Abstract: Cover (10) for a hood (31) of a motor-vehicle (30), comprising: a main sheet (20) adapted to cover an external surface of the hood (31); an under-hood covering portion (26) adapted to at least partially cover an internal surface of a portion of the hood proximal to a windshield, wherein the portion of under-hood cover (26) and the main sheet (20) are made in a single piece, the portion of under-hood cover (26) having one or more cuts extending along at least two different directions.

Abstract: 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.

Abstract: A vehicle pad may include at least a first layer defining a layer hole to permit access to a handle of a vehicle. The vehicle pad may include attachment devices within pockets defined by the at least the first layer. The vehicle pad may include straps that include first and second ends. The straps may be configured to pass through a hinge gap to secure the vehicle pad to the vehicle. The vehicle pad may include a lock that includes first and second lock straps and a locking piece. The second lock strap may attach to the locking piece and positioned adjacent to a surface of the at least the first layer. The first lock strap may attach to the second lock strap and configured to pass through the hinge gap and attach to the locking piece. The lock may be configured to lock the vehicle pad to the vehicle.

Abstract: A method of manufacturing one or more protective panel for a vehicle that comprises affixing plastic sheeting to a vehicle surface; magnetically coupling at least one magnet strip over the plastic to the surface; spraying a heated mixture of thermoplastic polyurethane and polyurea on the sheeting over the at least one magnet; drying the mixture into a body; cutting at least one panel from the body. The panels are cut according the shape of the surface area to protect, after which the plastic is removed from the cut panel shapes.

Abstract: An exterior truck bed and tailgate armor system is an armored cover for the exterior surface of a pickup bed that is able to be quickly installed to protect the exterior surface of the pickup bed from scratches and minor dents. The truck-bed armor assembly has three sections to cover the left side, the right side and the tailgate of the truck bed. The left side and right side covers have a curled lip at the bottom edge that hook underneath the bottom edges of the bed, and fasten to the top edge of the lip of the bed using clamps that may be attached and tightened without the use of tools. The tailgate section hinges along the width of the upper periphery and uses flush mounting threaded fasteners on the upper periphery.

Abstract: The Car Cap is smaller, lighter, quicker and easier to place and secure then remove and store when not being used than any other external automobile sun cover on the market. Said cover is made of an elastic sun blocker material, 84% polyester 16% spandex and custom fitted to each make/model of car so it fits snuggly. Said cover is easily cared for since it is washable in any small non-commercial residential washing machine. When not in use it is stored in a small sack approximately 12 to 15 inches square and made of the same material as the body of said cover. The holding sack is positioned at the trunk end of said cover to help orient said cover front to back when being placed and to add to retention and anti-theft properties when the trunk is closed following placement of said cover.

Abstract: A tailgate cover includes at least one pocket to securely fit over a tailgate. In some embodiments, the tailgate cover includes two or three pockets. The tailgate cover is made of stretchable material such as a stretchable fabric which enables the cover to be stretched securely over the tailgate. To further secure the tailgate cover over the tailgate, any coupling device is able to be used. The tailgate cover is able to include any graphic and/or text.

Abstract: Systems and methods for altering the appearance and/or texture of a vehicle surface include installing a vest relative to a vehicle surface such that an exterior side of the vest, spaced from the vehicle surface, defines a fluid-tight space between the vehicle surface and the exterior side of the vest. Visual media can be provided into and from the fluid-tight space using one or more ports, the exterior side being at least partially transparent or translucent such that the visible media within the fluid-tight space are visible through the exterior side of the vest, thereby allowing the repeatable alteration of the appearance of the surface.

Abstract: An adjustable automobile shade cover and a method for covering the windows of a vehicle are disclosed. The shade cover includes a flexible and collapsible shade panel covering the windshield, the window and passenger compartment of the vehicle to provide temporary shading from the sun and other weather elements, and is adjustably anchored to the closed trunk on one end of the shade panel, and to a front or side area of the vehicle on the other end of the shade panel.

