Induction-Welded Cable Installation Tool for Controlled Thermoplastic Joining

The patent replaces the mechanical ultrasonic vibration system with an induction heating system that uses electromagnetic fields to heat and melt the cable material. This substitution eliminates the rapid vibration and high clamping forces associated with ultrasonic welding, allowing for better control of weld quality while maintaining efficient joining speeds. The induction heating system provides more predictable and controllable thermal processing of the thermoplastic cable material.

The patent changes the fundamental parameter of the joining process from mechanical vibration (ultrasonic) to electromagnetic heating (induction). This parameter change allows for precise control of the heating process through frequency and power regulation, improving weld quality consistency. The electromagnetic field parameters can be precisely controlled to achieve optimal melting and bonding without the chaotic mechanical vibrations of ultrasonic welding.

The patent replaces the mechanical ratchet head cutting mechanism with an induction heating system that melts and seals the cable material ends. This substitution eliminates the sharp edges created by mechanical cutting, as the thermal process creates rounded, sealed ends. The automated installation capability is maintained through the controlled feeding and positioning systems that work in conjunction with the induction heating junction.

The patent utilizes the phase transition of the thermoplastic cable material from solid to molten state through induction heating. This phase transition allows the material to be melted at the ends, formed into sealed configurations, and then cooled to create rounded, hazard-free ends. The melting and solidification process naturally eliminates sharp edges that would be created by mechanical cutting.