The disclosure discloses a spraying or fuming scooter, including a pedal base, front wheels, a rear wheel, a handle rod, a water tank, a spraying device disposed on an outlet of the water tank, and a circuit control component. The disclosure disposes an electric wire in the handle rod to enhance reliability and stability of circuit control. A light-emitting printed circuit board and a spraying piece are fixated on a nozzle of the water tank manufactured by blow molding via a fixing trestle cylinder. Water is added from an inlet of the water tank. After energization, mists atomized by the spraying piece are illuminated by a LED light-emitting light group of the light-emitting printed circuit board to show the mists with various colors. The mists simulate emission from engines of airplanes, vehicles and motorcycles, which can enhance entertainment and excitement of the scooter in the disclosure.

Embodiments relate to a motorized skateboard. Embodiments allow users to utilize a power supply, such as a rechargeable battery pack, that is remote with respect to the skateboard. Embodiments can have the battery mounted on, under, partially or wholly enclosed within, and/or integral with the skateboard deck. Embodiments can have a removable and interchangeable motor mount, which attaches to the hanger to align the motor with the drive train. The drive wheel adaptor (hub) allows the user to modify standard skateboard wheels to use as drive wheels for the electric skateboard. The strength of the bond between the drive hub and the wheel enables the skateboard to utilize more torque without failure. Embodiments can allow users to have wiring connections at the front and/or back of the skateboard deck. Board-integrated wiring techniques can also be utilized. The electronics can be attached using brackets that fit the industry standard bolt pattern.

A self-standing skateboard system includes a skateboard and a panel. The skateboard includes first and second trucks attached to a deck. The panel includes a front face, a back face, and a perimeter edge extending around and between the front face and the back face, the perimeter edge having a first end opposite a second end and a pair of opposed sides coupled to and extending between the first and second ends, with the panel having a slot extending into the first end defining a pair of spaced projections, and the slot being configured for receiving one of the first and second trucks for supporting the skateboard on the panel. Further, the panel has a notch extending into the second end defining a pair of feet for supporting the panel in an upright position on a supporting surface.

A skateboard tool with enhanced portability and storage capacity to store a plurality of tools is provided. The skateboard tool includes a main body member having an upper portion, a lower portion and a side wall connecting the upper and lower portions together, the upper portion having an upper opening that extends to an internal cavity formed by the side wall and the lower portion, a lid detachably coupled to the upper portion of the main body member to enclose the internal cavity, and a driver coupled to the lower portion of the main body member. The plurality of tools is disposed within the internal cavity of the main body member and includes at least one socket designed to couple to the driver. The socket is designed to communicate with the skateboard to permit the user to perform a maintenance on the skateboard.

The present invention is directed to devices for protection of the bottom center portion of skateboard platforms when used obliquely on upstanding structural edges, as when grinding. A roller assembly of the present invention may have an elongated bearing shaft rotatably positioned at each end in spaced apart bearings that are attached to the bottom surface of a skateboard platform. Optional variations and surface treatments of the bearing shaft are also disclosed.

A hoverboard includes: a main body including a left main body and a right main body, where the left main body and the right main body are independently tiltable around a center axis of the main body; a left wheel and a right wheel attached to the left main body and the right main body, respectively; a first fender and a second fender attached to a top surface of the main body proximate to the left wheel and the right wheel, respectively; a carrying handle attached to a front side of the main body; at least two speakers at a bottom surface of the main body; a wireless communication circuit configured to be paired with a user device for streaming digital media; and a stereo control panel at the bottom surface of the main body and having a suite of buttons for controlling playback of the digital media.

A motorized board mount bracket comprising a platform supply terminal to provide wireless charging to a motorized board having at least one drive wheel. The motorized board mount bracket can be fixed to a vehicle such as in the bed of pickup truck where it draws power from the vehicle or from a portable power stack coupled to the vehicle. In some embodiments, the mount bracket comprises a bracket plate for mounting to an anchor surface on the vehicle. Extending upward from the bracket plate are one or more bracket risers configured to engage the motorized board thereby securing it in position. An arm channel may extend between opposing bracket risers to receive a lateral platform arm.

A self-standing skateboard system includes a skateboard and a panel. The skateboard includes first and second trucks attached to a deck. The panel includes a front face, a back face, and a perimeter edge extending around and between the front face and the back face, the perimeter edge having a first end opposite a second end and a pair of opposed sides coupled to and extending between the first and second ends, with the panel having a slot extending into the first end defining a pair of spaced projections, and the slot being configured for receiving one of the first and second trucks for supporting the skateboard on the panel. Further, the panel has a notch extending into the second end defining a pair of feet for supporting the panel in an upright position on a supporting surface.

A rack to hold skateboards, longboards, scooters, motorcycle helmets, purses, umbrellas and other implements or accessories. The rack is adapted to be mounted on a wall or surface. The rack is formed of a lip extending from a rear support. The lip is formed of a series of rounded protrusions. Items to be held by the rack can be received over the protrusions. In one embodiment, each protrusion is angled at a predetermined angle from the front. This helps keep a received skateboard, scooter or other accessory at an appropriate angle such that the wheels or surface of the accessory will remain off an affixed wall to avoid damage to wall. The rack can also include a locking mechanism for locking adjacent protrusions. The rack is designed for safety by having rounded edges on all areas that protrude from the wall.

An accessory mounting system to mount accessories onto recreational vehicles. The accessory mounting system can include an accessory mounting frame with an elongated seat, left and right attachment wings extending perpendicularly away from a first side of the seat and an accessory post extending in parallel between the left and right attachment wings to receive an accessory rack thereon. The accessory mounting system can also include an accessory rack with a sleeve to receive the accessory post therethrough and a flexible accessory clip to clip onto the accessory post when the accessory post is inserted through the sleeve, the accessory rack can also include at least two fastening devices to fasten an accessory bag thereto.