Abstract: A cover that replaceably attaches to a hood having peripheral edges of a vehicle having an engine bay without interfering with the engine bay of the vehicle and to thereby cover and protect an ambient-facing surface of the hood of the vehicle. The cover includes a sheet, and a strap arrangement. The sheet covers, protects, and lies flat on, the ambient-facing surface of the hood of the vehicle. The strap arrangement is attached to the sheet, and replaceably attaches the sheet to the hood of the vehicle without interfering with the engine bay of the vehicle.

Abstract: A bicycle bag protects a bicycle while the bicycle is secured to a rack, such as a vehicle bicycle rack. The bicycle bag includes resealable openings configured to allow the bicycle (and bag) to be securely attached to a wide variety of different rack types. Additionally, because there is risk of obscuring the tail lights of a vehicle for rear-mount racks when a bicycle bag is on the bike and the bike on the rack, the bicycle bag includes pockets designed to support a tail-light system that can be connected to the vehicle to provide additional lighting and safety.

Abstract: An improved portable golf cart cover made from lightweight material enabling the cart cover to fit within a small storage bag that may conveniently be hung from a user's golf bag or stowed within one of its pockets. The cart cover may weigh 1.5 pounds or less and fit within a cylindrical storage bag. The cart cover may be fabricated from polyvinylchloride (PVC) film material or polyethylene (PE) material. The cart cover seams may be heat bonded, chemically bonded or attached by other means known in the art. The cart cover may be of such low cost that it could be termed disposable. Attachments may releasably secure the cart cover to the upper rear frame and wheel well structures of the golf cart. The cart cover may include provisions for advertising on the non-transparent surfaces thereof.

Abstract: A cover for covering at least partially a vehicle comprises a cover body and at least two clips connected the cover body. Each of the at least two clips includes a first portion connected at least partially to the cover body. The first portion is adapted to bias the cover body toward the vehicle when the cover covers the vehicle. A second portion has a first end and a second end. The first end is connected to the first portion. The second portion is adapted to selectively connect to a first vehicle portion. A third portion has a first end and a second end. The third portion is adapted to selectively abut against a second vehicle portion. The first end of the third portion is connected to the second end of the second portion. The third portion is at an angle with respect to the first portion.

Abstract: A cover for a motor vehicle or other objects having a top surface and generally used or stored outdoors. The cover includes two sides that together substantially cover the top surface. The two sides meet along two barriers that extend perpendicularly upwards. Magnets, hook-and-loop fasteners and/or other fastening members are used to couple the two barriers together and to mount the sides to the objects. After a snow storm, the two sides are pulled laterally away from each other and then off the object. The barriers and the sides cooperate to drag and remove the snow from the top surface.

Abstract: A tailgate cover includes at least one pocket to securely fit over a tailgate. In some embodiments, the tailgate cover includes two or three pockets. The tailgate cover is made of stretchable material such as a stretchable fabric which enables the cover to be stretched securely over the tailgate. To further secure the tailgate cover over the tailgate, any coupling device is able to be used. The tailgate cover is able to include any graphic and/or text.

Abstract: A waterproof car cover includes a waterproof floor mat, a hollow interconnected side bar around the periphery of the floor mat, a waterproof inflation hole at an end of the sidebar, a waterproof cover body on a side of the floor mat, and a corresponding waterproof zipper on the cover body and the floor mat. Thus, after a car is parked on the floor mat, air enters from an inflation hole into the sidebar to expand the sidebar. The cover body covers the car, and a zipper of the cover body and the floor mat is zipped up to cover the car inside the waterproof cover, to isolate the car from the outside and to prevent the car from soaking water and to prevent a car body of the car from being scratched by drifting sand and stone, and to achieve the effect of floating and balancing the car body.

