Electro-Hydraulic Cylinder Network With Valve-Free Short-Circuit Flow

The patent removes valves from the hydraulic circuit by implementing direct fluidic connections between cylinder chambers. The short-circuit connections allow fluid to flow directly between chambers without passing through valve components, thereby eliminating the energy losses associated with valve regulation while maintaining control capability through direct displacement unit control.

The patent introduces short-circuit connections as intermediary fluid pathways between cylinder chambers. These direct connections serve as mediators that enable controlled fluid transfer without requiring traditional valve intermediaries, thus achieving both control capability and energy efficiency.

The patent extracts valves from the system entirely, replacing them with direct fluidic short-circuit connections. This elimination of valve components removes the source of valve-related reliability problems while maintaining flow regulation capability through the displacement units that directly control fluid movement between chambers.

The system uses self-contained short-circuit connections that require no external control mechanisms. The direct fluid pathways enable the hydraulic system to regulate flow inherently through its own structure, eliminating dependence on external valve components that could fail.

The patent removes the complex valve infrastructure from traditional hydraulic circuits, replacing it with simplified short-circuit connections between chambers. This reduction in components directly lowers device complexity while maintaining control precision through the direct control pathway from displacement units to cylinder chambers.

The patent merges the functions of multiple valve-controlled circuits into integrated short-circuit connections. By combining fluid pathways directly between chambers, the system achieves control precision with a unified, less complex structure rather than multiple separate valve-controlled channels.