Fulton Performance Products, Inc.

Cequent Performance Products, Inc.

Michael John Roll

Joseph J Peschmann

Todd R Walstrom

The swivel jack assembly is used with trailers to vertically position a trailer tongue for mounting onto a hitch of the towing vehicle. The swivel jack assembly includes a jack-mounting bracket welded to an outer housing of the jack, and a tongue-mounting bracket mounted onto the tongue portion of a trailer. The jack also includes a novel swivel mechanism for pivoting the mechanism in either an upright support position or a horizontal stowed position. A cup-shaped section of the jack-mounting bracket nests within a cup-shaped section of the tongue-mounting bracket. When in the upright position, the jack extends vertically and may be used to raise or lower the tongue and support the trailer. The swivel jack assembly keeps the trailer in a level position when the trailer is disengaged from the towing vehicle. The swivel jack assembly is pivotally mounted onto the trailer tongue such that they can be pivotally repositioned to a stowed position when not in use.

Swivel jack assembly

A winch mechanism that is capable of sustained, heavy load operation comprises a frame, a ratchet, and a pawl for cooperative engagement with a pinion and a drum gear. The frame includes a plurality of apertures positioned proximate to the pawl axle, one aperture for each mode of operation of the winch mechanism. Pawl position relative to the pinion is defined by the position of a ratchet plug and the apertures in the frame. The winch mechanism includes a forward-engaged mode, a reverse-engaged mode, and a free-spooling mode. A wave washer urges the ratchet plug into one of the apertures once the ratchet mode is determined.

Pawl and ratchet assembly for winch mechanism

Hitch mountable cargo carrier

A small vehicle lift of the parallelogram type is described wherein parallel pivoting legs are pivotally attached at their opposing ends to a base and a support platform, whereby the lift ranges from a lowered state wherein the support platform is in close parallel relation to the base and a raised position wherein the support platform is in spaced parallel relation to the base. Both the support platform and the base pivotally bear the legs within channels and thereby surround the legs at opposing planes adjacent the planes wherein the legs pivot. The channels within the base also have wheels rotatably mounted therein to allow the lift to be easily transported. Two opposing pivoting legs are affixed together by a bridge member which is pivotally connected to a linear actuator, which is in turn pivotally connected to the base. Actuation of the linear actuator thereby raises and lowers the support platform with respect to the base. The bridge member is situated nearer the upper leg ends than the lower leg ends to provide greater mechanical advantage.

Growing community of inventors

Wausau, WI, United States of America

Michael John Roll