Barriers for rear frame mounted spare tires are disclosed. An example vehicle disclosed herein includes a frame including a cross member, a spare tire, a skid plate, and a barrier extending between the skid plate and the cross member, the barrier abutting the spare tire, the barrier including a first surface having a first curvature, the first curvature concave relative to a rear of the vehicle.

A spare tire winch mechanism which performs the steps of lowering the spare tire from its location and locating the flat tire on this location via a rope winding assembly. A worm gear and a threaded drum prevent the rope from winding onto the threaded drum in an overlapping and irregular manner which results in locking of the parts and the damage to the parts due to the application of extreme force during the winding. The spare tire performs free fall movement with its own weight as a result of the tire wrench being activated with a pulling force applied perpendicular to the floor axis and the worm gear disconnects from the drum body, in case one of the tires of the motor vehicle needs to be changed.

A spare tire release device is provided for a motor vehicle. That spare tire release device includes a wheel cradle, a first slider mechanism to displace the wheel cradle in a first direction and a second slider mechanism to displace the wheel cradle in a second direction whereby the wheel cradle may be maneuvered for easy access to a spare tire and wheel held in the cradle.

A spare tire release device is provided for a motor vehicle. That spare tire release device includes a wheel cradle, a first slider mechanism to displace the wheel cradle in a first direction and a second slider mechanism to displace the wheel cradle in a second direction whereby the wheel cradle may be maneuvered for easy access to a spare tire and wheel held in the cradle.

A spare tire carrier for vehicles which includes a support arm for mounting a spare tire thereon and a cooperating tubular assembly coupled to a fixed end of the support arm for mounting the support arm to a vehicle. The cooperating tubular assembly includes upper and lower opposed guide plates which provide for relative rotational movement there between to simultaneously effect pivotal movement of the support arm with respect to the cooperative tubular assembly while effecting rotational movement of the support arm about its central axis. The spare tire carrier can be mounted to the underside of trucks, vans, recreational vehicles, campers, trailers, and other motorized and non-motorized and towed vehicles.

An automated hoist for a vehicle spare tire includes a linear bracket mounted beneath the vehicle chassis, proximal the rear bumper. A motorized housing can be automatically propelled backward or forward along the bracket. A retractable cable extending from the housing has a lifting plate at a distal end that is connected to the spare tire. When a driver engages a switch, the cable partially lowers the spare tire and the housing moves toward the rear of the vehicle. The cable is then completely lowered until the tire is at ground level and the lifting-plate automatically releases the tire.

The present invention concerns a supporting system (S) for a spare tire (R) for a vehicle, such as a camion, a truck, a trailer, or a semi-trailer and the like, said vehicle being of the type provided at the bottom with a chassis, said system (S) comprising: a supporting structure (1) fixable to the chassis of said vehicle; a sliding structure (2), slidingly coupled with said supporting structure (1), so as to assume a retracted position, where said sliding structure (2) is wholly or partly arranged under said vehicle, and an extracted position, where said sliding structure (2) is wholly or partly extracted from said vehicle; and supporting means (3) rotatably coupled with said sliding structure (2) and suitable to receive said spare tire (R) of said vehicle, said supporting means (3) being capable to move from a rest position, to an operating position, where said spare tire (R) is substantially arranged orthogonally with respect to the ground.

The present invention concerns a supporting system (S) for a spare tire (R) for a vehicle, such as a camion, a truck, a trailer, or a semi-trailer and the like, said vehicle being of the type provided at the bottom with a chassis, said system (S) comprising: a supporting structure (1) fixable to the chassis of said vehicle; a sliding structure (2), slidingly coupled with said supporting structure (1), so as to assume a retracted position, where said sliding structure (2) is wholly or partly arranged under said vehicle, and an extracted position, where said sliding structure (2) is wholly or partly extracted from said vehicle; and supporting means (3) rotatably coupled with said sliding structure (2) and suitable to receive said spare tire (R) of said vehicle, said supporting means (3) being capable to move from a rest position, to an operating position, where said spare tire (R) is substantially arranged orthogonally with respect to the ground.

An assembly for connecting a spare wheel to a motor vehicle with a tether, the spare wheel having at least one bolt hole, includes an eyelet bracket having a first member angled with respect to a second member, the first member connectable to the tether and the second member defining an eyelet, a rod that defines an axis and is connected to the first member, the rod configured to be disposed in the bolt hole of the spare wheel, and a clip connected to the second member, the clip having a retaining feature extended towards the rod and a tab extended through the eyelet. The second member of the eyelet bracket prevents the eyelet bracket from rotating about the axis and the retaining feature of the clip prevents the eyelet bracket from moving in one direction along the axis.

A unit for picking up a spare wheel. According to one implementation the unit includes a drum which rotates for winding or unwinding a cable, the drum having a body with a side surface wherein which is formed a helical groove that receives the cable, one end of the cable being attached to a terminal, the terminal being pivotal with respect to the body of the drum. The pivotal movement of the terminal being blocked by at least one turn of the cable when the cable is at least partially wound on the drum.