Abstract: A barrier element for protecting an interior vehicle door panel comprises a body shaped to fit over the vehicle door interior panel and to block access to at least one of an interior door handle, a lock control and a window control. The barrier element is removably securable to the vehicle door or to the vehicle door panel such that the barrier element can be removed to expose the panel.

Abstract: A tailgate cover includes at least one pocket to securely fit over a tailgate. In some embodiments, the tailgate cover includes two or three pockets. The tailgate cover is made of stretchable material such as a stretchable fabric which enables the cover to be stretched securely over the tailgate. To further secure the tailgate cover over the tailgate, any coupling device is able to be used. The tailgate cover is able to include any graphic and/or text.

Abstract: A cover assembly for attachment to the doors of a motor vehicle, to protect their exterior surfaces, includes at least two cover panels that are adjustably affixed to one another to provide a subassembly of variable effective width. Upper and lower portions of the panels are disengageably attached to the door.

Abstract: The present invention is a protective vehicle cover that includes a base cover that covers an entire vehicle, a top portion that protects a top portion of the vehicle being protected, a driver's side portion that is adjacent to one side of the top portion, a front portion that is adjacent to the top portion and a passenger side portion that is adjacent to the second side of the pair of sides. The protective vehicle cover also includes a rear portion that is adjacent to the top portion, a plurality of hooks that are extended from the sides, front and rear of the top portion, a plurality of adjustable straps that have a pair of distal end that a pair of the hooks are each disposed on and a pump inlet aperture that receives pumped air from an air pump that inflates the protective vehicle cover.

Abstract: A device for covering an object which is transported in an air stream, including a cover which at least partially traverses the object, and a differential pressure device disposed on the cover which creates a pressure differential between the air under the cover and the air passing over or around the cover, where the pressure differential causes the air under the cover to exhaust to an exterior of the cover, drawing the cover toward the object, and where the pressure differential device creates the pressure differential when the covered object is transported in a frontward position with respect to a direction of travel and in a rearward position with respect to the direction of transport.

Abstract: A tailgate cover includes at least one pocket to securely fit over a tailgate. In some embodiments, the tailgate cover includes two or three pockets. The tailgate cover is made of stretchable material such as a stretchable fabric which enables the cover to be stretched securely over the tailgate. To further secure the tailgate cover over the tailgate, any coupling device is able to be used. The tailgate cover is able to include any graphic and/or text.

Abstract: A vehicle cover and shelter is adapted to fit over the top of a vehicle, wherein a rear portion of the cover extends beyond the rear of the vehicle and is supported by a collapsible frame assembly to provide a sheltered area thereunder. In one embodiment, the cover fits over the windshield, roof, rear windshield and open trunk of the vehicle, and may be attached to the vehicle using various attachment means. The rear portion of the cover extends beyond the rear of the vehicle to provide a sheltered area adjacent to the rear of the vehicle, without interfering with the use of the car doors and side windows. The collapsible frame assembly may include a pair of legs and an arch assembly to support the rear shelter portion of the cover, and may consist of a series of flexible pole members that fit together, similarly to tent poles.

Abstract: A cover for the ski of a snowmobile mountable to the ski portion thereby protecting the ski portion from damage due to exposure to the elements, especially damage from the sun during off-season storage.

Abstract: A protective vehicle cover is shown for protecting an outer surface of a vehicle from hail and other falling objects. The cover includes a flexible blanket having a front side, a back side and a thickness therebetween. The blanket is made up of an outer fabric cover and a protective central region, the protective central region being made up of a layer of foam cushioning material covered with a layer of flexible plastic-type material which together provide a cushioning effect to protect the outer surface of the vehicle from hail and other falling objects; Fastening elements are provided for attaching the flexible blanket to the outer surface of the vehicle.

Abstract: A tailgate cover includes at least one pocket to securely fit over a tailgate. In some embodiments, the tailgate cover includes two or three pockets. The tailgate cover is made of stretchable material such as a stretchable fabric which enables the cover to be stretched securely over the tailgate. To further secure the tailgate cover over the tailgate, any coupling device is able to be used. The tailgate cover is able to include any graphic and/or text.

