Threaded connection: Using a threaded design, threaded holes, and threaded pins are set in the corresponding parts of the enclosure, and the parts of the enclosure are connected by rotating the threaded connectors (e.g. nuts and bolts). This structure can be easily disassembled and assembled and is suitable for equipment that requires frequent maintenance and replacement of parts.

Snap connection: The corresponding part of the shell is designed with a snap structure, through the shape and size of the snap, so that the various parts of the shell can bite each other to form a solid connection. This structure usually requires a certain amount of force to be applied to the connection to dismantle it and is suitable for equipment that requires a high degree of safety and stability.

Pin connection: the corresponding parts of the shell design pin holes and pins, through the shape and size of the pin, so that the various parts of the shell are inserted into each other to form a connection. The pin connection usually requires rotating pins or other auxiliary tools to realize the disassembly and assembly.

Spring connection: The corresponding part of the shell is designed with a spring structure, which connects the various parts of the shell through elastic force. This type of structure facilitates quick disassembly and assembly and is suitable for equipment that requires frequent replacement or repair.

Quick switch connection: Adopting quick switch design, the corresponding part of the shell is set with quick switch device, which can be quickly disassembled and assembled by pressing or rotating the quick switch. This structure is suitable for equipment that needs to be replaced or repaired quickly.

The structural design of these removable housings can be selected and applied according to the specific needs of use and equipment requirements. Through rational design and selection of suitable connection structures, convenient disassembly and assembly operations can be realized, improving maintenance efficiency and equipment reliability.

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