Cleaning Cap Lift Interface for Space-Saving Container Filling

The supply device is divided into a first connection piece that moves with the container support and a second connection piece that is stationary or moves differently. This segmentation allows the supply connection to be maintained without requiring long flexible hoses, as the connection pieces can couple and decouple in a controlled manner during the cleaning cycle.

The first and second connection pieces act as intermediaries to transfer compressed air or electrical energy between the supply device and the cleaning cap lifting mechanism. This intermediary connection system eliminates the need for long flexible hoses by providing a direct, controlled connection path.

The vulnerable flexible hoses are extracted from the system and replaced with a rigid connection system using first and second connection pieces. This extraction eliminates the reliability issue of hose damage from broken glass while maintaining the ability to supply the lifting mechanism with compressed air or electrical energy.

Instead of using flexible hoses to accommodate movement, the invention inverts the approach by using rigid connection pieces that couple and decouple in a controlled manner. This inversion provides a more reliable connection that is not susceptible to damage from broken glass while still allowing the cleaning cap to move during operation.

The connection pieces are designed as reusable, easily cleanable components that replace the difficult-to-clean flexible hoses. While not disposable in the traditional sense, the connection pieces can be quickly disassembled and cleaned, providing a hygienic solution that maintains operational capability.

The flexible hoses that create hygienic problems are extracted from the system and replaced with rigid connection pieces that can be easily cleaned and sanitized. This extraction eliminates the hygienic contamination risk while maintaining the ability to operate the lifting mechanism.