Abstract: A family of vehicle cover sections is disclosed, including at least one first cover section comprising a flexible material at least two second cover sections comprising a flexible material. One of the at least two second cover sections is non-permanently connectable to the at least one first cover section to form therewith a first vehicle cover configured to generally fit the contour of at least an upper portion of a first vehicle having a first configuration. Another of the at least two second cover sections is non-permanently connectable to the at least one first cover section to form therewith a second vehicle cover configured to generally fit the contour of at least the upper portion of a second vehicle having a second configuration, the second vehicle cover being removably attachable to the second vehicle. A method of forming a vehicle cover and a cover formed by the method are also disclosed.

Abstract: A device for covering an object which is transported in an air stream, including a cover which at least partially traverses the object, and a differential pressure device disposed on the cover which creates a pressure differential between the air under the cover and the air passing over or around the cover, where the pressure differential causes the air under the cover to exhaust to an exterior of the cover, drawing the cover toward the object, and where the pressure differential device creates the pressure differential when the covered object is transported in a frontward position with respect to a direction of travel and in a rearward position with respect to the direction of transport.

Abstract: A vehicle cover comprises features that provide a distinctive look of an animate and/or an inanimate object when the vehicle cover is deployed. The features maybe components or surface ornamentation. The vehicle cover, when deployed, displays a variety of fun and unique animal shapes or other distinctive features such as floral designs, characters or other kinds of aesthetic enhancement.

Abstract: A cover system for a vehicle comprising a vehicle cover and a first retaining cord. The vehicle cover is configurable to cover a vehicle to the extent desired. The first retaining cord comprises a cord member, a first clip and a second clip. The first clip is coupled to the vehicle cover in a spaced apart orientation relative to the second clip. The cord member extends between the first clip and the second clip to maintain the vehicle cover in the desired orientation.

Abstract: A vehicle cover includes an inner layer of flexible material configured to removably cover at least a portion of a vehicle. The vehicle cover includes a waterproof outer layer of flexible material operatively coupled to the inner layer to protect the inner layer from external environment elements. At least one solar cell is operatively coupled to at least one of the inner layer and the outer layer. The vehicle cover includes a first plug separated from the solar cell. Wiring is in electrical communication with the solar cell and the first plug and travels between the inner and outer layers.

Abstract: A removable protective cover for a vehicle, comprising a plurality of separate flexible magnetic sheets. Each is specifically cut to fit over a particular magnetic body panel of a particular make and model of vehicle. The plurality of separate flexible magnetic sheets is constructed of flexible magnetically impregnated materials incorporating a flexible waterproof outer coating and a flexible solid magnetic base. The plurality of separate flexible magnetic sheets are designed in a manner that when more than one magnetic sheet is needed to cover a single body panel, they are shaped to fit in an overlapping manner whereby a first magnetic sheet is positioned closest to a front of the vehicle and overlaps a second magnetic sheet adjoining it rearward thereof.

Abstract: An impact protection device and a method for protecting an object, such as a vehicle, using the impact protection device. The impact protection device is particularly useful for protecting a vehicle from damage due to hail storms. The impact protection device includes a layer of high tensile strength polymer and a metallic layer disposed adjacent to the high tensile strength polymer layer. The impact protection device is advantageously thin and lightweight and can be easily stored in the trunk of a vehicle for rapid deployment during a hail storm.

Abstract: A cover for an enclosed utility trailer, such as a PACE trailer, wherein deployment of the cover serves to deter tire rot by extending over the trailer wheels, serves to discourage unsightly peeling of applied commercial lettering, and serves to prevent the formation of unsightly and difficult to remove black streaks that otherwise frequently form on the personal cargo compartment during exposed trailer storage, and wherein the cover is designed to accommodate trailers of a plurality of lengths and dimensional configurations.

