Laptop Display Thermal Welding Pin Fastening

The patent combines multiple fastening functions into a single integrated structure. The cover body includes both hooks that engage with the LCD panel and thermal welding pins that insert through fastening holes, merging mechanical engagement and thermal welding operations into one unified fastening system. This eliminates the need for separate multiple bolts and reduces assembly steps.

The patent replaces the traditional mechanical bolt-fastening system with a thermal welding system. Instead of using multiple mechanical bolts that require manual tightening, the invention uses thermal welding pins that are inserted through fastening holes and welded to the LCD panel, substituting mechanical fastening with thermal bonding to reduce assembly complexity and time.

The patent applies local quality by distributing multiple thermal welding pins at specific locations on the cover body. Each welding pin creates a localized strong bond at critical points (corners and edges), ensuring uniform distribution of attachment strength across the LCD panel. The hooks also provide localized mechanical engagement at strategic positions to enhance overall uniformity.

The patent employs a composite fastening system that combines different materials and bonding mechanisms. The cover body is made of plastic with integrated metal or plastic thermal welding pins, while the LCD panel has metal extended fastening portions. This composite structure combines mechanical engagement (hooks) with thermal welding, creating uniform and consistent attachment strength through multiple complementary bonding mechanisms.

The patent segments the fastening function into distinct modular components: hooks for mechanical engagement, thermal welding pins for thermal bonding, and fastening holes for pin insertion. Each component has a specific function, and they work together in a systematic sequence. This segmentation allows for standardized manufacturing and simplifies the overall assembly process despite the multiple elements involved.

The cover body is designed with multi-functionality, integrating both hooks and thermal welding pins into a single component. The hooks provide mechanical engagement while the welding pins provide thermal bonding, making the cover body a multi-functional fastening device. This universality reduces the need for separate fastening components and simplifies the overall device structure.