tenon Mechanism; 1301. T-Shaped Protrusion; 1302. T-Shaped Groove Box; 14. Elastic Pad; 15. Hinged Door; 16. Handle; 17. Smoke Sensor; 18. Alarm Light; 19. Fire Alarm; 20. Fire Extinguishing Water Pipe Box; 21. Handle; 22. Lighting Light; 23. Fire Extinguisher; 24. Anti-Slip Mat. Detailed Implementation
[0024] The following is in conjunction with the appendix Figure 1 - Appendix Figure 5 This application will be described in further detail below.
[0025] Example 1: A modular mobile factory, referring to Figure 1 , Figure 2 and Figure 3 It includes a finished product cabinet unit 1, a dicing cabinet unit 2, a battery cell storage cabinet unit 3, a stringing cabinet unit 4, a post-welding material cabinet unit 5, a post-welding cabinet unit 6, a packaging line cabinet unit 7, a laser cabinet unit 8, a high-speed wire rod straight-line cabinet unit 9, a zone material cabinet unit 10, a laminating cabinet unit 11, a high-speed wire rod flipping cabinet unit 12, and a tenon and mortise mechanism 13. The tenon and mortise mechanism 13 includes components that are fixedly connected to the sides of the finished product cabinet unit 1, the dicing cabinet unit 2, the battery cell storage cabinet unit 3, the packaging line cabinet unit 7, the laser cabinet unit 8, and the zone material cabinet unit 10. Several T-shaped protrusions 1301 are provided, and T-shaped recessed boxes 1302 are fitted onto the surface of the T-shaped protrusions 1301. The T-shaped recessed boxes 1302 are all fixedly connected to the sides of the dicing cabinet unit 2, the cell storage cabinet unit 3, the stringing cabinet unit 4, the packaging line cabinet unit 7, the laser cabinet unit 8, and the high-line flip cabinet unit 12. The T-shaped protrusions 1301 and the T-shaped recessed boxes 1302 are compatible. This is achieved by setting up the finished product cabinet unit 1, the dicing cabinet unit 2, the cell storage cabinet unit 3, the stringing cabinet unit 4, the post-welding material cabinet unit 5, and the post-welding... The cabinet unit 6, packaging line cabinet unit 7, laser cabinet unit 8, high-speed linear cabinet unit 9, area material cabinet unit 10, laminating cabinet unit 11, high-speed flip cabinet unit 12, and tenon and mortise mechanism 13 enable the entire factory to be disassembled into independent functional cabinet units, with each unit divided into standardized modules. These modules can then be transported individually using a tower crane. During assembly, the tower crane lifts each functional cabinet unit to its target location, and then the T-shaped protrusion 1301 on the side of the unit connects to the T-shaped recessed box 13 of the adjacent unit. 02. Precise docking and initial positioning: Because the T-shaped protrusion 1301 and the T-shaped groove box 1302 are size-matched, the tower crane can assist in fine-tuning to make the two fit together completely, achieving the purpose of rapid splicing. If the production line needs to be relocated or adjusted, it is only necessary to use the tower crane to lift one or more units and disassemble the mortise and tenon connection without damaging the overall structure. Compared with the traditional fixed factory, this structure can greatly shorten the factory construction or dismantling time through tower crane hoisting and mortise and tenon splicing. At the same time, the single module connection surface can withstand a large lateral thrust after assembly.