Abstract: A decorative protective cover for providing a neat fitment about one of a plurality of differently sized and shaped child strollers, tricycles or bicycles. The cover comprises laterally spaced side panels, a rear panel and a front panel that are shaped and secured together to define the cover and a shape such that when the cover is disposed over and about the stroller, tricycle or bicycle and lateral rear end portions of the side panels are drawn together, the cover fits neatly about the stroller, tricycle or bicycle. Ties are preferably provided proximate laterally spaced rear edge portions of the side panels that cooperate to draw the rear edge portions of the side panels toward one another and secure the rear edge side panel portion in place to provide an attractive securement of the cover in a neat fitment about the stroller, tricycle or bicycle.

Abstract: A protective cover for motor vehicle, motor vehicle components, machines, etc., includes a cover protecting the principal part of the object, and at least one protective covering for at least one component movably affixed on the object. The protective covering for the movable component is a protective covering that is separate from the cover for the principal part of the object.

Abstract: A car covering for covering and protecting a car and the windows from elements and harsh weather comprising an outer shell having the shape of a vehicle; a set of window coverings removably attached to the outer shell via a set of fastening devices, wherein the set of fastening devices can be detached to allow a set of rigid plate members to be inserted into said window coverings, wherein when the set of rigid plate members are inserted into said window coverings the set of rigid plate members are sandwiched between the respective window coverings and the outer shell, the outer shell comprising a foam layer.

Abstract: A protective cover for covering at least a portion of an external surface of a motor vehicle, the protective cover includes a first segment comprising a pliable material configured to cover at least a portion of a first external surface of the motor vehicle. The first external surface is disposed substantially on a first side of a reference plane centrally positioned between two opposing lateral sides of the motor vehicle and extending between a front end and a rear end of the motor vehicle. The protective cover further includes a second segment comprising a pliable material configured to cover at least a portion of a second external surface of the motor vehicle, wherein the second external surface is disposed substantially on a second side of the reference plane and extends between the front end and the rear end of the motor vehicle. The first and second segments are positioned adjacent to one another on opposing sides of the reference plane.

Abstract: The vehicle protection assembly provides a plurality of protective vehicle shields which are magnetically, releasably attachable-to the painted surfaces of a vehicle for protecting the painted surfaces from external damage. The assembly is provided as a kit of the protective vehicle shields customized for a particular vehicle. Each of the protective vehicle shields is formed by injection molding a synthetic elastic material with a magnetic material mixed therein. Each protective vehicle shield is shaped to conform to a particular vehicle body.

Abstract: A cover for the ski of a snowmobile mountable to the ski portion thereby protecting the ski portion from damage due to exposure to the elements, especially damage from the sun during off-season storage.

Abstract: A protective cover (30) for a motorbike, the motorbike including a fairing over forward parts of the motorbike, the cover (30) having a shape that conforms to the shape of at least a front portion of the fairing and being adapted for attachment there over by fastening means (82, 84) so as to prevent debris striking the fairing from the direction of vehicles travelling ahead of the motorbike, and wherein the cover (30), in use, is in one piece.

Abstract: The present invention is a system for customizing and accessorizing a vehicle to enhance the appearance of most any domestic or foreign car, truck or sports utility vehicle, including a lowered ground effect. The component parts are durable enough to provide limited protection for the vehicle from the elements, washable, and available in a variety of shapes and colors. The system may be quickly installed, removed, or interchanged via hooks, buckles, straps and hook and loop fasteners, all without the necessity of tools.

Abstract: A family of vehicle cover sections is disclosed, including at least one first cover section comprising a flexible material at least two second cover sections comprising a flexible material. One of the at least two second cover sections is non-permanently connectable to the at least one first cover section to form therewith a first vehicle cover configured to generally fit the contour of at least an upper portion of a first vehicle having a first configuration. Another of the at least two second cover sections is non-permanently connectable to the at least one first cover section to form therewith a second vehicle cover configured to generally fit the contour of at least the upper portion of a second vehicle having a second configuration, the second vehicle cover being removably attachable to the second vehicle. A method of forming a vehicle cover and a cover formed by the method are also disclosed.

