Connector Housing Holder Automated Unloading Pneumatic Ejection

The patent replaces the manual mechanical unloading process with an automated pneumatic system. Compressed air is directed through channels in the support structure to exert force on the connector housings, automatically ejecting them from the receptacles without manual intervention. This substitution of manual mechanical action with a pneumatic automation system resolves the contradiction by dramatically increasing unloading speed while maintaining relatively simple device architecture.

The invention employs compressed air as the working medium to achieve automatic unloading. Air channels are integrated into the support structure, allowing compressed air to be directed at the connector housings to eject them from the receptacles. This pneumatic mechanism enables rapid, automated unloading of multiple connector housings simultaneously, resolving the productivity-time contradiction without requiring complex mechanical actuators or motors.

The patent uses integrated air channels within the support structure to deliver compressed air directly to the connector housings. This pneumatic approach provides automated release of the holding means without requiring complex mechanical release mechanisms, motors, or control systems. The air channels are formed as part of the support structure itself, minimizing additional components while achieving rapid automated unloading.

The connector housings are designed to be ejected by the pneumatic force acting directly on them. The housing geometry and the air channel configuration work together so that the compressed air naturally directs force against the connector housings to eject them from the receptacles. This self-ejecting mechanism reduces the need for complex external release mechanisms while minimizing unloading time.

The support structure is designed with multiple air channels that can simultaneously direct compressed air to multiple connector housings. This universal pneumatic system allows any number of connector housings to be ejected simultaneously by simply supplying compressed air to the common air source. The same basic air channel structure serves multiple receptacles, enabling batch unloading without requiring individual control mechanisms for each housing, thus maintaining simple control while increasing productivity.

The patent combines multiple air channels into a single integrated support structure with a common compressed air supply. Instead of having separate ejection mechanisms for each connector housing, the air channels are merged into a unified pneumatic system that can simultaneously eject multiple housings. This merging approach increases batch unloading capacity while keeping the control system simple, as only the common air supply needs to be controlled.