[0026] Please see Figure 1 , Figure 3 and Figure 4The finished product cabinet unit 1 is connected to the side of the dicing cabinet unit 2, the battery cell storage cabinet unit 3, and the packaging line cabinet unit 7. The sides of the dicing cabinet unit 2 and the battery cell storage cabinet unit 3 are connected to the string welding cabinet unit 4. The sides of the string welding cabinet unit 4 are fixedly connected to the post-welding material cabinet unit 5 and the post-welding cabinet unit 6. The sides of the packaging line cabinet unit 7 are connected to the side of the laser cabinet unit 8. The sides of the laser cabinet unit 8 are connected to the side of the high-line straight cabinet unit 9. The sides of the high-line straight cabinet unit 9 are fixedly connected to the side of the lamination cabinet unit 11 and the area material cabinet unit 10. The sides of the area material cabinet unit 10 are connected to the side of the high-line flip cabinet unit 12. The inner wall surface of the T-shaped groove box 1302 is provided with several elastic pads 14. By providing elastic pads 14, during splicing, the T-shaped protrusion 1301 can be inserted into the T-shaped groove box 1302 in the vertical direction. Subsequently, the lateral flange of the T-shaped protrusion 1301 and the lateral groove of the T-shaped groove box 1302 are tightly engaged, restricting the separation of the unit in the left and right directions. During the engagement, the elastic pad 14 fills the gap and generates a reverse elastic force, making the T-shaped protrusion 1301 and the T-shaped groove box 1302 fit more tightly, reducing vibration transmission during equipment operation, preventing loosening of the connection, and achieving the purpose of improving stability. Several hinge doors 15 are fixedly installed on the inner side of the finished product cabinet unit 1, dicing cabinet unit 2, battery cell storage cabinet unit 3, string welding cabinet unit 4, post-welding material cabinet unit 5, post-welding cabinet unit 6, packaging line cabinet unit 7, laser cabinet unit 8, high-speed linear cabinet unit 9, area material cabinet unit 10, laminating cabinet unit 11 and high-speed flip cabinet unit 12. The hinge doors 15 are fixedly connected to the side of the hinge doors 15. By setting the hinge doors 15 and the handles 16, the operator can hold the handles 16 to open the hinge doors 15, which facilitates subsequent entry into the unit for equipment debugging, raw material replenishment, finished product removal or fault repair, and achieves the effect of facilitating personnel entry and exit or large tool handling.
[0027] Please see Figure 4The inner walls of the finished product cabinet unit 1, dicing cabinet unit 2, battery cell storage cabinet unit 3, string welding cabinet unit 4, post-welding material cabinet unit 5, post-welding cabinet unit 6, packaging line cabinet unit 7, laser cabinet unit 8, high-speed wire rod straight cabinet unit 9, area material cabinet unit 10, laminating cabinet unit 11, and high-speed wire rod flipping cabinet unit 12 are all equipped with smoke sensors 17. Alarm lights 18 are fixedly installed on the inner walls of unit 10, laminate cabinet unit 11, and high-line flip cabinet unit 12. By setting up smoke sensors 17 and alarm lights 18, when smoke is generated in the unit due to short circuits, high temperatures, or other reasons, and the smoke concentration reaches the preset value of the smoke sensor 17, the smoke sensor 17 transmits the detected data to an external controller. The external controller then sends a command to immediately control the alarm lights 18 to flash and the fire alarm 19 to sound, thus alerting personnel and reducing the risk of fire. Finished cabinet unit 1, sectional cabinet unit... Units 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, and 13 are equipped with fire alarms 19 and fire extinguishing water pipe boxes 20 fixedly installed on their inner walls. Handles 21 are fixedly connected to the sides of the fire extinguishing water pipe boxes 20. Units 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 10, 11, 18, 19, 10, 11, 12, and 13 are also equipped with fire alarms 19 and fire extinguishing water pipe boxes 20. Finished product cabinet ...8, 19, 18, 19, 18, 19, 18, 19, 18, 19, 18, 19, 18, 19, 18, 19, 19, 18, 19, 19, 19, 19, 19 The bottom of each of the following units—unit 8, unit 9, unit 10, unit 11, and unit 12—is equipped with several fire extinguishers 23. These fire extinguishers 23 are evenly distributed on both sides of the bottom of each unit, with at least two extinguishers inside each unit. By installing fire alarms 19, fire hose boxes 20, and fire extinguishers 23, a pre-emptive audible warning can be given. Subsequently, operators can open the fire hose box 20 via handle 21 or directly access the fire extinguishers 23 at the bottom to quickly extinguish the fire in its early stages, thus facilitating firefighting efforts.
