The electrical system between the battery and the tarp motor uses a significant amount of heavy cabling to deliver the power required. Disclosed are electrical systems to reduce the amount of wire necessary by employing the vehicle body for the electrical ground; momentarily configuring the battery bank to raise the voltage; and a control system to simplify the user interface.

A bed cover assembly for a pickup truck may include cover guides coupled to upper ends of both body sides of a pickup truck and having guide means such as a guide rail formed inward of the truck; a bed cover coupled between the cover guides to slide along the guide means; and rotary guide rail assemblies hinged to both body sides of the rear of the truck, wherein when the bed cover moves rearward, the rotary guide rail assemblies rotate upward about respective hinge axes thereof and the bed cover moves along guide means formed at the rotary guide rail assemblies.

According to at least one exemplary embodiment, a method, system and apparatus for a vehicle cover may be shown and described. In an exemplary embodiment, a vehicle cover may be provided which is stored along or inside the bumper cover of a vehicle. The cover may be stored on a roller. A drawstring on the end of the cover may be exposed while the cover is stored. Pulling the drawstring may unroll the roller, thus exposing the cover. The cover may then be wrapped over a substantial portion of the vehicle and tied at the end of the vehicle opposite the roller. In an exemplary embodiment, removal of the cover is as simple as untying the end of the cover and pressing a button on the roller which activates the spring-loaded return mechanism which may roll the cover back into the roller.

According to at least one exemplary embodiment, a method, system and apparatus for a vehicle cover may be shown and described. In an exemplary embodiment, a vehicle cover may be provided which is stored along or inside the bumper cover of a vehicle. The cover may be stored on a roller. A drawstring on the end of the cover may be exposed while the cover is stored. Pulling the drawstring may unroll the roller, thus exposing the cover. The cover may then be wrapped over a substantial portion of the vehicle and tied at the end of the vehicle opposite the roller. In an exemplary embodiment, removal of the cover is as simple as untying the end of the cover and pressing a button on the roller which activates the spring-loaded return mechanism which may roll the cover back into the roller.

A crank assembly for operating a tarpaulin manipulator used for extending and retracting a tarpaulin respectively across and from a top aperture of a vehicle container. The crank assembly includes a crank and a crank assembly shaft for transmitting rotations of the crank to the tarpaulin manipulator through a transmission assembly. The crank can be moved between a mounted configuration in which the crank protrudes axially from the crank assembly shaft and a stowed configuration in which the crank is folded over the crank assembly shaft.

A crank assembly for operating a tarpaulin manipulator used for extending and retracting a tarpaulin respectively across and from a top aperture of a vehicle container. The crank assembly includes a crank and a crank assembly shaft for transmitting rotations of the crank to the tarpaulin manipulator through a transmission assembly. The crank can be moved between a mounted configuration in which the crank protrudes axially from the crank assembly shaft and a stowed configuration in which the crank is folded over the crank assembly shaft.

A fire protection external vehicle cover including a plurality of panels of a fire retardant material or textile. Each panel is configured to cover an adjacent portion of the cabin of the vehicle; with one or more panels including a retention mechanism to secure the panels by gripping between closed doors and door frames of the cabin. A storage and deployment mechanism is configured to store and deploy the cover from one or more locations on the vehicle; wherein in operation, when deployed, the cover forms an enclosure over the cabin thereby protecting external surfaces of the cabin and thus its occupants and an internal lining of the vehicle from exposure to radiant heat, burning embers and flames if the vehicle is moving through or becomes trapped in a fire.

An illustrated side view of an exemplary automated car cover device is presented. The automated car cover device is useful for providing a safe and efficient method for covering a car to prevent an exterior of the car from being damaged by the elements, debris, scratches, animals, etc. The automated car cover device further is useful for providing a covering of the car which can be completed by a solo person without being overwhelmed by the size, weight and bulk of the covering. The automated car cover device also provides an easy storage for the covering which can be attached to a hitch of the car or placed on the ground. The device is a canister that houses a reel and a cover. A motor of the device provides the power to extend or retract that cover by rotation of the reel.

An illustrated side view of an exemplary automated car cover device is presented. The automated car cover device is useful for providing a safe and efficient method for covering a car to prevent an exterior of the car from being damaged by the elements, debris, scratches, animals, etc. The automated car cover device further is useful for providing a covering of the car which can be completed by a solo person without being overwhelmed by the size, weight and bulk of the covering. The automated car cover device also provides an easy storage for the covering which can be attached to a hitch of the car or placed on the ground. The device is a canister that houses a reel and a cover. A motor of the device provides the power to extend or retract that cover by rotation of the reel.

A motorized sunshade to optionally cover at least a portion of a windshield of an automobile, the motorized sunshade including a roller rod removably disposed on a top edge of an exterior surface of the windshield, a rolling shade disposed within an interior portion of the roller rod to cover the windshield in response to a movement of the rolling shade from a first position to a second position and to expose the windshield in response to a movement of the rolling shade from the second position to the first position, and a plurality of tracks disposed at side edges of the windshield and removably connected to the roller rod, such that the rolling shade slides between and at least partially within each of the plurality of tracks.