Wire-Binding Cutter Layout for Staggered Parallel Wire Cutting

The patent replaces the mechanical step portion (which relies on physical wear resistance) with a wire regulation mechanism that actively controls wire positioning. The regulation portion uses mechanical constraints (guides, clamps, or positioning elements) to maintain the phase difference between parallel wire cuttings without relying on the step portion's physical dimensions, thus eliminating wear-related degradation of cutting timing accuracy.

The patent changes the control parameter from fixed geometric step height to active wire position regulation. By introducing a regulation mechanism that adjusts or maintains wire positioning parameters (distance from blade, timing of contact), the system preserves the phase difference in cutting timings regardless of step portion wear, effectively decoupling the cutting timing accuracy from the mechanical wear of the step structure.

The patent applies periodic/staggered action to wire cutting by introducing a regulated time delay between the cutting of parallel wires. Instead of simultaneous cutting, the regulation portion ensures wires are cut in sequence with a controlled phase difference, distributing the cutting load over time and reducing peak forces on the cutting unit while maintaining efficient binding speed.

The patent segments the wire cutting process by dividing parallel wire cuttings into separate, sequential operations rather than a single simultaneous action. The regulation portion creates distinct cutting stages for different wires, allowing the cutting unit to handle each wire individually with reduced peak load, while the overall binding process maintains high productivity through efficient sequential processing.