Hydraulic Compression Tool for Coaxial Cable Connectors

The patent employs a hydraulic compression tool that uses hydraulic fluid pressure to generate and transmit axial compression force to the connector. The hydraulic system converts fluid pressure into mechanical force through a piston or ram mechanism, enabling the application of high axial compression force that cannot be achieved by manual effort alone. This resolves the contradiction by providing sufficient compression force while maintaining ease of operation through simple hydraulic actuation.

The patent introduces a compression tool with a jaw or anvil as an intermediary component that contacts the connector body. This intermediary element is designed with specific geometric features (flat surfaces, alignment guides) that ensure force is transmitted axially through the compression member. The intermediary component acts as a mechanical interface that enforces proper force alignment, preventing off-axis loading and ensuring uniform deformation of the compression member onto the cable.

The patent designs a universal connector frame assembly that can accommodate multiple cable sizes and connector types through adjustable components. The frame includes adjustable jaws or clamps that can be positioned to fit different cable diameters, and the compression tool is designed to work with various connector geometries. This multi-functional design allows a single tool to perform multiple installation tasks, achieving versatility without requiring separate specialized tools for each connector type or cable size.