A wheel of a mobility scooter includes a wheel body provided with a light emitting module. The light emitting module includes an LED lamp bar, a plane mirror and a two-way mirror. The LED lamp bar is disposed between the plane and two-way mirrors. Mirror surfaces of the plane and two-way mirrors face the LED lamp bar therebetween. A perspective surface of the two-way mirror faces an outer side of the wheel. Through optical characteristics of the two-way mirror and the plane mirror, a real image of the LED lamp is reflected back and forth between the two mirrors for infinite times. From the perspective surface, a black hole illusion that LED lamps extend indefinitely into the wheel one after another can be seen, so that the interior of the wheel presents a hollow visual effect which is eye-catching, thereby increasing the product attractiveness and improving the market competitiveness.

A notification system notifies brake-related information related to braking of a rotation body of a human-powered vehicle. The notification system includes a notification unit that includes a notification device configured to notify a user of the brake-related information. The notification device is provided on at least one of a brake device braking the rotation body, an operation device operating the brake device, and a display device.

A straddle type vehicle 1 having at least one reflecting portion 30 for reflecting a radar wave transmitted from a radar equipment. The reflecting portion 30 is provided on a cap member 40 mounted on a rear end portion 9b of an exhaust pipe 9, and the reflecting portion 30 is arranged below left and right tail lights 19 when viewed from a rear side of a vehicle body.

A straddle type vehicle 1 having at least one reflecting portion 30 for reflecting a radar wave transmitted from a radar equipment. The reflecting portion 30 is provided on a cap member 40 mounted on a rear end portion 9b of an exhaust pipe 9, and the reflecting portion 30 is arranged below left and right tail lights 19 when viewed from a rear side of a vehicle body.

There is provided an exterior member having a light transmitting property. The exterior member includes a reflective design portion having unevenness provided on a front surface portion of the exterior member. The unevenness reflecting light from a light source disposed around the reflective design portion. The exterior member according to the present disclosure can produce a design by reflection and a design by transmission depending on several situations. As a result, one design member can be used to express two different designs, and a new design expression can be obtained.

There is provided an exterior member having a light transmitting property. The exterior member includes a reflective design portion having unevenness provided on a front surface portion of the exterior member. The unevenness reflecting light from a light source disposed around the reflective design portion. The exterior member according to the present disclosure can produce a design by reflection and a design by transmission depending on several situations. As a result, one design member can be used to express two different designs, and a new design expression can be obtained.

A persistence of vision display is disclosed comprising: a processing unit; a plurality of light arrays in dependently electrically connected to said processing unit, wherein the processing unit is adapted to control the output displayed on each array independently.

A persistence of vision display is disclosed comprising: a processing unit; a plurality of light arrays in dependently electrically connected to said processing unit, wherein the processing unit is adapted to control the output displayed on each array independently.

A reflector mounting structure includes a fender reinforcement section (13A) that is attached to an inner side surface of a fender which faces a wheel, the fender being configured to cover an outside of the wheel, and a reflector support section (13B) to which a reflector (17) is attached, wherein the reflector support section (13B) and the fender reinforcement section (13A) are formed as an integrated fender assembly (13).

A reflector mounting structure includes a fender reinforcement section (13A) that is attached to an inner side surface of a fender which faces a wheel, the fender being configured to cover an outside of the wheel, and a reflector support section (13B) to which a reflector (17) is attached, wherein the reflector support section (13B) and the fender reinforcement section (13A) are formed as an integrated fender assembly (13).