Measuring Tape Hook Plate with Extruded Edges and Magnets

The patent introduces a third dimension by creating an extruded edge structure that rises from the flat surface. This extruded edge forms a boundary that confines the adhesive within a specific area, preventing it from spreading excessively while also providing a physical barrier that secures the anti-slip piece in place. The extruded edge essentially adds a vertical dimension to the originally flat surface, creating a three-dimensional structure that solves both the adhesive spillage and attachment durability issues.

The extruded edge creates a localized adhesive application area by forming a boundary around the region where adhesive should be applied. Instead of spreading adhesive across the entire flat surface, the adhesive is confined to the specific area enclosed by the extruded edge. This localized approach ensures that the adhesive is applied only where needed for securing the anti-slip piece, preventing both insufficient attachment and excessive material waste.

The patent transforms the flat two-dimensional surface into a three-dimensional structure by extruding edges that rise vertically from the surface. This addition of vertical dimension creates physical boundaries that prevent the anti-slip piece from detaching during use. The extruded edges form a retaining structure that mechanically secures the anti-slip piece, significantly improving attachment durability while maintaining manufacturing simplicity through a single extrusion process.