Joining Module Lubrication Unit Without Check Valves

The patent removes the check valves from the lubrication system entirely. Instead of using mechanical valves to prevent backflow, the design relies on the geometric configuration of the lubricant channel and the movement cycle of the injection unit to naturally control lubricant flow direction, thereby eliminating complex components while maintaining lubrication reliability

The lubrication system uses the inherent movement of the injection unit and the geometric design of the channels to automatically prevent lubricant backflow without requiring additional active components. The system self-regulates flow direction through its operational cycle and structural design, eliminating the need for check valves

By extracting the check valves from the system, the patent eliminates expensive components and simplifies manufacturing. The lubrication reliability is maintained through the geometric design of the lubricant channel and the controlled movement of the injection unit, which together prevent backflow without requiring additional parts

The patent replaces expensive, complex check valves with a simpler, more cost-effective geometric design approach. The lubrication system achieves its function through the basic structural configuration and operational cycle rather than through costly mechanical valve components

The patent removes check valves and complex flow control mechanisms, significantly reducing the space required for the lubrication system. The lubrication pathway is simplified to a single channel that integrates directly with the injection unit, eliminating the need for separate valve housings and complex routing

The lubricant channel is merged with the injection unit structure, creating an integrated system where the channel forms part of the injection unit itself. This consolidation eliminates separate components and reduces the overall volume occupied by the lubrication system while maintaining its functionality