Abstract: Sliding hitch assemblies including a rail assembly, a support assembly disposed upon and configured to translate between at least two positions along the rail assembly, a hitch head assembly mounted on the support assembly, and a translation lock mechanism including a locking assembly coupled to the support assembly and configured to selectively lock the support assembly in one or more of the at least two positions on the rail assembly, and an actuating assembly configured to actuate the locking assembly, where the actuating assembly is operably coupled to the locking body by an anti-binding assembly. The support assembly may be disposed upon the rail assembly via a glide block that includes a composite material.

Abstract: Examples of sliding hitch assemblies, and locking mechanisms therefor are disclosed. Sliding hitch assemblies include a pair of slide rails slidably supporting a fifth wheel. Each of the slide rails in turn includes a driving position locking pin that selectively locks the fifth wheel in a driving position, and a maneuvering position locking pin that selectively locks the fifth wheel in a maneuvering position. A cam member is slidably mounted inside each slide rail, and includes a first cam surface that unlocks the driving position locking pin when the cam member is in a first position, and a second cam surface that unlocks the maneuvering position locking pin when the cam member is in a second position. The fifth wheel is mounted on a pair of downwardly facing U-shaped members slidably supported on the slide rails, and a wear block is interposed each slide rail and a corresponding one of the U-shaped members.

Abstract: Sliding hitch assemblies including a rail assembly, a support assembly disposed upon and configured to translate between at least two positions along the rail assembly, a hitch head assembly mounted on the support assembly, and a translation lock mechanism including a locking assembly coupled to the support assembly and configured to selectively lock the support assembly in one or more of the at least two positions on the rail assembly, and an actuating assembly configured to actuate the locking assembly, where the actuating assembly is operably coupled to the locking body by an anti-binding assembly. The support assembly may be disposed upon the rail assembly via a glide block that includes a composite material.

Abstract: The present disclosure relates trailer hitch devices for towing a trailer behind a vehicle. The present disclosure provides a hitch and associated structures which provide an anti-sway function. More specifically, the present disclosure provides an anti-sway trailer hitch including an anti-sway device for the hitch, wherein the anti-sway device includes: a sway bar attachment member having a cammed surface; and a sway controller having a bias mechanism adapted to bias a travel axis of the trailer toward a travel axis of the towing vehicle through an interaction between the cammed surface of the sway bar attachment member and the bias mechanism.

Abstract: A plug storage assembly mounted to a jack. The jack may be used for raising and lowering a trailer through use of an electric motor configured to actuate the jack, with power supplied to the motor by a cord with a plug, the plug having a plug body and a distal end. The plug storage assembly is configured to support the plug with the distal end of the plug covered so that the plug is protected from environmental conditions.

Abstract: Examples of sliding hitch assemblies, and locking mechanisms therefor are disclosed. Sliding hitch assemblies include a pair of slide rails slidably supporting a fifth wheel. Each of the slide rails in turn includes a driving position locking pin that selectively locks the fifth wheel in a driving position, and a maneuvering position locking pin that selectively locks the fifth wheel in a maneuvering position. A cam member is slidably mounted inside each slide rail, and includes a first cam surface that unlocks the driving position locking pin when the cam member is in a first position, and a second cam surface that unlocks the maneuvering position locking pin when the cam member is in a second position. The fifth wheel is mounted on a pair of downwardly facing U-shaped members slidably supported on the slide rails, and a wear block is interposed each slide rail and a corresponding one of the U-shaped members.

Abstract: A fifth wheel hitch assembly is provided for use with a kingpin, the hitch assembly including a hitch frame including a throat for receiving the kingpin therein, a jaw member pivotally coupled to the hitch frame and moveable between an open orientation and a closed orientation, and a locking arm having a cooperative relationship with the jaw member. One of the jaw member and locking arm defines a guide surface and another of the jaw member and locking arm includes a follower configured to traverse the guide surface, traverse of the follower along a guide segment of the guide surface directing rotation of the jaw member between the open orientation and the closed orientation, and traverse of the follower along a lock segment directing releasable locking of the jaw member in the closed orientation.

Abstract: A fifth wheel hitch assembly is provided for use with a kingpin, the hitch assembly including a hitch frame including a throat for receiving the kingpin therein, a jaw member pivotally coupled to the hitch frame and moveable between an open orientation and a closed orientation, and a locking arm having a cooperative relationship with the jaw member. One of the jaw member and locking arm defines a guide surface and another of the jaw member and locking arm includes a follower configured to traverse the guide surface, traverse of the follower along a guide segment of the guide surface directing rotation of the jaw member between the open orientation and the closed orientation, and traverse of the follower along a lock segment directing releasable locking of the jaw member in the closed orientation.

Abstract: The present disclosure relates to collapsible chairs in which the backrest, seat, and legrest portions can be folded into a relatively compact configuration. The present disclosure provides a collapsible chair including a backrest having an upper portion and a lower portion, a legrest having an upper portion and a lower portion, a seat having a forward end and a rearward end, wherein the rearward end of the seat is functionally connected to the lower portion of the backrest and the forward end of the seat is functionally connected to the upper portion of the legrest, an armrest including an armrest bar, and a foldable base of support, wherein a seat slide fixed on the foldable base of support is configured for sliding interaction with a side bar of the seat.