Floating Jaw Assembly for Machinist Vise Workholding

The patent applies the dynamics principle by making the intermediary jaws movable rather than fixed. Each floating jaw is mounted on a pivot pin that allows it to rotate and articulate, enabling the jaw to adapt its angle and position to securely clamp workpieces of varying sizes, shapes, and orientations. This dynamic capability resolves the contradiction by allowing the same jaw structure to handle both increased quantity and improved adaptability.

The patent divides the vise jaw system into multiple independent floating jaws that can move and articulate independently. Instead of a single rigid jaw structure, the system segments the jaw into multiple units (first floating jaw, second floating jaw, etc.), each capable of independent motion. This segmentation allows each jaw to adapt to different workpiece configurations while collectively holding multiple workpieces, resolving the contradiction between quantity and adaptability.

The patent introduces dynamic floating jaws that can move and articulate while maintaining precise positioning through controlled motion. The floating jaws are constrained by pivot pins and guide surfaces that allow only specific movements, ensuring that positioning precision is maintained even as the jaws adapt to hold multiple workpieces. This resolves the contradiction by combining dynamic adaptability with precision control.

The patent uses the floating jaw assembly as an intermediary element between the fixed jaw structure and the workpieces. The floating jaws act as mediators that translate the stable support of the fixed jaw into adaptable workholding capability, allowing multiple workpieces to be held with precision by distributing them across multiple articulating jaw surfaces rather than requiring the fixed jaw itself to move.

The patent segments the jaw system into multiple floating jaws that can be added to the conventional vise structure. Instead of redesigning the entire vise mechanism, the solution divides the workholding function into multiple independent floating jaw units that can be incrementally added. Each unit maintains relatively simple construction while collectively enabling the vise to hold many more than four workpieces, resolving the contradiction between structural simplicity and increased capacity.

The floating jaw assembly serves multiple functions: it increases workpiece capacity, provides adaptability for various workpiece configurations, and maintains compatibility with conventional vise structures. The same floating jaw mechanism can hold different numbers and types of workpieces depending on the configuration, making the system universally applicable while significantly expanding capacity beyond the traditional four-workpiece limit.