Abstract: A device for lifting and lowering a cover from a lower surface of a roof includes four lines connected to the ends of a top panel of the cover. The lines pass through eyes on the cover at the midsection of the top panel, then through pulleys on the lower surface of the roof, then to a cleat on a wall. Pulling the lines lifts the cover off the vehicle.

Abstract: A temporary vehicle cover includes a transparent cover and means for securing the transparent cover to the motor vehicle. The transparent is shaped to fit over a motor vehicle. The transparent cover includes a transparent cover top surface, a transparent cover bottom surface, a transparent cover first side, a transparent cover second side, a transparent cover rear end and a transparent cover securing end. Lengthwise perforations formed down substantially a middle of the transparent cover and separate the transparent cover first side from the transparent cover second side. The transparent cover first side is separated from the transparent cover second side to remove the temporary vehicle cover from a motor vehicle. A drawstring sewn into a hem of a perimeter of the temporary vehicle cover or an elastic loop may be used for the means for securing the transparent cover to the motor vehicle.

Abstract: A protective cover for motor vehicle, motor vehicle components, machines, etc., includes a cover protecting the principal part of the object, and at least one protective covering for at least one component movably affixed on the object. The protective covering for the movable component is a protective covering that is separate from the cover for the principal part of the object.

Abstract: A shield that comes in a web and which is easily cut and customized to the desired shape and size to protect any particular part of the vehicle. The shield can be multilayered to protect the finish of the vehicle from nicks as well as from UV rays.

Abstract: The hood cover is constructed from a sheet of elastic, weather-resistant fabric, which allows the hood cover to stretch tightly around the peripheral edges of the vehicle hood and lie flat across the top surface of the vehicle hood. The hood cover is secured to the vehicle hood by a draw string and by two adjustable tension straps. The first tension strap pulls the hood cover tight around rear hood corners. The second tension strap pulls the hood cover tight around the convex leading edge and the concave rear edge of the vehicle hood. The fabric from which the hood cover is constructed prevents the distortion of decorative graphic artwork within certain areas of the hood cover. The blend, weave and sett of the fabric gives the hood cover “sequential elasticity” that allows fabric stretch to be isolated and localized around the periphery of the vehicle hood so that the central area of the hood cover remains primarily “un-stretched.

Abstract: The present invention is directed to a protective cover having a first panel superimposed over and connected to a second panel. The first panel is connected to the second panel such that the first panel is slidably moveable relative to the second panel so that the first panel will be sheared relative to the second panel upon the first panel being impacted by a force having a component which is non-perpendicular to the first panel. Each of the first panel and the second panel has a top sheet and a bottom sheet. The top sheet is connected to the bottom sheet to form an air chamber. A valve is disposed through the panels and manually operable between an open condition and a closed condition to allow air to be selectively removed from and drawn into the air chamber of the first panel. The air chamber is provided with a resilient, open-celled, foam panel to cause air to be drawn into the air chamber upon expansion of the foam panel from a collapsed condition.

Abstract: A vented transport cover is disclosed for use in protecting vehicles, cargo and other objects during transport. The vented transport cover includes at least one venting member secured within the cover. Each venting member includes a downwardly extending, recessed body portion having an exhaust aperture oriented at the front of the venting member. The venting member includes an upwardly extending air diffuser that disrupts the oncoming stream of air during transport of the object. The air diffuser stabilizes the vent by preventing the vent from flapping during travel. Due to the recessed nature of the exhaust aperture, the air pressure at the exhaust aperture is less than that of the high speed airstream passing over the covered object. Negative pressure at the exhaust aperture induces exhaustion of air from within the cover and causes the cover to conform closely to the surface of the covered object.