A cover assembly for a component includes a base configured to be fixedly mounted to the component. A plurality of magnets are disposed at the base and a cover is configured to magnetically detachably attach at the base when the base is fixedly mounted to the component.

A wheeled vehicle with a ball hoop apparatus has a main body, multiple wheels, a pushing pole, and a hoop. The main body has an assembling mount. The multiple wheels are rotatably assembled to the main body. The pushing pole is detachably assembled to the main body. The pushing pole is able to be assembled to the assembling mount and has a top end. The hoop is assembled to the main body and is able to be assembled to the top end of the pushing pole. The pushing pole may be erectly assembled to the assembling mount. The hoop may be assembled to the top end of the pushing pole. The wheeled vehicle with a ball hoop apparatus provides a shooting ball function.

A powered wheeled riding device is configured to receive left and right foot inputs from a user and in response control a left motor and a right motor to move respective left and right wheels forwardly and backwardly consistent with the left and right foot inputs in order to steer the device without changing a direction of the wheels relative to a frame of the riding device. The riding device has at least one rear wheel that is not powered. The rear wheel is mounted on a wheel mount that rotates freely about a vertical axis so that the rear wheel freely is directed in any direction.

A wheeled vehicle with a ball hoop apparatus has a main body, multiple wheels, a pushing pole, and a hoop. The main body has an assembling mount. The multiple wheels are rotatably assembled to the main body. The pushing pole is detachably assembled to the main body. The pushing pole is able to be assembled to the assembling mount and has a top end. The hoop is assembled to the main body and is able to be assembled to the top end of the pushing pole. The pushing pole may be erectly assembled to the assembling mount. The hoop may be assembled to the top end of the pushing pole. The wheeled vehicle with a ball hoop apparatus provides a shooting ball function.

A fuel tank assembly for a motorcycle. The fuel tank assembly includes a fuel tank defining a fuel containment volume. The fuel tank has an upper wall. A fuel cap is operable to selectively open and close the fuel containment volume. A motorcycle accessory is attachable to the fuel tank via a connection structure including first and second connection portions that are complementary and inter-engageable together to positively define a fully-secured state. The first connection portion is secured to an exterior surface of the upper wall of the fuel tank, and the second connection portion is secured to the motorcycle accessory. The connection structure defines a finite position and rotational orientation of the motorcycle accessory upon relative rotation of the motorcycle accessory with respect to the fuel tank to the fully secured state.

The present invention relates to a children's transport device, scooter, bicycle, wagon, and/or ride-on with added non-transportation features that are activated and powered electronically, mechanically, and/or by movement of wheels or other part of the device, whereby rider or user in various embodiments can be situated in at least one of the following positions: standing, sitting, knelling, or squatting, and the invention could include at least one seat. In at least one embodiment the non-transportation feature is powered through electric or mechanical connection to the wheels or intermediary of vehicle so that rotation of wheels during movement will activate and power the non-transport features. In at least one embodiment the vehicle could also be adapted for pedaling action to activate and/or control the non-transportation features. An ejecting mechanism may be included in some embodiments for toy or other object ejecting into closed embodiments or into the ambient during movement.

Displays for vehicle support stands and systems associated therewith are provided. A system for coupling a display having artistic value to a support stand of a vehicle generally includes the display; and an attachment mechanism configured to couple the display to the support stand, wherein the display is adjustably positionable relative to the support stand with at least three degrees of freedom.

Displays for vehicle support stands and systems associated therewith are provided. A system for coupling a display having artistic value to a support stand of a vehicle generally includes the display; and an attachment mechanism configured to couple the display to the support stand, wherein the display is adjustably positionable relative to the support stand with at least three degrees of freedom.

A protective cover designed for transparent barriers, such as those found on vehicles. The cover comprises two panels, each constructed from multiple layers that can include polymeric materials and coatings. These layers can be tailored to exhibit visual changes under varying lighting conditions or be constructed from iridescent fabrics. The cover and one or more optional aesthetic elements can be customized based on user input. An extender mechanism, equipped with specific attachment features, ensures adaptability for different barrier sizes. The design incorporates features like elastic elements and optional piping for a precise fit and augmented positional stability. The cover offers protection against environmental factors, including UV light, moisture, and debris, while also being easily installable and removable.

An eyeglass-carrying device for bicycles and/or similar tubular bodies may include: at least one engagement portion provided with at least one fastening mechanism configured to grip a pair of eyeglasses to hold the eyeglasses in a predetermined position; at least one supporting portion provided with at least one supporting surface configured to engage a destination surface of a frame of a bicycle and/or of a similar tubular body; at least one locking element configured to operatively associate with the at least one supporting portion to keep the eyeglass-carrying device engaged to the destination surface of the frame of the bicycle and/or of the similar tubular body; and at least one fastening protuberance configured to removably engage the at least one locking element and configured to lock the eyeglass-carrying device on the destination surface of the frame of the bicycle and/or of the similar tubular body.