Quick-Release Pin Connection for Space-Saving Furniture Assembly

The connecting structure is divided into separate components: a pin head, a pin seat with slideway, and a mounting plate. This segmentation allows the connection to be quickly assembled by sliding the pin head into the pin seat and quickly disassembled by withdrawing it, eliminating the time-consuming processes of welding or screwing while maintaining connection strength through the friction fit and geometric constraints of the slideway design.

The connecting structure transitions from a static permanent connection (welding/screws) to a dynamic reversible connection. The pin head can be freely inserted and removed from the pin seat along the slideway, enabling rapid reconfiguration and disassembly while maintaining a stable connected state when assembled, thus reducing assembly and disassembly time without sacrificing connection strength.

The connecting structure enables dynamic reconfiguration by allowing the pin head to be easily inserted and removed from the pin seat. This provides flexibility for different assembly configurations and adaptability for various application scenarios while maintaining connection stability when assembled through the friction fit and geometric constraints of the inverted T-shaped slideway.

The quick-release connecting structure with its standardized pin head and pin seat design can be applied to multiple different components and scenarios (such as seat cushions and frames of sofas or chairs). The universal design allows the same connecting mechanism to serve different functions and configurations, enhancing adaptability while maintaining stable connections when assembled.

The slideway is designed with an inverted T-shaped cross-section and conical vertical opening, creating specific local geometric features that enhance the friction fit and mechanical interlocking between the pin head and pin seat. These localized structural characteristics provide sufficient connection strength through friction and geometric constraints, while still allowing rapid assembly and disassembly by overcoming the insertion force.

The conical structure of the vertical opening and the corresponding conical position of the pin head end create a tapered fit that increases friction and mechanical interlocking. This parameter change in the geometric shape enhances the connection strength of the quick-release mechanism, ensuring that the rapid assembly and disassembly process does not compromise the strength of the connection when assembled.