[0028] Please see Figure 4 and Figure 5The inner walls of all three units—finished product cabinet unit 1, dicing cabinet unit 2, battery cell storage cabinet unit 3, stringing cabinet unit 4, post-welding material cabinet unit 5, post-welding cabinet unit 6, packaging line cabinet unit 7, laser cabinet unit 8, high-speed wire rod straight cabinet unit 9, area material cabinet unit 10, laminating cabinet unit 11, and high-speed wire rod flip cabinet unit 12—are equipped with several lighting lamps 22. These lighting lamps are evenly distributed, providing illumination for the interior of each unit. The bottom of all three units is also equipped with lighting fixtures. Anti-slip pads 24 are fixedly connected. The anti-slip pads 24 are made of rubber. By setting the anti-slip pads 24, the purpose of preventing slippage on the feet of personnel is achieved. The cabinets of finished product cabinet unit 1, dicing cabinet unit 2, battery cell storage cabinet unit 3, string welding cabinet unit 4, post-welding material cabinet unit 5, post-welding cabinet unit 6, packaging line cabinet unit 7, laser cabinet unit 8, high-line straight cabinet unit 9, area material cabinet unit 10, laminating cabinet unit 11, and high-line flip cabinet unit 12 are all made of steel. The T-shaped protrusions 1301 and T-shaped groove boxes 1302 are made of high-strength aluminum alloy. The hinge door 15 is internally mixed with sound-absorbing cotton. By setting the steel material and high-strength aluminum alloy, the rigidity and strength of each cabinet and tenon and mortise are increased. By setting the sound-absorbing cotton, the purpose of isolating the sound inside the factory is achieved.
[0029] The implementation principle of this application embodiment is as follows: First, according to production needs or scene transfer targets, the entire factory is divided into independent functional cabinet units, including finished product cabinet unit 1, dicing cabinet unit 2, battery cell storage cabinet unit 3, string welding cabinet unit 4, post-welding material cabinet unit 5, post-welding cabinet unit 6, packaging line cabinet unit 7, laser cabinet unit 8, high-line linear cabinet unit 9, area material cabinet unit 10, lamination cabinet unit 11, and high-line flipping cabinet unit 12. Each unit is a standardized module that can be individually hoisted to a transport vehicle, truck, or container by a tower crane to achieve efficient transfer and solve the problem of difficult overall relocation of traditional factories. Then, the initial positioning of each unit is completed at the target site. The functional cabinet units are hoisted to the preset position one by one by a tower crane. The mortise and tenon mechanism 13 on the side of the unit is used for splicing. The T-shaped protrusion 1301 of the unit is aligned with the T-shaped groove box 1302 of the adjacent unit in advance. Then, it is inserted vertically. At this time, the lateral flange of the T-shaped protrusion 1301 is tightly engaged with the lateral groove of the groove box. The elastic pad 14 on the inner wall of the T-shaped groove box 1302 generates a reverse elastic force to ensure a stable connection. In this way, the rapid assembly of the overall structure of the factory is completed. After the assembly is completed, the production preparation stage begins. Operators can hold the handles 16 of each unit to open the hinge doors 15 and then enter the cabinet of each unit. They can then replenish raw materials to the battery cell storage cabinet unit 3 and check the operating status of core equipment such as the string welding cabinet unit 4 and the laser cabinet unit 8. This facilitates the processing of the interior of each unit's cabinet. If the brightness inside the cabinet of each unit is too low, the internal lighting 22 can be used to ensure a bright operating environment. At the same time, safety facilities such as the smoke sensor 17, fire alarm 19, fire extinguishing water pipe box 20, and fire extinguisher 23 are put into standby mode to ensure production safety. Subsequently, the production process is initiated. Raw materials enter the dicing cabinet unit 2 from the battery cell storage cabinet unit 3 for cutting, and then complete the welding process through the string welding cabinet unit 4 and the post-welding cabinet unit 6. After that, they are processed through the laser cabinet unit 8, the high-line linear cabinet unit 9, and the lamination cabinet unit 11. Finally, they are packaged by the packaging line cabinet unit 7 and sent to the finished product cabinet unit 1 for storage. During the production process, while the various lines inside the factory are processing, the sound-absorbing cotton inside the hinge door 15 can reduce the noise of operation or equipment operation and prevent it from disturbing pedestrians outside. The anti-slip mat 24 facilitates the operation of operators in various work areas and ensures the safety of operators walking in the unit. Subsequently, if an abnormality occurs during the production process and the smoke concentration reaches the preset value of the smoke sensor 17, the smoke sensor 17 will transmit the detected data to the external controller. The external controller will then send an instruction to immediately control the alarm light 18 to flash and the fire alarm 19 to sound, reminding the operator to take timely action. Then, the personnel can open the fire extinguishing water pipe box 20 through the handle 21 or take the fire extinguisher 23 to control the fire in the early stage and prevent the accident from escalating. Finally, when production lines need to be adjusted or sites need to be relocated, there is no need to damage the overall structure. The target unit can be lifted away by a tower crane and the mortise and tenon joints can be separated to complete the disassembly, replacement or repositioning of one or more units. When reassembling, the above mortise and tenon joint steps are repeated to achieve rapid factory reorganization and adapt to the production needs of multiple scenarios.
