Implement-Retaining Assembly With Wedged Friction-Fit Mounting

The implement retainer is divided into multiple male portions (first, second, third male portions) that can be independently positioned and engaged. Each male portion can engage with corresponding female portions on different implements, allowing the single retainer to securely hold multiple different implements simultaneously, thus improving both attachment security and versatility.

The retainer body is designed with multiple types of engagement features (multiple male portions with different configurations, male-receiving portions, wedging passages) that can accommodate various implement types. This multi-functional design allows the same retainer to securely attach different implements (e.g., snowblower augers, plows) to a single mounting portion, enhancing versatility while maintaining secure attachment.

The attachment mechanism is segmented into multiple independent male portions and female portions that can engage separately. This segmentation allows the complex retention function to be achieved through multiple simple engagement points rather than a single complex joint, distributing the retention strength across multiple locations while keeping each individual engagement feature relatively simple.

The wedging passages are designed to automatically wedge the male portions into place when the implement is inserted. The friction-fit configuration provides self-locking action without requiring additional fasteners or complex adjustment mechanisms, achieving strong retention through the self-service wedging action of the components themselves.

Multiple engagement features (multiple male portions, female portions, and wedging passages) are merged into a single integrated retainer body component. This consolidation allows all the engagement features to be manufactured as one piece using processes like injection molding, reducing the need for assembling multiple separate parts and simplifying manufacturing despite the increased number of engagement points.

The retainer body serves multiple functions simultaneously: it provides structural support, houses multiple engagement features, and incorporates wedging passages for automatic locking. This multi-functionality in a single component reduces the total number of parts that need to be manufactured and assembled, offsetting the complexity of having multiple engagement features.