An assembly of a light and a watch of a bicycle capable for adjusting angle comprises a mount and a light base. One side of the mount is mounted on the bicycle. A display screen is arranged at a top surface of the mount. A control member and a sensing member are arranged in the mount and electrically connected with the display screen. The sensing member is detected a variation of a rider and the bicycle to display on the display screen. One side of the light base is pivoted to a front end of the mount and the other end thereof has a light transparent portion. The light base is pivoted, rotated, and slid relative to the mount. The light base is electrically connected with the control member. The control member is for controlling a variation of a light beam of the light base. The mount is mounted on the bicycle so that the rider may see a display on the display screen and it is convenient to provide for lighting.

An accessory mount is disclosed and may include a base, a foot, an accessory receiver, and at least two elastic bindings. The accessory receiver may rotatably couple an accessory to the base, and may include an accessory adapter and a base connector. The base may include a plurality of attachment points distributed at different locations around the base. The foot may include a non-slip surface on a first side, and a plurality of projections on a second side that mate with a corresponding plurality of recesses in a bottom surface of the base.

A three wheeled velocipede for three wheeled transport of a driver and a passenger includes a rear frame. A rear wheel is rotationally coupled to the rear frame. A drive train is coupled to the rear frame and operationally coupled to the rear wheel. The drive train is configured to transfer pedal motion imparted by a driver to the rear wheel. A first seat, positioned to seat the driver, is coupled to the rear frame. A front frame is pivotally coupled to a front end of the rear frame. A second seat is couplable to the front frame. The second seat is positionable to seat a passenger. Each of a pair of front wheels is rotationally coupled to a respective opposing side of the front frame.

An additional lighting device for mounting on a two-wheeled vehicle in addition to a lighting device of the two-wheeled vehicle is designed such that it can be mounted on the two-wheeled vehicle by a mounting means in a specified position relative to the lighting device. The additional lighting device can be mounted in the specified position on the two-wheeled vehicle in such a way that the additional lighting device can illuminate an additional illumination area which is spatially specified relative to an illumination area of the lighting device. Also provided is use of a lighting device as additional lighting device on a two-wheeled vehicle in addition to a lighting device of the two-wheeled vehicle, and a two-wheeled vehicle with the additional lighting device.

An additional lighting device for mounting on a two-wheeled vehicle in addition to a lighting device of the two-wheeled vehicle is designed such that it can be mounted on the two-wheeled vehicle by a mounting means in a specified position relative to the lighting device. The additional lighting device can be mounted in the specified position on the two-wheeled vehicle in such a way that the additional lighting device can illuminate an additional illumination area which is spatially specified relative to an illumination area of the lighting device. Also provided is use of a lighting device as additional lighting device on a two-wheeled vehicle in addition to a lighting device of the two-wheeled vehicle, and a two-wheeled vehicle with the additional lighting device.

The present invention relates to a kit for mounting an accessory on handgrips or handlebars of a bicycle or motorcycle as well as a bicycle or motorcycle including such a kit.

The present invention relates to a kit for mounting an accessory on handgrips or handlebars of a bicycle or motorcycle as well as a bicycle or motorcycle including such a kit.

A bicycle indicator light includes left and right LEDs provided on a housing and oriented to illuminate an area on a left forward side and an area on a right forward side of the bicycle respectively, and a printed circuit board having a microcontroller unit, a gyro-specific IC and a driver IC. When the gyro-specific IC detects an inclination of the bicycle exceeding a predetermined angle to the left/right from an upright position of the bicycle, the gyro-specific IC sends an inclination signal to the microcontroller unit which directs the driver IC to drive the left/right LED to glow automatically.

A bicycle-mounted holder including a pedestal, a supporting plate, two movable arms and a buckle, where the bottom of the pedestal is equipped with two pins which are parallel to each other; the supporting plate is fixed on the pedestal through a screw and is capable of swinging to different regulating angles as required; the two movable arms are located on the two pins respectively and are capable of rotating around the respective pins; the tail end of each of the two movable arms is provided with an arc surface which is curled outwards; each of the two movable arms is provided with an inward arc surface matching the bottom of the supporting plate and capable of being stretched outwards and contracted for clamping an article; and the buckle is simultaneously buckled on the arc surfaces of the two movable arms.

An assembly of a light and a watch of a bicycle capable for adjusting angle comprises a mount and a light base. One side of the mount is mounted on the bicycle. A display screen is arranged at a top surface of the mount. A control member and a sensing member are arranged in the mount and electrically connected with the display screen. The sensing member is detected a variation of a rider and the bicycle to display on the display screen. One side of the light base is pivoted to a front end of the mount and the other end thereof has a light transparent portion. The light base is pivoted, rotated, and slid relative to the mount. The light base is electrically connected with the control member. The control member is for controlling a variation of a light beam of the light base. The mount is mounted on the bicycle so that the rider may see a display on the display screen and it is convenient to provide for lighting.