Claims
1. A modular mobile factory, comprising a finished product cabinet unit (1), a dicing cabinet unit (2), a battery cell storage cabinet unit (3), a stringing cabinet unit (4), a post-welding material cabinet unit (5), a post-welding cabinet unit (6), a packaging line cabinet unit (7), a laser cabinet unit (8), a high-speed wire rod linear cabinet unit (9), a zone material cabinet unit (10), a lamination cabinet unit (11), a high-speed wire rod flipping cabinet unit (12), and a tenon and mortise mechanism (13), characterized in that: The tenon and mortise mechanism (13) includes several T-shaped protrusions (1301) that are fixedly connected to the sides of the finished product cabinet unit (1), the dicing cabinet unit (2), the battery cell storage cabinet unit (3), the packaging line cabinet unit (7), the laser cabinet unit (8), and the area material cabinet unit (10). The surface of the T-shaped protrusions (1301) is fitted with T-shaped groove boxes (1302). The T-shaped groove boxes (1302) are fixedly connected to the sides of the dicing cabinet unit (2), the battery cell storage cabinet unit (3), the string welding cabinet unit (4), the packaging line cabinet unit (7), the laser cabinet unit (8), and the high-line flip cabinet unit (12). The T-shaped protrusions (1301) and the T-shaped groove boxes (1302) are compatible with each other.
2. A modular mobile factory according to claim 1, characterized in that: The side of the finished product cabinet unit (1) is connected to the dicing cabinet unit (2), the battery cell storage cabinet unit (3) and the packaging line cabinet unit (7). The side of the dicing cabinet unit (2) and the battery cell storage cabinet unit (3) is connected to the string welding cabinet unit (4). The side of the string welding cabinet unit (4) is fixedly connected to the post-welding material cabinet unit (5) and the post-welding cabinet unit (6). The side of the packaging line cabinet unit (7) is connected to the laser cabinet unit (8). The side of the laser cabinet unit (8) is connected to the high-line straight cabinet unit (9). The side of the high-line straight cabinet unit (9) is fixedly connected to the lamination cabinet unit (11) and the area material cabinet unit (10). The side of the area material cabinet unit (10) is connected to the high-line flip cabinet unit (12). The inner wall surface of the T-shaped groove box (1302) is provided with several elastic pads (14).
3. The modular mobile factory of claim 1, wherein: The inner walls of the finished product cabinet unit (1), the dicing cabinet unit (2), the battery cell storage cabinet unit (3), the string welding cabinet unit (4), the post-welding material cabinet unit (5), the post-welding cabinet unit (6), the packaging line cabinet unit (7), the laser cabinet unit (8), the high-line linear cabinet unit (9), the area material cabinet unit (10), the laminating cabinet unit (11), and the high-line flip cabinet unit (12) are all fixedly installed with several hinged doors (15), and the sides of the hinged doors (15) are fixedly connected with handles (16).
