Automobile cover apparatus
A car cover apparatus which has a frame, a plurality of ribs moveably attached to the frame, and a cover attached to the plurality of ribs. Movement of the ribs allow the car cover to be opened and closed. When the ribs are pulled apart, the cover is expanded to cover an automobile. When the ribs are compressed, the user can access the automobile parked within the car cover. According to certain embodiments of the invention, the car cover can be motor-driven and operated by remote control.
1. A car cover apparatus, comprising:
a frame having side rails;
a plurality of ribs having at least a front end rib and a back end rib, wherein the plurality of ribs are attached to the side rails, wherein the front end rib is immobile and the back end rib is movably attached to the side rails;
a flexible cover, wherein the cover is attached to each of the plurality of ribs so that the cover extends from the front end rib to the back end rib; and
wherein movement of at least the back end rib along the length of the side rails causes the cover to more between a deployed configuration and an undeployed configuration;
wherein each rib that moves from an undeployed position pulls the adjacent rib by stretching the cover;
wherein the apparatus is of a size suitable to cover an automobile in a deployed position,
wherein the side rails each comprise a central channel;
wherein the ends of the plurality of ribs includes sliders, wherein the sliders are positioned within the central channels of the side rails;
wherein the sliders each comprise a central bore, wherein threaded drive screws are positioned within the bores of the sliders within the central channels of the side rails;
wherein the sliders attached to the back end rib have threaded central bores that mate with the threaded drive screws; and
wherein rotation of the threaded drive screws controls the movement of the back end rib.
2. The car cover apparatus of claim 1 , further comprising a motor, wherein the motor drives the movement of the back end rib.
3. The car cover apparatus of claim 2 , wherein the motor is controlled by a remote control.
4. The car cover apparatus of claim 2 , wherein the motor drives a belt and pulley system.
5. The car cover apparatus of claim 2 , wherein the motor is encased in its own housing unit.
6. The car cover apparatus of claim 1 , wherein the frame comprises a front beam, wherein one end of each of the side rails are attached to ends of the front beam.
7. The car cover apparatus of claim 1 , wherein each of the plurality of ribs are arranged parallel to one another.
8. The car cover apparatus of claim 1 , wherein each of the plurality of ribs are vertically attached perpendicular to the side rails.
9. The car cover apparatus of claim 1 , further comprising at least one central rib, wherein the central rib slides freely along the side rails.
10. The car cover apparatus of claim 1 , wherein only the end rib is moved to cause the cover to move between the deployed configuration and the undeployed configuration.
11. The car cover apparatus of claim 1 , wherein the plurality of ribs are U -shaped.
12. The car cover apparatus of claim 1 , wherein the car cover apparatus is portable.
13. The car cover apparatus of claim 1 , wherein the plurality of ribs includes at least five individual ribs.
14. The car cover apparatus of claim 1 , wherein the sliders have a cylindrical shape.
15. The car cover apparatus of claim 1 , further comprising a motor, wherein the motor drives the rotation of the threaded drive screws.
16. The car cover apparatus of claim 1 , wherein the cover is made from fabric.
17. The car cover apparatus of claim 1 , wherein the apparatus has only one rail on each side.
18. A motor-driven car cover apparatus, comprising: a frame having side rails, wherein the side rails each comprises a central channel; a plurality of ribs having at least a front end rib, a central rib, and a back end rib, wherein the plurality of ribs are attached to the side rails, wherein the front end rib is immobile, the central rib slides freely along the side rails, and the back end rib is movably attached to the side rails, wherein the ends of the plurality of ribs includes sliders, wherein the sliders are positioned within the central channels of the side rails, wherein the sliders each comprise a central bore; a flexible cover, wherein the cover is attached to each of the plurality of ribs so that the cover extends from the front end rib to the back end rib; threaded drive screws, wherein the threaded drive screws are positioned within the bores of the sliders within the central channels of the side rails, wherein the sliders attached to the back end rib have threaded central bores that mate with the threaded drive screws, wherein rotation of the threaded drive screws controls the movement of the back end rib; and a motor, wherein the motor drives the rotation of the threaded drive screws, wherein the motor is remote-controlled, wherein movement of only the back end rib causes the cover to move between a deployed configuration and an undeployed configuration, wherein each rib that moves from an undeployed position pulls the adjacent rib by stretching the cover.