Warning a two-wheeled vehicle driver, in particular a motorcyclist or cyclist, of a collision with a vehicle approaching the two-wheeled vehicle from a rearward space, is accomplished using a sensor device for capturing objects in the rearward space. In one embodiment, one of the sensors is provided for capturing objects in a close rearward range, which, in particular for the two-wheeled vehicle driver, is in the blind sport, and a further one of the sensors is arranged for capturing objects in a far rearward range, which in particular extends up to 50 m away from the two-wheeled vehicle.

A light assembly for a scooter includes a first and a second bar mount component having a first and a second through hole respectively. The first or second through hole of the first or second bar mount component is slidably inserted on to a kiddy bar secured to a front portion of the scooter. The light assembly includes a center component having an elongated portion, each end of the elongated portion being attachable to an inner surface of the first or second bar mount components. The light assembly includes a headlight support piece attachable to the center component and the headlight support piece to support a weight of a front headlight of the scooter, and a metal rod extends through a third through hole of the center component and a fourth through hole at the front headlight to prevent the front headlight from detaching from the center component.

A light assembly for a scooter includes a first and a second bar mount component having a first and a second through hole respectively. The first or second through hole of the first or second bar mount component is slidably inserted on to a kiddy bar secured to a front portion of the scooter. The light assembly includes a center component having an elongated portion, each end of the elongated portion being attachable to an inner surface of the first or second bar mount components. The light assembly includes a headlight support piece attachable to the center component and the headlight support piece to support a weight of a front headlight of the scooter, and a metal rod extends through a third through hole of the center component and a fourth through hole at the front headlight to prevent the front headlight from detaching from the center component.

A device 1 for a bicycle, the device comprising: an elongate member 2, the elongate member 2 having a first end 2a arranged to be connected to the handlebar of the bicycle and a second end 2b arranged to extend freely; at least one light source 6 arranged to illuminate at least a part of the elongate member 2; wherein the elongate member 2 is flexibly resilient such that, if a force causes the elongate member 2 to move from a first configuration to a second configuration, the elongate member 2 will return to the first configuration once the force is removed; wherein the elongate member 2 is of a length so as to extend outwardly beyond an end of the handlebar.

The compact lamp consists of a light source, a focusing lens, a specially shaped secondary lens with a saddle-shaped output surface, a light transmitting element, a battery holding chamber with an electrical control circuit connected to a button for control of the lamp source via a magnetic contact. Some of these elements are placed inside the lamp housing, mounted on an end of a handlebar or another suitable lighting device, and some other elements, including the battery and the magnetic control circuit, are installed inside the handlebar tube or the housing of the lighting device. The compact optical layout enables a beam, which is sharply limited in the vertical plane and sufficiently wide in the horizontal plane and is suitable for daytime running lamps, night headlamps or position lights. When at least two light sources are used in one lamp, beams of different light dispersion patterns can be electrically toggled.

A bicycle including a handlebar attached to a frame at substantially a midpoint, a first set of light sources disposed to project light in a first forward direction, said first set of light sources including a fixed light source and a motor-controlled light source, disposed to project light in a second forward direction said second set of light sources including a fixed light source and a motor-controlled light source, a controller, said controller disposed on the handlebar, said controller coupled to the first set of light sources and the second set of light sources, a rotation sensor operable to sense movement of the handlebar relative to the frame, said rotation sensor coupled to the controller, wherein the motor-controlled light sources move in response to the position of the rotation sensor.

The turn signal riding gloves is a pair of gloves with lights integrated into an exterior surface that form turn signals or a braking signal light. Each of the pair of gloves operates independent of one another. Each of the pair of gloves includes a powering member that is wired in between a plurality of buttons and the plurality of lights. The plurality of buttons may be linearly aligned along a side surface of an index finger of the respective glove. In use, the motorcyclist simply raises an applicable hand and corresponding glove into the air, and pressing one of the plurality of buttons in order to generate a brake light signal, left turn signal, or right turn signal.

The present invention provides a detachable multimedia control apparatus, comprising: a front housing structure including a left turn signal, a right turn signal and a central light; a rear housing structure including a speaker module and a safety switch module; a top housing structure including a control module which controls the speaker module and the central light; a bottom housing structure including a first joining structure; a processor disposed inside the movable multimedia control apparatus and electrically connected to the left turn signal, the right turn signal, the central light, the speaker module, the safety switch signal and the control module; and a power module disposed inside the detachable multimedia control apparatus and electrically connected to the left turn signal, the right turn signal, the central light, the speaker module, and the processor, wherein the power module is configured to be unlocked by the safety switch module.

A rider's apparel assembly for indicating turns includes a jacket that is configured to position over a torso and arms of a user. A power module and a plurality of first lights are coupled to the jacket. The first lights are positioned on and distributed between sleeves of the jacket. Each of a pair of controllers is positioned below an end of a respective sleeve proximate to a respective hand of the user. The controller is coupled to the power module and the first lights that are positioned on the respective sleeve. The controller is positioned to selectively couple the first lights to the power module to indicate the user's intent to execute a turn corresponding to the respective sleeve. A second light is reversibly couplable to the jacket and is operationally couplable to the power module. The second light is configured to render the user visible to others.

A rider's apparel assembly for indicating turns includes a jacket that is configured to position over a torso and arms of a user. A power module and a plurality of first lights are coupled to the jacket. The first lights are positioned on and distributed between sleeves of the jacket. Each of a pair of controllers is positioned below an end of a respective sleeve proximate to a respective hand of the user. The controller is coupled to the power module and the first lights that are positioned on the respective sleeve. The controller is positioned to selectively couple the first lights to the power module to indicate the user's intent to execute a turn corresponding to the respective sleeve. A second light is reversibly couplable to the jacket and is operationally couplable to the power module. The second light is configured to render the user visible to others.