4. The modular mobile factory of claim 1, wherein: Smoke sensors (17) are installed on the inner walls of the finished product cabinet unit (1), the dicing cabinet unit (2), the battery cell storage cabinet unit (3), the string welding cabinet unit (4), the post-welding material cabinet unit (5), the post-welding cabinet unit (6), the packaging line cabinet unit (7), the laser cabinet unit (8), the high-line straight cabinet unit (9), the area material cabinet unit (10), the laminating cabinet unit (11), and the high-line flip cabinet unit (12). Alarm lights (18) are fixedly installed on the inner walls of the finished product cabinet unit (1), the dicing cabinet unit (2), the battery cell storage cabinet unit (3), the string welding cabinet unit (4), the post-welding material cabinet unit (5), the post-welding cabinet unit (6), the packaging line cabinet unit (7), the laser cabinet unit (8), the high-line straight cabinet unit (9), the area material cabinet unit (10), the laminating cabinet unit (11), and the high-line flip cabinet unit (12).
5. The modular mobile factory of claim 1, wherein: Fire alarms (19) and fire extinguishing water pipe boxes (20) are fixedly installed on the inner walls of the finished product cabinet unit (1), dicing cabinet unit (2), battery cell storage cabinet unit (3), stringing cabinet unit (4), post-welding material cabinet unit (5), post-welding cabinet unit (6), packaging line cabinet unit (7), laser cabinet unit (8), high-speed linear cabinet unit (9), area material cabinet unit (10), laminating cabinet unit (11), and high-speed flip cabinet unit (12). A handle (21) is fixedly connected to the side of the fire extinguishing water pipe box (20). The bottom of the finished product cabinet unit (1), the dicing cabinet unit (2), the battery cell storage cabinet unit (3), the string welding cabinet unit (4), the post-welding material cabinet unit (5), the post-welding cabinet unit (6), the packaging line cabinet unit (7), the laser cabinet unit (8), the high-line straight cabinet unit (9), the area material cabinet unit (10), the laminating cabinet unit (11), and the high-line flip cabinet unit (12) are all equipped with several fire extinguishers (23). The fire extinguishers (23) are evenly distributed on both sides of the bottom of each unit cabinet, and there are no less than two fire extinguishers inside each unit cabinet.
6. The modular mobile factory of claim 1, wherein: The inner walls of the finished product cabinet unit (1), the dicing cabinet unit (2), the battery cell storage cabinet unit (3), the string welding cabinet unit (4), the post-welding material cabinet unit (5), the post-welding cabinet unit (6), the packaging line cabinet unit (7), the laser cabinet unit (8), the high-line linear cabinet unit (9), the area material cabinet unit (10), the laminating cabinet unit (11), and the high-line flip cabinet unit (12) are all fixedly equipped with several lighting lamps (22), and the lighting lamps (22) are arranged in a uniform distribution.
7. The modular mobile factory of claim 1, wherein: The bottom of the finished product cabinet unit (1), the dicing cabinet unit (2), the battery cell storage cabinet unit (3), the string welding cabinet unit (4), the post-welding material cabinet unit (5), the post-welding cabinet unit (6), the packaging line cabinet unit (7), the laser cabinet unit (8), the high-line straight cabinet unit (9), the area material cabinet unit (10), the laminating cabinet unit (11), and the high-line flip cabinet unit (12) are all fixedly connected with anti-slip pads (24), and the anti-slip pads (24) are made of rubber.
8. The modular mobile factory of claim 3, wherein: The cabinets of the finished product cabinet unit (1), the dicing cabinet unit (2), the battery cell storage cabinet unit (3), the string welding cabinet unit (4), the post-welding material cabinet unit (5), the post-welding cabinet unit (6), the packaging line cabinet unit (7), the laser cabinet unit (8), the high-line straight cabinet unit (9), the area material cabinet unit (10), the laminating cabinet unit (11), and the high-line flip cabinet unit (12) are all made of rigid materials. The T-shaped protrusion (1301) and the T-shaped groove box (1302) are made of high-strength aluminum alloy. The hinge door (15) is filled with sound-absorbing cotton.