Watch Bracelet Slide Attachment With Viscoelastic Locking

The patent removes the traditional horns and cross bar elements from the attachment system. Instead, it uses a simple pin inserted through aligned holes in the bracelet end and watch case lugs, eliminating complex projecting elements while maintaining secure attachment functionality.

The attachment system is divided into separate, simple components: the pin and the holes. This segmentation allows each component to be manufactured independently using standard processes, reducing overall device complexity while maintaining attachment security.

By dividing the attachment system into separate simple components (pin and holes), the assembly process becomes faster and easier, allowing for quicker attachment while maintaining security.

The simple pin-and-hole design allows users to attach and detach bracelets themselves without requiring professional service, increasing productivity and reducing costs associated with professional attachment services.

The patent eliminates horns and projecting elements from the watch case design, replacing them with simple holes that can be easily manufactured using automated drilling or punching processes, thereby enabling full automation in manufacturing.

The design changes from complex three-dimensional horn shapes to simple cylindrical holes, fundamentally changing the geometric parameters to enable automated manufacturing processes while maintaining attachment functionality.

The patent removes the need for specialized shaping and machining by using simple holes and a pin. This extraction of complex manufacturing requirements allows for easier and less costly production while maintaining secure attachment.

The design uses homogeneous, simple geometric forms (cylindrical holes and pins) that can be manufactured using standard, uniform processes, eliminating the need for specialized heterogeneous manufacturing techniques.