Quick connect coupling assembly
A quick connect coupling assembly has a first and second component, and a locking assembly structured to retain the components in an attached orientation with one another. The locking assembly includes a plurality of locking elements each having a locking arm with a locking member mounted to a distal end, wherein the locking members are maintained in an outwardly extending orientation by a biasing mechanism. The biasing mechanism comprises a spring mounted between oppositely disposed locking elements, wherein the spring is structured to maintain the locking members in an outwardly extending orientation. The quick connect coupling assembly also includes a release mechanism to permit the locking members to be temporarily disposed into a retracted orientation, thereby permitting the first and second components to be detached from one another.
1. A quick connect coupling assembly structured to allow quick connection and quick release, said coupling assembly comprising:
a first component and a second component cooperatively structured to assume an attached orientation,
said first component comprises a fixed portion and a moveable portion wherein said moveable portion is rotatably attached to said fixed portion and is structured to swivel relative thereto,
a locking assembly structured to retain said first component and said second component in said attached orientation,
said locking assembly comprising a plurality of locking elements disposed in a movably engaging relation with said first component,
each of said locking elements comprising a locking arm having a locking member disposed at one end thereof,
said locking members structured to be disposed in an outwardly extending locking orientation,
said outwardly extending locking orientation at least partially defined by said locking members structured to engage at least a portion of said second component in an abutting relation to prevent detachment of said second component from said first component while disposed in said attached orientation,
a biasing mechanism structured to normally dispose and maintain said locking members in said outwardly extending locking orientation,
said biasing mechanism comprises a spring mounted between oppositely disposed ones of said plurality of locking elements wherein said spring is structured to maintain corresponding ones of said locking members in said normally disposed outwardly extending orientation, and
a release mechanism structured to permit said locking members to be temporarily disposed into an inwardly retracted release orientation.
2. A quick connect coupling assembly structured to allow quick connection and quick release, said coupling assembly comprising:
a first component and a second component cooperatively structured to assume an attached orientation when disposed into a predetermined alignment with one another,
a locking assembly structured to retain said first component and said second component in said attached orientation,
said locking assembly comprising a plurality of locking elements movably interconnected to said first component,
each of said locking elements comprising a locking arm having a locking member disposed at one end thereof,
said locking members structured to be normally disposed and maintained in an outwardly extending locking orientation,
said outwardly extending locking orientation at least partially defined by said locking members structured to engage at least a portion of said second component in an abutting relation to prevent detachment of said second component from said first component while disposed in said attached orientation,
a biasing mechanism structured to normally dispose and maintain said locking members in said outwardly extending locking orientation,
said biasing mechanism comprises a spring mounted between oppositely disposed ones of said plurality of locking elements wherein said spring is structured to maintain corresponding ones of said locking members in said normally disposed outwardly extending orientation,
an attraction assembly structured to automatically position said first component and said second component into said predetermined alignment when said components are disposed in an attachment range of one another, wherein said attraction assembly comprises a plurality of magnetic attraction elements, and
a release mechanism structured to permit said locking members to be temporarily disposed into an inwardly retracted release orientation.
3. The assembly as recited in claim 2 wherein at least one of said plurality of magnetic attraction elements is mounted to each of said first and second components, said magnetic attraction elements being structured and disposed to create an attractive magnetic force to facilitate disposition of said first and second components into said predetermined alignment.
4. The assembly as recited in claim 3 wherein said attractive magnetic force is selectively adjustable.
5. The assembly as recited in claim 4 further comprising at least one shielding element structured to direct said attractive magnetic force between said magnetic elements.
6. The assembly as recited in claim 5 wherein said at least one shielding element is further structured to prevent said attractive magnetic force from attracting an unintended object.