Cable Processing Tool Identification and Verification System

The tool system is divided into two independent sets (first set and second set), each containing multiple tools that can be independently exchanged. This segmentation allows the processing device to handle different cable types and processing steps using combinations of tools from the two sets, rather than requiring multiple complete tool units, thereby reducing overall system complexity while maintaining versatility.

Tools from the first set and second set can be combined in various ways to perform different processing steps on different cable types. The holding devices are designed to accommodate multiple tool types from their respective sets, enabling a single processing device to perform multiple functions through different tool combinations, thus reducing the need for multiple specialized tool units.

The system incorporates identification means that automatically detect and identify tools when they are mounted in the holding devices. The check device then verifies whether the identified tools form a suitable combination for the intended processing step. This feedback mechanism provides immediate confirmation of correct tool selection, preventing improper usage and the associated risks of rejects and tool damage while maintaining flexible tool exchangeability.

The manual verification process for tool suitability is replaced by an automated identification and check system. Instead of relying on operator judgment to select correct tool combinations, the system uses identification means (such as sensors or readers) to automatically detect tool characteristics and the check device to verify compatibility, eliminating human error in tool selection.

By segmenting the tool system into two independent sets with independently exchangeable tools, the patent enables partial tool exchanges rather than requiring exchange of complete heavy tool units. Operators can exchange individual tools from the first set or second set as needed, significantly reducing exchange time and effort while maintaining complete processing capabilities through appropriate tool combinations.

The system prepares for efficient tool exchange by implementing identification means that automatically recognize tools during the exchange process. This preliminary identification capability allows the check device to verify tool suitability immediately upon exchange, streamlining the entire tool change process and minimizing downtime without requiring complete tool unit replacements.